Document KG3KyN7oKaD6vdQOoEY2ZLnBx

CTD023042 , W - -^}nteaaMFG,CO> M A S T ,N G S m n l o s a n g s l e - s c h . c a g o W * HU LO G AN OH - M CG REG O R TX - LO C U S T G RO VE GA J Industrial Hygiene Survey RIVERSIDE A/C PIPE PLANT May 24-27, 1982 TITLE PAGE-STOCK NO 100TP JL1__ -tedSEfiM R eport CertainTeed Date July 26, 1982 SubieCt INDUSTRIAL HYGIENE SURVEY RIVERSIDE A/C PIPE PLANT MAY 24-27, 1982 To Naamen Rhoades From Peter Norris Location and mail code Riverside, #260 Location and mail code 1125/4 cc: F. Timpe - 2125/2B J. M. Coulon - 2125/2B J. McGinley - 2125/2B D. Hall - 2125/2B L. Megargee - Riverside, #260 Attached are the results and recommendations of the Industrial Hygiene Survey conducted on May 24-27, 1982. If you have questions or comments, please contact me. PJN/cr Attachment i-ta^ooa ctD023043 CertainTeed Date July 26, 1982 Subject INDlJSTRIAL HYGIENE SURVEY RIVERSIDE A/C PIPE PLANT MAY 24-27. 1982 To Naamen Rhoades From fid Peter Norris.. Location and mail code Rivers ide, // 260_ Location and mail code 1125/.4. cc: F. Timpe - 2125/2B J. McGinley - 2125/2B D. Hall - 2125/2B L. Megargee - Riverside, #260 Attached are the results and recommendations of the Industrial Hygiene Survey conducted on May 24-27, 1982. If you have questions or comments, please contact me. PJN/cr Attachment CTD023044 Industrial Hygiene Survey Riverside Asbestos/Cement Pipe Plant May 24-27, 1982 Introduction An Industrial Hygiene Survey was conducted at the Riverside Asbestos/Cement Pipe Plant by Peter J. Norris of Corporate Health and Safety on May 24-27, 1982. This survey was conducted to supplement the on-going in-plant asbestos fiber exposure surveillance program. Additional monitoring for total and respirable silica dust, welding fumes and noise was also performed. This report is an employee exposure record as defined in Corporate Procedure GE003.02 and must be retained for 30 years. Upon request, this record must be made available to those Federal officials, employee designees or employees as provided for in Corporate Procedure AD011, paragraphs 7 and 8. Appendix I of this report documents the air sampling methodologies; the analysis techniques; and the current standards used in evaluating the data. The field and in-house laboratory notes on this survey are on file in Corporate Health and Safety. Summary All personal exposures and environmental levels of asbestos were below the OSHA PEL of 2 fibers per cubic centimeter of air. All respirable and total silica dust samples were found to be below the OSHA permissible exposure levels. Sampling for Nickel, Chromium and Manganese metal fumes during welding operations were found to be less than the OSHA PELS. A noise survey showed that the Lathe Operators, Lathe Assistants, 1/4 Tester Operator, Hydrotester Operator, Pipe Handlers, Cutoff Saw Operator, Boring Mill Operator, FM Lathe Operator, Coupling Tester and the Crusher Operator are exposed to noise levels of 90 dBA or greater and are required to wear hearing protection. Employees exposed to noise levels of 85 dBA or greater are the Machine Tender, Mandrel Handler, Press Operator, Coupling Cutoff Saw Operator and the Boilerman. These employees should be placed in a hearing conservation program and the use of hearing protection be encouraged. CTD023045 Industrial Hygiene Survey Riverside Asbestos/Cement Pipe Plant May 24-27, 1982 Date Monday 5/24/82 Tuesday 5/25/82 Wednesday 5/26/82 Thursday 5/27/82 Manufacturing and Finishing Schedule Manufacturing Department 1st. Shift 8"150, 666 pcs Downtime - 0 hrs Finishing Department 1st. Shift 10"150 18"150 18"2400GS 18"FT30 8" 1 50, 11 pcs 16" 150 , 15 pcs 24" 150 , 41 pcs 24" 100 , 11 pcs 24" 150 c/s , 2 pcs Downtime - 1 hr. 10"150 24"3000D SD 21" FT 30, 70 pcs 24" FT 30, 99 pcs Downtime - 1/4 hr. 8" 150 10"150 10"200 12"150, 192 pcs 12"200, 52 pcs 12"150 c/s, 21 pcs Downtime - 1/4 hr. 12"150 24"150 24" FT -2- CTD023046 Industrial Hygiene Survey Riverside Asbestos/Ceraent Pipe Plant May 24-27, 1982 Asbestos Table I shows the results of the personal samples performed on the pipe manufacturing, pipe finishing, and plant maintenance personnel. The results of the environmental/area samples are listed in Table II and a summary of the sampling results are found in Table IV. Exposure to asbestos fibers is very well controlled in all areas of the plant and meet the present PEL of 2 f/cc. Forty-five samples or 98% were less than the proposed OSHA standard of 0.5 f/cc and thirty-three or 72% were less than the recommended NIOSH standard of 0.1 f/cc. The in-house sampling program is being well implemented and a comparison of the plants results with this survey show good correlation. Manufacturing Department Housekeeping in this department is excellent. The warehouse is very well kept, no open/torn bags or loose fibers were observed in the warehouse. Personal exposure samples were taken on all job positions in the department. A number of environmental samples were also taken to determine general airborne levels of asbestos fiber in the area. Fiber exposure levels were found to be generally less than 0.1 f/cc and all exposures were less than 0.5 f/cc. Samples on two separate days on the Mixer Operator varied from 0.007 to 0.209 f/cc. This is not to be unexpected considering the number of tasks he performs, from staging bags for the opener, driving fork lift truck, and operating Tennant floor cleaner. He must also, on occasion, open the access doors to the bag opener to unjam the fiber bag compactor system. He was observed to wear a 3M 8710 dust respirator. While his exposure does not mandate this, it is an excellent precautionary measure considering the variety of tasks and potential for short term higher level exposures. Air flow measurements on the hag opener conveyor entrance, portholes and access door openings were in the range of 200-250 ft/min and higher providing excellent negative pressure to minimize leakage from the system. Visual observations using smoke tubes showed excellent air movement characteristics. An environmental sample (037) taken on the bag opener ledge directly in front of the operator's control panel found no appreciable leakage occurring from the opener in normal operation. -3- CTD023047 Industrial Hygiene Survey Riverside Asbestos/Cement Pipe Plant May 24-27, 1982 Manufacturing Department (cont.) While dust transport velocities from the opener to dry mixing could not be obtained due to lack of access, visible observation of the plexiglass section at the old bag dumping section shows excellent flow characteris tics. Two environmental samples on the second level near the mixer (038) and next to the spreader (039), measured 0.76 f/cc and 0.4 f/cc, respectively. The relatively higher levels in these areas probably reflect a lower level effort of housekeeping or minor leaks in the operations. If the asbestos standard is lowered to 0.1 f/cc in the future, better fiber confinement and housekeeping in this area should be considered to reduce the general airborne fiber levels in the department. Finishinq/Fittings Department Housekeeping and control of asbestos fiber in this Department is excellent. Personal exposure samples were measured on all job positions in this department. A number of environmental samples were also taken to determine general airborne levels of fiber in the area. Fiber exposures were all less than 0.5 f/cc and most were found to be less than 0.1 f/cc. The highest levels were found on the Coupling Loader Tester, 0.253 f/cc and the Crusher Operator 0.241 f/cc. The latter employee also operates a forklift and dump truck. Environmental samples in the Finishing Department all measured less than 0.1 f/cc. Exhaust ventilation face and capture velocity measurements on all finishing tools in operation during the survey found to meet or exceed the American Conference of Governmental Industrial Hygienists recommended practice (Ref: ACGIH Industrial Ventilation Manual - 16th Edition). The capture efficiency of the large lathes is periodically compromised by the buildup of tailings generated in cutting. The particles or pieces generated are too large to remain airborne and settle in the entrance Reducing the capture efficiency. It is recommended that the tailings be cleaned out prior to each shift and checked during the shift and cleaned as necessary. -4- CTD023048 Industrial Hygiene Survey Riverside Asbestos/Cement Pipe Plant May 24-27, 1982 Respiratory Protection Even though asbestos fiber levels are below the PEL, disposable 3M 8710 model respirators and reusable Willson 1200 model respirators are used by some employees in the plant. This is an excellent added precaution in case of any short term exposures over the present PEL. I noted a few problems in the plants respirator program which are not consistent with the OSHA regulations governing the use of respirators. - There are no written operating procedures governing the selection and use of respirators pertaining to the plant. These should include all information and guidance necessary for their proper selection, use, and care. - The respirators were not qualitatively fit tested to the employees who wish to wear them. This test is used to select specific types, makes, and models of negative-pressure respirators for use by individual wearers. This qualitative test shall be carried out at least annually on each individual and utilizes irritant smoke or an odorous vapor. There is no maintenance program established to clean and sanitize the respirators, inspect and replace defective parts, and store them in a manner that will protect them against dust, sunlight, heat, excessive moisture, or damaging chemicals. These sections are required by OSHA if respirators are to be used at any location. Attached to this report is an outdated copy of the American National Standard on respiratory protection and a copy of a 3M New Products Bulletin pertaining to their 8710 models. The information which is of interest to you is still current and can be of help in complying with the regulations. Silica All measured silica exposures for both respirable size and total silica dust were below the OSHA PELS. The results of these samples are provided in Table III. It should be noted that the silica sampling method measures all dust and the PEL will vary depending upon the percentage of silica in the sample. In Table III, the total or respirable dust exposure should be compared to the calculated OSHA PEL stated in the remarks column for evaluating the silica exposure. To compare with the OSHA Nuisance Dust Standard, the total or respirable dust exposure should be compared to the applicable OSHA PELS of 15 mg/m3 total dust or 5 mg/m3 respirable dust. Formulas for calculating the silica PEL are provided in Appendix I. -5- CTD023049 Industrial Hygiene Survey Riverside Asbestos/Cement Pipe Plant May 24-27, 1982 Silica (cont.) The silica exposures for the Boring Mill Operator is approaching the OSHA PEL (0.82 vs. 1.0 mg/m^). The Coupling Saw Operator exposure was right at the PEL (1.25 vs. 1.3 mg/m^). Using the OSHA published procedure for compliance monitoring, we cannot state with 95% confidence level that these exposures did not exceed the PEL. [Note: When an employee is sampled and the results analyzed, the measured exposure will rarely be the same as the true exposure due to sampling and analytical inaccuracies. To account for this in compliance monitoring OSHA uses a one-sided statistical confi dence test to be able to state with 95% confidence that the PEL was definitely exceeded - Upper Confidence Level (UCL), the PEL was not exceeded - Lower Confidence Level (LCL), or they cannot be sure it was exceeded or not. They state the Sampling and Analytical error (SAE) for silica is 0.24. To determine the UCL and LCL, first divide the concentration measured (X) by the PEL, i.e., Y = X/PEL. The UCL (95%) = Y + SAE The LCL (95%) = Y - SAE These formulas apply only to full shift samples. For multiple, consecutive samples a different procedure is used. Thus for Sample 049: Y = 0.823/1.0 = 0.823 UCL = 0.823 + 0.24 = 1.06 LCL = 0.823 - 0.24 = 0.38 Since the LCL is less than 1.0 and the UCL is greater than 1.0, OSHA would classify this as a possible overexposure, possibly take more samples, but would not issue a citation. Our recommendation is to monitor such positions more frequently, improve housekeeping and check for and eliminate leaks in the system. For sample 052: Y = 1.25/1.30 = 0.96 LCL = 0.96 - 0.24 = 0.72 UCL = 0.96 + 0.24 = 1.20 -6- CTD023050 Industrial Hygiene Survey Riverside Asbestos/Cement Pipe Plant May 24-27, 1982 The same conclusion as above for sample 049 applies. OSHA would be more prone to retest this area however, because of the higher UCL making it more probable that the PEL may be exceeded. If the LCL exceeds 1.0, they would definitely issue a citation. If both the LCL and UCL are less than 1.0, you can be 95% confident the PEL was not exceeded. ^The same analysis can be applied to asbestos sampling using an SAE of 0.25 for full shift monitoring.] Welding Fumes Personal samples were performed on the plant welder, P. McGregor, to measure his exposure to welding fumes and to evaluate the effectiveness of the local exhaust ventilation system in the maintenance shop. Twice a month, P. McGregor removes the grates and hammers from the secondary crusher, and rebuilds the metal up and/or squares off the part with 3/16" x 14" manganese, nickel-chromium alloy electrodes and 3/16" x 14" chromium hardfacing overlay electrodes. Nickel, Chromium and Manganese metals are the predominate metals found in the welding rods and the secondary crusher parts. Sample 055 and 056 were analyzed for these three contaminants and were found to be less than their respective PELS. Nickel and Chromium both have a Permissible Exposure Limit of 1 mg/m^ and Manganese has a Ceiling Limit of 5 mg/m^. A Ceiling Limit refers to a limit which should never be exceeded even instantaneously. The ventilation hood capture velocities were found to be a minimum 150 fpm at 9 inches away from the flanged duct. This is adequate exhaust ventilation for the control of welding fumes as recommended by the ACGIH Ventilation Manual. Noise The major sources of noise in the plant result from the various machines used to cut the pipe and fittings, i.e., Lathes, boring mill, saws, drills, various pipe testers, the crusher. Lesser noise sources are motors, gears, chain belts, and impulse noises from pipe and mandrels impacting. The high level noises generated in the Finishing Department also raise the noise levels in Manufacturing. Reducing noise in the Finishing Department should be a first priority as it affects the most number of employees. This is no small task either technically or cost-wise. Technically, it may be beyond the capabilities of plant or group engineering and outside acoustical consulting services may be needed. -7- CTD023051 Industrial Hygiene Survey Riverside Asbestos/Cement Pipe Plant May 24-27, 1982 Noise (cont.) The following discussion is intended to suggest possible measures for reducing the noise' sources in the plant. No specific recommendations are being made except a general recommendation that noise abatement efforts be increased and all efforts, including rejected suggestions be documented. The documentation, including rejections based on excessive costs is important for defending against OSHA citations. It should be noted that the OSHA regulation does not require that you engineer noise to less than 90 dBA, but rather that you do everything feasible to reduce the noise when exposures are above 90 dBA. It should also be remembered that a reduction of 3 or more db is a signifi cant reduction because of the logarithmic decibel base. Damping A major source of noise in cutting operations is resonance from the vibrating saw blade. Damping of the vibration by adding mass and structural rigidity such as in Fig. 1 is a common method of reducing noise from these sources. Silencers The use of silencers or high velocity air exhausts is a common method for attenuating noise which may have application on the air noises from the large lathes and hydrotesters. Isolation Probably the most effective means of reducing the noise exposure to the most employees would be to isolate some of the noisier Finishing Department Lathes, such as the 1/4 Tester. To minimize interference with work processes, the use of flexible curtains or transparent strip curtains made of vinyl, rubber or lead impregnated fiberglass is suggested. These are commercially available from a number of sources. Isolation for lathes, saws, etc. will not reduce the exposures to the operator, but will substantially reduce the transmission of noise to other areas of the plant. A combination of saw blade dampening and isolation could produce significant reductions to both the operator and other employees. -8- CTD023052 Industrial Hygiene Survey Riverside Asbestos/Cement Pipe Plant May 24-27, 1982 Sound Absorbing Ceilings Sound absorption using materials such as acoustical foams and fiberglass are particularly effective with high frequency noise, i.e., 1000 cps and above such as generated in the Finishing Department. Typically, the lathe and saw noises while cutting all pipe generate most noise at frequencies of about 1 to 2 Hz (1000 to 2000 cps). Ceilings, or panels suspended from ceilings, using good sound absorbing materials will substantially reduce noise in this type of environment. A typical installation is shown in Fig. 2. Impulse Noises The bumping of pipes and mandrels produces impulse noises in excess of llOdb. While the number of impulses are relatively few and their contribution to the total acoustic energy entering the ear are relatively low as compared to the continuous noise sources, they are a source of hearing loss and loss of comfort in the plant. Dampening of these noises by the use of rubber guards at key impact areas is a possibility. These are a few methods of noise control but in the interim, high noise areas (greater than 90 decibels) should be posted and the use of hearing protection be required by the employees. Employees exposed to noise levels of 85dB or greater are advised to wear hearing protection, and a hearing conservation program be established to incorporate all employees who have a risk of occupational hearing impairment. -9- CTD023053 Industrial Hygiene Survey Riverside Asbestos/Cement Pipe Plant May 24-27, 1982 Recommendations 1. Clean out pipe tailings in the ventilation system prior to each shift on the Large Lathe lines. 2. Update the respiratory protection program to insure proper protection for the individual wearers and to comply with the OSHA regulations. 3. Resampling for silica dust should be performed to substantiate the airborne concentrations measured during this survey. Equipment and instructions will be forwarded to the plant safety manager in the near future. 4. A Hearing Conservation program should be established for employees who are exposed to noise levels of 85 dBA or greater and 90 dBA or greater for an 8 hour day. This is contained in the elements of the unit programs found in the Corporate Safety Manual which include periodic audiometric testing, use of hearing protection, and recordkeeping. Refer to the unit programs on Hearing Conservation Occupational Noise Exposure and Audiometric Testing for details. 5. Noise abatement efforts in the finishing department should be increased and all efforts should be documented for compliance purposes. The services of an acoustical consultant should also be considered in solving these noise problems. -10- CTD023054 Imluntrifll llyii !* ,':irv*y Kiv.-tnMr A/r I'lj..' I* 1 .tu l H.y 24-2M, TMU.K __ ]___ Personal bust HK|K*SUt rc NO. 62 position LOCATION (DATfc) NAHK/AKLA 1(tf (' 1 >.') MMllHACTUKlNG 1!U*M<TM.NT ANALYSIS FUR /: 0 01,4pixer May 24, 1982 002/i Mixer May 25, 1902 Joe Contreras !' Joe Contreras 1 1 Filje'r Kibor ) 003 Machine Tender May 24, 1902 Albert Horton Fiber TIME Mill KEbULT f/cc* TWA FOH `.AMI-I.E PLKIOt) If/cr.J 10:28aItOSp 157 j.dC o.oi i,h: KhMAItKb Wore 3M 671U Jut,t respirator 0*150 j>i j>c p:o<lucc<t 0:Of>a2:54p 4 11 2^ 0.21 c?f T* Wore 3m B71U dui.t. reap::ator 10:39a14:35p 2.16 0. 17 2^1 S' /2>l.3lk3 6*150 j>ipc piodured 004 Press Ope lator May 24, 1902 John Peterson Fiber 10:36a2:30p 242 0.01 J.o %n toi<j 8*150 pipe produced 005 Mandrel Handler May 24, 1902 John Casas Fiber 10:32a2i34p 242 0.09 { C r' \ 8*150 pipe produced ^ 006 Supervisor May 24, 1982 George Bixler 007 ripe Stripper Kay 24, 1982 Glen Soncrant 008 Tray Loader May 24, 1982 Joe Ledford Fiber Piber Fiber 10:43a2:36p 233 0.16 /' Lit ^ /-- 150 pipo produced /O 2 '2 ! ->- 10:55a2i4Pp 233 1 6"7 0.02 ( 0 oL_ {& 8*150 pipe produced 10:49a2:40p 231 0.01 o 0-:3 0 -631-8 6*150 pipe produced 009 Tray Loader/ Truck Operator May 24, 1982 Harry Cole Fiber 10:52a2:40p 220 0.07 l-^ 8*150 pipe produced 010 Relief May 24, 1982 Ed Renfro ribfer FINISHING DEPARTMENT 011 Lathe Operator tl May 26, 1962 Oavid Pas 11las Fiber 012 Hydro Tester/ Lathe Aset, Kay 26, 1902 George Ray j Fiber 11:05a2:4 Ip 216 6:07s):06p \ \ \ 8i16a- y 3:06p 419 400 0.09 Relieved: ' Mandrel Handier 1105 - 1125 Press OjieraLor 1125 - 1145 Machine Tender 1145 - 1200 Forklift Operator/ Warehouse Cleanup 1200 - 100 Mixer Operator 100 - 300 a 0.07 ?.23kc| 0*150 Type II pipe finished 0.03 , B"150 Typ. II plpo b| 3,' / 2> ' (ifinl.hcd *f/cC' fibers per cubic c<ntlatr of lr CTD023055 Inituiii i lal Hy!i :;>m v'y HlwrnMr A/r I'I|h> II.ml May 24-/M, 1*JM2 TMil.1. __1 For Him al inirtt Fx|,:inr,fi NO. 02 POSITION ROTATION (PATH) NAML/AKLA A r*M aJ ANALYSIS FOR 013 Hydro Tester/ ri|H* Handler May 20, 1902 Avery Albert ri A FLtf/r T1MK MIN 8:02a3 :0 Ip KKSULT ,/ec IVA FOU SAMPI-L KFHAKMi f / C' <7 a t i(j> ' 0& Z- | *7- Lathe Line 11 8MS0 fimshej 11 j>1j>c 00 0 <cr- &-- 0 14 Nil** Handler May 26, 1902 Richard Ajnaro i 1 01S Inspector May 27, 1902 Benny Granjlllo 1________________ 010 017 Suixrvieor Kay 27, 1982 1/4 Tester* t Operator Hay 20, 1982 Roger Schielke 1 1 Jeff bobbt FlKer Fi^er Fiyr Fiiior 8:05a3:00p 415 0.04 If 1,0'l /Lathe Line 11 Vi a',5 Tvi- n pipe finifihod j 7:29a- 451 i 3i 00p 0.17 ^3. Si $ ZT^1"0 u"* " j 7:25a- 455 ^ 0.004 3:00p | 6:12a- 411 3:03p 0.14 IIQ9 ^ 0*150 018 Boring Mill <2 Operator Hay 27, 1982 Phil Dobbs 019A|Cutoff Saw Operator 11 t (2 Hay 26, 1982 Greg Pal<xnara 02< FH Lathe Larry Gil / nO May 26, 1982 Qhu__________ 0^" Fittings j \t- iCluer ^ Hay 26, 1982 Brian Taylor ov (MM Fittings ^ \ Maker 0* Hay 26, 1982 0^ Chris Hamilton \/ l Fi^r Fi^r ! F^r j Pib^r ' ! F*(w>r / 7"20a3:0 Ip 461 l-^o 0,06 6*150 T l9-9o%^ 7:32a10:46a 196 0.05 rty11:45a- l'l 0.0, 2:52p Z3 7?^.,50 U plpo 0.045 and 10*200 Type II pipe. 751 of time on 12 Cutoff Saw. ;z5,op- 7:45a2:55p 430 0.01 2,02- 7:50a11:55a S4S|.W -s 11:55a 2t57p \-Yi 762 0.04 a 4?^ 0:29a10:48p 11:55a2t58p < 1163 0.07 a is 7. 18`Sevor 3$ ,1/1 ^'7^*rlou" P'r*5 0.045 /$, ^ *$"7^3-7^rious pipa 0.06S Core Drill, Stone Hinge Drill 3V\mU4 . CTD023056 1 ii.luut f ia1 Hy ii i-no Suivcy KlvrlfMn A/C Wp* Plant May /4-ill, |mm,' TMH.I. )Vt niinnl Punt KxjmnuroB NO. 82 POSITION LU'ATION lu`TE' NAKE/AKKA iv ;.[' ?'! Coupling Janet Biveno ; ^.Tesler/LoaJer L ' Hay 26, 19U2 ( ' `1 ' opy/ ' , ' C-' p> ' ANALYSIS POI TIME LcJ'C. ^^ Fil>er \ 7; 57a12 ` 4 7p H1N RESULT /V[ l(-\J {/cc 290 / 0*14 $0-' 1 4& 1VA TOR JIAHI'U. KWAKKS PEKIuO If/iT) . rA * TTT77rT7w75 ~Y, /l757a - 910 a / 0 "7 '^2'^""Loader In Shipping 0.15 Yard --------------------------------------- / V> 12i47p- 137 | ,( 0*16 3;04p j" '/ J . 1147a - J04p ^Coupling to end of ' ' 10*200 pljK! on lathe line #2 C\2& Coupling Tcator/Loader a Hay 27, 1902 C3'l(- Janet Bivens Fiber OZS^Forklift ' . Cp Operator May 26, 1902 Anzy Sanders 1 Fiber 1 | ouK 0/ ' ' Gel Crusher / , f /Operator f' Way 27, 1982 Tony Silv MAINTENANCE DEPARTMENT Electrician ,r Kay 25, 1962 Ren Swank Tiber ! Fiber Ojl^Kachinist P - Kay 25, 1982 0l4 Boiler / , Operator ' `y Hay 2S, 1982 Joe KcFann Don Keuton Fiber Fiber \ j 7t35a2t5Up 443 0 0.25 ^ t 1 k J735a - 930a ` Coupling Tester 930a - 1015a Loader 1015a - 258p Coupling Tester 8*150 T Pipe 7i38a11t52p 252 0 0.01 1l:52a2156p 00 0.01 ' . -u ^ / "* --Roams around entire 0*01 * __ '{ . 1 bl-C.^ plant and pipe yard., Trucks various nice for the day* 12:25p3*13p 168 0*24 . p'r.-i*.' I ,50 '^ n ^ J1 ,,,, . 4 ) s' t Forklift operator Dump truck operator .Ibo 1 7t40a3!00p 440 0*01 i.i& .p Roams throughout the pl*nt | 7i30a- 451 0>01 -j j ,,0'p 1, 1f7 J Remains in shop J 7i35a- 431 0*004 Time spent in machine 2*46p 9/j /'0 U 7 \Jp'l'l^P \ J shop. Boiler Rocra, and autoclave area* CTD023057 Jn-tm.l i till 1ly.| I ctic Mu v.y RUvimM.- A/f I'lpc Flnut May 24-.'M, 1 'Hi TAW J- 11 Ktwi roiwMwit at lAi'iL Levels NO. 02 POSITION LCCATIOH (DATL) NAKfcl/ARF.A . ANALYSIS K>R yf Awbostny bag Wd 1 CtlOUbC May 27, 1902 Area ^ i ' ft ; Fiber r/t- Asbestos bag Wdl'choUSC Kay 27, 1902 At Cd ^ < Next to bag Opener May 24, 1982 Area ( ! ! ii 1\ J03lf Mixing 3, f Kay 24, 1982 Area (1^9^ Karuf acturing May 27, 1982 Area Fiber Fiber j Fiber Fiber <T0.4 Manufacturing May 27, 1982 // / Area 044^ Finishing Fittings Gluer May 27, 1982 Area ^Jk.% ~lf- Finishing Area May 27, 1982 Area $4^^FiniBhl ng _} iL Between lathes 1 May 27, 1982 Area lci A i Maintenance May 29, 1982 Area 045 Maintenance May 25, 1982 Area - ^04^ Forklift Maintenance May 25, 1982 Area 04T ^iA( Fortllft Maintenance May 25, 1982 Area J Fiber Fiber Fiber Fiber rioter j Fiber r|L | l 1 JTljtl timk KIN kl.MILT v />/ . ' f/cc 7:00a2; 28p 448 0.14 / 1, 2 *'> TWA Km f.AMI'U: ru<uu> (f/cci KHMAkKS --fTrTts-- , 1? ft?* Center of ntoi.ige area. 5* off I lur. 4 of.cn y.irawr door sire opening'. Into warehouse 7:09a2:24p 444 0. 14 /-. 0 Far end of blew age area. 5* of i f 1 o<u . ' 4 open garage door size openings into warehouse 11:15a2:44p 209 j , fa ^ 0.05 5 Top of ledge next to fUMl 11:20a2:49p 209 0.76 s im-Lj'n Mixing area, 2nd level next to stairs 7i 12a- :2 3 Op 438 (% 0.4 <Jk. uvj'7 Hanging 5* off floor opposite spreader tray. Area where Machine Tender roams 7:10a2:32p o 442 0.02 oi7^ 7:38a- 4 39 2: S7p /' (eft) 0.03 o2 Hanging 5' off floor underneath pipe return. Opposite safety office Top of cabinet next to Fittings Gluer bench 7:16a2:34p 438 0.01 i fc'i /0 7i40a2:S5p 435 0.01 ^Top of 6oda machine cutoff saw running 5f off floor between 12 4 13 lathes. 11 lathe running 7:35a- 444 0.002 2:S9p ft o' "2- ^/ / -Side of tool cage center of machine shop 7:35a2t56p 443 7:52a309p 437 ^0.003 J , ^ ft l Top of cabinet on wall nearest Finishing area 5' off floor directly ~ over workbench next to forklift pit 7:55a3:09p 434 0.001 [-3 Top of cabinet by door which had been welded hut CTD023058 Industrial Hygiene Survey Riverside A/C Pipe Plant October 24-28, 1983 (IHS 83-25) TABLE III Sample Results for Oust SAMPLE NO. 83- POSITION LOCATION (DATE) NAME/AREA ANALYSIS FOR TIME MIN RESULT 0*5 Coupling Sew Operator (10/27/83) D. Cooley Respirable Oust Silica y.<>. r- #1 Boring Mill 1st Shift (10/27/83) J. Janes ) | 0 Respirable Oust "'Silica Fittings Maker 1st Shift (10/27/83) C. Hamilton:1' > Respirable Dust Silica 11:3Sa 31 top 215 <0.09 mg/m? not performed 11:43a 3i 12p 209 0.12 mxj/a? not performed --- 11:41a 3:51p 214 <0.093 eg/e3 V.. not performed REMARKS CTD023059 tn1<i>t i i*l Ily-jh-iH* Iurvi-y MN1ayvi2t n4-l2<Mlt', AAVM' I.1*11Plant tmiu: III lYroonal Uur.l Kx|<ui(H on, Knv11 .1 Ihiit |.iA>eJo, I'oiruHt.i) KK|voiiure t* Welding Purwn POSITION NO. 82 UCATlUN (HATE) Cutoff Srtw i- . 11 a 12 Hay' 25, 1982 NAME/AKEA ANALYSIS PUW iVc-.i;<xrX- Greg Paloraara 3ft Respirable Dust. -- Silica TIME HIN KLSULT JN, y TWA K)R SAMPLK PI.KIOI) KEMAhKS 7: 10a2(4 Bp 420 y \rn-~- 0.23 mg/m3 Q.\b r(, y Not performed 30 mln. lunch, left left plant 24* - 12 lathe 10* - 1 lathe Obllr 1 imt 0.51 mg/m3 noring Mill 12 rHtf('< May 2S, 1982 < --ffso Boring Hill M12ay 26, 1982 Phil Dobbs Itr Total Dust 7:15a2 > 50p I.4"cY-TS/ 0.B2 mg/m3 0. 3%*< 8* class 150 T 2(cfir Silica /(,*? 28* 0.l -1 torl b OSHA limit-1.0 cg/m3 Phil Dobbs Zl Respirable Dust 7:43a10:50p T7-7 6 0.26 ngt /m3 f Q fyb-- ^ plant for lunch 8" class 150 T Hotjjcr-ftrt^edu------- ~~jf Respirable Dust 11:50a2iS3p ,m in(> 0.17 9/n3 , O'-^rJy OSHA 0.51 limitog/m3 ' - Silica Not performed Coupling Sav Hay 25, 1962 1 OV1 fi < Large PM o">Al Lathe Dennis Cooley y V, Total Dust Silica Mrry Gil Total Dust Silica 7:22a- 450 1.2 Kg/n3 / 0 0-j\ 8" cl.es 150 CG 2:49p j if. /'*v S' machine cuts 1' 1/ - ^y 7 couplings at once /,' --/,7- 21% ' /'> , 1. jl 7r7rrS'.xL OyS'HA limit-1.3 mg/m3 72::5222pa- 450 j ,<^0.49 mg/m3 () , Li 18* Sewer Not performed OSKA limit 1.53 mg/m3 Mixing May 25, i1 o5^t OJSWWe!elder 0i^fn K*"ay 26, o fa A t OUL^i 0 bl A ( Total Dust Silica Paul McGregor s+Nickel itfir Chromium SH 4 Manganese Zf\ Nickel Chromium sw4 Kanganeso 8:01a- 432 1.38 mg/m3 /, 3*13p Z,d>2' I'Ofls 5'9% q^ 2nd level next to C stairs llmit-5.1 ag/m3 12i52p- 110 2,0 0.22 mg/m3 0.14 g/m3 ^ Building up grates ^^^^teacnodnhdaamrmyercsruosfhtehre 0.72 m,/1/<?.V^Y'0OSHA Limit! 2t42p 0.10 mg/m3 13 k IA0^ Nickel - 1 ng/m3 3150p 0.07 mg/m3 AXP^ Chromium - 1 mg/m3 0.62 mg/m3g"^ 3^Kan^*ne8C*^ m9/"11 CTD023060 In d u s tr ia l H ygiene sam ple v o id e d due to o v e rlo a d in g o o A <M Oo ZO O 0 A \u o Z 10 10 CN rr m cm A\ 0 Z ion o AU \ 0 4-1 2 x> (0 0 Ao 0 2 in mom CN 4J e <0 0) a >14J 0) c > fl) h3i e0) wu 0) o 00 CN 0) 00 A Ov T3 CN -1-1 I AO O \ zO 4-1 CN TT ro- o p" o o oo o zo ^ ^ 10 V0 CN O' c P p C0 0) 4J eO 43 u 4-f (0 3 aC a> id QS 0 O' c c <d H c x: 0) to H pc d H <d pH S jj c <d rH CTD023061 CertainTeedEI CERTAINTEED CORPORATION Diagram 1 PAGE NOISE SURVEY SHEET REF. 0.0002 MICROBAR ijATE: ZH.M2 JOB DESCRIPTION: PLANT: RlVPfiSfOE A|C pipe CONDITIONS: INSTRUMENT: MICROPHONE: CALIBRATOR: AJ0^-M4L Bk h-t 1^ STA. NO. TIME 5/a</ EMPLOYEE M/VU=C OP67?Af&/2 @ Bag, opeM^ 2 AlLCV , M^CHIWE -TFMD6A 3 PfiESS OPERATE 4 HfirUDtSEL HArlUOLeA 5 , meM S7H=en/ office G Pipe stripped 7 TKMt LOfirOlttCi 5 QarDuctr- dcm \ie T'AlPC.EY PLUidfibR PUmP ENGINEER: PROTECTOR: ft A M CALIBRATION DATE: .I NETWORK OCTAVE CENTER FREQ. (Hz.) PEAK A LIN. HOLD 31.5 63 125 250 500 IK 2K 4K 8K 16K 85ft28430 Vi 7ft' lb <60- 7ft ftl 5 r\c{ Rel dorwJe.^ knneJ m -- CTD023062 CertainTeedH CERTAINTEED CORPORATION Diagram 2 PAGE NOISE SURVEY SHEET REF. 0.0002 MICROBAR DATE: MA'f 24-Z.f, |C>8X PLANT: JOB DESCRIPTION: RlMCRSItiE A/C PIPE CONDITIONS: ENGINEER: pJjv,oRR.s INSTRUMENT: S K 2209 MICROPHONE: PROTECTOR: CALIBRATOR: STA. NO. TIME 1 EMPLOYEE `A TE5TEF? , JEEP PoBiJS feu CALIBRATION )U1 Co-7 BEFORE 83-8 DATE: mv 2W, 1^2 AFTER NETWORK OCTAVE CENTER FREQ. (Hz.) PEAK A LIN. HOLD 31.5 63 125 250 500 IK 2K 4K 8K 16K 8-7- J02 V- 2 lathe assistant, lathe \oi OPERATO* ^"ISOPIPE^ 97|07 3 v. WVDRo tester (&' 15oPiPe\ n- KLL 4 ?/a& Pipe ham clews 14 5 5/25 C&U5HER. , IWSiQe CUT SIDE BAJimR ZARQlEg 104- iio 89B2- (\lkk\MH P`P^ G ^25 1 LATHE ASSISTANT, LAT-HE 96- iC>8 CPE 6 ATD A 85I02. LAnfe o peaATT r (2H,l Pipe") 85IC4 05 %* lOf, 91102 101 n 95 82 83 18 45170 Refill 5k -. CTD023063 CertainTeedH CERTAINTEED CORPORATION PAGE NOISE SURVEY SHEET REF. 0.0002 MICROBAR 0ATE: MAH 2-2i, ^82. JOB DESCRIPTION: CONDITIONS: INSTRUMENT: MICROPHONE: CALIBRATOR: BfK dfU PLANT: STA. NO. TIME b EMPLOYEE PHD20 TESTE ft Pif> (4AiUDLe^ HlVEKSlOG. 4-/C PiP ENGINEER: ?J MORRIS PROTECTOR: UHLIDI DATE: Foam. BEFORE R38 NETWORK PEAK A LIN. HOLD 31.5 63 & q? 92qo OCTAVE CENTER FREQ. (Hz.) 125 250 500 IK 2K 4K 8K 16K CTD023064 Diagram 3 CertainTeed H CERTAINTEED CORPORATION NOISE SURVEY SHEET REF. 0.0002 MICROBAR Mfi-y 2S', 1^82 JOB DESCRIPTION: Curs CONDITIONS: PLANT: Rivetewe AjC sectioiuq of pipe CuTTIMe, ft" tSQ P& ? 19 ENGINEER: pJW0RR/S INSTRUMENT: MICROPHONE: . Of K fc i PROTECTOR: CALIBRATOR: gt ^ STA. NO. TIME EMPLOYEE NETWORK A LIN. CALIBRATION DATE: PEAK HOLD 31.5 63 BEFORE AFTER q3.8 OCTAVE CENTER FREQ. (Hz.) 125 250 500 IK 2K 4K 8K 16K 1 V25 CuroPP SAiX> opizfirTOd C*?) flfi'lSb Pi pc'! 85iL2_ 7 0 s. *z * l . . CTD023065 CERTAINTEED CORPORATION Diagram 4 PAGE NOISE SURVEY SHEET REF. 0.0002 MICROBAR DATE: IM4C| 2^-21. ^Z PLANT: JOB DESCRIPTION: CONDITIONS: INSTRUMENT: v/frjgftrt-s MOMAL RIVERSIDE A|c P |p ENGINEER: Pj MICROPHONE: CALIBRATOR: B`K STA. NO. TIME EMPLOYEE 1 CCUPUMC, TFSTFtf ZM 3U 4 Ldfqe. Drill 0)dA SduA 5 Ccf Drills 6 Stc>mp timers. pi2m_ FM LATHE. 6io"Pf(c;OAc Pipe^i 8 DcdllUC, fHtLC 42- ISO) tfi" MILL ( [&"s-33flo) (o CoUPLlMCi SAtQ /'ft" I5D PROTECTOR: fdAM CALIBRATION DATE: BEFORE 93-8 NETWORK OCTAVE CENTER FREQ. (Hz.) PEAK A LIN. HOLD 31.5 63 125 250 500 IK 2K 4K 8K 16K )85- 97 % )9$- n\ S* IL 6 JGT2- 3AA U-T 4F U.H5 -s IOC ULD eo 93 Bg % %<w 3F- y> fii 9l85 CTD023066 CertainTeedB CERTAINTEED CORPORATION Diagram 5 PAGE NOISE SURVEY SHEET REF. 0.0002 MICROBAR jATE: ... , PLANT: AUq tr, IWZ_ _ _ _ _ _ _ _ _ D. tAMFElZS OfflC(F JOB DESCRIPTION: BAalGimiD lOoiSF urvpi.t ui ftcfoterP r~ t , __ , fod daotoMemc cgn^ CONDITIONS: __________________________________________________________________ ENGINEER: p-- &JpgfilS INSTRUMENT: MICROPHONE: ~ t .. - ThK 221S PROTECTOR: CALIBRATOR: 6f ^ STA. NO. TIME MOD' lilC EMPLOYEE OfflCC IdcbM fsv 1 -MzUc T<sK^ 4lt-(l(0- CALIBRATION . BEFORE <B ? DATE: Z S MA-4SZ AFTER a? & NETWORK A 274s_ LIN. 49ri OCTAVE CENTER F.REQ. (Hz.) PEAK HOLD 31.5 63 125 250 500 IK 2K 4K 8K 4l- 3t- 51- 27JS3_ JiL 52 28- 2a- 13 13 37 16K Ma at fw.tLiM /WJirml^ 0dtiutc Savil SfLs >\/ Aiu iCMilsif, Wtvl5 4|)(?^r\^lY. ~b 6^ 2A.(-fd fjtf\SeAVcJlvv\ rvutwi' 4o 40 4-7 57 ^ CTD023067 Figure 1 Example An automatic tooth culler for cir cular saw blades produces intense resonance sound. Control measure A urethane rubber coating clamped to the saw blade damps the resonance. resonance in the blade rubber sheet metal (as large diameter as possible) reinforcements CTD023068 Figure 2 SOUND MOVEMENT INDOORS ABSORPTION ........... ^E2 Thick, porous layers absorb both high and low frequency sound Porous material through which air can be pressed often makes a good sound absorbant. Examples of such materials include felt, foam rubber, foamed plastic, textile fibers and a number of sintered metals and ceramic materials. If the pores are closed, the absorption is slight. Thin porous absorbants handle high tones. For good effpcts below 100Hz, the thicknesses required may become impractical. Low frequency absorption is improved with the aid of an air gap behind the absorbant. Principle CTD023069 Example A workshop with intense low frequency noise is provided with absorbants that are effective for low tones. One part of the shop contains space for hanging absorp tion baffles, which provide good low frequency absorption and are easily in stalled. A traverse leaves no room for baffles in the other part of the shop. Instead, horizontal absorbant panels are installed above the traverse, 8 inches from the ceiling, to improve the low frequency absorption. CTD023070 SOUND MOVEMENT INOOORS ABSORPTION E5 Sound shields may be combined with sound V T1* High frequency noise can be reduced by using a shield. The shield is more effective the taller it is and the closer it is placed to the source. The ef- Principle feet of a shield is considerably reduced if the ceiling is not sound absorbant. CTD023071 line with slight noise line with intense noise Example In an auto plant with several assembly lines, the work on one line is noisier than the other. Grinding work on the bodies produces a shrieking, high frequency sound, disturbing everyone in the plant. Control measure i The other lines are protected from the grinding noise by means,of shields on both sides of the line and soundabsorbing baffles suspended above the open area. CTD023072 Industrial Hygiene Survey Riverside Asbestos/Cement Pipe Plant May 24-27, 1982 Appendix I Sampling and Analytical Procedures and Current Standards Asbestos Personal and environmental samples were collected on Millipore 0.8 micro meter cellulose ester filters with DuPont P4000 and P2500 sampling pumps. The pumps were calibrated within the flow rate range of 1.5 - 2.0 1pm. Analysis was conducted according to the USPHS/NIOSH Membrane Filter Method for Evaluating Airborne Asbestos Fibers (P&CAM 239). Fibers were counted on a Nikon model 96982 phase contrast microscope at 400X magnification. The current OSHA standard in 29 CFR 1910.1001 states an 8 hour time weighted average to which any employee may be exposed shall not exceed two fibers, longer than 5 micrometers, per cubic centimeter of air (f/cc). Also, no employee shall be exposed at any time to airborne concentrations in excess of 10 fibers, longer than 5 micrometers, per cubic centimeter of air. , Silica Dust Total and respirable dust samples were obtained on MSA FWS-B polyvinyl chloride filters. DuPont P4000 and P2500 air sampling pumps were utilized for area and personal samples and were calibrated at 2.0 liters per minute before and after each sampling period. Gravimetric analysis was accomplished on a Cahn C-25 electro-balance according to methods given in the OSHA Industrial Hygiene Field Operators Manual, April 2, 1979. The percent free silica (quartz, cristobalite, tridymite) in the airborne dust samples were analyzed by the National Loss Control Service Corporation (NATLSCO of Long Grove, IL.). The method utilized for this analysis was the NIOSH Manual of Analytical Methods, 2nd Edition, P&CAM #259. This method utilized the redeposition of the particulate material onto a silver membrane filter followed by X-ray diffraction scan for silica peaks. The OSHA acceptable limiting for total silica dust and respirable silica dust in the air is given by the formulae below. Silica (total): 30 mg/m^____ % Si02 + 2 Silica (respirable): 10 mg/m^____ % Si02 + 2 CTD023073 Industrial Hygiene Survey Riverside Asbestos/Cement Pipe Plant May 24-27, 1982 Welding Fumes (Nickel, Chromium, Manganese) Personal samples were collected on Millipore 0.8 micrometer cellulose ester filters with a DuPont P2500 sampling pump. The pump was calibrated at a flowrate of 1.5 liters per minute before and after each sampling period. Analysis is performed by NATLSCO following the NIOSH Manual of Analytical Methods, 2nd Edition, Validated Methods, S206 (Nickel); S352 (Chromium); and S5 (Manganese). The analytical procedure involves acid digestion of the filter matrix and analysis by atomic absorption spectroscopy. These metals are limited to the following airborne concentrations. - Nickel, 1 rng/m^, TWA - Chromium, 1 mg/m^, toa - Manganese, 5 mg/m^. Ceiling Noise A Bruel and Kjaefc 2215 sound level meter was used to obtain sound pressure level measurements. This instrument was calibrated before and after each day1s measurements. The permissible exposure (OSHA 29 CFR 1910.95) ranges between 90 decibels for an 8 hour day through 115 decibels for a maximum duration of 1/4 hour per day. CTD023074 1 # __ APPENDIX II New Safety Products from 3M March 1,1981 3M Disposables can be Face Fit too! Face-fit of negative pressure respirators has recently become a popular and important subject. We would like to bring you up-to-date on the methods available to fit test 3M respirators to meet current requirements. Quantitative Fit Testing Quantitative fit testing of negative pressure respirators used for protection against lead aerosols became a requirement on March 1,1980 per the lead standard 1910.1025. When performing quantitative fit testing the area of interest is the face-to-respirator seal. Therefore, it is desirable to minimize the amount of test media that can enter the respirator through filter penetration. With a dual cartridge respirator, the normal practice is to replace the filter cartridge with high efficiency particulate filter (HEPA) cartridges. To accomplish the same result, 3M has available special fit test respirators, the 8710Q, 9900Q, 9910Q, and 9920Q. These respirators are of the same construction as their numerical counterparts except that special higher efficiency filter material is used to reduce filter penetration during quantitative fit testing. For convenience of testing, the fit respirators are supplied with a probe in place ready for attachment in the fit test booth. For performing quantitative fit testing of the 3M Gas and Vapor respirators, the #8735 QNFT Kit is available. fcNSHfll-Sira Qualitative Fit Testing OSHA Directive CPL 2-2.29 issued October 27,1980 clarified the requirement and enforcement of qualitative fit testing. To comply with this requirement, 3M has available the 3M 9912 Qualitative Fit Test Kit. The kit provides a simple and quick method of testing respirator fit. A test atmosphere is provided by a nebulizer that creates an aerosol mist of saturated sodium saccharin. If a leak is present, it is detected as an extremely sweet taste. The 9912 Kit provides an excellent method of fit testing without the hazards of the irritant smoke test, i.e., eye and respiratory irritation. If a customer insists on using irritant smoke as a test agent, we recommend that the Q-series fit test respirators be used (with the test prob& plugged). The higher filter efficiency of the Q series, will reduce the filter penetration. For the proper method of irritant smoke testing refer to "A Guide To Industrial Respiratory Protection" by John Pritchard, NIOSH Publication, No. 76-189. LWiotaUAA. Occupational Health and Safety Products Divlslon/3M 220-7W3M Center St. Paul, MN 55144 CTD023075 r ANSI L\ ' American National Standard practices for respiratory protection i i CTD023076 ANSI Z88.2-1969 ANSI Z8& 2-1969 American National Standard Practices for Respiratory Protection Sponsor U. S. Department of the Interior Bureau of Mines Approved August 11, 1969 American National Standards Institute, Inc CTD023077 American National Standard An American National Standard implies a consensus of those sub stantially concerned with its scope and provisions. An American National Standard is intended as a guide to aid the manufacturer, the consumer, and the general public. The existence of an American National Standard does not in any respect preclude anyone, whether he has approved the standard or not, from manufacturing, marketing, purchasing, or using products, processes, or procedures not conforming to the standard. American National Standards are subject to periodic review and users are cautioned to obtain the latest editions. CAUTION NOTICE: This American National Standard may be revised or withdrawn at any time. The procedures of the American National Standards Institute require that action be taken to reaffirm, revise, or withdraw this standard no later than five years from the date of publication. Purchasers of American National Standards may receive current information on all standards by calling or writing the American National Standards Institute. f'' Published by American National Standards Institute, Inc , 1430 Broadway, New York, New York 10018 Copyright 1969 by the American National Standards Institute, Inc No portion of this publication may be quoted or reproduced in any form without the written permistion of the American National Standards Institute. Printod in USA A3C1080/62S e Foreword (This Foreword is not part of American National Standard Practices for Respiratory Protection, Z88.2-196T) This is a revision of the respiratory protection portion of American National Standard Safety Code for Head, Eye, and Respiratory Protection, Z2.1-1959. The United States Department of the Interior, Bureau of Mines, which acted as cosponsor of Z2.1-1959, accepted sponsorship of the proj ect on respiratory protection when it was deemed advisable to separate the portions of that Z2.1 standard. A Z88 Standards Committee was organized and met on September 24, 1963, to review the section of Z2.1-1959 dealing with respiratory protection. The Committee decided to revise and rewrite that section. The fifth draft of the proposed standard was submitted to letter ballot and accepted by the Z88 Committee on May 2, 1969. It was approved as an American National Stan dard on August 11. Since questions may arise from time to time concerning interpretation of this standard, an Inter pretation and Review Committee has been established, to provide for the uniform handling of doubtful cases. Anyone using this standard and desiring an interpretation may communicate with the Standards Institute. The Committee will also review new developments in respiratory protection and determine the need for revision or supplementation of this standard. Suggestions for improvement gained in the use of this standard will be welcome. They should be sent to the American National Standards Institute, 1430 Broadway, New York, N.Y. 10018. The Z88 Standards Committee had the following personnel at the time it approved this standard. Robert H. Schutz, Chairman Francis X. Worden, Secretary Organization Represented American Conference of Governmental Industrial Hygienists American Foundrymen's Society................................................ American Gas Association .......................................................... American Industrial Hygiene Association ................................. American Insurance Association ................................................ American Mutual Insurance Alliance........................................ American Petroleum Institute .................................................... American Society of Mechanical Engineers............................. American Society of Safety Engineers...................................... American Welding Society .......................................................... Association of American Railroads ............................................ Electronic Industries Association................................................ General Services Administration ................................................ Industrial Medical Association.................................................... Industrial Safety Equipment Association................................... International Association of Fire Chiefs.............................. International Association of Governmental Labor Officials National Safety Council......................................................... Telephone Group..................................................................... U. S. Atomic Energy Commission........................................ Name of Representative E. C. Hyatt ..William B. Huelsen T. L. Powers H. W. Becker (Alt) E. C. Hyatt W. H. Revoir (Alt) Robert R. Conroy Victor Bohn (Alt) J. A. Houghton Frederick H. Deeg (Alt) W. E. Carroll J. F. McKenna (Alt) Thomas R. Curran .Richard H. Burr Harold Ritchie (Alt) .A. D. Brandt ..D. P. Russell F. X. Worden James J. Sullivan (Alt) Lane Parsons * Ernest M. Dixon Eugene W. Merry Benjamin Smilg Harley N. Trice Charles N. Sumwait (Alt) Howard M. Weiss (Alt) .Raymond J. Brady Donald M. O'Brien (Alt) .Martin Slotkin ..H. H. Fawcett Julian B. Olishifski (Alt) ..F. X. Worden ..Carl G. Welty, Jr Humphery Gilbert (Alt) CTD023079 Organization Represented U. S. Coast Guard ...................................... U S. Department of Agriculture....... U. S. Department of the Army............ U. S. Department of the Interior........ U. S. Department of Labor.................... U. S. Department of the Navy ............. U. S. Public Health Service (Liaison) Individual Member .................................... Name of Representative Norman W. Lemley Rolland M. Waters Robert A. Duguid Harry H. Ackerman (Alt) Robert H. Schutz E. J. Kloos (Alt) G. Walker Daubenspeck John O'Neill (Alt) Samuel H. Barboo, Jr N. E. Rosenwinkel (Alt) .Howard E. Ayer Charles H. Powell (Alt) .William E. Clark The subcommittee which prepared the final draft on this standard had the following personnel. H. H. Ackerman Raymond J. Brady R. H. Burr Carl G. Welty, Jr, Chairman H. H. Fawcett E. C. Hyatt W. H. Revoir CTD023080 Contents SECTION 1. Introduction ..................................................................................................... PAGE 7 2. Definitions....................................................................................................................................................... 7 3. Recommended Requirements for Codes.................................................................................................. 9 4. Classification of Respiratory Hazards....................................................................................................... 11 5. Classification, Description, and Limitations ofRespirators................................................................ 11 6. Selection of Respirators.............................................................................................................................. 13 6.1 Approved or Accepted Respirators................................................................................................ 13 6.2 General Considerations .................................................................................................................... 13 6.3 Nature of the Hazard....................................................................................................................... 13 6.4 Extent and Location of Hazard.................................................................................................. 22 6.5 Work Requirements and Conditions ........................................................................................... 22 6.6 Employee Acceptance and Face Fit.............................................................................................. 23 7. Use of Respirators..................................................................................................... 23 7.1 Operating Procedures.................. 23 7.2 Issuance of Respirators.................................................................................................................... 23 7.3 Use in Dangerous Atmospheres ..................................................................................................... 23 7.4 Training and Education in Proper Use....................................................................................... 24 7.5 Facepiece Fit Tests and Procedures........................................................................................... 24 8. Maintenance and Care of Respirators.................................................................................................... 25 8.1 General ................................................................................................................................................ 25 8.2 Inspection .......................................................................................................................................... 25 8.3 Cleaning and Disinfection............................................................................................................. 25 8.4 Repair ................................................................................................................................................ 26 8.5 Storage ................................................................................................................................................ 26 9. Special Problems .......................................................................................................................................... 26 9.1 Corrective Lens with Full Facepiece............................................................................................. 26 9.2 Eyewear with Half-Mask Facepiece............................................................................................. 26 9.3 Respirator Use in Low Temperatures........................................................................................... 26 9.4 Respirator Use in High Temperatures......................................................................................... 27 9.5 Communications................................................................................................................................ 27 9.6 Nonconventional Respirators ........................................................................................................ 27 10. Evaluation of Respirator Program Effectiveness.................................................................................. 27 10.1 General ................................................................................................................................................ 27 10.2 Wearer Acceptance............................................................................................................................ 28 10.3 Examination of Respirators in Use ............................................................................................. 28 10.4 Evaluation of Protection Afforded ................................................................................................ 28 11. References to Other Codes, Standards, and Manuals......................................................................... 28 Appendix Respirator Approval and Acceptance Listings......................................................................... 30 Tables Table 1 Classification of Respiratory Hazards According to TheirBiological Effect ................... 10 Table 2 Classification of Respiratory Hazards According toTheirProperties which Influence Respirator Selection........................................................................................................................ 12 Table 3 Classification and Description of Respirators by Mode of Operation.......................... 14-15 Table 4 Capabilities and Limitations of Respirators....................................................... 16-17 Table 5 Color Code for Gas Mask Canisters.......................................................................................... 18 Table 6 Guide for Selection of Respirators ........................................................................................... 19 CTD023081 American National Standard Practices for Respiratory Protection 1. Introduction This standard sets forth accepted practices for respirator users. It provides information and guidance on the proper selection, use, and care of respirators and sets forth recommended re quirements suitable for adoption into regula tions governing their use. 1.1 Scope. The scope of this standard includes safe practices and requirements for using res pirators for protection of the respiratory system from inhalation of particulate matter, noxious gases and vapors, and oxygen deficiency. Ex cluded are 1) underwater protection, 2) highaltitude aircraft oxygen systems, and 3) pro tection against military munitions. Although the standard does not cover engineered protective measures (for example, ventilation), exposure control shall be accomplished as far as is fea sible by accepted engineering methods before considering or instituting use of respirators. 12 Purpose. The standard is intended to pro vide guidance that will assist respirator users in safeguarding health and life through proper selection and use of respirators. Use of respira tors implies that the wearer needs protection from an atmosphere that might threaten his life or health. Therefore, it is imperative that the level of protection needed be determined and provided in both normal and emergency condi tions of use, particularly if exposure to the at mosphere could be immediately dangerous to life or health. Use of respirators in atmospheres that are dangerous to life or health is discussed in 6.3. 1.3 "Shall" and "Should". The provisions of this standard are mandatory in nature where the word "shall" is used and advisory in nature where the word "should" is used. 1.4 Exceptions. Exceptions to the requirements in Section 3, Recommended Requirements for Codes, may be granted by competent authority, provided that an equally acceptable mode and degree of protection is afforded. 2. Definitions abrasive-blasting respirator. See respirator. aerodynamic diameter. The diameter of a unit density sphere having the same settling velocity as the particle in question of whatever shape and density. air-line respirator. See respirator. air-purifying respirator. See respirator. air-regulating valve. An adjustable valve used to regulate airflow to the facepiece, helmet, or hood of an air-line respirator, air-supply device. A hand- or motor-operated blower for the hose mask, or a compressor or other source of respirable air for air-line and abrasive-blasting respirators. approved. Tested and listed as satisfactory by an authority having jurisdiction, such as U.S. Department of the Interior, Bureau of Mines, or U.S. Department of Agriculture, breathing tube. A tube through which air or oxygen flows to the facepiece, helmet, or hood, canister (air-purifying). A container filled with sorbents and catalysts that remove gases and vapors from air drawn through the unit. The canister may also contain an aerosol (particu late) filter to remove solid or liquid particles, canister (oxygen-generating). A container filled with a chemical which generates oxygen by chemical reaction. cartridge. A small container filled with air-puri fying media. catalyst. In respirator use, a substance which converts a toxic gas (or vapor) into a less-toxic gas (or vapor). chemical-cartridge respirator. See respirator. contaminant. A harmful, irritating, or nuisance material that is foreign to the normal atmo sphere. corrective lens. A lens ground to the wearer's individual corrective prescription, detachable coupling. A device by means of which the respirator wearer, without using hand- 7 CTD023082 Z88.2 AMERICAN NATIONAL STANDARD PRACTICES tools, may detach the air-supply line from that part of the respirator worn on the person or from the air-supply source. disinfection. The destruction and removal of pathogenic organisms, especially by means of chemical substances. dust. See Table 2. exhalation valve. A device that allows exhaled air to leave a respirator and prevents outside air from entering through the valve. eyepiece. A gastight, transparent window(s) in a full facepiece through which the wearer may see. facepiece. That portion of a respirator that covers the wearer's nose and mouth in a half mask facepiece or nose, mouth, and eyes in a full facepiece. It is designed to make a gas-tight or dust-tight fit with the face and includes the headbands, exhalation valve(s), and connec tions for air-purifying device or respirable-gas source or both. filter respirator. See respirator. filter. A fibrous media (canned or uncanned) used in respirators to remove solid or liquid particles from the airstream entering the res pirator enclosure, fog. See Table 2. full facepiece. See facepiece. fume. See Table 2. gas. An aeriform fluid which is in the gaseous state at ordinary temperature and pressure. gas mask. See respirator. half-mask facepiece. See facepiece. head harness, a device for holding the facepiece securely in place on the wearer's head. helmet. A device that shields the eyes, face, neck, and other parts of the head. hood. A device that completely covers the head, neck, and portions of the shoulders. hose mask. See respirator. immediately dangerous to life or health. In cluded are conditions that pose an immediate threat to life or health and conditions that pose an immediate threat of severe exposure to con taminants such as radioactive materials which are likely to have adverse delayed effects on health. inhalation valve. A device that allows respirable air to enter the facepiece and prevents exhaled air from leaving the facepiece through the intake opening. irrespirable. Unfit for breathing, mist. See Table 2. MPC. Maximum permissible concentration. These concentrations are set by the National Committee on Radiation Protection. They are recommended maximum average concentrations of radionuclides to which a worker may be ex posed, assuming that he works 8 hours a day, 5 days a week, and 50 weeks a year, particulate matter. A suspension of fine solid or liquid particles in air, such as dust, fog, fume, mist, smoke, or sprays. Particulate matter sus pended in air is commonly known as an aerosol, pneumoconiosis-producing dust. Dust, which when inhaled, deposited, and retained in the lungs, may produce signs, symptoms and find ings of pulmonary disease. resistance. Opposition to the flow of air, as through a canister, cartridge, particulate filter, or orifice. respirable. Fit to be breathed, respirator. A device designed to protect the wearer from inhalation of harmful atmospheres. See Section 5, Classification, Description, and Limitations of Respirators, self-contained breathing apparatus. See res pirator. sorbent. A material which removes toxic gases and vapors from air inhaled through a canister or cartridge, spray. See Table 2. supplied-air respirator. See respirator. supplied-air suit. A one- or two-piece suit that is impermeable to most particulate and gaseous contaminants and is provided with an adequate supply of respirable air. TLV. Threshold limit value. A table of these values and accompanying precautions is pub lished annually by the American Conference of Governments' Industrial Hygienists, toxic dust. Dust that may be harmful to the respiratory system or to other parts of the body through passing from the respiratory tract into the blood stream. valve (air or oxygen). A device which controls the direction of air or oxygen flow or the rate and pressure at which air or oxygen is delivered, or both. 8 CtD023083 FOR RESPIRATORY PROTECTION Z88.2 vapor. The gaseous state of a substance that is solid or liquid at ordinary temperature and pressure. window indicator. A colorimetric indicator for gas mask canisters which denotes the service life for a particular gas. 3. Recommended Requirements for Codes 3.1 Purpose. This section includes recom mended requirements for authorities consider ing establishment of respirator regulations or codes. The following recommended requirements are supplemented by recommended practices in subsequent sections of this standard. 3.2 Permissible Practice. In the control of those occupational diseases caused by breath ing air contaminated with harmful dusts, fogs, fumes, mists, gases, smokes, sprays, or vapors, the primary objective shall be to prevent atmo spheric contamination. This shall be accom plished as far as feasible by accepted engineer ing control measures (for example, enclosure or confinement of the operation, general and local ventilation, and substitution of less toxic mate rials). When effective engineering controls are not feasible, or while they are being instituted, appropriate respirators shall be used pursuant to the following requirements. 3.3 Employer Responsibility 3.3.1 Respirators shall be provided by the employer when such equipment is necessary to protect the health of the employee. 3.3.2 The employer shall provide the respira tors which are applicable and suitable for the purpose intended. 3.3.3 The employer shall be responsible for the establishment and maintenance of a respiratory protective program which shall include the gen eral requirements outlined in 3.5. 3.4 Employee Responsibility 3.4.1 The employee shall use the provided res piratory protection in accordance with instruc tions and training received. 3.4.2 The employee shall guard against dam age to the respirator. 3.4.3 The employee shall report any malfunc tion of the respirator to the responsible person. 3.5 Minimal Acceptable Program 3.5.1 Written standard operating procedures governing the selection and use of respirators shall be established. 3.5.2 Respirators shall be selected on the basis of hazards to which the worker is exposed. See Section 4, Classification of Respiratory Hazards. 3.5.3 The user shall be instructed and trained in the proper use of respirators and their limita tions. See 7.4 and 7.5. 3.5.4 Where practicable, the respirators should be assigned to individual workers for their ex clusive use. 3.5.5 Respirators shall be regularly cleaned and disinfected. Those issued for the exclusive use of one worker should be cleaned after each day's use, or more often if necessary. Those used by more than one worker shall be thor oughly cleaned and disinfected after each use. See 8.3. 3.5.6 Respirators shall be stored in a con venient, clean, and sanitary location. See 8.5. 3.5.7 Respirators used routinely shall be in spected during cleaning. Worn or deteriorated parts shall be replaced. Respirators for emer gency use such as self-contained devices shall be thoroughly inspected at least once a month and after each use. See 8.2. 3.5.8. Appropriate surveillance of work area conditions and degree of employee exposure or stress shall be maintained. See 6.3.4 and 10.4. 3.5.9 There shall be regular inspection and evaluation to determine the continued effec tiveness of the program. See Section 8, Mainte nance and Care of Respirators, and Section 10, Evaluation of Respirator Program Effectiveness. 3.6 Program Administration. The plant or company industrial hygiene, health physics, safety engineering, or fire department shall ad minister the program in close liaison with the plant medical department. Responsibility for the program shall be vested in one individual. In small plants having no formal industrial hy giene, health physics, safety, fire, or medical department, the respirator program shall be administered by an upper-level superintendent, foreman, or other qualified individual respon sible to the principal manager. The administra tor shall have sufficient knowledge of the subject to properly supervise the program. 9 CTD023084 Z88.2 Table 1 Classification of R espiratory Hazards According to T h e ir B iological Effect AMERICAN NATIONAL STANDARD PRACTICES ^xi.S o 3&1 2-S * a 111.1al S .a w *aS3"33 "o G0e 0 . 0 i "a Go 25 2so S 0- U -3 8 3o Ca *8 29 .3,2s O ta X 3 <* 3|&| o a o 9 >. ,, -- .3 | 5a2 5 t fl b ^ g^S? i a & 3 3 S ss | .-5 . ~ 3 2^ - = -3 S'&M'il : = 2 6Sffi la .5 00 -S ^ ?s g "* os *T3 5?gg |g-e la'T? a =ti 2 *8 = s s-e ,, 2 o 5 _ s-3 "-p-S " 3 8 s & o-- Su spSJgSa S a& a g, S'* " B * O "B aI SMO "0C) ag8 a -I ^ S S Ck o s f a.i63 x0S.3&6S ci*a > oe S ^S aa ag-aa llll Js 3 O-B 3 : rX X C o'a s|| =-& =i'-2|S ^ 2 E . >3 J "a * 5 gal " s'HS& " oo..>.,.2s2 'tQvo 'ow3 "$832 EJ 2 52 i.Ot'S : Q 3i a g mh ca ill ? e'? C J c>os tf5* 3C >l-a' 3? S -J 12 |Sfi^ 18 r: c a cx C 13 to 3 - 3 E-a 8 S 8 3 "9 3 a ui 35 S *8 i 'S 41 'S 9 OT3 6 ^-- C O oX ~ c 2=0--2 Zo *9* `o j.gB2l .s **a 5 el-2: Ss -s * iISI a 0la -iSas+5* : * a *2 a^SojS W qj X 41 a^`p 12 " i| e- .' 1 CO 0) as cj 5a5s'"ocs"x c= 3 0 8 i I- 6* 5 o a oli11 *e0 la (H . i og atsfi ^o*3-gglal 5 S3a 1$ a! -aMala8* > ** w S g IZg ^>2 a a 3 .0 S.S'S 5 -a i B 2 ua Sa --O c 2a. to 8 a a a Eg** a -a8 I lIl -sii g i- 8 .S Sai cs 5 81-8 , "1-2 a|8 ON ChO oo fcl ^s5 - feI B Blag S 8 a| 2 SJS 10 CTD023085 o > 4 FOR RESPIRATORY PROTECTION Z88.2 3.7 Medical Limitations. Persons should not be assigned to tasks requiring use of respirators unless it has been determined that they are physically able to perform the work and use the equipment. The local physician shall deter mine what health and physical conditions are pertinent The respirator user's medical status should be reviewed periodically (for instance, annually). 3.8 Approval. Approved or accepted respirators shall be used when they are available (see Sec tion 6, Selection of Respirators). The respirator furnished shall provide adequate respiratory protection against the particular hazard for which it is designed in accordance with stan dards established by competent authorities. The U. S. Department of the Interior, Bureau of Mines, and the U. S. Department of Agriculture are recognized as such authorities. (See Ap pendix, Respirator Approval and Acceptance Listings.) Although respirators listed by the U.S. Department of Agriculture continue to be ac ceptable for protection against specified pesti cides, the U. S. Department of the Interior, Bureau of Mines, is the agency now responsible for testing and approving pesticide respirators. 4. Classification of Respiratory Hazards 4.1 Introduction. The purpose of this section is to list and briefly describe various categories of respiratory hazards that might be encountered and which may require use of respirators. The information provides a general background for relating the guidance in subsequent sections to the type of hazard encountered. Management, however, will find it necessary to consult refer ences on industrial.hygiene and toxicology and perhaps expert individuals to develop the nec essary comprehensive information on specific airborne contaminants. Respiratory hazards for the purpose of this standard, are classified as follows: (1) oxygen deficiency (2) gas and vapor contaminants (a) immediately dangerous to life or health (b) not immediately dangerous to life or health (3) particulate contaminants (dust, fog, fume, mist, smoke, and spray) (a) immediately dangerous to life or health (b) not immediately dangerous to life or health (4) combination of gas, vapor, and particu late contaminants (a) immediately dangerous to life or health (b) not immediately dangerous to life or health Respirators may afford some protection against high temperature atmospheres. See 9.4. Further information on the hazards of and use of respirators in high temperatures is presented in a National Fire Protection Association pub lication, Breathing Apparatus for The Fire Service, published in 1966. 4.2 Classification and Description of Respira tory Hazards. The basic respiratory hazards listed in 4.1 are classified in Table 1 according to expected biological effects of the contami nants. Many respirators, particularly air-puri fying respirators, are designed and selected on the basis of chemical and physical properties of the air contaminants. Therefore, gas, vapor, and particulate contaminants are also presented in Table 2 according to their physical and chemical properties. Particle size distribution and solubility are important parameters for particulate contami nants. Particles smaller than 5 microns in aero dynamic diameter more readily reach the lungs and are more readily dissolved and absorbed into the bloodstream or deposited on lung tissue. The solubility of the material usually deter mines whether the resulting toxic effect, if any, is in the lungs or other organs. Particles larger than 5 microns aerodynamic diameter are gen erally trapped in the upper respiratory tract, cleared, and swallowed with possible subsequent absorption from the gastrointestinal tract, de pending on their solubility. 5. Classification, Description, and Limitations of Respirators 5.1 Introduction. The purpose of this section is to provide a description of the various types of respirators, their limitations, and capabilities, as a background for subsequent sections which discuss their selection, use, and maintenance. Respirators fall into the following general classifications, according to mode of operation: (1) atmosphere-supplying respirators (a) self-contained (b) hose-mask (c) air-line (d) combination self-contained and hosemask or air-line 11 CTD023086 Z88.2 AMERICAN NATIONAL STANDARD PRACTICES (2) air-purifying respirators (a) gas and vapor (gas mask and chemical cartridge) (b) particulate (dust, fog, fume, mist, smoke, and sprays) (c) combination gas, vapor, and particu late (3) combination atmosphere-supplying and air-purifying respirators 5.2 Classification, Description and Limita tions of Respirators. This information is pre sented in two tables. Table 3 covers the classi fication and description of respirators according to the general classifications in 5.1. Table 4 covers capabilities and limitations of respirators arranged to correspond to the subject headings in Table 3. More detailed information on specific types of respirators can be obtained from respirator manufacturers and from the Respiratory Protec tive Devices Manual published by the American Industrial Hygiene Association and the Ameri can Conference of Governmental Industrial Hygienists in 1963. The canister color code table from American National Standard Identification of Gas Mask Canisters, K13.1-1967, is provided in Table 5. The code indicates the colors assigned to canis ters to identify the types of atmospheric con taminants against which they will protect. 5.3 Respirable Air and Oxygen for Self-Con tained Breathing Apparatus and Hose-Type Respirators. Compressed air, compressed oxy gen, liquid air, and liquid oxygen used for res- Table 2 Classification of Respiratory Hazards According to Their Properties which Influence Respirator Selection Cas and Vapor Contaminants Inert: They do not react with other substances under most conditions and create a respiratory hazard by displacing air and producing oxygen deficiency (for example, helium, neon, argon). Acidic: Substances that are acids or that react with water to produce an acid. In water they produce posi tively charged hydrogen ions. They taste sour and many are corrosive to tissues (for example, hydrogen chloride, sulfur dioxide, fluorine, nitrogen dioxide, acetic acid, carbon dioxide, hydrogen sulfide, and hydrogen cyanide). Alkaline: Substances that are alkalies or that react with water to produce an alkali. When in water solu tions, they result in the production of negatively charged hydroxyl ions (OH'). They taste bitter, and many are corrosive to tissues (for example, ammonia, amines, phosphine, arsine, and stibine). Organic: These are the compounds of carbon. Examples are saturated hydrocarbons (methane, ethane, butane), unsaturated hydrocarbons (ethylene, acetylene), alco hols (methyl alcohol, propyl alcohol), ethers (methyl ether, ethyl ether), aldehydes (formaldehyde), ketones (dimethyl ketone), organic acids (formic acid, acetic acid), halides (chloroform, carbon tetrachloride), amides (formamide, acetamide), nitriles (acetonitrile), isocyanates (toluene diisocyanate), amines (methylamine), epoxies (epoxyethane, propylene oxide), and aromatics (benzene, toluene, xylene). Organometallic: Compounds in which metals are chemi cally bonded to organic groups (for example, ethyl silicate, tetraethyl lead, and organic phosphates). Hydrides: Compounds in which hydrogen is chemically bonded to metals and certain other elements (for example, diborane and lithium hydride). Particulate Contaminants Particles are produced by mechanical means by the disintegration processes of grinding, crushing, drilling, blasting, and spraying; or by the physiocheiriical re actions such as combustion, vaporization, distillation, sublimation, calcination, and condensation. Particles are classified as follows: Dust: A solid mechanically produced particle with sizes varying from submicroscopic to visible or macroscopic. Spray: A liquid mechanically produced particle with sizes generally in the visible or macroscopic range. Fume: A solid condensation particle of extremely small particle size, generally less than one micron in diam eter. Mist: A liquid condensation particle with sizes ranging from submicroscopic to visible or macroscopic. Fog: A mist of sufficient concentrate to perceptibly obscure vision. Smoke: A system which includes the products of incom plete combustion of organic substances in the form of solid and liquid particles and gaseous products in air* Smoke is usually of sufficient concentration to percep tibly obscure vision. 12 CTD023087 FOR RESPIRATORY PROTECTION Z88.2 piration shall be of high purity. Oxygen shall meet the requirements of the United States Pharmacopoeia for medical or breathing oxygen. Breathing air shall meet at least the require ments of the specification for Grade D breathing air as described in Compressed Gas Association Commodity Specification G-7.1-1966. Compressed oxygen shall not be used in supplied-air respirators or in open-circuit selfcontained breathing apparatus that have pre viously used compressed air. Compressed air might contain low concentrations of oil. When high-pressure oxygen passes through an oil- or grease-coated orifice, an explosion or fire may occur. Breathing air may be supplied to respirators from cylinders or air compressors. Cylinders shall be tested and maintained in accordance with applicable Department of Transportation or Interstate Commerce Commission Specifica tions for shipping containers. Compressors shall be constructed and situated so as to avoid entry of contaminated air into the system and suitable in-line air purifying sorbent beds and filters installed to further assure breathing air quality. A receiver of sufficient capacity to enable the respirator wearer to escape from a contaminated atmosphere in event of compressor failure, and alarms to indicate compressor failure and over heating shall be installed in the system (see 6.3.2). Air-line couplings shall be incompatible with outlets for other gas systems to prevent inadvertent servicing of air-line respirators with nonrespirable gases or oxygen. Breathing-gas containers shall be marked in accordance with American National Standard Method of Marking Portable Compressed Gas Containers to Identify the Material Contained, Z48.1-1954; Federal Specification BB-A-1034a, June 21, 1968, Air, Compressed for Breathing Purposes; or Interim Federal Specification GGB-00675b, April 27, 1965, Breathing Apparatus, Self-Contained. Further details on sources of compressed air and its safe use will be found in Compressed Gas Association Pamphlet G-71968. 6. Selection of Respirators 6.1 Approved or Accepted Respirators. When ever possible, approved or accepted respirators shall be used. Respirator approval and accept ance tests and listings and selection of other than approved or accepted respirators are dis cussed in the Appendix. 6.2 General Considerations. The multiplicity of hazards that may exist in a given operation requires careful and intelligent respirator selec tion. This selection is made even more complex by the many types of respirators available. Each type has its limitations, areas of application, and operational and maintenance requirements. The selection of a proper respirator for any given situation requires consideration of the following factors: 1) nature of the hazard (see Section 4); 2) extent of the hazard; 3) work re quirements and conditions; and 4) characteris tics and limitations of available respirators (see Section 5). -Tafele 6 is a quick reference^guidlf for the selection^Of-t^piratory^protection appropriate to the type anjDaegregof hazard. The Table providesjjwtfimal guidanceJ"however, and shall be used along with other information, such as that given in this standard and in directions provided by respirator manufacturers. When there is doubt about the concentration of oxygen or hazardous material present in the atmosphere, only those respirators listed as suitable for respiratory protection against oxy gen deficiency shall be used. Any erring in the selection of respirators shall be on the safe side. 6.3 Nature of the Hazard. The chemical and physical properties, toxicity, and concentration of the hazardous material shall be considered in respirator selection (see Section 4 for classifica tions and discussion of respiratory hazards). 6.3.1 Oxygen-Deficient Atmospheres. Only respirators that provide an independent, respira ble atmosphere shall be used in oxygen-deficient atmospheres. Normally, a self-contained breath ing apparatus, hose mask with blower, or air line respirator with auxiliary self-contained air supply is used for this purpose. Air-line respira tors without auxiliary air supply shall be used only with the precautions outlined in 6.3.2. An attendant shall be standing by at the entrance to the oxygen-deficient atmosphere at all times with proper communications and res cue equipment in case of an emergency. See 7.3 for use of respirators in oxygen-deficient atmo spheres. 6.3.2 Immediately Dangerous Atmospheres. If it is probable that atmospheres immediately dangerous to life or health may occur, then both the normally expected inward leakage (see 6.3.3) and the reliability of the respirator shall 13 CTD023088 Z88.2 e <4j*>d a O T3 >> X> SCnO <Ind 'S4cn). Acd H LU0a9 Q AMERICAN NATIONAL STANDARD PRACTICES i.c!3 S Mil 'S 4) u 5I-bO 1 is 8o. ;I TaJ a3 3a ' |S f S3 3 a? Jo- : - 8 lp C-ct-i afc- &S). o ei Js3 il sis -8 &-(.s E |s el!-" 2 S_ !9 . B5 --S'"83 .5" b Sat 3 8 SJ 2* 3 .'s a 1 w S2 mrfg8J? - 3 3 8*g -C ^ tJ c B Sci aas .25 `3 eg X.>tJ'oai o2ou x-- liiSs'Sx.S 1 | 30 1a- o a 2 2 3-i >. 6 <f"----_aE*s2S,i: .22i2gsB-g-n.*uo218s!/a-----St=v0ogf*.;nta22:s:*jN--JT=s-jN3-S-*-<af2e&,,tg-g,J<-*-^~2C*-J*-5*L-*-o53m<--_2-Sy-i'-'-S?a.982g-2-t-J-,,5m-c-32!c 2ogL[2,, 3Eaoo.Eo.32S *aa-3r>3.5o>cifmt! ,x^tggSa"C5S,--.3.3&2act>^2?asr-*a43>>1oc). Ijjll-S Ebh 15 5-g tOm'Scbe | a"a cS ON oc'S 'sJj i3 C io Ejj I? - 2 OD ___ s 2 ar m>-nS ug 83 sj > S S'S *Ss '3a*c*4 *cn-*.s5>i'"= IX- ac o Sg WCO be(0gfi 5 41 !'il mJ <U X f2Ql.S i;? ,fc; yo aOcn zil| >v.a s i.s .S'S . II " aa2 ?Ji * a a- 3 ?a s 54 -t) at 6 E.S'SS G S" -Hfi *-osJ3 *Ss |2 S33a3j-i'3s.; 1as'&S>oEj^-Si -s1?oS: l2 -V -"S ^3aS.s4>.' fl o e* T43) -acoao> 8S- 2 < -s 5PZ O. i a t< si <i j ax.s bo be j o a3 3 i ijg So 3-8-33 1 J* I J .1 .2 s Bal5 eisi ? ac73_" 9_ C H4 11a a b ? u ^si-all C KA _ xo ,5, W 1- "fa S to m a S.sf filial !i|4H sbo52 5aII 2--3 C i 4, \6^fA *0 4M> .?s A5 *I S C>fl CCD cd 4 >>X S * a g S-8 S 2ss|l,s- 18J* 2 S so2 o o t H3- a-aiSj; 3 9> '3c 8 g S3lsi|-Sa 1*1 gil-s xu -a*2 *-4 JS s g-t |.s|SS-sp2f ei'SH.SMi xM a 4> bfi jj| .E 88|S33SSE 08 Q ?SP** o2-J1S35 f3c-J2al 4) S-IIsS _,, _o l2 iiS iSi`6 --3 E S &a,ss-:Si 3-8^ <r" "j a h I sf'8 - w -o 2 x i 5 P c t? o. a aja oa#*3caa> HR mi 14 CTD023089 FOR RESPIRATORY PROTECTION tss as-2* *s c 8`g gTS II *1 t! ~ 4> O co oc jCSC.*^ X** X(H B> ,s * rj B Sv >V (r.! 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I'll I Bat ll-al Z x 3 os 15 4d1 .gy au CTD023090 Z88.2 Table 4 C apabilities and Lim itations of Respirators AMERICAN NATIONAL STANDARD PRACTICES C j- >4d)o+~2 ct: Csdpsr- o o 01 o .2 ^ &<* 1 I si >1 V ' V 73 *T1 3 A] Pla .431 Ce Isas*s-- sQ, -bs%i.tis Jg-SS ?gg*H*8$| !5a *d &s-afi -2'Hg ;s a- C'*S*.2g a a- ^ u M a cBo *ats* * J3 <OC-U hCO -oCs O"24S!i Je f "&8H ;-8> e-- a a^ a S" S03 "ae J5a a .2e ** VC2n>f5<I0l?c*owC4* .S(a^md t4$> 2M xO gCL~4) = U%Mco fat**2**.2 g 03 Jj la * ta s"aSa -aS2u1l Ja -g5x2 eSg au.g g-.3 * 22e q SI s*, 33 *3 ^c3 x2 - 4> ** u JS o 4) be aCO Tsw3 w(H0 wCO Sha 4S) COMD.Tb3 s|S5g c a s St3 1 8-s a " S^I-S-SI " 2 '3a2> .*"a2? g"aL- J3x2 Sa 4> ,'.S2 g** '.3ft ! S <xx s Sr ta<M 4) O " U ilia lvlwlz o gog SS JiSs-o 's t3-z .2 -1s|! la 3S w 3C "'3g --3? ar*,5 3^ c a$ *8.*19 *-.2> 2-0 s-^ = i *" s ox a'E E a c a0,0 I* C'33-QJJ.S2+* gEf"- >, e f-> 2 a g aT5<N o W W ~ ko35|3'Ps5M.S 2"O O>k _S3b-4j21-2*t. ta^,'C35t d3^jOs-S^T-*.:SJac5 tS o Jz 2* :j iQf. h g>*n 2* i.E g 8a |g a E 3 a82g 0- a > D MJ C * sc .M2 aW* S>i 331'.2225JS2Q*>3-i8+-C3^>D ?c 2* 3 Cka, 2 co; a jjO M 4J 2 33< aaSia. J-S 2 a4k) *_OC33 d.*xfi 1,5?& _, x --9 a o. S B -O* ,ft f* 431 2-a ",a. X,,2 8*8" !" aE S f-| ~ tj a * & * ft V 0c -o5j * -s " 8-wi g"ft.fi 0*0 4 2'lx ijlf 01 *5 ^ 3 la 09 ^a a ac 4--) *Cc qS9 ----- S-O-J-S l049 OU jO<tDf.2_r a4) 2*"- a 0O9 _r - - *3.2 2 " ,, I* 'a S 3I 8. S 2i2 * S a| a . 2S S3 -cS o8 -"SB."1? CL o oi P 7 i^ll _ 3-Ji-t 3,,u. xMi^Sgxx-aS(o6 oo. = .US'S I s.B 2 2 S' 6S 2 e 4> 8 .*a Pa a'-3 1< z~ 4> 3ft ^ S & 2 *H .C o ^ *3 g a- > b OO oo 3cSc oS &*> 5gSSs .. 09 M 2 cf jj <5 O ^s jj < g 2 2 |-2 ""8 W O ft l S C.So;So2e -- IM^a!8 ga|l 5 3 * '5 "2i a* o >o'3a0 t! a ** u a-n 1PS oic?5! sab "Ou CSSSi C HII.S5 a o a a * g2 a2 8 U3. ^ 09 la 9 ' Vft 0- 9*5-*2-^ O 0-2 5B** *5 c 1 4ao1 -s2i 8a 8a ,3a 73*A5 Oo oa 40*>S .3 pn >o->s>'Sx six- is18.23-2 is c -3.2 SS gt?= *- cSx>ix g" x22 x3- `illall `"C4o>. ac4) j5?? .s O cttd>Moi *E aa iu*c o i*x* ala Cd -4o* i X M 8 i >obaB urgcl f3t a >'SQ. ~Ca H*a 211 2 S' 8 a 2.0 J-cOg a . -toa26<Hii.SSS gu '36 la M L> 9* a >.-0 " a g-o 3 S ** 0 C 4> 4) S 'h 8 W ! * s SS| a~ a a3? 52.- 4la) ^ " -S fct *o 5A -b2 A " 1|T3 5 a ".is c 4, 3 ll O- S' 3 B .2 -- ft Co-_O -c *401 8-3caSo3a, SgJSS O ft 89 ^3 > 16 CTD023091 > * Combination Atmosphere-Supplying and A ir-P urifying Respirators T h e advantages and disadvantages, expressed above, of the m ode o f operation being used w ill govern. T h e mode w ith the greater lim ita tio n s (a ir-p u rify in g m ode) w ill m a in ly determ ine the overall capabilities and lim ita tio n s o f the re sp ira to r since the w earer m ay fo r some reason fa il to change the m ode o f opera tio n even though conditions would require such change. FOR RESPIRATORY PROTECTION 3u .83 o J|H So SO e ! B Qj 0M) +O* Sw* S3, >J! afi -o .S3a 'Ss -oB 4d> d I-2 a-s&w 30 --u tn Si _5_i ts cC4ji a, O as 2 . 203) ^?M 3sO eOQ.su 4) 2 8& *1. -&2 S3B 25?> >'S,2"j.x5 I S 5 5f 2 3 8 3 S , 5 c^`3 k. <b "2 cn 2 4t)fik4> 9E --Q C s g-" i-S -s 8ft5 nm--s' *-ihat _-Bo, tfjiltS"s.i2.Sa 5-5 S3 MiC iCcy < 3Z v O C a; "55 2 c 2 q. 1O ^a0 Sx -C Soeg =^Cm2Q sT.gSC53 xJt--A43Zi..Tm24O431 JECS4p-) ~5ga4O) eg 41 f- x auH a CI o4)1X g *^o C -e *4) B-S . ^ 1JS X 5A 8 h 5 2 S--* ~ 2x o g |S 3o <8 ,S 8 gO 4 ,5 gc 4O) 'S if*o s <7S- 3of2c 22o p, Q) 8J s s s`a i;.S g "3.0 ,, o .5 -x Xg >> oc 1 5 w >i m*4*-)i mv -s a"4ca>3e5a <8cdn al **3 *d 40 ho ea 2 ..J! g M -C & 28 n*5i5t*, as 6S0 xo^>*- oae ig > oa ca SS ,x cJ 3 a> 5S - O-S ~ T'*3 -1o .2 c so .4 g,^S *Hoe 5Ee SWim U go 'SB J4S) a C- TJ- cn 4i 41 <A a3 Z88.2 gi -.a 5 iaa BO I* 5 g.2 a <C9 ^flfl s-jSbS 4 < ca 4a) * c _ s.l-s 3 as 4U) XV S 8 1 s!-s Cd M9 I*t '3 5 XE 2fi : co &g| IS-9 o o-S &S > S3<8-S. -121 i is .--. it SB. 4c> Co *d a as o 3B . D-.2 s'g 17 CTD023092 Z88.2 AMERICAN NATIONAL STANDARD PRACTICES be given full consideration. In oxygen-deficient atmospheres with no toxic materials, inward leakage is normally not a problem unless the leakage exceeds a few percent. It is essential that, in highly toxic atmospheres, inward leak age, if any, be minute. See 6.3.2.1 and 7.3 for use of respirators in immediately dangerous at mospheres. 6.3.2.1 Respirators Recommended for Im mediately Dangerous Atmospheres. The U. S. Bureau of Mines and responsible industrial hy giene and safety organizations recommend the following respirators, listed in decreasing order with regard to the protection they offer the wearer, for use in atmospheres immediately dan gerous to life or health. These atmospheres in clude those which are oxygen deficient or where high concentrations of gases or vapors exist: (1) pressure-demand open-circuit or pres sure-type closed-circuit self-contained breathing apparatus (2) combination pressure-demand air-line res pirator with auxiliary self-contained air supply (3) combination constant-fiow air-line res pirator with auxiliary self-contained air supply Table 5 Color Code for Gas-Mask Canisters (ANSI K13.I-1967) Atmospheric Contaminants to be Protected Against Acid gases Hydrocyanic acid gas Chlorine gas Organic vapors Ammonia gas Colors Assigned* White Whitd with Vi-inch green stripe completely around the canister near the bottom White with Vi-inch yellow stripe completely around the canister near the bottom Black Green Acid gases and ammonia gas Carbon monoxide Acid gases and organic vapora Hydrocyanic acid gas and chloropicrin vapor Green with H-inch white stripe completely around the canister near the bottom Blue Yellow Yellow with Vi-inch blue stripe completely around the canister near the bottom Acid gases, organic vapora, and ammonia gaaes Brown Radioactive materials, except ing tritium and noblr gases Particulates (dusts, fumes, mists, fogs, or smokes) in combination with any of the above gases or vapors All of the above atmospheric contaminants Purple (Magenta) Canister color for contaminant, as designated above, with Vi-inch gray stripe completely around the canister near the top Red with Vi-inch gray stripe completely around the canister near the top `Cray shall nut Iw assigned as the main color for a canister designed to remove acids or vapors. NOTH: Orange shall he used as a complete body, or stripe color to represent gases not included ' in this table. The user will need to refer to the canister label to determine the degree of protection the canister will afford. 18 CTD023093 FOR RESPIRATORY PROTECTION Z88.2 (4) demand-flow open-circuit or closed-circuit self-contained breathing apparatus (where there may be a negative pressure in the breathing system at any time) (5) combination demand-flow air-line res pirator with auxiliary self-contained air supply (6) hose mask with blower When self-contained breathing apparatus or hose masks with blowers are used in atmo spheres immediately dangerous to life or health, standby men must be present with suitable res cue equipment. 6.3.2.2 Other Respirators Which May Be Used under Certain Conditions in Atmospheres Immediately Dangerous to Life or Health. Air line respirators are not approved or recom mended for use in immediately dangerous at mospheres because no respiratory protection is provided if the air supply fails. However, if routine protection or operational designs pre clude use of the recommended types of respira tors which workers should wear, the following air-line respirators may be considered, provided an adequate flow of respirable air is maintained. These are listed in decreasing order with regard to the protection they provide for the wearer. (1) pressure-demand air-line respirator with full facepiece (2) continuous-flow air-line respirator with full facepiece, helmet, hood, or suit (3) demand-flow air-line respirator with full facepiece (4) pressure-demand air-line respirator with half-mask facepiece (only for atmospheres that do not cause eye irritation or injury) (5) continuous-flow air-line respirator with half-mask facepiece (only for atmospheres that do not cause eye irritation or injury) Ou Guide for Selection of Respirators Hazard Respirator (See Note 1.) Oxygen Deficiency Self-contained breathing apparatus. Hose mask with blower. Combination air-line respirator with auxiliary self-contained air supply or an air-storage receiver with alarm. Gaa and Vapor Contaminants Immediately dangerous to life or health. (See Note 2.) Self-contained breathing apparatus. Hose mask with blower. Air-purifying, full facepiece respirator with chemical canister (gas mask). Self-rescue mouthpiece respirator (for escape only). Combination air-line respirator with auxiliary self-contained air supply or an air-storage receiver with alarm. Not immediately dangerous to Air-line respirator. life or health. Hose mask without blower. Air-purifying, half-mask or mouthpiece respirator with chemical cartridge. Particulate Contaminants Immediately dangerous to life or health. (See Note 2.) Self-contained breathing apparatus. Hose mask with blower. Air-purifying, full facepiece respirator with appropriate filter. Self-rescue mouthpiece respirator (for escape only). Combination air-line respirator with auxiliary self-contained air supply or an air-storage receiver with alarm. Not immediately dangerous to life or health. Air-purifying, half-mask or mouthpiece respirator with filter pad or cartridge. Air-line respirator. Air-line abrasive-blasting respirator. Hose mask without blower. - Combination gaa, vapor, and particulate contaminants Immediately dangerous to life or health. (See Note 2.) Self-contained breathing apparatus. Hose mask with blower. Air-purifying, full facepiece respirator with chemical canister and appropriate filter (gas mask with filter). Self-rescue mouthpiece respirator (for escape only). Combination air-line respirator with auxiliary self-contained air supply or an air-storage receiver with alarm. Not Immediately dangerous to life or health. Air-line respirator. Hose mask without blower. Air-purifying, half-mask or mouthpiece respirator with chemical cartridge and appro priate filter. NOTE 1: For details on descriptions, capabilities, and limitations of respirators, refer to Tables 3 and 4. NOTE 2: For details on use of respirators In hazardous atmospheres, see 6.3.2 and 7.3. 19 CTD023094 Z88.2 AMERICAN NATIONAL STANDARD PRACTICES (6) demand-flow air-line respirator with half mask facepiece (only for atmospheres that do not cause eye irritation or injury) Pressure-demand or continuous-flow air-line respirators with full facepiece provide the wearer with a degree of respiratory protection equal to that afforded by a positive pressure self-con tained breathing apparatus as long as an ade quate flow of respirable air is maintained. Also, a demand-flow air-line respirator with full facepiece would be equivalent to a demand-flow open-circuit or closed-circuit self-contained breathing apparatus as long as an adequate supply of respirable air is maintained. Persons using air-line respirators in atmo spheres immediately hazardous to life or health shall be equipped with safety harnesses and safety lines for lifting or removing persons from hazardous atmospheres or other and equivalent provisions for the rescue of persons from haz ardous atmospheres shall be used. A standby man or men with suitable self-contained breath ing apparatus shall be at the nearest fresh air base for emergency rescue. Before a person is permitted to wear an air line respirator in a hazardous atmosphere, an industrial hygiene, health physics, or safety en gineering department representative or a qual ified industrial hygienist, health physicist, or safety engineer shall be responsible for com pliance with the following: (1) Air-line hose from a compressor or cylin der air supply shall be protected from damage, including cutting, kinking, crushing, or burning. In some cases an armored hose shall be used. Hose couplings shall be protected against dis connection. Trailing air-line hose shall be ar ranged to minimize tripping and to permit ready escape. (2) The cylinder containing the air supply for an air-line respirator shall be tested for oxy gen concentration and carbon monoxide content and shall be respirable. All air shall meet the minimum specification for Type I, Grade D gaseous air of the Compressed Gas Association Commodity Specification for Air, G-7.1-1966. The air supply in the cylinder shall be adequate for completion of the work and escape. Oxygen must never be used with air-line respirators. (A) The compressor for supplying air shall be equipped with necessary safety and standby devices. A breathing air-type compressor shall be used. An air-storage receiver shall also be provided to furnish the wearer with an adequate supply of escape air if the compressor fails to operate. A compressor shutoff alarm and nec essary aerosol and vapor and gas filters shall also be incorporated into the system. If an oil-lubricated compressor is used, it shall have a high-temperature or carbon monox ide alarm, or both. If only a high-temperature alarm is used, the air from the compressor shall be frequently tested for carbon monoxide to in sure that it meets the specifications in 6.3.2.2 (2). (4) The wearer shall be properly trained in the use of the air-line respirator and shall be well-informed of the hazard. A standard operat ing procedure shall be prepared for each situa tion for which air-line respirators are employed in atmospheres immediately hazardous to life or health, and air-line respirator users shall be thoroughly familiar with this procedure. (5) Continuous-flow air-line respirators are designed for maximum comfort with a minimum airflow that will adequately protect the wearer in a non-hazardous atmosphere. However, they are capable of providing adequate airflow to protect the wearer in a hazardous atmosphere. This adequate airflow is obtained when the air flow control valve is fully open. The recommended minimum airflows for use of air-line respirators in hazardous atmospheres are five cubic feet per minute to tight fitting facepieces and seven cubic feet per minute to loose fitting hoods or helmets. Persons wearing supplied-air suits shall follow the manufacturer's instructions concerning minimum airflow. For further information on furnishing com pressed air to air-line respirators, refer to Com pressed Gas Association Pamphlet G-7-1968. See 7.3 concerning safe procedures during use of respirators in atmospheres immediately danger ous to life or health. 6.3.3 Not Immediately Dangerous Atmo spheres. If immediately dangerous atmospheres are not present or will not occur, then the con sequences of respirator failure are lessened and emphasis can be placed on other factors such as long term protection, convenience, cost, com fort, and wearer acceptance. These factors should be weighed one against another since they are not always compatible. However, long term protection should be given priority over all other factors. 20 CTD023095 FOR RESPIRATORY PROTECTION Z88.2 Long term protection is determined primarily by the amount of inward leakage of atmospheric contaminants during normal usage of the res pirator. The various types of respirators are grouped below according to the increasing amount of inward leakage one might expect during their routine use. Group 1 Supplied-air suit Pressure-demand full facepiece open-circuit and air-line devices Pressure-type full facepiece closed-circuit self- contained breathing apparatus Continuous-flow full facepiece air-line respirator Air-line respirator with loose-fitting hood gath ered around the waist Hose-mask with blower and full facepiece mask Group 2 Demand-type full facepiece open-circuit selfcontained breathing apparatus Demand-type full facepiece air-line respirator Pressure-demand half-mask air-line respirator Group 3 Continuous-flow half-mask air-line respirator Demand-type half-mask air-line respirator Air-line respirator with loose-fitting hood gath ered around the neck Group 4 Air-purifying respirator with blower and with full facepiece or hood gathered around the waist Group 5 Air-purifying respirator with blower and with half-mask facepiece or hood gathered around the neck Group 6 Hose mask without blower Air-purifying full facepiece respirator without blower Group 7 Air-purifying half-mask respirator without blower Mouthpiece respirator The negative pressure produced in the face- piece of many respirators (some in Groups 2 and 3 and all in Groups 6 and 7) during inhala tion will cause inward leakage of ambient air if leaks exist. The amount of inward leakage ex pected for various types of respirators is vaguely understood and is related to the facepiece-toface seal and leakage of various components in cluding air-purifying units. For Group 1, in ward leakage will normally be infinitesimal or nonexistent. For Groups 2, 3, 4, and 5, inward leakage will normally be minute. In Group 6, inward leakage with a good facepiece-to-face seal and with ideal wearing conditions may be as low as 0.1 percent In practice, however, this low level leakage is usually not attained due to poor facepiece-to-face fit and adverse wearing conditions such as face movements and beard growth. For Group 7, inward leakage with good facepiece-to-face fit and ideal wearing condi tions may be as low as 1 percent. This leakage level, however, is seldom attained for reasons similar to those cited for devices in Group 6. It is, therefore, important (particularly for devices in Groups 6 and 7) that due consideration be given to potential inward leakage in selecting devices. Experience has demonstrated that not all persons can obtain a satisfactory facepiece-toface seal with a single full facepiece or half-mask air-purifying respirator. Therefore, to provide an adequate facepiece-to-face seal on a variety of facial features, it may be necessary that two or more models of full facepiece or half-mask respirators be available. When an individual can be fitted with two or more respirators, he should be permitted to select the most comfortable device. See 7.5 for a discussion of face fit tests and procedures. 6.3.4 Monitoring of Air Contaminants. Eval uation of contaminant concentration to which a person wearing a respirator may be exposed is an integral part of an effective respirator pro gram. Air sampling data are important in the selection of the proper respirator and should include: 1) identification of the contaminant; 2) nature of the hazard; and 3) concentration at the breathing zone. The dat^ are also helpful in estimating the possible levels of exposure that may have occurred during use of respirators. In an air monitoring program, sampling should be carried out over at least one cycle of operation and, preferably, over several cycles when production activity varies. Normally, samples should be collected at the worker's breathing zone. However, where necessary, gen eral air samples should be collected in the vicinity of the operation. The sampling period will be determined by the sensitivity of the analytical method and the acceptable contami nant concentration. It is important that representative samples be obtained. The number of samples to be taken depends on the variation in contaminant 21 CTD023096 Z88.2 AMERICAN NATIONAL STANDARD PRACTICES generation rate during the operation. Sampling data should permit estimation of the worker's time weighted exposure. The peak contaminant concentration should also be estimated to as sure that the respirator selected will provide adequate protection against high transient air concentrations. Breathing zone sampling is important since significant variations in concentrations are noted between general air and the worker's breathing zone. Use' of personal or lapel air samplers is encouraged since they have been shown to more closely identify the true exposure. Although it is recognized that in emergency situations air sampling cannot be carried out as outlined above, every reasonable effort shall be made to evaluate conditions of exposure and to provide appropriate respiratory protection. Where a high hazard potential exists, a conserv ative estimate should be made. 6.3.5 Unusual Hazards. Unusual factors can add new dimensions to a hazardous situation and should be anticipated in selecting respira tors. Some examples are provided here. 6.3.5.1 Absorption through or Irritation of the Skin. Some airborne contaminants are ex tremely irritating to the skin (for example, ammonia and hydrochloric acid) while others are capable of being absorbed through the skin and into the blood stream with serious, possibly fatal, results. Hydrocyanic acid gas and many of the organic phosphate pesticides, such as parathion, malathion, and tetraethyl-pyrophosphate (TEPP), will penetrate the unbroken skin. A facepiece or hood respirator will not afford com plete protection against these contaminants. If the concentration is high, or if exposure is pro longed, a full body-covering suit of impermeable material shall be worn with respiratory protec tion. A facepiece may not be required if the suit is leakproof and adequately ventilated. 6.3.5.2 Radiation of Skin and Whole Body. The respirator may not protect the skin or whole body against radiation from airborne con centrations of certain radionuclides including noble gas radionuclides and other relatively bio logically inert gases. 6.4 Extent and Location of Hazard. The ex tent of the hazard in space and time and its physical location shall be considered in respira tor selection. They include the length of time protection will be needed, entry and exit times, accessibility of a fresh air supply, and the ability to use air lines or move about freely while wear ing the respirator. The location of the contaminated area in respect to a possible source of respirable air requires special consideration. In using a hose mask, air-line respirator, or abrasive-blasting respirator, the distance that the wearer can go into a contaminated atmosphere is limited by the length of hose connected to the source of respirable air. Furthermore, the presence of the hose requires that he enter and leave the area by the same route unless the device is equipped with an auxiliary air cylinder, chemical canister or cartridge, or particulate filter appropriate for use in withdrawal. While wearing a self-con tained breathing apparatus or a gas mask, a person may leave the contaminated area by any exit, but he should make certain that the device will afford protection until he reaches respirable air, taking into account possible delays. 6.5 Work Requirements and Conditions 6.5.1 Work Time. Work time usually deter mines the length of time for which respiratory protection is needed, including the time neces sary to enter and leave a contaminated area. A self-contained breathing apparatus, gas mask, or chemical-cartridge respirator provide respira tory protection for relatively short periods, whereas the hose mask with blower, air-line respirator, and abrasive-blasting respirator pro vide protection for as long as the facepiece is supplied with adequate respirable air. Particu late-filter respirators can provide protection for long periods, without need for filter replacement, only if the atmospheric particulate loading is low. Therefore, for protracted periods of use, the hose mask with blower and air-line respira tors offer definite advantages. They also cause less discomfort than air-purifying respirators. Some respirators have a means for indicating the remaining service life. Some type of warning is available for all self-contained breathing ap paratus and some gas masks. This may be a pressure gage, timer, audible or physical alarm, or window indicat nr in the canister. The user should understand the operation and limitations of each type of warning device. Most other gas masks and chemical-cartridge respirators have no indicator of remaining service life. Canisters and cartridges should be changed according to the manufacturer's directions. 6.5.2 Activity of Wearer. The work area to be covered, work rate, and mobility required of 22 CTD023097 FOR RESPIRATORY PROTECTION Z88.2 the wearer in carrying out his work should be considered in respirator selection. Air-purifying respirators present minimal in terference with the wearer's movement. Supplied-air respirators with trailing hoses severely restrict the area the wearer can cover and pre sent a potential hazard where the trailing hose can come in contact with machinery. Self-con tained breathing apparatus present a size and weight penalty which may restrict climbing and movement in tight places. The wearer's work rate determines his res piratory minute volume, maximum inspiratory flow rate, and inhalation and exhalation breath ing resistance. The respiratory minute volume is of great significance in self-contained and air line respirators operated from cylinders since it determines their operating life. Useful life under moderate work conditions may be one-third that under rest conditions. Peak airflow rate is important in the use of constant-flow air-line equipment. The air-supply rate should always be greater than the peak inspiratory flow rate to maintain the respiratory enclosure under positive pressure. High breathing resistance of air-purifying respirators under conditions of heavy work can result in distressed breathing. 6.5.3 Vision. All facepieces will restrict, to some degree, the wearer's vision. This may in crease accident potential. Other problems in clude wearing of prescription glasses and fogging of the respirator lens (see 9.1, 9.2, and 9.3). 6.5.4 Communications. Effective speech com munication may be required in jobs for which the respirator is being selected. Section 9.5 pro vides information in this subject. 6.5.5 Temperature Extremes. The ability to cope with stress caused by temperature ex tremes is especially important in emergency situations when only immediately available res pirators can be used. See 9.3 and 9.4 for further details on use of respirators in temperature ex tremes. 6.5.6 Eye Protection. Where required, fullfacepiece respirator eyepieces and eye protection worn with half-mask facepieces shall meet the pertinent requirements of American National Standard Practice for Occupational and Educa tional Eye and Face Protection, Z87.1-1968. 6.6 Employee Acceptance and Face Fit. These factors are of prime importance in respirator selection. The wearer's acceptance of a particu lar respirator depends on the lack of facepiece discomfort, interference with vision, weight of the device, breathing resistance, and individual physical condition and psychological factors. The ability to form a good facepiece-to-face seal depends on respirator design and facial features, and is usually the most important factor in obtaining proper protection with an air-puri fying respirator, particularly of the half-mask type. See 7.5 for a discussion of face-fit tests and procedures. 7. Use of Respirators 7.1 Operating Procedures. Standard proced ures shall be developed for respirator use. These should include all information and guidance necessary for their proper selection, use, and care. Possible emergency and routine uses of respirators should be anticipated and planned for. 7.2 Issuance of Respirators. The correct res pirator shall be specified for each job. The res pirator type is usually specified in the work pro cedures by a qualified individual supervising the respiratory protective program. The individual issuing them shall be adequately instructed to insure that the correct respirator is issued. Each respirator permanently assigned to an individual should be durably marked to indicate to whom it was assigned. This mark shall not affect the respirator performance in any way. The date of issuance should be recorded. 7.3 Use in Dangerous Atmospheres. Written procedures shall be prepared covering safe use of respirators in dangerous atmospheres that might be encountered in normal operations or in emergencies. Personnel shall be familiar with these procedures and the available respirators. In areas where the wearer, with failure of the respirator, could be overcome by a toxic or oxygen-deficient atmosphere, at least one addi tional man shall be present. Communications (visual, voice, or signal line) shall be maintained between both or all individuals present. Plan ning shall be such that one individual will be unaffected by any likely incident and have the proper rescue equipment to be able to assist the other(s) in case of emergency. See 6.3.1 and 6.3.2 for guidance on selection of respirators for use in dangerous atmospheres. 23 CTD023098 Z88.2 AMERICAN NATIONAL STANDARD PRACTICES 7.4 Training and Education in Proper Use. For safe use of any respirator, it is essential that the user be properly instructed in its selection, use, and maintenance. Both supervisors and workers shall be so instructed by competent persons. Minimum training shall include the following: (1) Instruction in the nature of the hazard, whether acute, chronic, or both, and an honest appraisal of what may happen if the respirator is not used. (2) Explanation of why more positive con trol is not immediately feasible. This shall in clude recognition that every reasonable effort is being made to reduce or eliminate the need for respirators. (3) A discussion of why this is the proper type of respirator for the particular purpose. (4) A discussion of the respirator's capabil ities and limitations. (5) Instruction and training in actual use of the respirator (especially a respirator for emergency use) and close and frequent super vision to assure that it continues to be properly used. (6) Classroom and field training to recog nize and cope with emergency situations. (7) Other special training as needed for spe cial use. Training shall provide the men an oppor tunity to handle the respirator, have it fitted properly, test its facepiece-to-face seal, wear it in normal air for a long familiarity period, and, finally, to wear it in a test atmosphere. 7.5 Facepiece Fit Tests and Procedures. Every respirator wearer shall receive fitting in structions including demonstrations and prac tice in how the respirator should be worn, how to adjust it, and how to determine if it fits properly. Respirators shall not be worn when conditions prevent a good face seal. Such con ditions may be a growth of beard, sideburns, a skull cap that projects under the facepiece, or temple pieces on glasses. Also, the absence of one or both dentures can seriously affect the fit of a facepiece. The worker's diligence in ob serving these factors shall be evaluated by periodic checks. To assure proper protection, the facepiece fit shall be checked by the wearer each time he puts on the respirator. This may be done by following the manufacturer's facepiece-fitting instructions such as these two simple field tests: (1) Positive Pressure Test. Close the exhala tion valve and exhale gently into the facepiece. The face fit is considered satisfactory if a slight positive pressure can be built up inside the facepiece without any evidence of outward leakage of air at the seal. For most respirators, this method of leak testing requires that the wearer first remove the exhalation valve cover and then carefully replace it after the test. (2) Negative Pressure Test. Close off the inlet opening of the canister or cartridge(s) by covering with the palm of the hand(s) or by replacing the seal(s), inhale gently so that the facepiece collapses slightly, and hold the breath for ten seconds. If the facepiece remains in its slightly collapsed condition and no inward leakage of air is detected, the tightness of the respirator is probably satisfactory. Potential users of respirators should also be required to test their facepiece fit by wearing the respirator under realistic test conditions. A concentration of 100 parts per million isoamyl acetate vapor (obtained by vaporizing 17.3 milli liters of isoamyl acetate for each 1,000 cubic feet of room volume) may be prepared in a special chamber, a small plastic enclosure, or in a vacant room. If the person wearing the respirator can enter and remain in this test atmosphere without detecting the odor of isamyl acetate, he has a good fit. If he detects the odor, he should retreat to fresh air, readjust the facepiece, and repeat the test. If leakage is still noted, it can be concluded that this particular respirator will not protect the wearer. The wearer should not continue to tighten the headband straps until they are un comfortably tight, simply to achieve a gas-tight face fit. If fitted too tightly, the wearer will not wear the respirator or will wear it fitting com fortably loose and will not have a gas-tight seal. Particulate-filter respirators can frequently be adapted for use with chemical cartridges and may also be tested for face fit in isoamyl acetate. To check the fit of a respirator equipped with a high-efficiency particulate filter, an irritant smoke tube (glass tube 12 centimeters long by 1 centimeter diameter, filled with stannic chlor ide-impregnated pumice) produces a very irritating smoke when air is blown through it. The smoke is directed at the facepiece seal and leakage is indicated by irritation of the throat and lungs. (When testing half-mask facepieces, 24 CTD023099 FOR RESPIRATORY PROTECTION Z88.2 do not direct the smoke into the eyes and in struct the wearer to keep his eyes closed during the test.) Freshly produced smoke particles from this tube range from less than 0.1 to 3 mi crons in diameter. The glass tube is scored at each end for easy breaking. A squeeze bulb with a short rubber tube aspirates air through the tube; visible smoke is immediately formed by contact with moisture in the air. The irritant is hydrochloric acid absorbed on the particulate. A similar smoke is produced with a sulfur trioxide or titanium tetrachloride tube. Several methods of determining facepiece fit are described in detail in the Respiratory Pro tective Devices Manual, published by the Amer ican Industrial Hygiene Association and the American Conference of Governmental Indus trial Hygienists in 1963. 8. Maintenance and Care of Respirators 8.1 General. A program for maintenance and care of respirators shall be adjusted to the type of plant, working conditions, and hazards in volved, and shall include the following basic services: (1) inspection for defects (including a leak check) (2) cleaning and disinfecting (3) repair (4) storage Equipment shall be properly maintained to retain its original effectiveness. 8.2 Inspection. All respirators shall be inspected routinely before and after each use. A respirator that is not routinely used but is kept ready for emergency use shall be inspected after each use and at least monthly to assure that it is in satis factory working condition. Self-contained breathing apparatus shall be inspected monthly. Air and oxygen cylinders shall be fully charged according to the manu facturer's instructions. It shall be determined that the regulator and warning devices function properly. Respirator inspection shall include a check of the tightness of connections and the condition of the facepiece, headbands, valves, connecting tube, and canisters. Rubber or elastomer parts shall be inspected for pliability and signs of de terioration. Stretching and manipulating rubber or elastomer parts with a massaging action will keep them pliable and flexible and prevent them from taking a set during storage. A record shall be kept of inspection dates and findings for respirators maintained for emer gency use. 8.3 Cleaning and Disinfection. Routinely used respirators shall be collected, cleaned, and dis infected as frequently as necessary to insure that proper protection is provided for the wearer. Each worker should be briefed on the cleaning procedure and be assured that he will always receive a clean and disinfected respira tor. Such assurances are of greatest significance when respirators are not individually assigned to workers. Respirators maintained for emer gency use shall be cleaned and disinfected after each use. The following procedure is recommended for cleaning and disinfecting respirators: (1) Remove any filters, cartridges, or canis ters. (2) Wash facepiece and breathing tube in cleaner-disinfectant or detergent solution (see following paragraphs). Use a hand brush to fa cilitate removal of dirt. (3) Rinse completely in clean, warm water. (4) Air dry in a clean area. (5) Clean other respirator parts as recom mended by manufacturer. (6) Inspect valves, headstraps, and other parts; replace with new parts if defective. (7) Insert new filters, cartridges, or canis ters; make sure seal is tight. (8) Place in plastic bag or container for stor age. Cleaner-disinfectant solutions are available that effectively clean the respirator and contain a bactericidal agent. The bactericidal agent is generally a quaternary ammonium compound. The respirator may be immersed in the solution, * rinsed in clean, warm water, and air dried. Alternatively, respirators may be washed in a liquid detergent solution, then immersed in: 1) a hypochlorite solution (50 parts per mil lion of chlorine) for 2 minutes; 2) an aqueous iodine solution (50 parts per million of iodine) for 2 minutes; or 3) a quaternary ammonium solution (200 parts per million of quaternary ammonium compounds in water with less than 500 parts per million total hardness). 25 CTD023100 283.2 AMERICAN NATIONAL STANDARD PRACTICES Different concentrations of quaternary am monium salts are required to achieve a disin fecting solution with waters of varying hardness. Also, dermatitis may occur if the quaternary ammonium compounds are not completely rinsed from the respirator. The hypochlorite and iodine solutions are not stable; they age rubber parts, and are corrosive to metallic parts. There fore, immersion times should not be extended and the disinfectants shall be thoroughly rinsed from the respirator parts. Strong cleaning and disinfecting agents can damage respirator parts. Temperatures above 185 degrees Fahrenheit and vigorous mechanical agitation should not be used. Solvents which affect elastomer or rubber parts should be used with caution. Respirators may be contaminated with toxic materials (that is, organic phosphate pecticides and radionuclides). If the contamination is light, normal cleaning procedures should provide satisfactory decontamination; if heavy, a sepa rate decontamination step may be required be fore cleaning. For complete decontamination against phos phate pesticides, the respirator should be washed with alkaline soap and rinsed with 50 percent alcohol (ethyl or isopropyl). Respirators used to protect against radioac tive contaminants should be decontaminated to levels not exceeding 100 disintegrations per min ute per 100 square centimeters fixed alpha and 0.2 millirad per hour of beta-gamma above background at contact. There should be no detectable removable activity using standard swipe techniques. 8.4 Repair. Replacement or repairs shall be done only by experienced persons with parts designed for the respirator. No attempt shall be made to replace components or to make ad justment or repairs beyond the manufacturer's recommendations. Reducing or admission valves or regulators shall be returned to the manufac turer or to a trained technician for adjustment or repair. 8.5 Storage. After inspection, cleaning, and necessary repair, respirators shall be stored to protect against dust, sunlight, heat, extreme cold, excessive moisture or damaging chemicals. Respirators placed at stations and work areas for emergency use should be stored in compart ments built for the purpose, be quickly acces sible at all times, and be clearly marked. Rou tinely used respirators, such as dust respirators, may be placed in plastic bags. Respirators should not be stored in such places as lockers or tool boxes unless they are in carrying cases or cartons. Respirators should be packed or stored so that the facepiece and exhalation valve will rest in a normal position and function will not be impaired by the elastomer setting in an ab normal position. Instructions for proper storage of emergency respirators, such as gas masks and self-contained breathing apparatus, are found in "use and care" instructions usually mounted inside the carrying case lid. 9. Special Problems 9.1 Corrective Lens with Full Facepiece. Pro viding respiratory protection for individuals wearing corrective glasses is a serious problem. A proper seal cannot be established if the temple bars of eye glasses extend through the sealing edge of the full facepiece. As a temporary mea sure, glasses with short temple bars or without temple bars may be taped to the wearer's head. Wearing of contact lenses in contaminated at mospheres with a respirator shall not be allowed. Systems have been developed for mounting corrective lenses inside full facepieces. When a workman must wear corrective lenses as part of the facepiece, the facepiece and lenses shall be fitted by qualified individuals to provide good vision, comfort, and a gas-tight seal. 9.2 Eyewear with Half-Mask Facepiece. If corrective spectacles or goggles are required, they shall be worn so as not to affect the fit of the facepiece. Proper selection of equipment will minimize or avoid this problem. 9.3 Respirator Use in Low Temperatures. Ma jor problems in the use of full facepieces at low temperatures are poor visibility and freezing of exhalation valves. All full facepieces are de-' signed so that the incoming fresh air sweeps over the inside of the lens to reduce fogging. Otherwise, it would be impossible to wear a full facepiece in ordinary room temperatures with out severe fogging. Antifog compounds can be used to coat the inside of the lens to prevent fogging at room temperatures and down to tem peratures approaching 32 degrees Tahrenheit. However, below zero degrees Fahrenheit, anti fog compounds will not prevent severe fogging. 26 CTD023101 FOR RESPIRATORY PROTECTION Z88.2 Full facepieces are available with nose cups that direct moist exhaled air through the ex halation valve. A properly fitted nose cup should provide satisfactory or adequate visibility at temperatures down to --30 degrees Fahrenheit. At very low temperatures, the exhalation valve may collect moisture and freeze open, al lowing the wearer to breathe contaminated air, or freeze closed, preventing normal exhalation. The Bureau of Mines has published two pam phlets on this subject: Performance of OpenCircuit Self-Contained Breathing Apparatus at --25 F, R.I. 7077 (1966), and Low-Tempera ture Performance of Compressed-Oxygen Closed-Circuit Breathing Apparatus, R.I. 7192 (1968). Dry respirable air shall be used with self-contained breathing apparatus or air-line respirators at low temperatures. The dewpoint of the breathing gas shall be appropriate to the ambient temperature. High-pressure connections on self-contained breathing apparatus may leak because of metal contraction at low temperatures. The connec tions should not be overtightened since they may break when the temperature returns to normal. 9.4 Respirator Use in High Temperatures. A man working in areas of high ambient or radiant temperature is under stress. Any additional stress resulting from use of respirators should, therefore, be minimized. This can be done by se lecting and using respirators having minimum weight and breathing resistance. Supplied-air respirators and hoods and suits having an ade quate supply of cool breathing air are recom mended. Further information on use of respira tors in high temperatures may be found in Breathing Apparatus for the Fire Service, pub lished by the National Fire Protection Associa tion in 1966. 9.5 Communications. Although conventional respirators distort the human voice to some extent, the respirator exhalation valve usually provides a pathway for some speech transmis sion over short distances in relatively quiet areas. Talking can induce facepiece or compo nent leakage and therefore should be limited while wearing a respirator, especially those with half-mask facepieces. Mechanical speech transmission devices called speaking diaphragms are available as an inte gral part of some respirators. These consist of a resonant cavity and diaphragm which amplify sound in the frequency range most important to speech intelligibility. The diaphragm acts as a barrier to the ambient atmosphere. It should be carefully handled and protected by a cover to prevent puncture. Various methods of electronically transmit ting s|>eech from the respirator are available. These utilize a microphone connected to a tele phone or radio transmitter. Usually the micro phone is mounted in the facepiece, while the amplifier, power pack, and loudspeaker or trans mitter are attached to the exterior of the mask, carried on the body, or are remotely located. Respirators with electric or electronic speech transmission devices having an integral or bodyattached battery power supply should be used with caution in explosive atmospheres. Sealed power sources should be checked for integrity of seals. Connecting cables from microphones inside the facepiece shall have gas-tight seals where they emerge from the facepiece. When the loudspeaker diaphragm is part of the barrier between the respirator wearer and the ambient atmosphere, it shall be frequently inspected for leakage and should be adequately protected from puncture or rupture. The assembly of an electronic or electrical speech transmission de vice into a respirator shall be avoided if it re sults in a center of gravity and moment of iner tia such that the mask may be dislodged from the face during wearer activity in a toxic en vironment. Removal of speech transmission de vices may allow contaminant leakage into the facepiece. 9.6 Nonconventionai Respirators. Special res pirator designs, such as "neck respirators'' for persons having a tracheotomy, may present problems not commonly encountered with con ventional respirators. Therefore, the manufac turer should be consulted for special guidance or precautions. 10. Evaluation of Respirator Program Effectiveness 10.1 General. Feedback on how a respirator program is functioning is necessary if manage ment is to maintain effective respiratory pro tection. Program improvements and elimination of deficiencies cannot be effected unless the pro gram is monitored and evaluated on a continu ing basis. The following techniques are used in evaluating the effectiveness of respirator pro grams. 27 CTD023102 Z88.2 AMERICAN NATIONAL STANDARD PRACTICES 10.2 Wearer Acceptance. The effectiveness of a respirator program can be largely determined by the degree of worker acceptance. Numerous factors affect the worker's acceptance of respira tors. These include comfort, ability to breathe without objectionable effort, adequate visibility under all conditions, provisions for wearing pre scription glasses if necessary, ability to commu nicate, ability to perform all tasks without un due interference, and confidence in the facepiece fit. Failure to consider these factors is likely to reduce cooperation of the wearers in promoting a satisfactory program. How well these problems have been overcome can be determined by ob serving wearers during normal activities and by soliciting their comments. 10.3 Examination of Respirators in Use. Res piratory protection is no better than the respira tor in use, even though it is worn conscien tiously. Frequent random inspections shall be conducted by a qualified individual to assure that respirators are properly selected, used, cleaned, and maintained. 10.4 Evaluation of Protection Afforded. When respirators are worn in toxic atmospheres, the individual should be provided appropriate peri odic laboratory tests. These may include urine, blood, or fecal analyses and other techniques to determine the intake and excretion of toxic sub stances. The findings of these tests, when corre lated with other exposure data (especially air sampling data, as described in 6.3.4) for wearers of such equipment, can serve as an indication of the effectiveness of the program. Positive evi dence of exposure shall be followed up to deter mine any relationship to inadequate respiratory protection and need for additional engineering controls. Nasal or facepiece interior smears, or both, usually will detect any significant penetration of radioactive contaminants into the facepiece. 11. References to Other Codes, Standards and Manuals 11.1 American National Standards Institute. When any of the following American National Standards is superseded by a revision approved by the Standards Institute, the revision shall apply. 11.1.1 American National Standard Identifi cation of Gas Mask Canisters, K13.1-1967 11.1.2 American National Standard Method of Marking Portable Compressed Gas Contain ers To Identify the Material Contained, Z48.11954 11.1.3 American National Standard Practice for Occupational and Educational Eye and Face Protection, Z87.1-1968 11.1.4 American National Standard Safety Guide for Respiratory Protection against Radon Daughters, Z88.1-1969 11.2 Compressed Gas Association 11.2.1 Commodity Specification for Air, Spe cification G-7.1, 1966 11.2.2 Compressed Air for Human Respira tion, Pamphlet G-7, 1968 11.3 Interstate Commerce Commission; U.S. Department of Transportation 11.3.1 Code of Federal Regulations, Title 49, Parts 71-90, Rules and Regulations for the Transportation of Explosives and Other Dan gerous Articles 11.4 U.S. Department of the Interior, Bureau of Mines. See A2.1 in the Appendix to this Standard. 11.4.1 Schedule 13E, Self-Contained Breath ing Apparatus, Code of Federal Regulations, Part II, Subchapter B, Chapter 1 of Title 30. 11.4.2 Schedule 14F, Gas Masks, Code of Fed eral Regulations, Part 13, Subchapter B, Chap ter 1 of Title 30. 11.4.3 Schedule 19B and Amendments to Schedule 19B, Supplied-Air Respirators, Code of Federal Regulations, Part 12, Subchapter B, Chapter 1 of Title 30. 11.4.4 Schedule 21B, Filter-Type Dust, Fume, and Mist Respirators, Code of Federal Regula tions, Part 14, Subchapter B, Chapter 1 of Title 30. 11.4.5 Schedule 23B, Nonemergency Gas Res-* pirators (Chemical-Cartridge Respirators In cluding Paint-Spray Respirators), Code of Fed eral Regulations, Part 14a, Subchapter B, Chap ter 1 of Title 30. 11.4.6 Performance of Open-Circuit Self-Con tained Breathing Apparatus at --25 F. R.I. 7077, 1966. 11.4.7 Low-Temperature Performance of Com pressed-Oxygen Closed-Circuit Breathing Ap paratus. R.I. 7192,1968. 28 CTD023103 FOR RESPIRATORY PROTECTION 11.4.8 Information Circular 8281 (October 1, 1965 and annual supplements). Respiratory Protective Devices approved by the U.S. Bu reau of Mines. 11.5 U.S. Department of Agriculture 11.5.1 Respiratory Devices for Protection Against Certain Pesticides, ARS-33-76-2. Feb ruary 1966 (addendum March 1, 1966). 11.6 General Services Administration 11.6.1 Federal Specification BB-A-1034a (June 21, 1968). Air, Compressed for Breath ing Purposes. 11.6.2 Interim Federal Specification GG-B00675b (April 27, 1965). Breathing Apparatus, Self-Contained. Z88.2 11.7 American Industrial Hygiene Associa tion and American Conference of Govern mental Industrial Hygienists. 11.7.1 Respiratory Protective Devices Man ual, 1963. 11.8 National Fire Protection Association 11.8.1 Breathing Apparatus for the Fire Serv ice, 1966. 11.9 American Conference of Governmental Industrial Hygienists 11.9.1 Threshold Limit Value of Air-Borne Contaminants for 1968, Recommended and In dexed Values. (1968 or latest revision.) 11.9.2 Documentation of Threshold Limit Values, 1962. (1962 or latest revision.) 29 CTD023104 Appendix Respirator Approval and Acceptance Listings (This Appendix is not a part of American National Standard Practices for Respiratory Protection, Z88.2-1969, but is included for information purposes only.) Al. Approved or Listed Respirators The Department of the Interior, Bureau of Mines, and the Department of Agriculture pub lish frequently revised lists of respirators. Sam ples of these have been tested and found to pro vide satisfactory respiratory protection against specific hazards or contaminants. Al.l Respirators Approved by the Depart ment of the Interior, Bureau of Mines. A list of respirators approved by the Department of the Interior, Bureau of Mines, may be obtained from the Superintendent of Documents, U.S. Government Printing Office, Washington, D.C. 20402. AO Respirators on Lists Published by the Department of Agriculture. A list of respira tors for respiratory protection against certain pesticides may be obtained from the Depart ment of Agriculture, Pesticide Chemicals Re search Branch, Beltsville, Maryland 20705. A2. Requirements for and Tests of Respirators Requirements and testing procedures for res pirators have been established and published by the Department of the Interior, Bureau of Mines, and the Department of Agriculture. A2.1 Department of the Interior, Bureau of Mines, Requirements and Tests. Requirements for approval of most types of respirators used have been established. These requirements are published as the Department of the Interior, Bureau of Mines, schedules. A current list of these schedules appears in Section 11, Refer ences. These schedules are frequently revised and each subsequent revision is assigned a suc ceeding terminal letter (for example, schedule 19B is a revision of schedule 19A). Copies of the most recent schedules may be obtained from the Publications Distribution Section, Department of the Interior, Bureau of Mines, 4800 Forbes Avenue, Pittsburgh, Penn sylvania 15213. The Department of the Interior, Bureau of Mines, approval on a respirator continues in ef fect even though the schedule under which the respirator was approved has been revised one or more times. If the user wishes to check the minimum performance he may expect from an approved respirator, he should consult the schedule which was in effect when the approval was granted. Certain respirators are upgraded by the manufacturer to meet the requirements of more recent schedules. In general, each sched ule revision makes the requirements more se vere. A complete list of schedules and their effective dates, and a list of schedules under which each respirator has been approved, will be found in the Bureau's list of approved res pirators. Responsibility for testing and approval of pesticide respirators has been transferred to the Department of the Interior, Bureau of Mines. A2.2 Department of Agriculture Require ments and Tests. The Department of Agricul ture previously established requirements and tests for respirators intended to provide respira tory protection during the application and han dling of pesticides. The requirements and tests are described in a publication of tests and re quirements for respirators designed to provide respiratory protection against pesticides. The publication may be obtained from the Depart ment of Agriculture, Pesticide Chemicals Re search Branch, Beltsville, Maryland 20705. In the Department of Agriculture's tests, pes ticides were dispersed as water sprays, oil sprays, or dry dusts to simulate formulations used in field applications. Chemical cartridges were tested for one hour and gas mask canisters for four hours. Insect bioassay methods were used to determine the efficiency of canisters and cartridges. The Department of Agriculture did not eval uate facepiece fit of chemical-cartridge respira tors or gas masks. It did not test respirators for protection against rodentirides, herbicides, and fungicides. 30 CTD023105 APPENDIX A3. Selection of Other Than Approved or Listed Respirators For special purposes the user may need to select a respirator which has not been submitted to the Department of the Interior, Bureau of Mines, or to the Department of Agriculture for testing, or cannot be tested by these agencies because it is outside their approval or testing authority. Among these are special-purpose res pirators for which user demand does not warrant submitting the devices for testing or approval. Z88.2 The user should compare unapproved respira tors with similar approved or listed devices to evaluate the facepiece and other parts to assure himself that the manufacturer, or other reliable organization, has tested the filters, cartridges, or canisters, that they are adequate for the re quired service, and that quality control during manufacture can be expected. He should make or have made suitable tests of the respirators' effectiveness which, as far as feasible, simulate tests made by the official testing agencies. 31 CTD023106 American National Standards The standard in this booklet is one of more than 10,000 standards approved to date by the American National Standards Institute. The Standards Institute provides the machinery for creating voluntary stan dards. It serves to eliminate duplication of standards activities and to weld conflicting standards into single, nationally accepted standards under the designation "American National Standards." Each standard represents general agreement among maker, seller, and user groups as to the best current practice with regard to some specific problem. Thus the completed standards cut across the whole fabric of production, distribution, and consumption of goods and services. American National Standards, by reason of Institute procedures, reflect a national consensus of manufacturers, consumers, and scientific, technical, and professional orga nizations, and governmental agencies. The completed standards are used widely by industry and commerce and often by municipal, state, and federal governments. The Standards Institute, under whose auspices this work is being done, is the United States clearinghouse and coordinating body for voluntary standards activity on the national level. It is a federation of trade associations, techni cal societies, professional groups, and consumer organizations. Some 1000 companies are affiliated with the Institute as company members. The American National Standards Institute is the United States member of the International Organization for Standardization (ISO) and the Interna tional Electrotechnical Commission (IEC). Through these channels U.S. stan dards interests make their positions felt on the international level. American National Standards are on file in the libraries of the national standards bodies of more than 60 countries. American National Standards Institute, Inc 1430 Broadway New York, N.Y. 10018 CTD023107 F ollow -up Certainieed Dale December 21, 1982 Subiect FOLLOWUP SAMPLING FOR INERT NUISANCE DUST AND SILICA DUST RIVERSIDE A/C PIPE PLANT To Naaman Rhoades From Peter J. Norris Location and mail code Riverside, 260 Local ion and mail code 1125/4 cc: F. Timpe - 1125/2B J. Coulon - 2125/2B J. McGinley - 2125/2B D. Hall - 2125/2B L. Megargee - Riverside, 260 Attached are the results of additional dust sampling performed by Larry Megargee in conjunction with the May, 1982 Industrial Hygiene Survey (IHS 82-15). If you have any questions or com ments, please contact me. PJN/cr Attachment CTD023108 Industrial Hygiene Followup Sampling Riverside A/C Pipe Plant October 2 - November 7, 1982 The purpose of the additional sampling was to reproduce and validate the silica dust levels found during the May 24-27, 1982 Industrial Hygiene Survey (IHS 82-15). At that time using the published OSHA procedure for compliance monitoring, it was found that the 30" - Boring Mill Operator and the Coupling Saw Operator were potentially overexposed to silica. It was then recommended that these areas including the other pipe finishing operations be resampled. The results of the resampling performed by Larry Magargee of the Riverside plant are listed in Table I. Table II shows a comparison of dust levels between the two surveys. Fifteen samples were collected, 8 total and 7 respirable, and the results indicate that all silica and nuisance dust exposures were below their respective PELS. CTD023109 Industrial Hygiene Survey Riverside A/C Pipe Plant October 2 - November 7, 1982 Cutoff Saw 1 a 2 Coupling Cutoff Boring Mill - 30" Boring Mill - 42" 1/4 Lathe FM Lathe Fitting Maker Table II Personal Exposure Comparison 10/2 - 11/2/82 Survey <0.001 0.36 0.06 -R -T -T 0.09 - R 0.59 - T (16.8% Si02) 0.02 - R 0.47 - T ( 16.1% Si02) 0.05 - R 0.26 - T 0.08 - R 0.62 - T <0.001 - R 0. 15 - T 0.05 - R 0.33 - T (8.7% Si02) All levels are in units of mg/m3 R - respirable dust, T - Total dust 5/82 Survey 0.23 - R 1.2 - T (21% Si02> 0.82 - T (28% Si02) 0.26 - R 0.17 - R 0.49 - T CTD023110 Indu'd rl.tl Hycjicji-- Survey i;, vi ri. i (K* A/r 1-1 fm Plant Octolxir ? - Uovci.'Imt 2, 19H2 TABLE I Personal Exposures to Total t. Reepirab1*' bust and Silica NO. 02 POSIfUM LOCATION (DATE) ANALYSIS FOR t'/ : /t-sr.'J 057 Saw Operator VCi/.'J-rff-. 11/1/82 SLeven Atencio Respirable Dust _________________________ Silica ofr/n o?' O 7:55a- 250 12:05p a <0.001 mg/m* _______________ * oO^ Finished: "V'"' 0" 150 - 1/4 lengths R"159.- 1/4 lengths 10" 150 - random lenglhs' Wore 3H 8710 respirator / /'i.'sA f Saw Operator 11/2/82 Steven Atencio Total bust 3A Saw Operator John Clauson 3A*otal Dust 10/11/82 ..Silica 7:D4a2:45p 411 'Q <?, & 0.36 mg/ra3 & ' 2- finished: less than detectable .0.2. if 6" 150 - 1/4 lengths "ISO - 1/2 lengths, ranuOMS Wore 3M 8710 respirator 8:00a- 310 ItlOp -i'O 0.06 mg/ra3 4 ___________________ * ^/yfiAJinished: O 21" 3300 - Randoms 8*150 - 1/4 lengths, randoms Coupling Cutoff Operator 10/11/82 08i Coupling / .A Cutoff />7 1 Operator 10/28/82 aiiA, Dennis Cooieyj^ Respirable Dust xSl lica 34- Dennis Cooley Total Dust Silica 7:40a- 260 12:00p 1'7 0.09 rag/m3 6^/ Finished: 24* 35 - coupling Blanks (255) 12"150 - coupling Blanks (19) 8:00a- 300 1:OOp / t p /7 0.59 mg/m3 0 Finished: 6" - 150 couplings C (25G2 pcs) 16.8 t Sometimes wore 3M 8710 >(+A$8 respirator OSIIA Limit = 1.6 mg/m3 ^^^iWJ^'^Boring Hill A Operator-30" 11/2/82 P. Dobbs ^'^3 Respirable Dust 8s02a- . 360 2:02p^'C> 0.02 mg/m3 r Q Finished: ^/*/ 6" 150 couplings 7 (82B pcs) W&S Boring Mill ^ , Operator ' 10/20/82 0^^ 1 P. Dobbs y/\ Total Dust Silica z&A- ^P<T`A*'' Boring Hill 0 ,J Operator-42" 11/21/82 Jim James ^^ Respirable Dust 4*'// 8:01a2:00p 359 0.47 mg/m3 ' 3^/ 16. 1 % . ocC Finished: 8" 150 couplings (951 pcs) Sometimes wore 3H 8710 respirators during cleanup OSHA Limit " 1,7 mg/m3 /-7 8:05a- 390 2:35p 0.05 mg/m3 + 0 %f 6 Finished: 24" 35 couplings (208 pc s) Boring Mill - -t/Vt Operator-42" t/29/82 07 7*, Jim James Total bust '3b Silica 4- 8:05a-J ^390 2:35p a' 0.26 mg/tn3 0 ._d less than detectable ^ 0 Finished: - 24" 35 couplings (27U pcs) * Sample weight too snail for Silica analysis to be performed. CTD023111 ln<1u>t rial II y<J i *<*< Sutvey Kl vi-i * I'S- A/C Ripe Nant October 2 - November 2, 19B2 TMILC ___ I Personal Kxposuren lo Total < Respirable Dust and Silica NO. 82 POSITION LOCATION (DATE) Mfo 1/4 Lathe * -alOper-itor 0 "*{o/20/B2 NAKE/AKEA ANALYSIS FOR k<>i%{r/L J. Dobbs Respirable Dust TIME MIN RESULT rfPfiK) 8: 10 a3 s 20p 430 {,1 0.08 mg/nr* REMARKS *0^^ 6 Finished: 6"150 - 1/4 FM (145 pcs) 1/4 Lathe q n Operator 10/29/82 Ofoflf A Col* * FM Lathe Operator 10/29/82 J. Dobbs Larry Gii Total Oust Silica Respirable Dust 5^-tica/'' FM Lathe -./) Operator 0 ** 10/21/82 ' Larry Gil Q Total Dust a*) Fittings Maker 11/2/82 Chris '?/? Hamilton Respirable Dust AFittings ^^H^haker (-' 11/1/82 0^^ Chris Hamilton JA Total Dust Silica zeA' 8:02a- 396 2; 38p e<* O ,o 0.62 mg/w* less than detectable OtH^f 3 Finished: , 8"150 - 1/4 0 ( 175 pcs ) ^ An JJoro *** 0710 MEO respirator 7:58a- , .,392 2:32p '*7 <0.001 mg/m* < ,00/ '''"If Finished: 24* 2400 Se^cr 1/2 MEO (10 pcs) 24* FT 35/150 PAD-19 (11 pcs) 12* FT 60 X 40 PAD-18 (2 pcs) Wore 3M 8710 respirator 6:10a- 398 2:48p A.O /(7 7:50a- 418 2:43p 0.15 ,//fc 0.05 wg/m* , a Finished: 16*150 1/4 MEO (24 pcs) 14-150 1/4 KEO (10 pcs) Glues 6-150 x 1" TBIC (80 pcs) 8:00a- 435 3:15p Jk ,0 T-. 0 0.33 mg/m* o 0 8.7 % Finished: 12m 150 X t* C.B. TNDS (36 pcs) Drilled 6"150 TBIC X 1" (100 pcs) OSHA Limit - 2.8 mg/m* * Sample weight too small for Silica analysis to be performed. CTD023112 DertairtTasd Dale 10/7/83 lubiecl Corporate Industrial Hygiene Recommendation Status Report To 0. H. Kittilstad From D. R. Flall/ev 1125/4 Location and mail cckIo 2125/2B Per your August 12, 1983; attached are Corporate Industrial Hygiene reconmendations updates for the following P&PG and VBPD plant locations: A/C Hillsboro, TX Riverside, CA PVC Cameron Park, CA Eads, TN McPherson Pipe, Blend and Vinyl, KS McPherson Fab/I.M., KS Social Circle, GA Waco, TX Polymer Lake Charles, LA VBPD Hagerstown, MD This report has been compiled from information presently on file and/or direct ccrmunications with plant personnel. The next update will be forwarded to you by December 31, 1983. Should you have any questions, contact me. Attachments CTD023113 RIVERSIDE A/C PIPE PLANT Recommendations F/u IHS, 4/80 IHS, 5/82 1. A review and upgrading of the present Respirator Program . should be made. (IHS 4/80, 5/82) Status: Basic program in place, will be upgraded. Respirator program guidelines to be established by Group Health and Safety, will be issued to the plant by 10/82. This being done to ensure a proper mechanism is set in place to address various aspects of proper res pirator use and care. Guidelines will be consistent with those outlined in two NIOSH publications. Respiratory Protection...An Employer's Manual and Respiratory Protection...A Guide for the Employee. (6/82, DRH) Status: Plant continues to use present programs. Group guidelines have yet to be established due to other priorities -- project appears near top of 1984 objectives. (10/83, DRH) 2. Until noise levels are reduced to acceptable limits, all employees whose job positions were found to exceed 100% should be required to wear hearing protection and be provided an annual audiometer exam. Several types of protectors should be made available. These machines and job positions should be posted as required hearing protection areas. (IHS, 4/80) Status: A Hearing Conservation Program is being established; total development and implementation to be achieved by 12/31/82. Protectors are presently made available and are required in specific areas. Signs will be ordered and will be posted when received. (6/82, DRH) Status: Signs posted throughout Finishing Department and at primary crusher; mandatory hearing protector use, enforced. Several types of hearing protective equipment made available to employees. Employees have viewed "Sound Advice". Considered complete. (10/83, DRH) CTD023114 Riverside A/C Pipe Plant Recommendations F/u Page 2 3. Clean out pipe tailings in the ventilation system prior to each shift on the Large Lathe Lines. (IHS, 5/82) Status: Plant has-on-going procedure for cleaning chips and sticks from dust hoods. Chips/dust from as few as 4 large pipes reaches accumulation level noted by P. Norris. Engineering looking into possibilities to improve dust hood design. (10/83, DRH) 4. Resampling for silica dust should be performed to substantiate the airborne concentrations measured during this survey. Equipment and instructions will be forwarded to the plant safety manager in the near future. (IHS, 5/82) Status: Complete. Refer to 12/21/82 memo, P. Norris to N. Rhoades, this subject. (10/83, DRH) 5. A Hearing Conservation program should be established for employees who are exposed to noise levels of 85 dBA or greater and 90 dBA or greater for an 8-hour day. (IHS, 5/82) Status: Refer to item #2 above. Presently following Cal-OSHA regulations, copies of which are posted and made available to employees. Considered complete. (10/83, DRH) 6. Noise abatement efforts in the finishing department should be increased and all efforts should be documented for compliance purposes. The services of an acoustical consultant should also be considered in solving these noise problems. (IHS, 5/82) Status: For present, mandatory use of hearing protectors is the practical solution. Long term, the recommendation has been discussed, however, no engineering solutions have been taken, nor consulting services contracted. Cost factors being considered. (10/83, DRH) CTD023115 06/13/1994 15:03:37 Page: IH AIR Sequence 5U In d u s tr ia l Hygiene Survey: 82-15 PIPE & PIASTICS-EPG RIVERSIDE O Ao O- -uJi Q. > a. o to "O LA Z - 3 * to < o <O/> a:o Li. k s _.SI CJ h- 5 x oe u iu h- X mx 3 < <2 UJ 3 6a So Si. *o QC i T" <J k -- wo a c<0a m|n iuuki uso u. n t- o H ik -- a0c1 o H u M M kO O o o JUaJ. >- II <0 IIII fg 5 k IIII < II O w 'i & II II II IIMMII C S i 6 --i S' UJ | h n H 83 4J 8 L u II U y- CL a. H II II u II u s* II II II II oco II II U u II II II II o o o o II II II II II az X Ik "N. Ik CO II QC II o II II II IVk. X ac 3 k> s to 's. >. 1 ooo ia Kl II II It H II N II X < to X UaJ. O kc a a41 8 _i Uot_ a. Xo --J 1 (M II II It II II II II II c N. m II II II II II ao IoA (A Kl w CO II II II II II II I11I JOE L. kA CA o It II II 3 X II II CO II sII II II t/T < rg o<4 rg B- < tao oo II IIItII UJ eg V. ta--c z x> IA Ir-Asg. p- IIII u IA II A Seq i1 Name Equp II II II 8 II CA II II - IHI II II eooog Date S h ift Job Seq 1r Name Date S h ifi Job Equp VO C<O HI i. o<A nn ; H Q. CA It t4o> ac a-- HUh >- 11 UII H It II II E 3- tIIIIIIIIIIl II y- II (O II uU. Uu u Sik N O kOa o Kl CO \ O < kc< s 1 83 CJ W u. N U _j a. UaJ. o CA < o s> 6 _i Q. k UXJ 4J a. aL.. II II II u o oo II N II Ik tf N 8 o o II II II oN H M II II M a oo i-ks. A H It Int NHNa z o u 3 CA 8 y2 (0 *s. >. o U N 8 UJ QC ae UaJ. 1 oo < IA K IA II MN MM H CL CL o a Q41 c 8 oou CL H It X o It oo It N It rg It II C| II II II It >4 U H IA II II (A sr II II k II II o a II < ok CO II CA II Z i X II II Xo II - K CO II O rg II CA || z CO 8a- CA 3oo IIIIII in QC >o IA g- UJ o rVg. k IIII a. tA o It A II 1 IMI II UJ II Uo IA II II - It HN >Ooo4 r Name Date S h ifi Job Equp NUNN Q4C1 It IIIttt It kO* A % O >4 S UaJ. o IA < X k E _< s- N It < NIt 0aaH NII kc* 8 1 O CO 6 _i &| UJ CA NU II 8 U 3 k- Q4wJ L. CL U uO n. M ik O oco O u N II II II II H N II II II II II o o -J o o II z Ivk. Ik o U _l (0 u UJ U z> ac aU_cJj (0 >. o 1 ooo < a* II U It II H II II 8 ac a. z 3 z < Q. V o c 8 --J OOl_ a. II II o J o o rg U II II II c >4 JA ao O IA CA sr k jO II II II II II II II <1 A k o II II tA i X II < II CO II z N. II II X o O IA rcgo II n rg o t A CA < oo IIIIIIII IIII CA s u > c IA "s. r<Sg4* O k -* II V II H8 II CA It II z- II N U II CA oIooA N O SN A X H NM INI kO A o AQ Z U&J o IA < X(A k* J -J a X MM < aa H kc au l n u 1 H Oe k E -j Q. k UXJ 8 (A n HH I u 3 W N** U A CL k a. a CJ o >> ik i ac o 5 o H U H N N N It H II II II II II o o oo II II II H Oz z ac II o 3 s. II k" Ik k CJ A II CJ < tk QC s >ac A >. oo"s "a o <c IA IXA) II II II II H H H U 8z QC CL 3 CL 3 (A ka A o c --ool Uoc. CL Xo _J i *" H II N n Hn ini c rg j4 ii ii ii H ao nK4l k* (A sr k pj tHl u N nu ii u oA ii < k ii CA ii UJ n K 1ae3 II O IA II N II UJ 13 s o AJ S %A CA < IOoA WIMNI ac U-XJi rrgg >4 srgSs4.. * IIII CD Kl O Date II M II II II 8 H CA H Seq '1 Name II II - II 2Oo S hift 8 HOUR Job ^s S00i RIH01 06/13/1994 15:03:37 Page: &O M (UaAti Nv- I3N! a ik 3 --H m _i m CM V It 3 tf> N OO N r- O N CM- M Z o> n Oa SQ 8 <3 sa a ss 8% 8I yC^5E o?--UUU--III m^ NIVA U i8|i8MHi *--4aoISok.' 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IHIII 8x ><- g b-- auCLti II < o 1I1I a41 8 oi_ <1 II Xa. oKtonl ItIItI CM c r- X <M ao ov* <1II1II1 to sr +4 5 IIIIIIII CD to o IIIIIIIIII o(ZA i X CO at (M CM II < 1 &3 a NIIII iS II Ui o 3 iCnM Cs"NM/* O to II | IHI N 1 uo V4a1 X UI II * IIII N 5T >o a41t NaiHIHtI U 450-3* J8 oK> S (A o < Ua.i 5 8 g II E IIII i --1 a. UJ rt IIII 1 s UJ i IIII 1 3 % 8t_ II u II uM u. o go 3MMINI U II H II . U Z 3o a 3X >4. tt " go >. o u tNnt u< X 3Z i lb UJ 3o < it H ii | 3u Xo na a Xa_.j CooM CO ii unH ii ii ii ii c 00 ii X CM ao O uii iui V) iti 4^ CM iiti t4oo^ o tinnitii t-- oX 8 X eo n n oUi in CM 9o* & oo< it iiti oXu. Ui n3 m miinn MCM m to it V 1 MIIII i o 8 Ui II * ' IIIIII O 5T )ate X X41 g aX H (A U u. 0o4 u 3o 4s. C>D4 ON. s < CM -o S " 3 CM c <o X CM a *^ to St 4-* m LC4Q ^.. to 9-- CoO - 1 ui H U SN no. tuuIIIIi II II o ton s CD o < UttJ. otn (A C3O II b* 6 IIII i tt _j U&XJ i nH 8 < 3 *3 8u ii u *" Si ii Hiuiti ii ii !! u u M N o UI X II IIIItI u i X bX< *UzJ O<XUt--t.I II a' "* tNt Q41. oo o % II "* Q` U ttIIttII II U II u IIIIIIII IIIIIIII IIIIIIIIII <> 3 X co II 1 CM II tA in s IIIIII II II < a s- fVI in 4S. CMo in to II II H 1 w 8 b41* >*- X II * 0 UuII 5T - 6 a uo "uv. l>Ao -->ca> Oooo scr- CO CO i a RI HOI II m Krg M U. U -- <00 OO U-Jl H_* a> k*-i a. ous 5" < o a) sS * 1- 1 S a $I 8i ii IS. O -J *- Ous LaA.I o uos < US- z O (/) s O CO i 2s u - a. a. - ii a HM IUk1 UU tt. -- 3- as HO II B h r*s M CM HII wT9 H U. ii 1 sI It K II O O II u ^ sII ^ IS . HN U It (J S OJ 8 J$ *s s $1 6 _J CL u. ** II 8o 3 8 a o o -o s- ii i >. o --o a. a. -i z 3 v 8 3.* _j a. - zo fj s ib f> ii o n --u 2 -->' oo 3S 8 ** C 8 28 _l tt. - 5s u. *- II O O II ^ c o --i a. SS 8 x --< o ss C CO 3 8- 8 *J (/> US ** CO L *-- *-> CO --* - it -- *X st ao. oo I4/->I VI <i 11 SISI IIII US L. O 11 5a) +- CO II < ao. oo u > Ui us OD lA O - uj <o > < ae & Ui l ii X >0 U <M -- CM <0 rV) O O 's. k- MII _l J <Io s II M US K N Z CM II < S- ^ -- ii oe us us c/> II C9 US O *- -s o g us v> w in o > - It S' o HOii %n Os- J I! I 8 S !2 O' II Z </> O U> O' O s- 8I +* -- m .c O U> ^ IS S' O IS S" o X </> 0 V) O' S' 8 a le 9o*- S' 5 *- a N D ept PRODUCTION Locn LATHE - 1 /4 Proc C ontam inant A sbestos CEF 37imi .013imi2 Fld/P4CAM 239/ TWA 0.140000 F/CC P e l/E x p L im t OSHA PEL = 2 F/CC 3 Ik H o o 8n 33 : !Q 3 IS o Rl IS S5gS!i h- I- M Q M u. ik M MH !i 1 S 1C >C tf Ik O u. fO u'v oo tUL4 UU k N O 'lsk. <M OS S B eo O OO UJl 4 ** m cl o E --j O. CL. S3 (_> O ^o u- > -- II a *- E -j SIOS 3 t- $ 8a *Ss S fi J{ v s '8 53-? (J o -s. O rs *r s s 1! 3 d n.S oo u qc =; 2 a s i 3i l-- I-kJ Oe-- Oe- UIt Zo IXk o !I!I 8SC O " 3 - o u UZl 3til !j & ->4 OO0 OO0 h *; c O II w c cmo % N Q. O nv o M O -* ft. - _ -8 a. 2" $ -j a. -a O 8 I1 (V uj Ok aaii auH ko .wvQ a oo o* -j <Z_u` i a. v 8~O3C 3 iHi>tii cca- UV SI o h- a. a. - Ua Qooc k- *--- oc aa aa Q. co o --oi 2 Seq T Name DOBBS, JEFF M. 0017 P Soe Sec 5 7 1 -9 2 -9 1 5 9 Date 05/26/1982 (_ r CO de sc OO CL -- <0 (/> o BN NH HOomin oin co a 3- 8 X 11 ST o CO l| j CM CO O >T ki (M m h - r- r H z w a v> II O' it S' 5 II w o II ~ ^ a dc > II CD iS II 3-S w on oX%; u cr rsi a o u </> o XX M III III IHI 38 o K) ---J % o. uj 8= & ui 3S N* N. X IA O in O < Q{ ^ K < -- UI ifn Ol/> o * g <2 u Si O' S3 2s* i 2828 5 ?S S5 ii u - a a. H lb U U J<t6 O !,! o a. a. s -J a. M U SN MmHh V o (L S J! ~ S siI l3j lb* 3 uS i5- -a5. c2i N lb U U. 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U-l H IHI S 3 S 8GO -l O G^O ,, <1 II It II II -* tHi u -1 GO O II II IlIl II II ii II > --c eg 'C X II II II >i IlIl ii iHi --C X OSstt II II II II II --C 1- in II ii X st II 8- VI lA r- II II ll II II a_ o O-> O v) m- IhI II II ii ii Q. - O 4-A O V) m e-- ii II II II ii II A lysis-F 7. 00/ SS3S33S Dep MAINTEN Loc BOILER Pro Job OPERATO 2 5 a 3 -- II *- || S tart 12:25 TH H. HOUR S tart 07:40 PH R. HOUR S tart 07:30 sssssss LD R. HOUR 3H- O - 57 =i R M U> SWA 540 05/ 1ST Q. < >d 2 rg -II II UzI GO II Z K> IN II IU VI S) *-II it r\i 's. n ii vz rj i in in ii ui CO ii v> in -II O in N ll S- cO II i r- E < OQ. H f*. n Zz st 'N. io <4 IM II i IN N< CO II Z st II O O IN Si |C aS' (S\i iui 5* i- S* i(n\i MCF HEU S h if 1ST Date 05/ 0033 F>Soc 462 Seq 1r Name Equp s 1. 0 sssss: S h if 1ST Date 05/ > Soc 567 Equp s 0 r Name s i. 0 01 +USX 9" O' Ui it U lNl 0/1> ** U Of HV u f 8 a !c ii z i/i o i/ ll II o *II Oi H Ui !u! 8 Vi w I S33SSS Seq 1 0031 F - N II ii rg ^ V7 M HO a ui *- II CTD022937 ,, u 2 ft UqJ UnJ co ik o O C UJ I51 3u3 i 1 1! I JS r o v 6 i 5S c <-- 5 H^S 2 S w 8- 5 sl S3 (J I- *- U 3 & -J O 8 i! i1 u> o !Q S2 M Ik 9 UJ (A 83 uj %UJ 1 -J u -5 lk kk UJ O OC UJ in 3 co a < *c4Ji --Oz uo<cj g O -I O UJ M Ik U Ik H UJ U II O K CM ii a ^ii to in U h> & <L :2 N O. k> S 3 sl U h- UO K CO 3- 3 i UK U I Ik U : s sd II il n to o = O. k UJ ^ cs <s -- 8 UH E a uo so U. o 31 X UJ uj u i UJ OC 3 < uj G < Q. 2s *>. o --o c.<9c Oo II 3> 5:i 2* J 1C -J o CO ^ il C CO X5 8- rS k* V) >f ^ U OC -- OC 8" 8 O -j o. n --o 2 M U Q. C O 2^ H 41 O L. O H O -J a. - II 3 Ik S 8i 8 5 8 8 2* -J a. -a Xo --o I *4 8-! % g vj >* 3 &g Q K> VI O Hr VI o u < & = I oo 8 a !c 0) *- 8 a Jc eVr ko> (0 o 06/13/1994 15:03:37 Page: CO e- N 3 at 3 S tk u O 2 h- 3 *4 s IH AIR Sequence S3 8M 2u. SI u. 5 8 U. II O UhJ- HMH M (9 CO %1 i1 Ik V O UJ i3 m- *< s wo S3 it o t- cl a. j _J a a8 28 US INI JS lt S3 u cl a. s Q. 8I It O K) UJ h ii v a. o h a> o < H 2 X IMI <MOMO S 5 "3 U u h a. & e a si H Ik U u H UJ O tt O "s. CM IIIIII w0O) K^ol a a *? SS c 82 N *- 3 uj 3 8 S4- < s- P M O ^ CL CL E -j a *- n o"s OKl u. O $1 I n d u s t r ia l Hygiene S u rv e y : 82-15 PIPE & PLASTICS-EPG RIVERSIDE IHS 3** 88 Hc 8- 8 2 3 u. - II II 3 -- II Q - IIII Otf -k $ 2 fl 9- II c rsj -- z -s <*Qo-/. rKNu* -* o NX ii ii -- iNi Oi- !i 8 ox -- (A -j ax. < 8S N --2 5 ii 8 X -- at in ii w c y u cl o O o n v o L. t- ii a j cl *- ii - ii V) k> >eo- it II C kT hX- K I8 s-- II ST 3 I (A k O' O' (/> O |5 M5 | u5r O 9 RIH01 05 CO 3 3 s| siKV. "s. S UUoel i- O CL O o 8 !H! S-- !i 1 ^ J H L II I U gt n *i vCwg Ollbb olOb nHKn --*\&o E < H I lb o in n U h II N P e l/E x p L im t OSHA PEL * 2 F/CC 0.001800 F/CC C ontam inant A sbestos CEF 37mm .013mn2 Fld/P&CAM 239/ S CL *-* si it u h a & 9- II H U. U u. 5 ii iIIII gC i Q. P 28 c < -- "8 0 3 0*- UH& & SS a 8 < ss h t: a. *- 8 i "8 U C*M- lb. O ii Product TUA Dept MAINTENANCE Locn GENERAL Proc Job AREA SAMPLE a -j oo U. - > o ooo C ws .< r*j ^5 UII >U-l < HM Z + UZJ INIII <Z UUl II C II II CL U O O 23 iMiii <2 bJ c S' 8 </y >r XC- NK* & (b/->) m -->S Oo !S !! 8 SS C V x- m -- -- M 8 HOUR CTD022940 Seq T Name AREA 0043 A Soc Sec Date 05/25/1982 S h if t 1ST O' *- II 8 is (a/> >O9 4) V 9 ^ or o i/ S' 3 cn o 9- II 3 o m - 9- 9- II 06/13/1994 1 5 :0 3 :3 7 Page: 10 1H AIR Sequence hx a o 33 3 t - - s i mi o- a n > 3 2 g -- o D O -i <S O UJ --LOOJO. CO e 2 0) O <A st i | I3** V *s 7 *8 wN* k a. o< a. 4-* si U h- CL a U 3 O -I S3X a<0 6 s- sO-S. oO ?a ii as- 0 s in c o - o 3 O J V) 8 GO ss-S5 US I- JI3 O Jo MSS ^N JU o u : CA o co 3" 1 S' | S3t1 u - a. a. 5i u3 az 8i s -- <at UJ 8 s- s* 3 *v. 7 --> OO g (M 3 8 = 8^ ''SX 7 >* o^ m8 96 5 s 3S S5 S =! 3 iv - UJ 3 8 X UJ - C 8- 8 2* I3 e 3 (JONH UJ Of i i ~ aX UJ c &8 CL -J 3^ I n d u s t r ia l H ygiene S u rv e y : 82-15 PIPE & PLASTICS-EPG RIVERSIDE "8 -N ca cO UJ 5 Rtn *- - 4> h- & ole 73 (A O CA 9- It -- 3^2 a vot iiit -j S k x m -- *- L. W 1- II o (A *-- OC I v-- 4 4 II o CA O tl _l o. in o * V *o o !cw p u 4t>r < 8- 3 w CA ^ =x: eco CL -rffl N S k 4> H(jar ii cr II V *8 S CA st +u* m*-- 4<-o N- 3 3 " Q. !H 1C OJ I CO CO 0.9-0 s Z co t/T S8* in co CM a s sh O m in ca (0 -sf CA O R 1HOI M Ot II a N u. u u. * r*. m Ji 5 - IXi S 3 Si IIII hO <Z II 3 II h Qo UaJ. n ee -- n ia nII c nII an yo c2l -8 *- tl 3S 8 I5 K (hA- 3 Pg Ma Ox - o o* .ia os <s u <oA e3o u. v I 8 *; s "O U8 5H Q> &i- B _j & 2S *N om- H -* O _ -I CL W Si UH&& ou sa g 3 -I <9 5 -3J O ut Oo* a ip OO 9 8 d ID S a3e ooo* 3 u a^t u (A a. v S 3 Si e ui a 83 -s. O O <9 0 0 f8t do uo *Ozs. OOoK> 8- i SfM 5s 8 5g <9 n h 85 3& oo oo --X IA Om S8S s 5 UJ % o ^ o. 1 u u - IS I2 O -8J - 2N 5i 8S a> 5o 8u o -j a. ZOOM 2i 3 3 8 fv N- U * *U J > in -- Kl 83 uIIII ZO <0 \>- II - <M IiiI fOit <SC Sin H m II z <m o - 18 VO' mo |C r>j eo eo z1 uil) oa Vi 00 o* 22 Ul Kl N o o op K> 9> X-* O ^ U_jl IA IrAg 8 in u f?l o 4) (<uAu ft> IK (A O II IA SINI eo ^o L. IM 4J w N. 83 u ro O IA O r* **- II -IA +* II *l V ** O' 8 1i -z ` Q (A I 8 SHr O' II Z IA O IA O' OV" IOO <A O SECONDARY CRUSHER rsj oa> a. 3 :i :" N (M :s : s 2< /N0500 U a wu n >. sv s1 MHII U*Q--. M ao no c -J s k |i 8C 111 U3 II-I 2O 3 O2 >0 a K (L c3I= |s3 9 a ui a P e l/E x p lim t OSHA PEL * 15 MG/M3 1.400000 H G /tt C ontam inant T o ta l N uisance D ust PVC 5u 37mn2/ 8ii 3a 9v ft s II LL 8ox I -> o a II O N. . H J* *- < ii 8 1LS SI 52 3i 3 L1 5SI 9 -axNXN,. O o o k^ s Xo >or 59 o i-- a. a. uo TK 2o TUA Dept PRODUCTION Locn BAG OPENER & MIXER Proc s II 8 -- o 2(M fNJ + C 8- 8 -8 5s 3 <S 8 III < M ^ (X M X UJ Hii <x Ual NMOQ. OU N Q -J - H Seq T Name AREA 0057 A Soc Sec Date 05/25/1982 --C CroM X NT </ in *-* *-- Ia. o V) O i-3 <o in a. o> .e 8 m x 8 X NH OO ' i Hr tl O l HS *- CM (A O ll` (A O RI HOI I n d u s t r ia l Hygiene S u rve y: 82-15 PIPE & PLASTICS-EPG RIVERSIDE IH AIR Sequence 0 6 /1 3 /1 9 9 4 1 5 :0 3 :3 7 Page: 13 3 o 4K4K s UJ Ui (ASMS IU (A III (A Sa a aa 5 X (9 - 5- < E .5 a ^w uj 5$ s o t- a. a. 6 _j a 2 v* O oX o4 8 2 8- 8 c -8 q a. - *- ll a^ Par s 8 *- CM CTOM29** 12 Nausnf National Loss Control Service Corporation Long Grave, llinois 60049 (312) 540-2488 ENVIRONMENTAL SCIENCES LABORATORY, A-1 PETER J. NORRIS CERTAINTEED CORP. 760 E. SWEDESFORD P.O. BOX 860 VALLEY FORGE, PA. RD. 19482 ...U ORATORY ANALYSIS REPORT REPORT DATE:____JUNE 22, 1982 SAMPLES RFC'D: JUNE 21 ' 1982 REQUEST NUMBER:__________24609 SAMPLE NUMBER ANALYSIS REQUESTED X QUARTZ \/ B--339 \J B-346 % SILICA 1t s/ B --353 v/ B-378 ' N-528 ^ N-536 '' BLANK If NICKEL, CHROMIUM, MANGANESE II It ADD BLANF MPF 28 21 SUBT. 3.9 MG/M'3 RESULTS MG/M3 NICKEL CHROMIUM MG/M3 MANGANESE 0.10 0.22 SUBT. 0.067 0.14 SUBT. 0.62 0.72 SUBT. COMMENTS: METHOD! METALS-ATOMIC ABSORPTION, SILICA-X-RAY DIFFRACTION. ALL CAPS WERE OFF OF ONE HALF OF FILTERS. Respectfully submitted, Joan A. Wronski, Manager Environmental Sciences Laboratory ACCREDITED BY THE AMERICAN INDUSTRIAL HYGIENE ASSOCIATION NC137-1A 10*1 KIM CTD022945 PRINTED IN USA AEV1SCO i Hardfacing Alloys Composite Electrodes AMSCO'S "PAIR FOR WEAR" NICRO MANG - X-53 NICRO MANG Buildug and Joining Manganese Steel Parts By tar the most universally preferred and used electrode for welding manganese steel -- buildup, repair or join ing. This electrode has weldor appeal plus in all positions, with light, non-popping slag producing top quality de posits with absolutely no cracking. Use Nicro Mang instead of stainless for all joining of manganese to car bon and alloy steels -- deposits can be cut with a torch. See S/A Nicro Mang (page 5) tor semi-automatic welding. X-53 Superior General Purpose^Hgj^gjjflg Overlay Again -- weldor appeal with highest deposition efficiency -- no slag, good buildup, minimum penetration for good bonding. Use on AC or DC reverse or straight -- for speed 1/4" is 18" long. Order with Nicro Mang -- bene fit from quantity prices. See S/A 53 (page 5) lor semi-automatic welding. NICRO MANG Tip -- Silver Coated Only AC-DC 14% Manganese, Nickel-Chromium alloyed Deposit hardness average: 200 Brinell work hardening up to 500 BHN Standard Package* -- 50 lbs. Type -- Extrude Coated Composite AWS--ASTM Spec: E Fe Mn-A PRICES PER LB. 5/32" x 14" i 3/16" x 14" so. 490 lb*. $ .90 .81 500. 1990 lb*. $ .83 .74 2000 lb*. % .76 .67 1/4" x 18" .80 .73 .66 5/16" x 18" .80 .73 .66 6^1 . IbA \ s 2.i*. - w-`. .Ss-V AMSCO 60 ' -V ciJik Not^d for its ease of handling -- coating is extruded on this rod>not dipped -- gives steady, even arc acfrbn. Use for multi-layer buildup on heavy impact hardfdcing jobs. Put it on straight polarity and watch it goj/ Applications: Ncrusher ports, rolls, imppretors, hammers, bucket lips, teetn\tractor parts, dredge parts. AMSCO 60 For Heavy Impact -- I Tip -- Copper Coated Only AC or DC Sf^hight and Reverse Chrome-Manganese Monensrkjc Steel Deposit Hardness---Re 50 Standard Package^-- 50 lbs. Type -- Extrude Coated Composites X-53 Tip -- White vj. Coated Only AC-DC 15% Chromium, with carbon and molybdenum. Deposit Hardness Average: 51 -56 Rockwell C -- 495-555 Brinell Standard Package* -- 50 lbs. Type -- Extrude Coated Composite I X-53 5/32" x 14" / 3/16" x 14" PRICES PER LB. so. 490 lb*. $ .88 .85 soo. 1990 lb*. 1 .83 .80 2000 lb*. $ .81 .75 1/4" x 18" .83 .78 .73 5/16" x 18" .83 .73 CD AMSCO 40 One of the original Amsco composites, 40 is still popular for its ability to weld edges and' out-of-positigri( still maintaining high efficiency. / Applications: bucket teeth and lips, pulverizer hammers, shredder knives, njixer blades, Muller tires^ AMSCO 40 For Moderate Impact ahd Abrasi Tip -- Red \/ Coated Only AC or DC Sttgi^ht or Reverse Chrome-Moiy High Carbpnkon Deposit Hardness -- Rco4 Standard Package* -- 50 lbs. Type -- Extrude Cpated Composite PRICES PER LB. AMSCO 60 5/52" x 14" / 1/4" x 14" x 18" Under 500 lbs. $ .70 .66 .65 \ 500 tbs. & ever \ $ 66 \ -62 \.6I AMSCO 40 | //32" x 14" / 3/16" x 14" 1/4" x 18" PRICES PER LB.N Under 500 lb*. 'v 500 lb*. & ever $ .94 .89 Y % -88 -A* .89 .83 Combine Nicro Mang, X-53. Amsco 60, Amsco 40, Amsco Super 20, Thernjblloy 4, Superchrome and Tube Chromeloce lo receive quan tity prices. AMSCO Nicro Mang X-53. 40 and 60 available in 10 lb. box at .03/lb. extra, except 1/4" and 5/16" which aro in 50 lb. boxes only. CTDC'22946 Ali'llikvCj 'Piv-M.iiic, /L(c H-txod l<xUlC f?{ u^tn l<^ Soaa/ CvU^fteV Pi 9 ^ r ) i/ c -i f 5'i-li \/y2oci flx>lliw<j iV&ctvlA^c ^ i/'t) d f.s 3t - Coj - vS-4o i w- S'* ZflD 5" " Hctro `I - 2^3^) 4 " MS.4 \ Pl<&] KoooO 3"7/{-C> ccd^tos^ s. pt/ (rutt-'O di tt_ i/ i, / / s'lcUttK'. <>L S u C. (.0 ft/t C|tA (orr-L^ ^ vU c^sf ^ ^ C LL\A o LLu.( rv'^ef-C-v ^ for fluicf f'-'t-fS ` v/' V- HA CL f r Cl 1: ^ : f uu-SBi fas: -(c s ^ ID k/ -- C coo-t. I-*- f. v/^ S i Uta c; <- ( 'f'ttAlJcf 4t^m_5 V^ClluM C'U { city-jC d AjS(twv I Olofl Kc G-j ^0. i wfju ia C o-Y h/ -->UXlCLLt^iLUi . ^ ka.*j I ^ C^-C S * ^ <-o C. CTDO22947 L&n\t pL& nt - >t ^ccS i3on.o d* rVc ?iPe ftrrnoc.r { pm^eicrWenS P. 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Q-47- St(t<\isvO<*0 cn-S . >l> ycxAl^eS 'fk'tj w>Xici^ CM^t (TMjfrtittGsj <tH.LC fLc. tu.<j (UK fU cy Qjuoa^-c</ <Lo-t^ $t$f Hj iavaCM-O-l oJl tjyW THsaus <*n(t 1>. tkl( 'V ^ ^y^Lcc^ *" 5T> " *7 v/ m ^4U h 3' K<j ~ "Z-' \/ ^c>tV _ 4r^dS c^ ffc pkuvf'^ /UAcbibjtS \JivJn[oJnoA d^cltS - ^us-kpus tPi -GytCVlZ*. ^iec^fu>C o^J CTD022956 imj rl /Vul^ ^ [^tC/LjaAALC ^ ^C-U-civ LCCCciv ^ MacXwm'jf 6;ux'M Cu*J. *)bjue^y 15 cn biUl- LlA.^t 5VI ica 4 5 tupwtoL, 4l' /k^71 ^ Conflux Scuxr ^ m lajt-4-. <jC tcrni^ /W(l IIhJivaJi Cuff~ a-teesnS CAushu |a^ (rfJAcJtw. IgA^ - $ ^ckb k$U^ Q i l\rOj^.i, (&si (h T-tsloi Q|UXaJoV GiHt)6^:, R'Cflll'lA /Will 4i." %ll HinCj W7' . -LsJLl_______li- ... \) (j/dr\[cJi&vi Ubt^ (cuJ+o 7-^ (j^f flVe* S4jvfli^ ^xstiv^ Ivutl -*R AAchJ tJui Me. 4iidM. )\Ji (V /Wua^AaK^ CTD022957 i/Wi [oS\OK [IA MA^WcUaXX. [li/J-iJ j-^I^JL. S(W| [c(A^ ~ <t']U^ Dp. \Lx\AtA^ fiffiGt ,_ ^<Wm. pi oue(io ivuJv^lc A- UrkjUBJ J-7' 4 it5 tn, 4f-r( 3/.T 63 fz>~ 2yo fo'V\ %'3? 31-^ ^7'?^ 57td to ' ^7. 1- 23'?^ 2-1^- 20'5^ 4K 13 1>l< J3 w Au D 10 fVM|vI'C 6><(^ f/^sjj*AcX ^OcJ: CwcJL P(/C pup- fz> iW^cte \Lfmva O'fhue^ - c** -lot %C - Tcufdt VUGuAuk^ t'CXTK^ (j3 'p2G-f>U (Jkfe^C ^{H/Ays (/J. l$(*v / J3 ^K ?7(D IZUD r tt<-?> (llO >* --------- fil-M [[A&**Jt<i*4*+Jue> - [^(j.^ Lcruic. t i/kjtfe "> Pv^--kiA'?-_____________ ______ Bo/ t j^gjjgi--C^J^uLeij^ __ 1 ^--------------- ---------------------------------- - - CTD022958 IS rt/C 7VC n is 2\C 4Z It K rro 17 /ir (ff\ /"2' `n't*'*- i*>C *// SjT ^(jkXV-e^ vrw ^Z-\u-^cioL^ (tW' cJjEiX'vvu.u-^, O^v-eL ^(XA^-6c. vjlX->^ L'C/'-c ^A)J ><_ $7-- CTD022959 l)oo\/taxJL 3(. < ' Zst-i-i &1 "`To <Lc% i Ik^^v pe^0CK?Y<? ox} lf(AA^Ut^ l_W$ Qrv, f^ulirtu* cu^?4u/u^' ^fkcu^u^ . YOvJrw^ Uj,tS ci-e^u^- G/vi HgbuJrtJ^ "fc> ^lJ- 4^_ ft-ckuAt Swit 0^ ffk pto^vk C7D022960 Asfeesrt>s \J ~ J* v/ " S^J<2^xuc JcA Ujl^S A' \/" (V* < kC-A^A-lC ^SoifllA^ (Vult |J' JUuJc N ` Gn^L^' Cjr ^ *7 'S ' C</Ufliw^ V/ *" CyolcJ^ ftjltswJvy- 1? ArC-fl' ^-i U-- CTD022961 $A. M 6<-d b iWl| r- ^3- I. o .si* Ul -- -ft 5 - ,7i( ucl - , s zz +.T-H . SV3 /.ot3 a S I 'C. U Co ' "fms ( -Q-cO PoJS .i? (fc OI^J X p: tvt cu I._7S 1.3 0/ ^(e> I Ul - 6.fH - .1H - O.irl UtL ' O.'lb l * Z <| ~ l, TO "Poss'i'tG OjoU- 0^ R* ,111 /Oto<\ m- t*t V.t n.(. % CTD022962  Gfb ,T^2 5'l $L LLX- - ST/4 ~ , Z7T (ACL - ^ s7G * ,iy - . 0 37 'll1 r ,5 I , 3sr <x<- - ucl ' 3Si " , zl| ~ *2?y . in : k-oK & sis ^ vy - 'l!1/ ` oi^- ...'. Vf- ^ , %t>\ *,rH * . /yroF _fO.fr ^ CTD022963 6^ |- eyXroL*-ct t ^ov*f (a^IlS ^ V> tve^vrvcrCJ_ pAjZiTtW- ^ di- X Vdl&uJx^ ^ oJ (fidupf Zoo'Z^b -fpv^. " Qru^li^ C^4vj<{} f(. VJ &.<X \y\ Stfu^ocro ff I* E>o ({#>*. Lo\.j/fi>4in> 'STO TcJ^- C-^ fao y?tM. -Q.CA. XC, &t-t- cs? Aud '2-SZ5D-Q?U~ A^I l! r~LcrD " /300 6v- "'to pI -(-^)(/a. ccP- Mji_[/ Cj{TDcl <V- hai * \ ^ ( G^/oJ4 ^ .. . [^Um '-..4- loo (J^ -fop- dir (W^ ^ SdtoO fy)M .- Jrh^ af _Ws<<~ ^ .Wfe..._________________________ . CTD022964 <}dur jUX_ --C\_cro J. ^ zrzro 4-p,f'^ ^ STto (-y> ?7^3DoTf 1 I C la. CTDO22965 \ t i1 s Li'jjLz.. k-oL&g - - ^O-^LUyi^ P*-P^ OvvIts V^-cirJ (inv^ ** lcji^L )| fv^ekj. vxaiLe 1<X^C p(^iO|i` ^OV^C- lw_^>u_A Itu-c v"o>LCIulua^^,O'tX^Mcd;eerr\vAu-j^o-\wiS^^ vTsmLt*^ O'^-t^- pi|o-, |fvv-ef-eJ *{r fL(1- ( pi^e + p<3_v p < j? <sk-*p t*-*-*^ ~~ notS^ l^fljuvvrA^UL^^ Giles S'cLo (v'ow^ '/txfu. (Tvuf p/o/vj ^ULcu>-<_S 6Lou>SS fvo>~ /vx^Txi WuUtK^ OaJI jjWrS > t-f 7. pipe ^ *yoA/-> noi> YbuJ^M^ v^oiS^ Cm ptf^ frv^puisu/^- (Ij&V itXSU/'^- _iev-A + ^c[icCv y<x*^ . |-- i '1-7 Mbr'l'O^dU^ * Sll,,t . (1aT^'^r- . 4 CTD022966 f(CCiccf) cr>U fyodNhtJurt6k &CuL. UK,' - fcn(LLfyr (ktccss 7 fuicM.**! OJX&sMj- OwaAjmU bOMAUS - #Jb(nfKtoi' fay* font*, c/k watis' hajuLuss Am-<?* AoiV- IvtJYk ewe. 0/LC& skills 0VM lk/b Cr/W Oa&*. Laa, 6u-kLeS 4^r<7U-^ovd~ -j^- uJ^oCl t dlftvuLlv^' <hA fKf^~ Le^iu.^ IcjLJ. CTD022967 fl . .i if [ojJ ' rt . aa<4^ Kaxic fo OlV2- t * -'. - v* t (f?' ' L. *-. J r:Jt,.. .' i?'f {A- ^ -1 - ^;' 'r/W' i cUo,) (rv^duH ' ?7 V'cti-f i Ia C Ior fadeke* (?u.#^js - fWxAidu^aj*. <JL zLouU l (U(* /K- ^ )S (X rioitf Z^OOIcm} I ! * --' <ul tilCuUs . iSdbkt / fUWa/ , -;. f f-S, tr- , 5/r-^^- A' >A A W-/oSU*U /<{ Lc*fCU~ i JL -` \ v'^f, ^Vcv rv. r\ i-v _S 'i ' A. * il iJ '/ vo-' . - woc,-.u _;; c '/-A '-' 'A .* (<A te"1 F^i f'Pf %-</'-< .; /c-tt-l s. PnO-L*j6r 5 `iJ-rCM/L -J &**L, h*!% 3<.'. %kc~ a cl CfL-uJ- lc> A Ul. Ccir. 'If-u J W`/,7 c>. 1" L L ?7-/oz <LB a < ^c- (a4. OSLO*. ''/ i,' c tr, aJ HA--: C Jj_ (!_ |- 0'_/--J t'Z? IMakuioJl \^4mAL{s^Oudk ' GvJsFWdv-i `7' 't i'...c-- C- ^ y-y <:., *-> ('irc^riic b^vucu llcc^'Mc' (- /-/ u l-Jy r 1/pAj -{ fCc] A `UIS O'x''- ?i'Y- ;i ' r '.- fr t-C 1~ ,1M'&CCjLtAJ<J-C k^/Hcltz YriAlaJJiuH^-rsXt CCu*. v.><rSv<*^-tf' Pt<^lSu^<r -* , ascu^t r C Ct ' U U. ' / {// Q.'Ia .S> .^AjUC'lIuL\c^$-------- CU __________ t UAL.... JJLkl> 4U___^ V(LaaX j. $ji-CU'V-j 1S____ _______________________ 1L'-^ ~h Jkc flcuL* yiotSp of, 4^0-1 ^4,____ fay ~ MflxXu^u. tv tCrafts^ r\rr( CTD022968 J:\JO<y- \si Lu.cio Si-\ft ( oj A ': . . " i, A-t. vcr<lrt f' ' o "r/.f ;* f -: l <^>s np-htv^ S-vj<-f` m.5- , fvj. <a KfJ'i c V L.v o. '. r-', i/ ;:.f: -J <C^ulU< ^ <3-^0 ' ( cj 6n ^-hcj CilC^ZtWi- j i' / * i '.,i t; - .-, < . ' i i /.1L ^ ; C-. r ,' / . --tt-MI;, -i-...iJW'Tt.. r/. b( r-_i..4T el, nc/'i^Ci: ( Iclhfy if; `Ccv.//-(\ r'Of) i W/*v C^'i /Jtcch2<t%...!L iLiliivuwfi&S^qcJ i?',u C/ i S' -C' V ,/- & C CC 1 d CC A^l it (i* O VlV:. r ' 1 t . " r\ I r- Nc f.S( , ^./ C'-rri i( -- ~:j ino t l 0 t ' ; n >'; ' 7 / h? fl'--'- / ' 5falcd'O d i ' V <' i /jT) -' / j'aa*.*4/ - <5 L l4^/ ! (/Jk^ (( p u f { c ^ IjCQsm AxInCj tfH'i Ctci o(~jy S>0^~< u .\i kxKw\</ %i<lcs [ 'Li-^ir-U kvtfJ'Uf'A ( i\ ./'// i a l C^JOMS . 0AOy rcl - (?l*dJc \ Mf?l)f..-1 #4:5.(i i.c ijT lAA^d i 101 SC. pi^c rua.1 ^v<^r - CU'f rIcrw^ ffvi _ ______________ _________ CTDO22969 _ fV iiAf cx ku fi /'*/>:r : ,'' (:'- f '<(i\ (' i\ O / i '' ( '-' Lrr- -c r c -; c a - * ^ f d {-* Qa-<-c- ^, cjj 'c?- 33 o/'ir-'/t * r : rl (' . f 31 'V" ^ /l/\ i / / S tr: ; /i- '-iy i b'*t* ;. i: '' f h i f i- . ,; r?;A< 'm 'f 0 ^ 'r/ v,:/i. Pa < '.' /. r (K' u (5 i f f p- i'^l^c^.1 vftffinj t-f ' -/Vicd-Lc i i i ^ ^ <bA l"i C Oaukh va) c^ii (." >1 ' & d?v. /' r ; t\ 5>|a.cic^Us,f' "fc> kaxj4<^ See l^Cua f o r.f/d)/ C /a Cl'S'. 'rC^f a^. jo <3aJL -fc<XU UjZ, o"/ ({--fc c.'f'U'C-j CTDO22970 ituS hfpi deleft &ac*jl, &\oy\ <k iLz ^1A ICCtLai C M- (?-(cxj tes k L(--uu! iA;nU> ^_ { Cor- k. i/'J&iLd fr/i. pLp-*~ *cr.:j-L` \<jv :. ; .. h i& -fa led ic^x.1 ^ Ho fK ci oS-c , // c n-i/uLoc^ax/twin^ mu <o--u. 'i; . <4 f r d ii e/ f P^ Q- \ p-C*\LcncJ } (Xr'xd iuL placed us-,' a he^r^'.j Ccyi $<^`\1/Cl hc-Yi p-lo <pl(>yy\ , ~P< n iS k kic^ -P1' pc's ( mJ-v-'k iU hr1 nt '"'-' << fl/U "Tkt 3 Kcticn l(**S 'pvodvttt------m^tr~xr^-' k k. r [-. ~ ? 3; q ifA ,^ll4 Lr i.i.i i__t 3:,_. u.kr, (jt--fia-vi 1^3. ,i ! ,, 0^ -f'U- r v(ic J' p cr.i rn S(?C. a< J C Cjj Luv\Cj (af'kX ----k_i---okfc-U--jL/ cK( y-f Qv job y?oyt cttv? 6-U- --------k=j--{odk jz>. fry cod fU fitAuLin^ ihu^Liims L\a Huj om<\ ft {Ll p(a*xl 12-{r. duel t<Gi$C O-liioL t duo ikiOUfl'^J K.'Ur -fa CirC,1 ^li^OC hi) hLfJpSp 'fec&w. i) ^ <f) fk. ftgftl j-z! / fVfUAX ok fie t* C^W f-. a'; M;' 3 c w C/ 'J t \ 4> *3'dv fV^Lr^' oo ^o"( ^CLchcaJ), X- i- i w . hit fcdcUfof- h<juis 6,ke> euk ~k iL^) p^o\)L , ( fed Xrvv^j^uJ (j^udu ^ Ooii^C 03 ckocr Iv kLe- ^ pi^kW, T^c------- /vu-d&d CTD022971 cavxjvt j^od) H If* 1 ^vipUy T^UCvvU SV7) 1kt t 2*& ik' CTD022972 Csrts.iriiesdE] CERTAINTEED CORPORATION PAGE NOISE SURVEY SHEET REF. 0.0002 MICROBAR DATE:?r Ma^.^ ELANT: ^/HiT^iZS office t JOB DESCRIPTION' . (Zotyw ,,. Pot /KjLDioruerrzu t^stiog, conditions. (Lcvt^ecfoir^ 4irav^ iorn <x*-A u/cul , INSTRUMENTMICROPHONE: (X-v^0 rs^-c V7 ( IjL p,; u u V/^ft-LkC. PROTECTOR: engineer. CALIBRATOR: STA. NO. TIME h&>' mr EMPLOYEE koom. -f}* /UuA*\ 0 rv-tf-t/L 4cS"Ak^ CALIBRATION.,. - DATE: 1C fUa^ fT' BEFORE If AFTER ^q NETWORK OCTAVE CENTER FREQ. (Hz.) PEAK A LIN. HOLD 31.5 63 125 250 500 IK 2K 4K 8K 16K ft' 40 r< H.I' Jfc; ?i' 27' /S' 3L/ Vi Z*>' fF 32 13 13 n * ,, 6 caItlid (y>AjH tokiv. (kw ti iv | cviui^ wcw h^w<A *-$). - (W k-au covu^atdW ai hztfhcw ia\A. CTD022973 ^etEet.v|6 PIUS WORKING SCHEDULE - WEEK STARTING MONDAY, Way 2h, 1982 ( 1 Day Work Week - Monday thru F `day ) MANUFACTURING DEPARTMENT 7:00 AM to 3:00 PM * Sw-.jervisor: Bixlsr l'jo Horton ` Renfro dHO Contreras-Ann.Phys. 1:30 P.M. 5/2U O Peterson ` 33 Casas (T-3id) 123 Soncrant k'lO Cole '.}$ Ledford 3:00 PM to 11:00 PM Supervisor: Voightlander 105 Morales 10)4 Cantrell-Pers.Med.Lv. 171 Harron (T-Bid) 1R7 Richardson 12 9 Hastings 259 Reyes 19U Saniga 3)r5 Plaza 358 Bryant (T) 11:00 PM to 7:00 AM Supervisor: Garcia 122 Windsor 108 Aeschliimn 170 Morgan 333 Brady (T-Bid) 3iiR. Eaves 352 G.i lie land 233 Chavez 3hh Martinez ' Day Shift to Renort at 6:00 A.M. 5/2U 130 VanderTweel 339 Bastiaans 7:00 AM to 3:30 PM Supervisor:Schielke Is Hamrton 159 Stanfield `, C Pasillas Bey 13? Amaro j37 Butts-Medical Leave 3)46 Suarez y>Z Avery (T-Bid) J60 Palor.era BOILER OPERATORS (Maint.) 362 Bolter SHIFT MECHANICS (Maint.) 3lt2 Jenny Finishing department 7:00 AM to 3:30 PM Supervisor: Price 107 Sanders 115 Silva 118 Gil 131 Cooley 132 Hamilton 161 Ja 1 es 162 Taylor 212 Boyd 239 Bivens 295 Dobbs , P. 323 Dobbs, J. 255 Heuton 363 King 3:30 PM to 12:00 PM Supervisor: Herrera llii Galvin 282 Evans-Vac. 5/2U 286 Coooer 288 Steward 307 Tho/npkins 322 Aska-f 32JU Alien-Vac.5/2U & 31 33U Claus on 351 Villalpando (T) 351: Hagerman (T) 116 Wilson .2 6 Garcia matrtlna.n'q: department 8:00 AM to 4:30 PM Supervisor: Drisld.ll 111 Perry 112 McFann 121 Stee n 166 Svfank 17h Chute 20 Caron 2li7 Mojeske ?7 Darnell 280 McGregor 3n6 George 309 W dttaker 36)4 Baray QUALITY ODNTROL DEPARTMENT Supervisor: Beeson 8:00 AM to 4:30 PM 109 Granillo GENERAL HELPED 8:00 AM to 4:30 PM Supervisor: Shockley 36I Feaster * * Report to Manufacturing 138 Goodwin ShTPPInG/RECETVTNGTEPTT" 8:00 AM to 4:30 PM Supervisor: Glover 10ft Wall 135 Corral 167 Eonseca 180 Atoncio - Vac. 5/2U CTD022974 PIPE r CHINE REPORT ftSIZE CLASS ^<T<? NO. PCS. MFR'D COMMENTS 3RD SHIFT A// /lfi(9Ar (PnnjO poT/ilOol+u* 2/ ry***' TMT/fCCE> &AfS<r< 7b/* 2/9 -72% 2// Neiopsdr-1/i. //as. TONI ' muPER //?.?? ~*X~j 72>s< /J. ?/ /t3 9s.z / ?. NO. PCS. MFD TOTAL FEET DAILY TOTALS BROUGHT FORWARD ow ACCUMULATED TOTALS 77777 #/?&?// PS79?/ TOTAL WEIGHT SM0S0 <33oPPS7 6776370 TOTAL EXTD. STANDARD COST TOTAL FIBER BLENDS TOTAL FIBER BATCHES D A L Y //syofy/iy <z 3rye y/ 3f A C ?/???/& U M. ~i~/eee&> OAILV YIELD OAILV VARIATION ACCUMULATED VARIATION 7/U?t s WBiMk GROSS HOURS peerDAILY $ NET HOURS TONS 03.70 c7$P.03 />/?/* TONS raMj HR 9.SS 0/7.7 396.00ACCUM. 376.00 see.?,/ 7 9,0/ %%r/3/ XtWt> '333-03 CONTROL NO. DATE PZ (7 FINISHING DEPARTMENT PRODUCTION RECAP ______________ ?G. TONS 7 J 2. 33 33PP.// FIN- T0NSZ6f-6f DIFF. * VTC. 3-f ~~j*43.3 <P 9/f. SIZE AND CLASS DESCRIPTION SHIFT if I FOREMAN &//, SHIFT if 2 FOREMAN CPG. & FTGS. FOREMAN /^rys -r TOTAL P/S0S* (/?&* Z***) //ssS '/?' ' s7 20P ZP/STD/* /fast*/? /<s /3U, 33 7pstS /?2ffr?V /falcons /*t/?o /<73 ?oa /, s /fxttocs ^ &L /7/^rso 3/ gZL 37 V36.r \ ^\ //rrfo /p/i^c? /7rr 7o '/p A/Vo . '/ /Pats?) / p />/ //rr6o /^/v^ /far pc /k /^n /fX6 35 u/yv^ 7pc 63/e ~C ^/SP.V /;;r 7*Ap7.r / V/3 /ppr 770 ?OP<D <777, S' 33 726 76 P2? JZS' Vs3- /?/ */2c. ' */,, *Z/3 3 /?/ 37 73L /r /S7 /s' ' 3<5 ' <?/' /3 ' /s' 3 TOTAL TONS SHIFT ill " CTD022976 1 r* SHIFT 92 /M. 77 FITTINGS /P.37 /PSvA^i-- ^ /#<rfa 7/tk size & CLASS .ONO. PCS. MFR'O COMMENTS 1ST SHIFT PIPE I CHINE REPORT &-ISQ \\ LjapycOcaotL \-iSC> IS tbovova ISmimutp^ MACHINE NO. Ol M<W ^S. 7777 24.-lSO^\ "7'.OS> TO "7 t^ovsig ~3a>NA\KAOT^S ~?C*X4\ To &'.CZ.*VNG *3-tna .P'e.cc c.w*kaci>e^ Os'_'ap>.vj.v * *v<ls>'7 i--\00^>-S>VCJTVAe.TVC^^- t&BPl Pi 1^9 55/ TxJ3(Formula NO. 2Z <22 RAW TOTAL USAGE (LB/.) MATERIALS 1ST SHIFT 2NO SHIFT 3RD SHIFT C&G 3 C&G 4 RAW MATERIAL USAGE TOOATILAVL STACUNONOSITATRD ESXTATCENONOSOATEROD ACCTUUOMSDAUGALTEAETED <T^ &C CB*VT=>Ife/L \ 50. -------- ----OT-a*v- C&G5 SHIFT HOUR ^rw.^xAyy AK 7700 9F00 63/6 %yo TAOENSS S7IL 111 7/6/5 % >^i/ 47 PM/7 373/0 3660 97/0 31 77c?6 6777 50/0 74//0 ///(* wet, 3936 3367 77737/ &SIZE NO. PCS. COMMENTS ^ //s 7643 3964 7674 64// 2ND SHIFT CLASS MFR'D arloo 108 P/ffE Lnnjd {j/r*r><A /#/<*/ y?#? Jim 7P367 7/m 77/7 76666 $3557 mo 7676 " /Sf rSc-RAp ~ -- HI FT TONS lOUR CDROTTOWIIMMSNEES:: A V,lf ^m NETTIME: ft O As FELT NO HOURS TOP 773/9 JO'A OT 31X9.7 tHVv ^<// ^ &/*/ . CEMENT /MO 66?// Sf.'SfL /S332U SILICA pm/ 37075 3/776 ///9?7 FINES ?sz? 976/. 97S7 47/67, c rD022977 |JM 1DAILY TOTAL BROUGHT FORWARD 9M9 mm 7/0 &Aj P'--?/994 ..... 1. ACCUM. Wmm* 3?i 3/6>/f r'nim/rnwmh jail SIZE S CLASS IS/oc NO. PCS. MFRD COMMENTS /? 3RD SHIFT /o/ diftafc T/oO/7 Z^rno // Z/'^72P. NO PCS MFO TOTAL FEET OAILV TOTALS 30/ S9/3 BROUGHT FORWARD 79307 66699/ accumulated TOTALS 665 65-/9641 total weight TOTAL EXTD. STANDARD COST 60636/ 66766/6 ?/66367 3ZJL Hirr HOUR rengt? 73,50 m /jo/// <>// '/ft c* - . total fiber blends TOTAL fiber batches D A 1 6470s L Y A C 7059/6/ u M. 777/63/ 7/6 S 7 /'Pe 0'H3 DAILY YIELD DAILY VARIATION 7/3.67 fo s w/mm. GROSS HOURS NET HOURS DAILY 04.06 66.07 ACCUMULATED VARIATION //: s &/// TONS TONS HR 73/ 66577 m $7/6 ACCUM. /MOO 679.00 359/3/ 906 CONTROL NO. DATE FINISHING DEPARTMENT PRODUCTION RECAP ^g. tons <2/93./7 SS9/ 34 FIN. TONS 3.3/ 3<2ot7.?P DIFF.t 3?,?S% SIZE AND CLASS DESCRIPTION 9SHIFT 1 FOREMAN cQp/e/A-e 9SHIFT 2 FOREMAN /k/r-S&rm*. A/S0/* /> S&f PSS2/* /*/$&' /P/sz>A 'sjf' i //&/* /#*,/' /W /fsL&e&s / ^ f, <7 / Jf 73 Pa/ 40 A/0/?CS o7P3#<?ot> so P/? /A* /y?&ooA so toy/? /<PX200ODSO SO/Oz /??-- tvs' <443 4 2 3/3/>?7 A?7 / CPG. & FTGS. FOREMAN TOTAL 9/a / r S~2f /A* */rz *y#s (P / #?P.S' 'fy7j9 5~JS~ c7/~? 336,7 26* /9??? 'py 7/3' Ofoo' 2 / * ` c-rD022978 TOTAL TONS (73,%/ SHIFT tl/oU,?? SHIFT 92 /J2? ^Z^FITTINGS 9,/Z ______________ /os-6JL  'J * / l SIZE & CLASS a ^I,COMMENTS 1ST SHIFT '~7QIF>tF>F Lqqvc lMS fcsCNA/Vs^ \ \ M\KAQTSL TO B,'.Z4Atv1 CVL. CUIXMGI ^lVsre.T,/CS. ^ 2 U ff |(fl SHIFT HOUR m 7X2 X/X.v^ QpP^vEci=a i-*{a3^P2Ag-pFTs3.C^ > PELT HO 1773VS '32$ SIZE fc CLASS NO. PCS. MFR'D COMMENTS Q cLTft-so /03 Pipe Look 2}"fT-SO 73 2ND SHIFT Good PIPE r CHINE REPORT NAgvV ?Jr> tVS>S^//v- /7C, ScAAp C7)I ____ _ QCKO SS = FELT NO -- HOURS }tON; t PEN 7mm NET r\ TIME: Q 77zn HC'X 13/y? 7 ~3&YL !^j:/ % xm cmaOb&M^Ul sCiLzAeSS& NO. PCS. M FR O COMMENTS Q 3RD SHIFT tx&rjp /XL XeeAr t* to ylsjjs. Xf' <-e*r< *>*.t *a< (stoAZ.) NO PCS. MFO. TOTAL FEET DAILY TOTALS X// j/,xs BROUGHT FORWARD /,%r ACCUMULATED TOTALS 90/19 2//S/7 total weight 7/xx.sy 76/81f\l TOTAL EXTtJ. STANDARD COST * TOTAL FIBER BLENDS TOTAL FIBER BATCHES D l JZJ?7 A Ac y/pm/X L Y X XX/? / u M. y/xs/yx //SJ3 /i/t/Z ^ XX 7 /-cP6XO xm DAILY YIELD OAILY VARIATION accumulatedVahiation Sc./ZAP--'^r f. 8TIME 7/Mm/DNS PEP i DOWN TIMC^ NET \^(LV2 TT,,IM.E:.rO 773/9 XrX/ y]^/V97 v*zm /iVmA'FydL /7TX>XZ~4XS7/7.7/9q ^ //////Jo/a S wmm. GROSS HOURS DAILY XXxy s NET HOURS TONS TONS MR 23. PS' 2/4.9/ X//XC lVXI 1 V ACCUM. 3S2/.7X 900 / /a K JS J2&/30 XX *&.// sJj/dS7- X-f * CTD022979 CONTROL NO. 3<7 /*?/ DATE 37 /\ S*c/ S'7 V FINISHING DEPARTMENT PRODUCTION RECAP M.9/"pG. tons FIN. tons 3&Jo_ 3Sf<?,SlS DIFF t / /4/, 77 - 22 L 72 9<?./7 fc SIZE AND CLASS DESCRIPTION SHIFT // 1 FOREMAN 3eO/e//^ <P 4soos* 3/3 <4/2// /<7/s*? tT/s/?/ 3/37' ///</ p/s#/* 0*4 '*).___________ Z/7/2z>/ /3f' M*, 2<f *9? 7/7/7// 7z./7/2 3pjo/ ^47 "///? /3 // 9 3///(? 0 /7/0 y/?r<?o ////*/ 74j0000 s/> 73 7/7x7Moot so COY/f ///x < > 7/f ' . ' 777/7 xr <s /SY C> " " 3Zceef if) 72 7Y /Jzoom SO YrfA SHIFT // 2 FOREMAN z33 //// #37 ///#/ CPG. & FTGS . FOREMAN 'OOr/r 323 0^2.3 /*//3 6~ 3 / 3 7 / TOTAL s#z /7/C, 7/7/' 27 <S 2 9/33 333 2/ 2?? 3/7' S3 3/7 32, S~ /3' 37 ' ST 7{ '3 7 71 7` / TOTAL TONSJfUfs HI FT ill 373/SHIFT /?S^-eC-- , UILFU4130U _____________i________ FITTINGS 7. 73 72/ /sot/4 7J&L SI7C ft CLASS "CInO- PCS- I MFfi'O COMMENTS 1ST SHIFT g\F*S^.L-QQVC<SQQ> fe-zoaca. PIPE I^CHINE REPORT o\MACH'NC NO DTE I /TT's hA&v za>,\S)sa.^^ s'J3/S S^f 24 1.2VFORMULA1 NO. &H RAW TOTAL USAGE (LBS.)' MATERIALS tST SHIFT 2NO SHIFT 3RD SHIFT RAW MATERIAL USAGE Daily TOTAL 1 UNIT STANDARD COST EXTENOEO STANDARD COST ACCUMULATED USAGE TO OA1C C ft G 3 C&G4 C& G S 1 | AK 9yyy ?// fl&G P3W\ ir 3/yy 5/00 /&s7t? s4a<?\ //X /S?/0 Zaoo P/62 /0&(?\ /?// /?/>/ SM 4S0\ 7979 M2 7 //// fM?\ .1 /5-Q 2g^ 12/ro % /& Pipe L <4 GaOrJ. 7S/s/ 3/P?/ A2&41- STS'f? ffi'/c J/SP7 P??3? my/ s/n\ >/yCEMENT S2//k SM3/_ 7/06f /3S7?i -- 3SSILICA 37/72 /7?S6 9/09/ FINES /P3/2> /3/S.Z 63/6 3/0// SoAJp ~ SHIFT HOUR a^t'a/ienu 22HJ33317.L66- Ml HP imll77,12 Ui CROSS TIME; DOWN TIME: NET TIME. s FELT NO. 773tf 87?? :ek iZLaoua. DAILY TOTAL /PM? MM 6/'7??_ 3/9/32 BROUGHT FORWARD WKm.m. 4?'/M?6 ACCUM. 7307/7$ Mmm WKit ftSIZE CLASS [/2AT NO. PCS. M Ffi'D COMMENTS 3RD SHIFT /rt Geo*? 2 i 7 /^. -- S*Sc*T` SJiCt. v6Z S?m NO. PCS. MFD. TOTAL FEET TOTA*. WEIGHT TOTAL EXTD. STANDARD COST DAILY TOTALS SJJ- 9//S s/se/e BROUGHT FORWARD M9/9 /p/yyr/ PMS/S/, 2/67/ py/762ACCUMULATED TOTALS SM/MS/2 * TOTAL 1 S'G//7 CFIBER BLENDS 1 /MSMS?TOTAL SMSS/ a. /P./SSfSFIBER BATCHES D A1 L Y A / 7 7,7 ^//: ' '' | /re //&<%/ ,xOAILV YIELD OAILV VARIATION ACCUMULATED VARIATION /*><' i Sc. rt-rt/!. -/- ^'-3~Q //9M s wm/m. GROSS HOURS s NET HOURS TONS TONS HR yV//, TJf Hirr HOUR - VV30/2 w TIME: DOWN TIME: NET TIME: yp, ^ZP//j.//j.dL 77J '? &JS n$&?Z Z&- <?M0DAILY ///S' /SS93 Kit, &//.0, ACCUM. S9P./P/? S/S7. p 9 y/s 136 <?/ S3r //>6 `f&/*ss-/z ' P3/.S>S' CTD022981 CONTROL NO. DATE cPS6 '/// 3/ ~l FINISHING DFJ ARTMENT PRODUCTION RECAP MFG . TONS /<f, 93 73j/ ffU IN. TONS</37, 4# . 7/37 6^ DIFF.i 7L 30, $ 7 ~~//6. P . 976 "> <P o/ 0 SIZE AND CLASS DESCRIPTION SHIFT It 1 FOREMAN oCcS/// ///</e SHIFT It 2 FOREMAN T/c*/*- CPC. & FTGS . FOREMAN 6/zs-p TOTAL /S0/ '//77*9 / (90O&&c r) /o^/SOS 763 ' ' 34/&7 63 ?4/sd^ 6e_ <*. Se <3> P6 /r 3? p#o6 666' 3/7/30 6'<3 34^730 66 /SZ 23f? /~3000>30 4/?/ '/ 6 3?So7 SO " /? 7SS0 SO f> / /fSOooO SO 'z660 / fJS3S/s-332 /<?o0oO SO /V A/iSo ti ,* /15 3ooo o/'fooo o SO 6c &/?> '' '< /3/S&S S/90 3 /sc cP3 70 /S' /pr *^03 9* 7/70 SC <7 SJSP /Si? /6r?. r 6S77 36 36 : / ffss /73 37/ P96 / 33 9P? 3/73 ' 90 //70 /33P /rs PSS9 66 36 /u '/3, p -----------------------ft------------------------------------- S 36' P/7 - <TTT5022982 J_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ TOTAL p 3TONS ?.&? SHIFT //I ///9.S~3 SHIFT 1)2 //,?/, FITTINGS /S?// JA-- //os-.. S'&JA TO \J Jt- *o 35 (A 0) TO cu> 1J'moTO -C cO ^ u TMO TOO <tMo 3 Q. o O TO TcTOO >o>* X TO O 4tU-fJi Ch<C-T "O3 C--O C -J to --< cj ro TJ "D 1t0Co)-OCx0L-. 0x>) 1_ TO 3 oTO Oo f 0) E H WX-N c 0 >L0 x> oc TO UTO TuO o TO l_ 3 4T-O* C cn C o lle c tio n D e v ic e M e d iu m D i s p . T im e to ( c c ) / D is p la c e F lo w B u b b 1e F lo w R a te S a m p lin g C o l le c tio n D e v ic e ID No. D i s p . T im e t (c c )/ Displa F lo w B u b b le S a m p lIn i R a te 2V o *- --~ TO ii_ or 4J (A o Q_ TO u O- TO OU 4-i (A O Q- TO U O- sVs V. 6 0 * o~> * *-1 < 00e ri e pi -Si t-l fcc -> C^ <r O- O *^ >w eS N (M tx* s 0f if << c Lm 4 cr 4 -^1N N " ee tv N O O vI--a "S. 52 Q fi A "a i V' 'S' u UQ V; 0 0 0 0 io O O <*e vJ Jl vVi M> 1 ............................M -2 3 3 0 M e d iu m R a te CM -a* LA LA CA cn vO LA <n LA O CM CA CA CM -a- LA NO r-** LA n* LA O CA CA CA CA CA 0rA LA LA -a* s sO vO vXJ n*s CA CA CA CA CA 1 1 1l r i r l f t t lt 2X 5" : CL CL CL CL CL O- CL CL o_ a. 1I t & Ol Va r* CJv>= v > vj rO r- <u <n 4 0 ^5iA ft si r- o k O; 0< 0_ A > OO sS> t5 r- 6TO * 3 l_ a. c* r* oo K) "Q 1 p c? r* 4- 0 0(A o O --ft. Op 0 -8a. r rr V J r 2-N. rar r V. A 0 0 0TO L. 2 1o_ vp rj *= >O w- r of s U" 'X- O cr- r* n 10 3Cro : ; a6 a1 rA -aA* p--. CA cn -a- -a- i oo vO 00 cn -3- p^ OO LA -a VO 0P-* A- p-. LA CM LA cn -3" CA 1cn CA cn LA CO OO CO LA CM -a- -a- -a- 1 0i 0 0o a LA LA LA 1t1 OOO LA vO 1 O XO 1 CO ti l % o0 2 i. & 0 4 LL \ 0b> 4t M-0237 NO 0L0A 0vO0 1t * a: X N o. 1 ID ai Eu Oo 8 i * 0) -4 to a> U 4-> u M flj 3 CL o a> c0) >a>- to o *i-n> <cc *33 CD -- C _J -- o< TJ Q) Q_ ha-> x=> C CL 10 a> (_> 40J) -afD v u> 3 LO cO Oo vn 0 s Vc^J Q vS c 0 431-k 4-t to L JD C -- O to 4-> 3 OO <0 a) o. 0) O k. 0 (T3 *-> D- _J O CO (S ig n a tu re s) Sampl ln< R a te m i4_) // +3j ro c cn to --u?0. o<mr-* 4i-nJ aO. 4u) a. 4>J in 4) 0O. OO 4- (D 4 4J Q.X --K <n X --QCE: 4L>. CL rJ V.r 0 0 pQa<* 0 <-4 rsl Vi sw \: C M O O oi *<! as 9^ V O e (S r 4d n> N S q Er- - 0 40 00 N 01 < <vj tJ N cJ 8 iD ci V, 00 V, <3- c q 1)0 3r v3 V* V/ ^2 L v. i>vi Vo v. CO "^r 9- O' p QC V. U 1; V, L vS -St' F lo w ID ( c c ) / D e v ic e 01 s p . agpg t tO mcn CM CM m .3* in in in <n m 0 CM min in .3* \0 vO cn m NO cn in NO NcOn 0 r-v cn m CM ccnn cn cn in cn cn NcOn cn 1 XX r1 XX 1 a~ o_ 1 Q_ r CL r Q_ 1 a. r Q_ 1 CL 1 CL r CL a. No. ------------------------ 1 M e d iu m Samp 1 in g C o lle c t io n ci as M. 1 3r 0 u. IL rJ CD 0 0^ rsj r* oc> ^s> N <10 r- r R a te F lo w R a te T im e to D is p la c e Bubb 1e r- 4-1 in 0 O- c*- O O 0 *- (C fN O' 8G c*i iS ~s C o- 4> l 0. A u a* *3 a* > O' sS) vS N in O u NJ r O* in O c- 0^ ?4-* in O CL 0 0 c~- r- a r- c: f< 53* ic tri r1 S O r: C' c c 0< O - <D L CL Vi \-O r** P-* c-> -0 L- c 0 LV ^0 > 0 a t \n g Oi v- IV cS oc < O O ft ft c TE10:>29&4 Flow 1 i c 0 4~* OF tv : -- "D O 4) OX No. rn -r3*-*. cn -3t -m3* 1 00 no r*cn -3- 1 O CO rcn- cr^n cn -3" -3" a1 1 O -i3n* in in 1 0 0 0in0 1 0 CO CM CO in Q1 in 00 in 1 0 LcAn in nO 0 -T -3* X1 O CD smD CM 0 1 X rv. NO cn in NO CM CO 00 O J 1 1 XX X L. <L CL S13 LJ 0 t. 5: 4. vL u) <u J I 4 i (D ic sc p) /. D e v ic e ID 1 $O =d o pi I Uo =3 Ti X4u-1 ' 03 2 03 UO 0) 40-)i ao <v <cu Xc>r>* Lo r <M/> <a: s 3 CD "D -- -S& C -- --< 2^ C_J 0) "O 3 <L> Q- 03 x I- 3 C O- 03 03 O V> 0) ro c03 o o o vS o-' *3 IV c 0 w 03 u 3 -- C O 3 Xo 4-> 03 03 4-> 2 U O 03 O 03 a o L. 0 03 -- 0) 4i3-_1 0) c ai 1 1 D e v ic e ID No. 1. D i s p . T im e to ( c c ) / D is p 1ace F 1ow B u b b 1e F lo w R a te S am p 1 in g C o l l e c t ion D e v ic e ID No. D i s p . T im e t (c c )/ Oi spl a F l o w ___ B u b b l e S a m p lin c R a te 5u 0 4-1 -- 03 U- OC 4-j </> 0 Cl 03 i_ O. 0) 0O 4-> t/> O a. 0) La_ Pr) t 0 K 0- 0 NS <1 s m' c>. c t 0 <> 0 a- <4 pO cd b* $e 0 DO try O p4 & ss >0 0 ts. ^1- f'i *< 0 v. Ml /Q sr- A e L>* u. M 0O 0O *** Oo VL s-- jr u to 04 0 0 O si -v. r*' l* V V 'w^ ^0 Lb J s^* a a ee O CM ` -X LA LA rA <J> vO PA lA a\ LA O CM CA CA CM -X LA s> pa in ix LA O PA CA PA PA PA CM m LA LA -X VO \0 sO vO PA PA PA PA PA 11 r I 1 r1 f1 1 1 1 1 2: X X X 0_ Q_ CL Ou CL Q- Q_ Q_ CL o_ CL M e d iu rn : 1 R a te Vu SIs c- > 0 cr- Cl tsi vD ri <K 4-> u> 0 a. bo >s r- H 0 \a 4-- 0 0* be Ni r-3 0) L CL Xl > fs O 0 r< N> <n* r* ee ee N r- r Sv. *J sj) J sS r- r> 2?4-> in O CL *- 0 si sS p* 0 r4 0 0 0 ri <'s-s 0 03 0 0 rs r- >5 a- t3~ 00 r*> 0 0 L CL r4 C21 \S\ Lo r- L> r- A- 6 8 a 6g ClD02298S 1 I1| 0C 4-1 OF 0) : "O O 0) 0r pa -X r<. r-- \D CO CA -X r- CO I^Ss 1-- r-s. LA 0 CM LA -X LA cn -X sO r>. PA PA vO LA VJD CT\ <r\ CA (Tv <n LA 00 CO CO LA 1 CNI CM OO CO -X -X -X -X -X LA LA LA LA vO X O O 11 O0 1 1 1 1 1 1 1 0 1 1 1* O O Q O O O O 0 CO X X. X X )1 IS t i * Lv% fti ti, 1 1 1 XI O 0 1 *1 S a m p l} nc R a te k o l/J 3 o N o n < ? o *-* -- to U- GC 4J in O CL 0) 1_ CL rr- 5 & oL o in! TM o *0 0 hS o N t4 a <*a *>0 <S C oo 0 o 6a 0 0 n 'i < i o 4 0 0 ^c Csl (si cn 0> oo Li/i O CL 0) U CL (A \^ Uv 5 & LU rf 3c- 3 o" ''v* M V) A ) o vt) s NW nl %V IsVo Vo L vO VS o c1 0o $ i <o 0 e o lo o co co CN X CM rv* cio X *aki* LTV LO LA X ri<nTvv i X ro ro l CL CM -3* CcoO i CO C1O CL CL in in in SO in 0 rcoo CO CO I -3 1 sO1 CL CL CL CL CM N1O CL CO cn CO in S1O NO1 CL CL so ro rO^. i CL T im e t D i s p ia B u b b le Di sp. (c c )/ F lo w D e v ic e ID No. Sam pling C o lle c tio n R ate Medium Flow R a te Time to D isplace B u b b le > rv o <3- ft o o 60 4-> W 6c O Vo o T T 3- O CL r' V o 0. NN ca r L0). CL A <N o 0 Cl N t" >4 < 4-1 W COL -ij y zr oO O 0* .J =* 3 <3 |E c r* DC CE *3 t4 'C rl V ri a T- L0) K 5 * $ O a. % % * .-- * *V tv t' 0 s* a %ft 05 2J fT tr 4 00 00 'O $ $$ 0o o Vn 50 10 pCc7ov% -3" rv CTi -3* -3- Q1 Ot vrcD-n* 00 rv as as rv cn -3* in m -3- .3* -3* in o Qi O oi 0-5807 CCOM in mcn -3 -3 SO CO rr*o-. in SoCO in a 0in0 Qi in voOi Xo1 CD CM O 1 X COM 1 X CO i X i :tch5229116 1 1 Di sp. (cc)/ F lo w D evice ID No. C o lle c tio n M e d iu m /* duua. $7- &m o.of /oo /'.or' .03i,)[ui) . (o. o/tyQc&^iJ ((<m>) II.$7 r 0.00/ lo'sV.Vi; -f(u. * s"W VlJ^ - /O fc- 0,11 (o. 27- ^.03^)fo>-O_ (>on){lSS.-Cj (TM>) Z.CTD.b'l *t<e(Z,Ct o.oi} H it r , no3 tO 1 IF 59-7 l , ' /o*/ .W ,l/.w - .3 (1fw ' Mist # 3c. 3 9-2j: . (SD .Vif 3F 5 5-7 31.f /ffV ,3?r /O^S<t> [. 77 (*m ' .o$(,) t^.o/3 - sio.ztf lOjl'l' 6,0$ f -f'/cc. ( fat ' .03^) (^.OIJ )({. 1) (In) . k^.ST U3U.1 (.37 - .o'**) fsr ( 0.01^ 1^2 .?L lo.zfr 0. 0X7 (,nr-.036)hV (j>-o/3)[w) ftnrc>) Me.OVf 0. 0,-Lft^ (.vir - to?L fcrr~ ( o.oi^f0t)Qm) 20H.!>H a i zb z>. bn'l H^ (ys?) (0.0/3)(323.o )^/<^) ?n^ 0. 'Jill (/.??- .<>y& ) (?jy) (o -o($) fesD.oi') [irn^j - HfiUl //or/.oy 0. /36 fCc CTD022987 /6 Jvu^c S'2- n SiMJL P2- O: (H ' .2 10 2,3/ *+ 3;or X.3 ( >.(-.0^)(m) <?I7.T2- e0_,w * 43"? 27^ m .VIS ns ' i<to 33 r 63/ 5r noi . (,0 : 160 0, 0 / 3* HIT loXAo - t.< 3 /& ~L- `"/n 3.H1/ ^rs/7 !ll ' l\f (.175 '.03b) hsS . 8o/,?</r 6,06^ ^ 0/3 )(24T, 3V) (Vm>) 3 / 82. V2- 4CC ('.ssf - .>36) tar ,- 2rjr,t.Yr .' .oz&r TtvV.fS Aic^ (j 4/f ' , 0 3j SVjT ^^3) ('zj/i.z }/<**> Mn.H - /J2T 3'zmni //.re (j ot - . 03&J PxV ^ o) 22,2 _, . ouy C /*/3 ' -*0 ^ (jO^)(523./r) (/Giro) ?3r,37 a O. t2~7 Hol. ( 3.mi - . o3 \ Frr (.0/3 ( //$' ,03fc) ?ST (0/3") C$olt{,b)il<m>) _ 2 ? V 2, o. ir? 'ftu. ustv - <? *'2.1(7 , JW. ST CTDO22988 3 W % V37- 7 1<T0 6.1 fff ^ -p/ktlS jQd.1 - ylunlC ) .0 <S^Vo lu*M.C }^/0ffT>} ^-03^) to" (o.ofj,')^ i'lo-ir<i)C im>) O-V0J //,c [o.l - 0.0-5 6} to" ^0.0/3}^ Hzi.n') f/tnro O.o? fi/cc_ -P/P / 6T> 0.7 - 0.03^} frT ^ox^)i3z3. Hr) /W) #.07 - 0. 00 7 ^v.y^ fi(tt- 5. -/670 0,01 *ytr X~ ltz> d.otfH ^>.pz-o.o3t) foTr . So.ir 0>.613) (??Z.h) ^CTJO) 1 '^IS .cO- o. 0017 ffu- (^0.0$' 0.03^ ter G.oi^) (^2.%n)(jrfd) S7.C1 town - 0.0 031 filec CTD022989 RIVERSIDE A/C PTPE PLANT FITTINGS AREA RIVERSIDE A/C PIPE PLANT CUT 017 F SAWS POSITION Saw Operator 01 (I) Saw Operator 02 (I) LOCATION SOUND PRESSURE LEVEL (dBA) B-D 4-6 B-D 1-3 ESTIMATED dBA DOSIMETER-TWA dBA 80 85 90 REMARKS 89.2 )0.1 Saw Operators Rotate From 01 to 02 i CTD022991 IVERSIDE A/C PIPE PLANT FINISHING LINES POSITION LOCATION SOUND PRESSURE LEVEL (dBA) Lathe Operator Line #1 A-B 5-6 (0 2, \/ Lathe Operator Line #2 A-B 3-5 Lathe Operator Line #3 A-B 2-3 <(S - I 0 V O'jVi' ' I Lathe Assistant Line itt l A-B 2-3 <\o - 107- Inspector Line #1 B-E 5-6 Inspector Line #2 B-E 3-5 Inspector Line #3 B-E 2-3 Hydrotester Operator Line it 1 Hydrotester Operator Line it2 C-D 5-6 C-D 3-5 `fe - 10 1 Hydrotester Operator Line H3 C-D 2-3 Pipe Handler Line //I Pipe Handler Line it2 D-E 5-6 D-E 3-5 n-'is- Pipe Handler Line it3 v/ \ Tester Operator General Helper r \ Truck Driver (4) D-E 2-3 C-D 6-7 A-E 1-7 A-E 1-7 "2-^0 $1- lt>7- \)&AJLcJo"U Crusher Operator (1) A 5-7 ESTIMATED dBA DOSIMETER-TWA dBA 80 85 90 REMARKS >90 94.7 3 Lathe Operator1' Rotate Between Lines 94.3 89.7 >90 >90 >90 3 Inspectors Rotate Between Lines 88.1 94.5 3 Hydrotester Operators Rotate Between Lines 91.8 85-90 85-90 90.3 85-90 94.2 99.0 6 Pipe Handlers Rotate Between Lines 91.6 I ; 1 CTD022992 RIVERSIDE A/C PIPE PLANT .ISCELLANEOUS JOB POSITIONS POSITION Loader (1) Truck Operator (2) Shipping Clerk (I) Shipping Supervisor (1) Storekeeper (1) Lab Inspector (1) Q. C. Engineer (1) V/ Boiler Operator v/ Mechanic (10) v/ Electrician (2) Vi Machinist (1) Oiler (1) Maintenance Supervisor (1) Industrial/Safety Engineer LOCATION Shipping SOUND PRESSURE LEVEL (dBA) Shipping Shipping Shipping ESTIMATED dBA DOSIMETER-TWA dBA 80 85 90 REMARKS <85 85.0 <85 <85 Shipping Lab Pit.General Boiler Rm. Maintenance Maintenance Maintenance Pit.General Pit.General <85 <85 <85 <85 <85 86.9 <85 87.8 82.8 Pit.General <85 CTDO22993 RIVERSIDE A/C '1PE PLANT PTPE MAC'ilNE 1 POSITION LOCATION SOUND PRESSURE LEVEL (dBA) Mixer Operator (3) E 7-9 lachit^ Tender (3) B-D 6-9 Press Operator (3) D 6-7 Mandrel Handler (3) B6 Pipe Stripper (3) A-E 4 Trav Loader (3) A-E 2 Relief Operator (3) ] A-E A-9 Truck Operator (2)\y A-E 1-A Manufacturing Supervisor (4) A-E 1-9 95''^'3(^O'l ^ \J(Ul oJfjkj ESTIMATED dBA DOSIMETER-TWA dBA 80 85 90 REMARKS 78.7 90.4 84.1 87.5 88.2 61.7 89.6 84.2 86.9 fcr CTDO22994 CertairifeedB PLANT HftME EMPLOYEE NAME INDUSTRIAL HYGIENE MON|-~>RING DATA SHEET r LOCuIaa SAMPLE TAKEN BY DATE OF TEST T rtWnj l,s" S'z PEPARTMENT/UNE f O-bACuTOi JOB TITLE/EENNVV1IRRCONMENTAL LOCATION MANUFACTURING PRODUCT S&UJ 0 fltA(drO</_______ \ finishing 2, 10 ** Uu*/ CONTAMINANT SAkWUNG METHOD SAMPLING MEDIA FIBERGLASS __ASBESTOS_________________________ " TOTAL DUST S'___SIUCA_ DUST______________________ ~Q __ASPHALT_FUMES________ _ _VTN TL_ CHLORIDE_(MONOMER)_ _ _FORMALDEHYDE_________________ IQ_>_"Inol__________ ~______ " PCB __NOISE_ OPEN FACE CLOSED FACE 0_ _CYCLONE_______________________ CLOSED^ FACE_________________ '___ ' CHARCOAL_ TUBE______________ " ___ IMPWGERS^ TWO JN JERJES_ [_~SILICAL[ GEL_~_"___________ ' FLOR1SIL TUBE ___ CLOSED. FACE_________________ ' AUDIO DOSIMETER 0.8*1 MCEF, MnlJWTBF FILTER 'X2 1(7 PVC~ FILTER _ GLASS^fIBERSL\TR ^1EM FILTH ~ 750~mg_^ JCHARCOAL_________ " ___SODIUM JISULFITE____________' ^ 300_mt SILICA GEL_________ ~TS0 mg. SKC FLORISL TUBE . GLASS _FIBER_FILTER_______ 80dbi_ 85dba 0dbi n DUPONT W R4000 PUhP n DUPONT U R2S00 PUNS* n DUPONT L-i p200a PUM> EQUIPMENT Q MSA ljpump -1 DUPONT D376 i DUPONT 0381 J DOSIMETER EXHAUST SYSTEMS/REMARKS FUNCTIONING NORMALLY OUTSIDE TEMP lo CMTRL PUMP NO SERIAL NO Ek. NOT FUNCTIONING NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY S' FOG O'' CLOUDY B'''HUMID SHOWERS SNOW RAIN PTLY. CLOUDY SAKPLE NO. 13 MILITARY TIME TOTAL MINS (fllO M H58 \.-nf VOLUME LITERS Sit .Hi ANALYSIS RESULT o. I8fci AIRBORNE CONCENTRATION o.2iH DIO P^LOYEE WEAR RESPIRATOR? ET" YES NO DOS SERIAL IF SOMETIMES WHEN? net t RESPIRATOR MAKE Bt MODEL 3M Fuo START (TIME! STOP TOTAL MIN ,8HB..gBRR % COWVXITTKP BBA HVIL PLOYEE WEAR HEARING PROTECT?1 YE5 NO SOMETIMES UuvyL [v-CSD-|/3o IF SOMETIMES WHEN? COMMENTS/SKETCHES 2f' s- MAKE A MODEL }(jU 01-16-0056 12/81 CTD022995 CertairfleedH_____ PLANT NAME INDUSTRIAL HYGIENE MONITORING DATA SHEET LOC NO. - _SAMPt- TAKEN BY DATE OF TEST ?Wo<iiS 7f fx EMPLOYEE NAME DEPARTMENT/LI NE TUI lUW JOB TITLE/ENVIRONMENTAL LOCATION /V\ll' $ 2- MANUFACTURING PRODUCT Ill'll*. C CONTAMINANT < _____________ _______c cua SAMPLING METHOD ist>r SAMPLING MEDIA FIBERGLASS asbestos TOTAL DUST SILICA DUST asphalt fumes VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB D NOISE Q OPEN FACE ty CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE 1MPINGERS. TWO IN SERIES SILICAL GEL FLOR1SIL TUBE CLOSED FACE C AUDIO DOSIMETER 0.8(1 MCEF, MILUPORE FILTER O' 5(1 PVC FILTER GLASS FIBER-SILVER MEM FILTH 150 mg. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL 150 mg. SKC FLOR1SD. TUBE CLASS FIBER FILTER 80dbt 85dba U 90dbi rj DUPONT w R4000 PU*r n DUPONT LJ P2S00 PUMP n DUPONT P200A PUMP EQUIPMENT r-i MSA lj PUMP n DUPONT D376 DOSIMETER p DUPONT D38] ^ DOSIMETER EXHAUST SYSTEMS/REMARKS ir/ FUNCTIONING 01 NORMALLY n NOT FUNCTIONING LJ NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION WIND VELOCITY SUNNY (9^CLOUDY '0'' HUMID no r MFH S' FOG SHOWERS SNOW CNTRL NO. "41 PUMP T<, SERIAL NC rWl\ SMPLE NO. MILITARY TIME START STOP m<v TOTAL MINS LPM/CC i.t, nS VOLUME UTERS n.7.61 ANALYSIS RESULT <5. fabl **8 RAIN PTLY CLOUDY AIRBORNE CONCENTRATION o.sn ZM, Si( L flshtf- Hl.1 1,0 Aic i>n (i ------------- -----------3--------- DIO EHV>LOYEE WEAR RESPIRATOR? YES O' NO SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? RESPIRATOR MAKE A MODEL (TIME) STOP TOTAL MIN KCAD OUT NBIUL1 8hr corr % DID EKPLOYEE WEAR HEARING PROTECTS YES i/ NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETCHES ^roU*, ^jOl MAKE A MODEL clXL d. [uu^L "bud Culvouux > 5Tre iyji. I *S ' Ccru-p l*vo^. ^ K Xconls/ ( 01-16-0056 12/81 CTD022996 CertainTeedH Ft-ANT NAME 1 EMPLOYEE NAME ~pL'l PqU^ INDUSTRIAL (j< HYGIENE us a?. MONITORING DATA SAMP^ TAKEN BY SHEET DATE OF TEST Z&> it PEPARTMENT/UNE Fwmyii JOS TtTLE/ENVIRONMENTAL LOCATION Aull #7n- MANUF'ACToUFRING PRODUCT & tlcu-i, ( CONTAMINANT FIBERGLASS __ASBESTOS.___ ' TOTAL DUST O' SILICA DUST _ _ _ASPHALTJFUMES_________________ _VIN YL_ CHLORipj_(MONOMER^ " FORMALDEHYDE __PHENOL_ Q PCB __NOISE_ SAM*LING METHOD OPEN FACE CLOSED FACE JET --CYCLONE______ ' CLOSED FACE ' CHARCOAL^ TUBE______________ ' IMPINGERS, TWO IN SERIES SILICAL^ GEL________ " FLORISIL TUBE _CLOSED_FACE______ ' AUDIO DOSIMETER SAMPUNG MEDIA 0.8^ MCEF, MEUPORE FILTER 5*4 PVC FILTER CLASS FIBER-SILVER MEM FILTH 150 mg. CHARCOAL D___SODIUM J]SIJLFITE_ 300 mg. SILICA GEL~ ISO mg. SKC FLORISIL TUBE D GLASS _FIBER_FILTER_______ 80dba ** 8Sdbt U 90dba UPONT * n DUPONT R4000 PUMP u P2500 PUKff n DUPONT ^ p200a pump n DUPONT d376 u DOSIMETER n DUPONT d381 LJ DOSIMETER EXHAUST SYSTEMS/REMARKS ry FUNCTIONING w NORMALLY OUTSIDE TEMP (9 S" CNTOL PUW NO. SERIAL NC ini NOT FUNCTIONING NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY B" FOG Q"CLOUDY (E7 HUMID SHOWERS SNOW `S'" RAIN PTLY. CLOUDY SAMPLE NO. Ml LITARY TIME 6 3Pj mi /DSP.. LUD_ ML TOTAL MINS m in i.u _L2L VOLUME LITERS szz.or ANALYSIS RESULT o. oKSw Q -OS5u^ AIRBORNE CONCENTRATION 0-T.leS V*.* o. n 1 DID D^LOYEE WEAR RESHRATORT ^SYO? lpi< h>r hJ IF SOMETIMES WHEN? 6- in RE9*IRATOR MAKE ft MODEL YES NO SOMETIMES CNTRL NO QOS SERIAL CELL START (TIME) STOP TOTAL MIN mao out gULt 8HR CORK % eown.r.BB.LvL DIP EKSLOYEE WEAR HEARING PROTECT?* YES NO Uuv SOMETIMES .{&> , 7<U&_ IF SOMETIMES WHEN? COMMIMENE1NTS/SKETCHES pLt MAffi ft MODEL ie-Vvis. u^i 01-16-0056 12/81 CTD022997 CertainTeedH_____ INDUSTRIAL HYGIENE MONITORING DATA SHEET ____________PLANT NAME__________________________________ LOC NO. SAM>- TAKEN by_______ DATE OF TEST Kt ? Nomi tS n. EMPLOYEE NAME DEPARTMENT/UNE X TlTLE/ENV1RONMENTALLOCATION 1pfu-/) 1 Sms' MANUFACTURING PRODUCT f'liALstuuv.Cj CONTAMINANT SAMPLING METHOD i?o______________ a* SAMPLING MEDIA FIBERGLASS ASBESTOS O TOTAL DUST O' SILICA DUST asphalt fumes a vinyl chloride (monomer) formaldehyde PHENOL PCB NOISE D OPEN FACE & CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS, TWO IN SERIES SILICAL GEL FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER 0.8M mcef, MUJJPORE filter O' 5m fvc filter GLASS FIBER-SILVER MEM FILTEf 150 rag. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL 150 rag. SKC FLORISIL TUBE GLASS FIBER FILTER 80dba G 85dba D 90dba LJf-l DUPONT R4000 PUMP LJn DUPONT P2500 PUMP n DUPONT p200a pump nEQUIPMENT MSA pump n DUPONT D376 dosimeter n DUPONT d381 lj dosimeter r*/FUNCTIONING ^ NORMALLY nLJ NOT FUNCTIONING NORMALLY EXHAUST SYSTEMS/REMARKS WEATHER CONDITIONS OUTSIDE TEMP no WIND DIRECTION WIND VELOCITY K*H SUNNY [S' FOG O' CLOUDY HUMID SHOWERS SNOW %CNTRL PUMP NO. SERIAL NG SAMPLE NO. ' ' I, f ft jq.b MILITARY TIME START STOP COlS TOTAL MINS tf5'l LPM/CC VOLUME UTERS fc> 1.19 ANALYSIS RESULT 1. RAIN PTLY. CLOLDY AIRBORNE CONCENTRATION l.l r DIO EMPLOYEE WEAR RESPIRATOR? S/ YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START IP SOMETIMES WHEN? h___ 661/4 fel' 1.3 *" RESPIRATOR MAKE & MODEL 3M %lLO (TIME) STOP TOTAL MIN READ OUT RESULT 8hr corr % DID EMPLOYEE WEAR HEARING PROTECT? YES NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETCHES MAKE A MODEL CTD022998 01-16-0056 12/81 CTD022999 CertairfleedB PLANT NAME EMPLOYEE NAME INDUSTRIAL HYGIENE MONITORING DATA SHEET LOC NO. SAMPL- TAKEN BY_______ P DATE OF TEST Z'i fz DEPARTMENT/UNE JOB TITLE/ENVIRONMENTAL LOCATION Miviia^ fWtc*, MANUFACTURING PRODUCT ^ Lf.^J CONTAMINANT SAMPLING METHOD FIBERGLASS ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE OPEN FACE S'" CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS, TWO IN SERIES SILICAL GEL D FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER n DUPONT U R4000 PUMP -yOUPONT "P2500 PUMP f\DUPONT U P200A PUMP EQUIPMENT n MSA UPUMP SAMPLING MEDIA 0.8(l MCEF, M1LUP0RE FILTER O' 5(1 PVC FILTER GLASS FIBER-SILVER MEM FlLTES 150 mg. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL 150 mg. SKC FLORISIL TUBE GLASS FIBER FILTER 80db SSdba 90dba ("1DUPONT D376 ^ DOSIMETER i-i DUPONT 0381 LJ DOSIMETER EXHAUST SYSTEMS/REMARKS fj FUNCTIONING ^ NORMALLY n NOT FUNCTIONING LJ NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION WIND VELOCITY ~~)0 af T'.CNTRL PUMP NO. SERIAL NO SAMPLE NO. MILITARY TIME START STOP urn TOTAL MINS SUNNY Ef FOG CLOUDY 'O'' HUMID SHOWERS SNOW LPM/CC VOLUME LITERS ANALYSIS RESULT unr f 0 31* CfbOl 2.0.5 2- LIT *, G RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION 1.314, *-)LJ DID EMPLOYEE WEAR RESPIRATOR? YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? >iCn 6m fa ' SM RE9*IRATOR MAKE ft MODEL1' (TIME) STOP TOTAL MIN HAS OUT RtWLI ftHR CORR % DID EMPLOYEE WEAR HEARING PROTECTT YES NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETCHES MAKE A MODEL 01-16-0056 12/81 CTD023000 ffanrifeedH - PLANT NAME MwXSik Mc EMPLOYEE NAME ^ce CprXfa.S INDUSTRIAL HYGIENE MQNr^RING DATA SHEET M LOC NO. SAKPl__ TAKEN BY DATE OF TEST Is. Umius ZM (VU^j, ?2. DEPARTMENT/U NE JOB TITLE/ENVIRONMENTAL LOCATION I'M net* faueAc.Je' < f Irmt^Wr- MANUFACTURING PRODUCT CONTAMINANT SAMPLING METHOD fiberglass ^ASBESTOS_________________ TOTAL DUST Q_J?"JCA_ DUST_____________________ ASPHALT FUMES_______________ _g _ _VINYL_ CHLORlpJ_(MONOMER^ _ ALDEHYDE_________________ PJENOL___________________________ PCB _ " NOISE ay OPEN FACE a CLOSED FACE ____CYCLONE_____________________ | ___ CLOSED_ FACE_________ L " ___ CHARCOAlT TUBE______________ " IMPINGERS^ TWO JN JERIES^ '___ ILICAL_ GEL___________________ " FLORISIL TUBE ___ CLOSED^ FACE__________________ " AUDIO DOSIMETER n DUPONT LJ R4000 puw jJqU ljp2500 pump n DUPONT u p200a pump EQUIPMENT SAMPLING MEDIA By 0.8M MCEF, MEiiPORE FILTER " IjaFVc" FILTER ____GLAS^FIBER^LVER MEM FILTH ____J,SoJngT ^CHARCOAL n SODIUM JISULFJTE_____" ' O _300Jjjjk SILICA GEL_________ ' 150 mg. SKC FLORISIL TUBE _ GLASS _FIBER_FILTER________ 80dba 85dba 90dba , DUPONT D376 1 DUPONT D381 1 DOSIMETER EXHAUST SYSTEMS/REMARKS pi FUNCTIONING LJ NORMALLY OUTSIDE TEfcP 7^-So NOT FUNCTIONING NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY ES> FOG GT CLOUDY S^HUMIO SHOWERS SNOW O RAIN PTLY. CLOUDY CNTRL NO. SERIAL NO 001 HISS' f\l1 MILITARY TIME TOTAL MINS n>o.<.. lL LPM/CC 2,c U VOLUME LITERS 3 z^.n ANALYSIS RESULT Ml AIRBORNE CONCENTRATION. 0.007 f/c DID EMPLOYEE WEAR REEWRATOR7 S( SOMETIMES IF SOMETIMES WHEN? (tf\ II ufU-*ju. RESPIRATOR MAKE & MODEL $T7 io __^TART^i_JTIME|^^^TOPi><^_ rOTA^flN SSR2^SS&U ^felB^EQBEL DIP EKPLOYEE WEAR HEARING PROTECT* YES p SOMETIMES IF SOMETIMES WHEN? -make; a mppsi COMMENTS/SKETCHES tcL fr. IWiI a/U\ " JWUt- \y- cV\_ wWJoi L - Tt^A<x^ piiro-v ciimxt tqeXxLcJkn 0^ Ik&oMavSK^ ^ '2 -- p(a.G->-v CwiWajoV, wy UoAjl o-y, *' Sluts lokit-5 ^ f.fn Cii_j ^ <TD 2 vOWl Vs, VI ^ - Mcwyu ^ ^ $ r\w n 1^0Wi . AfV <Y\ 01-16-0056 12/81 CTD023001 2fsb'2ro|j?* Uflvt4^ tlay\ 01-16-0056 12/81 CTD023002 CertairifeedB PLAWT NAME INDUSTRIAL Me HYGIENE _L3S.g?.. MONI^RING DATA BAMPI-- TAKEN BY P J hlCA/lUi SHEET M PATE OF TEST 1M sz EMPLOYEE NAME DEPARTMENT/LINE VW/'iow JOB TITLE/ENVIRONMENTAL LOCATION 33 Sr*,f MANUFACTURING PRODUCT 15D CONTAMINANT FIBERGLASS O' ASBESTOS D TOTAL DUST __SiUCA_ DUST_____ ASPHALT FUMES _ _VIN VL_ CHLORIDE_(MONOMER}_ ~D__FpRMALDEHYDE_________________ __P_HENOL___________________________ PCB _ NOISE a" SAIVLING METHOD is/ open face CLOSED FACE _ _CYCLONE______ CLOSED FACE' p___ CHARCOAL_ TUBE______________ " ___ IMPINGERSa TWO _IN _SERIES_ " SILICAL GEL FLORISIL TUBE _ CLOSED. FACE______ ' AUDIO DOSIMETER SAMPLING MEDIA 0.8m MCEF, MILUrORE FILTER SM PVC FILTER GLASS FIBER-SILVER MEM F1LTEI ISO mg. CHARCOAL ____SODIUM BISULFITE____________ P____SIUCA_GE_L_________________ ~' ISO mg. SKC FLORISIL TUBE ~" p GLASS _fiberJFILTER________ 80dba O SSdba U 90dba J R4000 PUfcT pryi>UPONT wp2500 pump n DUPONT LJ p200a pump 1 DUPONT D376 J DOSIMETER -i DUPONT D381 J DOSIMETER n FUNCTIONING UJ NORMALLY OUTSIDE TEMP H-st> NOT FUNCTIONING NORMALLY WIND DIRECTION EXHAUST SYSTEMS/REMARKS Lav WEATHER CONDITIONS WIND VELOCITY SUNNY O' FOG '^CLOUDY HUMID SHOWERS SNOW RAIN PTLY. CLOUDY CNTRL NO. SERIAL NO 003 y2L SAMLE NO. MILITARY TIME bill. 10 n- TOTAL MINS I'b'c Z.oif VOLUME LITERS ANALYSIS RESULT - X 32-H. z- AIRBORNE RATION c_g DID EMPLOYEE WEAR RESPIRATOR? YES frf SOMETIMES DOS SERIAL START IF SOMETIMES WHEN? RESPIRATOR MAKE Ar MODEL [TIME1 STOP TOTAL MIN S5fiSL2&&fiSfiiU 8hr corr % COMVEWTKP UCVKL PLOYEE WEAR HEARING PROTECT* YES s' NO SOMETIMES Oh L^l f"/ uv\A OjVOv |-j, t?,f ^ IF SOMETIMES WHEN? COMMENTS/SKETCHES Ovt. (a l"V\ i YIIa (^yYCi . v iHca^s ud tuj vU f'f' MAKE ft MODEL ^ l <*sul ckjitAh CM\A!u\ Yv'C C 01-16-0056 12/81 CTD023003 CertairifeedM PUNT NAME EMPLOYEE NAME INDUSTRIAL HYGIENE MONt^RING DATA SHEET J SWL- TAKEN BY PATE OF TEST f. AltfULA- 24 ri~ DEPARTMENT/ UNE JOB TITLE/ENVIRONMENTAL LOCATION acJw MANUFACTURING PRODUCT V'\& CONTAMINANT P FIBERGLASS _Q'__ASBESTOS_________________________ o Total dust __ SILICA_ DUST______________________ D _ IaSFHALT_FUMES_ ~__________ _ I T" yjnyi chlorideJmonomer^ " _ "form aldehyde_________________ "phenol_______________ ~__________ "q pcb _ NOISE_ SAILING METHOD 'O'' OPEN FACE CLOSED FACE _CYCLONE_______________________ '___ CLOSED_ FACE_____________ ____ ' CHARCOAL_ TUBE_____ " ' IMPINGERS^ TWO JN _SERl|s_ "___ SILICAI^ CEL_______________ ' FLORISIL- TUBE _CLOSED^ FACE__________________ " AUDIO DOSIMETER SAMPLING MEDIA E3/ 0.8M MCEF, MILUPORE FILTER " IfT PVC" FILTER ___ GLASS^ TMERflLVER MEM FILTEJ _D_"_l50_mg1"cHARCOAL "_______" ILI sodium jTsulfjte________ " " J0p_mg^ JILICA_GEL~______ ISO mg. SKC FLORtSO. TUBE ___ GLASS _FIBER_FILTER________ "80dba 85dba 90dba' n DUPOMT u P4000 PUM> jwtlLIPONT "pTSOO pump n DUPONT P200A pump qmsa 1-1 PUMP EXHAUST SYSTEMS/WEMARKS n FUNCTIONING LJ NORMALLY n NOT FUNCTIONING ^ NORMALLY hp(-- 1 DUPONT D376 DOSIMETER t DUPONT D381 J DOSIMETER -- L*i~ b_ Lwv', OUTSIDE TEMP WIND DIRECTION WIND VELOOTY .F CNTRL PUMP NO SERIAL NO SAKFLE NO. MILITARY TIME START STOP (M C.r3? W Hlb /r?3k NVH TOTAL MINS G SUNNY Q FOG Cf CLOUDY B HUMID SHOWERS O SNOW RAIN PTLY. CLOUDY LPM/CC 0.0 VOLUME LITERS W ANALYSIS RESULT ttrtf.Y* AIRBORNE CONCENTRATION 6.0/2 4/t<- DID EKTLOVEE WEAR RESPIRATOR? YES NO SOMETIMES DOS SERIAL START IF SOMETIMES WHEN? RESPIRATOR MAKE A MODEL {TIME) STOP TOTAL MIN HABgumyU frlRWftftft COHVgWTKB nm* LEVEL DID P^LQYEE WEAR HEARING PROTECTS YES NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETCHES /*j , MAKS-ft M9PEL JL it AdCnsS ppt t^^aJwrc. (kv Jife 15 Com pJUd-ctcJJ ( uuvp, <wi IWASUAXS clitXMehv' oJ~ &J-L, , ll^|acf Mite fvor*- Pip-^ (//U'VjliA.Lj CL^CUUff (X-nJ Cuwvo^cv' fcA_( 01-16-0056 12/81 CTD023004 CeroMfeedBI_____ PLANT NAME nuvsM ioL* EMPLOYEE NAME Casa^ INDUSTRIAL HYGIENE MONITORING DATA SHEET ~M LOC NO. SAMPL-. TAKEN BY_____ DATE OF TEST (? (J<rvvu) IX Mcuuyi-l. DEPARTMENT/UNE JOG TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT ft4fr.fcUd.A- [ /^VuAatd OpL\uJie\J ISO CONTAMINANT ' FIBERGLASS ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE SAkVLING METHOD B" OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS, TWO IN SERIES SILICAL GEL FLOR1SIL TUBE CLOSED FACE AUDIO DOSIMETER SAMPLING MEDIA O' 0.8n MCEF. wn J JPORF FILTER Sjl PVC FILTER GLASS FIBER-SOLVER MEM FILTH ISO mi. CHARCOAL SODIUM BISULFITE 300 mi. SILICA GEL ISO mi. SKC FLORBU. TUBE GLASS FIBER FILTER 80dt 85dba G SOdba n DUPONT U R4000 PUMP rrvOUPONT ^P2S00 pump n DUPONT u p200a pump EQUIPMENT pi ^ u pump fl DUPONT 0376 dosimeter rn DUPONT 0381 u dosimeter EXHAUST SYSTEMS/REMARKS n FUNCTIONING NORMALLY n NOT FUNCTIONING LJ NORMALLY WEATHER CONDITIONS OUTS1DC TEMP If' F WIND DIRECTION WIND VELOCITY WH SUNNY S' FOG S' CLOUDY ET HUMID SHOWERS SNOW %CNTRL PUMP NO. SERIAL NO SAKPLE NO. MILITARY TIME START STOP TOTAL MINS LPM/CC VOLUME LITERS ANALYSIS RESULT 00 fo/ar NM37- Hl'J W 1. BBS 456.17 43670.77 Ht RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION 6.0? -f/cc. DID EMPLOYEE WEAR RESPIRATOR? YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? &RESPIRATOR MAKE MODEL (TIME) STOP %TOTAL MIN HEAD'OUT REBUll 8hr corr DID EMPLOYEE WEAR HEARING PROTECT* D YES S/'nO G SOMETIMES IF SOMETIMES WHEN? I/ Wk VtWvd U/oalfe* oj COMMENTS/SKETCHES |(ku, Ukiv (ofv lli< MAKE A MODEL ^)* iiAAVtS " M.5C Coy^^xM^ Ou^v WtMt f^cmA ivvttad ^lls IjlAal a t^faJ noik- M C>Ptev i"> ps. ^ivtif <*> aavi v'aJ CLwi (wth^ 01-16-0056 12/81 CTD023005 ii 1 CertairifeedB PtAMT NAME INDUSTRIAL HYGIENE CM9, MONITORING DATA SAMPL- TAKEN BY r (Oo/ihs SHEET & DATE OF tH N\ p-z_ EMPLOYEE NAME DgPARTMENT/UNE -ilfl/ygL. fel t Ul J06 T1TLE/IENVIRONMENTAL LOCATION MANUFACTURING PRODUCT f1 \iisn. CONTAMINANT , FIBERGLASS d ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE 8AKVUNG METHOO 5K OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS. TWO IN SERIES SILICAL GEL FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER SAMPLING MEDIA ax 0.8*! MCEF, MUJJPORE FILTER S*l PVC FILTER o GLASS FIBER-SILVER MEM FILTH ISO mg. CHARCOAL SODIUM BISULFITE 300 mg. SaiCA GEL 150 mg. SKC FLORISIL TUBE GLASS FIBER FILTER 80db 85dba D 90db> li 11 i lO D 1 n DUPONT U R4000 PUMP d\DUPONT P2S00 PUW> n DUPONT ^ p200a pukb EQUIPMENT EXHAUST SYSTEMS/REMARKS rn DUPONT D376 LJ DOSIMETER 1 DUPONT 0381 J DOSIMETER FUNCTIONING NORMALLY OUTSIDE TE*S NOT FUNCTIONING NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY FOG CLOUDY HUMID SHOWERS SNOW RAIN PTLY. CLOUDY CNTRL NO. 0 0(o PUMP tIALNC 7C0*>b SAM*LE NO. MILITARY TIME M3_ TOTAL MINS V>3 LPM/CC Lb'll, VOLUME UTERS ANALYSIS RESULT AIRBORNE CONCENTRATION PIP EK^LOYEE WEAR RESPIRATOR? IF SOMETIMES WHEN? RESPIRATOR MAKE * MODEL YES NO SOMETIMES CNTRL NO DOS SERIAL CELLSTART (TIME) STOP TOTAL MIN heapoutmwi 8HR CORR % fflKBTU BSft bSYft DID EMPLOYEE WEAR HEARING PROTECT YES d NO SOMETIMES Vcvvi^l(y (CT^iwvS ^vovu^lvovik IF SOMETIMES WHEN? COMMENTS/SKETCHES MAKE A .MODEL 01-16-0056 12/81 CTD023006 klM C&VUi^l MV. ^-/OvA cW**' s^n-u 01-16-0056 12/81 fV'Of? ^ P'f^ [rdfi MjtU u CTD023007 CertairifeedW PLANT NAME fAwASic^ INDUSTRIAL HYGIENE MONI~>RING DATA SHEET LOC NO. SAMPl. taken by DATE OF TEST "f-J /IfrVlAo ZH fHCUft f-z. EMPLOYEE NAME DEPARTMENT/LINE \ns ) Hi kcT-fl JOB TITLE/ENVIROhMENTAL LOCATION MANUFACTURING PRODUCT _'w-be.Am, 0 CONTAMINANT FIBERGLASS __ ASBESTOS^________________________ TOTAL DOST ___ SIUCA. DUST_____________________ __ASPHALT_FJLIMES_________________ " VIN YL_ CHLORIDE_(MONOMER)_ _ _ _FORMALDEHYDE_________________ _Q _ _HInol_ _ ~___________________ a pcb __NOISE_ " D <c" \SO SAMPLING METHOD m/ OPEN FACE CLOSED FACE ____CYCLONE_______________________ '___ CLOSED^ FACE_____________ ___ " [ CHAJtCOAL_ TUBE______ 2 ' ___ IMPINGERsT two JN ..SERIES. '___ SiyCAL_GEL___________________ ' FLORISIL TOBE .___ CLOSED. FAC.E_________________ ' AUDIO DOSIMETER SAMPUNS MEDIA <0'" 0.8II MCEF, MLUFORE FILTER IfTpvc" FILTER JD___GLASS^FIBBRaLVER MEM FILTH ____ 150_mg;_ CHARCOAL ~ JD SODIUM .BISULFITE. "_______ ' JD _300_m|:. JILICAGEL-_______ ' 150~mg. SKC~FLORBnTTUBE P CLASS _FIB_ER_FILTER_______ 80db> 85dba U 90db> kvOufont "R4000 PUhP n DUPONT UR2500 pump n DUPONT up200a pump qmsa 1-1 PUMP 1 DUPONT D376 J DOSIMETER n DUPONT d381 1-1 DOSIMETER EXHAUST SYSTEMS/REMARKB FUNCTIONING NOT FUNCTIONING NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION 7 c '<it> f WIND VELOCITY SUNNY 0" FOG CLOUDY (E-'HUMID p SHOWERS SNOW CNTRL PUMP NO. SERIAL NO SAMPLE NO. Ml LITARY TIME TOTAL MINS VOLUME LITERS ANALYSIS RESULT RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION QQj ^o? lo}p_ 2.o & 1 O.0O0t%}/(1J DID EMPLOYEE WEAR RESPIRATOR? YES CNTRL NO NO SOMETIMES START IF SOMETIMES WHEN? RESPIRATOR MAKE & MODEL (TIME) STOP TOTAL MIN WAPOUTH--UL1 8hr cqrr % COHYMTKB BM8 LEVEL DIO EMPLOYEE WEAR'HEARING PROTEC IT YES 53/NO SOMETIMES lito' nti IF SOMETIMES WHEN? COMMENTS/SKETCHES Iu^wAa-. MAKE A MODEL M.0v\cltw -Mcrvei <i^s b dClAca GyiIia. ^0 1 xes* (jPutldivV^vy,'7 bLJlcatn " ftojS <Qjyy\e ^ Si ! 1 Cc. Uxuj, 01-16-0056 12/81 CTD023008 CertairifeedM ^ PPLL^ATNfTT nNAME KUj&S'uL EMPLOYEE NAME INDUSTRIAL HYGIENE MONr^RING DATA SHEET M IOC NO. SAMP... TAKEN BY PATE OF TEST t J rttJUcO Vi /Rg-^ Yu PEPARTMENT/UNE HtIAALv CiAj.--------------- 1 nTLE/eMyiWONMEKTAL LOCATION l.frJtA /TVuudZ. OfUeX' MANUFACTURING PRODUCT b \st? CONTAMINANT SAMPLING METHOD FIBERGLASS 'ey ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) a FORMALDEHYDE PHENOL o PCB NOISE OK OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE a IMPINGERS, TWO IN SERIES a SILICAL GEL D FLORISIL TUBE CLOSED FACE D AUDIO DOSIMETER EQUIPMENT n DUPONT U R4000 PUI*> t DUPONT J P2500 PUK n DUPONT LJ p200a pump SAMPLING MEDIA 0.8/i MCEF, MEUPORE FILTER 5fi PVC FILTER GLASS FIBER-SILVER MEM FILTH a ISO mg. CHARCOAL a SODIUM BISULFITE 300 mg. SILICA GEL ISO mg. SKC FLORISIL TUBE GLASS FIBER FILTER 80db 85dba U 90dba 1 DUPONT D376 J DOSIMETER i DUPONT D381 J DOSIMETER EXHAUST SYSTEMS/REMARKS r-i FUNCTIONING LJ NORMALLY OUTSIDE TEMP NOT FUNCTIONING NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY .SUNNY FOG 0O' CLOUDY HUMID SHOWERS SNOW RAIN PTLY. CLOUDY CNTRL PUMP NO. SERIAL NO 60*1 Eu-E SAMPLE NO. M-3f/ MILITARY TIME /oS> 1W TOTAL MINS VR LPM/CC l.\y VOLUME LITERS mu, ANALYSIS RESULT o AIRBORNE CONCENTRATION DIO EMPLOYEE WEAR RESPVRATOR7 IF SOMETIMES WHEN? RESPIRATOR MAKE & MODEL YES 0 NO SOMETIMES CNTRL NO DOS SERIAL CELLSTART (TlMEl STOP TOTAL MIN mabbut 8HR CDBH WHVKITTM 81k UYB. DID EMPLOYEE WEAR HEARING PROTECTS YB E NO SOMETIMES 0-iniAi Wo-js <4z V'iu ^ IF SOMETIMES WHEN? MAKE A MODEL COMMENTS/SKETCHES LuAck ati - ii if 'Tim [xiwu |v<xm Cujl a^J-oclcd^. Uccitafj ^ Vrec^s /> 01-16-0056 12/81 CTD023009 ------ 1 _) 0 .3 ___ CertairifeedH HurtPJLATNT NAME INDUSTRIAL HYGIENE LOC NO. MONITORING DATA SAKffL, TAKEN BY {|\)ortis SHEET DATE OF TEST EMPLOYEE NAME DEPARTMENT/LINE 'dc!' JOB TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT V lso CONTAMINANT SAKVLING METHOD SAKPUNG MEDIA FIBERGLASS OPEN FACE Sk ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE CLOSED FACE CYCLONE CLOSED FACE D CHARCOAL TUBE IMPINGERS, TWO IN SERIES SILICAL GEL FLORISIL TUBE D CLOSED FACE AUDIO DOSIMETER fjDUPONT U P4000 PUM* n DUPONT U P2S00 PULP n DUPONT U P200A PUMP EQUIPMENT n MSA U PUMP 0.811 MCEF, MILUFORE FILTER 5/1 PVC FILTER GLASS FIBER-SILVER MEM F1LTEI 150 mg. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL 150 mg. SKC FLORISIL TUBE GLASS FIBER FILTER SOdba SSdba 90dba n DUPONT D376 U DOSIMETER n DUPONT D38I lj DOSIMETER EXHAUST SYSTEMS/REMARKS n FUNCTIONING LJ NORMALLY OUTSIDE TEMP CNTRL PUKff* NO. SERIAL NC 01 o n NOT FUNCTIONING 1-1 NORMALLY WEATHER CCMDITIONS WIND DIRECTION WIND VELOCITY MPH SUNNY i FOG S/ CLOUDY Cf HUMID SHOWERS SNOW SAMPLE NO. UvT MILITARY TIME START STOP 110'S TOTAL MINS vlb LPM/CC 7..oM3 VOLUME UTERS wi.n ANALYSIS RESULT rQhr 17. <*' RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION 1 DIO EMPLOYEE WEAR RESPtRATOR? YES NO n SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? (TIME) STOP TOTAL MIN DID EK#*LOYE WEAR HEARING PROTECTS YES d/NO SOMETIMES IF SOMETIMES WHEN? lios- ins ins - INf iVtaK-t^L/L ( COMMENTS/SKETCHES ?v<s$ 0 j2JLa { - 1 IQ o RE3*IRATOR MAKE ft MODEL 8hr corr * MAKE ft MODEL fW - I $1TD fftl6-jAA.f~Wt ^^U<4trV CKO ^ htJOSf^ViS. 01-16-0056 12/81 CTD023010 CertainTeedH RLAMT NAME INDUSTR1AL HYGIENE MONITORING DATA SHEET to IOC NO. SAMP.. TAKEN BY PATE OF TEST P.J< KcrwJ & EMPLOYEE NAME PEPARTMENT/UNE 'Pi-uoic1 Pavliks JOB TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT Id-PrC___Q^.ZAr*)&J A I B" ISD T-c^^jr CONTAMINANT FIBERGLASS sy asbestos TOTAL DUST ___ SILICA_ DUST______ asphalt"fumes _VJNYL_ CHLORIpJ_(MpNOMER^ _ _ _FORMALDEHYDE_________________ _ _PHENOL___________________________ ~G PCB _ _NOISE_ " SAMPLING METHOD 0/ OPEN FACE CLOSED FACE CYCLONE _ .CLOSED, FACE____ ' CHARCOAL TUBE IMPINGERS^ TWO JN _SEWES_ ' SILICAL GEL FLORISIL TUBE ___ CLpSED_FACE______ ' AUDIO DOSIMETER SAMPLING MEDIA Ck O.SM MCEF, MILUPORE FILTER 5/i PVC FILTER GLASS FIBER-SILVER MEM FILTEf 150 mg. CHARCOAL P___SODIUM .BISULFITE^ P___JOO^m^ SILICA_GEL_ 150 mg. SIX FLORISIL TUBE GLASS _FIBER_FILTER________ 80dba G 85dba G 90dba i DUPONT 3 R4000 PUl* n DUPONT u P2500 PUK n DUPONT ^ P200A PUMP -i DUPONT D376 J DOSIMETER i DUPONT d38I J DOSIMETER 7 FUNCTIONING NORMALLY OUTSIDE TEMP n NOT FUNCTIONING LJ NORMALLY WIND DIRECTION EXHAUST SYSTEMS/REMARKS WEATHER CONDITIONS WIND VELOCITY SUNNY l\sFoa QkCLOUDY " HUM1D SHOWERS SNOW STRAIN PTLY. CLOUDY CNTRL PUMP NO. SERIAL NC 01/ 4m SAMPLE NO. MIUTARY TIME NHTb oton J5Ufc. TOTAL MINS VOLUME LITERS tPo.tb ANALYSIS RESULT AIRBORNE CONCENTRATION O. DID P^LOYEE WEAR RESPIRATOR? YES */nO SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? RESPIRATOR MAKE & MODEL (TIME) STOP TOTAL MIN wAOOUrwgw.T 8HR CORR % cowvcttid m* uvb. DID EMPLOYEE WEAR HEARING PROTECTY YES SOMETIMES |xiaJ CvlmomJt (ie^iWiow IF SOMETIMES WHEN7 COMMENTS/SKETCHES iwj . l* if I- [llkcL- \ Wu<xk MAKE ft MODEL 01-16-0056 12/81 CTD023011 Certairifeedl PLANT NAME KUrC/LSl^ EMPLOYEE NAME frtViy. Cafe'S INDUSTRIAL HYGIENE MONITr*RING DATA SHEET Co LOC NO- SAMP^ TAKEN BY_______ DATE OF TEST ?.. I/I 26 ?2, <? <-i DEPARTMENT/LINE HH 'l {juJ/is-4. 4t 1 JOB TITLE/ENVIRONMENTAL LOCATION ' MANUFACTURING PRODUCT <s" izv ic 1- viLp (tlo\ j LaMr-t /kaitu*~i 1 _________________________________________________________________________ CONTAMINANT / *7VlU4 SAMPLING METHOO SAMPLING MEDIA FIBERGLASS ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS. TWO IN SERIES SILICAL GEL FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER EQUIPMENT n DUPONT U P4000 PUKtf> n DUPONT LJ P2500 PUMP n DUPONT U p200a PUMP n MSA U PUMP 0.8M mcef, mbxifore filter 5m PVC FILTER GLASS FIBER-SILVER MEM F1LTEI 150 mg. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL 150 mg. SKC FLORISIL TUBE GLASS FIBER FILTER 80db 85db> U 90dba n DWONT D376 DOSIMETER n DUOMT D381 LJ DOSIMETER EXHAUST SYSTEMS/REMARKS n FUNCTIONING LJ NORMALLY OUTSIDE TEMP n NOT FUNCTIONING LJ NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY Q'-'CLOUDY ^ HUMID &" RAIN Q^ CNTOL NO. PUMP % SERIAL NG SAfcPLE NO. Q\\ Wll MILITARY TIME START STOP KSH TOTAL MINS O^-FOG LPM/CC /.nr SHOWERS SNOW VOLUME UTERS ANALYSIS RESULT V^lo-tF f{klh*. PTLY. CLOUDY AIRBORNE CONCENTRATION o. 02i {u. ' DID EKFLOYEE WEAR RE9VRATORT YES NO SOMETIMES CNTRL NO DOS SERIAL CELL IF SOMETIMES WHEN? RESPIRATOR MAKE ft MODEL START (TIME) STOP TOTAL MIN RCAD OUT RESULT 8hr corr % DID EMLOYE WEAR REARING PROTECTT O'" yes NO SOMETIMES (jdb- hiuitvJ, ' <Li o (<. 5 k*. IF SOMETIMES WHEN? COMMENTS/SKETCHES MAKE ft MODEL XTVJ^jA Mil c-w S^fpkSlKiCfce,i'' rCffl-L h idvcuxt 01-16-0056 12/81 CTD023012 CertainTeedB_____ PLANT NAME Z\uus ede. INDUSTRIAL HYGIENE LOC NO. MONITORING DATA ____-SAMPw_ TAKEN BY 'P.J /Wli SHEET DATE OF TEST Zk /Mcllj EMPLOYEE NAME M Ud-4' DGPARTMENT/U NE lofL (ju* JOB TITLE/BNVWONMENTAL LOCATION MANUFACTURING PRODUCT _f jU.____________b ViiIao T/ck* / < ______________________ ?" 1 t tiadi-e/i CONTAMINANT SAKVLING METHOD i.n> to SAMPLING MEDIA i FIBERGLASS ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE n OPEN FACE CLOSED FACE CYCLONE CLOSED FACE D CHARCOAL TUBE IMPINGERS, TWO IN SERIES SILICAL GEL FLOR1SIL TUBE CLOSED FACE AUDIO DOSIMETER "rVDUPONT R4000 nJM> UI-I DUPOWT P2500 PUMP n DUPONT P200A pump EQUIPMENT n "SA lj pump 0.8|i MCEF, M3LUPORE FILTER S#i PVC FILTER GLASS FIBER-SILVER MEM FILTEI ISO mi. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL ISO mg. SKC FLORISIL TUBE GLASS FIBER FILTER 80dba 8Sdba O 90dbi n DUPONT 0376 dosimeter n DUPONT D381 dosimeter EXHAUST SYSTEMS/REMARKS r/ FUNCTIONING " NORMALLY n NOT FUNCTIONING u NORMALLY WEATHER CONDITIONS OUTSIDE TEKP WIND DIRECTION WIND VELOCITY SUNNY S'-'CLOUDY O^HUMID U F CKFOG SHOWERS SNOW CNTRL PUMP NO. SERIAL NO SAMPLE NO. MILITARY TIME START STOP TOTAL MINS LPM/CC VOLUME LITERS ANALYSIS RESULT tin? A^5T> 6 2(0- iSb | Tft, 1/3 6*8. 0t +/M (STRAIN PTLY, CLOUDY AIRBORNE CONCENTRATION 0. oss-p-fet. DIO EKPLOYEE WEAR RESPIRATOR? YES El no sometimes IF SOMETIMES WHEN? CNTRL NO DOS SERIAL CELL START (TIME) STOP TOTAL MIN REOTRATOR MAKE A MODEL 8hr corr % DID EKPLOYEE WEAR HEARING PROTECT?1 IF SOMETIMES WHEN? MAKE A MODEL YES & NO SOMETIMES COMMENTS/SKETCHES f&V 'ho /VU-lAlA-fts. node dry ^ilcLe-l k 0'S htlpu . ho-vwveu i ia<=i Cvit^iuj finished ff" 01-16-0056 12/81 CTD023013 CertairifeedB rUWT HftME. INDUSTRIAL HYGIENE MONITORING data sheet uJ LOC NO._____ SAMPL TAKEN BYDATE OF TEST p.j. no*sis "tlXcoiyj 9 ?, EfcffLOYEE NAME ich>*J-------- &n. Qa6 JOB TITLE/ENVIRONMENTAL LOCATION PEPARTMENT/L1NE MANUFACTURING PRODUCT Pi ^liA- 150 Type CONTAMINANT SMVUNG METHOD SAMPLING MEDIA FIBERGLASS <BC -ASBESTOS_______________________ ' TOTAL DUST _SILICA DUST____________________ ' __ASPHaLt_FUMES________________ ' _ \TNYL~ CHLORIDEJMONOMERI ' _ .formaldehyde________________ Q .FHENOL_________________________ PCB NOISE. O O'" OPEN FACE CLOSED FACE _CYCLONE_____________________ '___ CLOSED^ FACE_______________ " ' CHARCOAL. TUBE. ~ ~______ ' ___ IMPMGERS^ TWO JN _SERJES_ " CT I SILICA!^ GEL^ ~___ ~_________ " FL0R1SIL TUBE cLoseii face______________ AUDIO DOSIMETER GF*' 0.8*1 MCEF, MQXIPORE FILTER " S*T PVC" FILTER _Q__ GLASS_FDRjLVER MEM F1LTEI ___ L5?ITMj.I:Barcpal~_~~~' ___ SODIUM JKULFITE_________ ___ JOcTmiL JILICA_GEL______ "iitfnig. SKC FLORKL TUBE ___ GLASS FIBER.FILTER______ 80dt~ SSdba 90db <*"ryrDPU0P0O0NPTUW n DUPONT U P2S00 PUMP n DUPONT UJ p200a puk0> EQUIPMENT dmsa PUMP r-i DUPONT D376 UJ DOSIMETER i DUPONT D3S1 1 DOSIMETER EXHAUST SYSTEMS/REMARKS n FUNCTIONING Ui NORMALLY n NOT FUNCTIONING U NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION WIND VELOCITY B F CNTRL PUMP NC SERIAL NC SAMPLE NO. MILITARY TIME START STOP TOTAL MINS SUNNY JB' FOG B" CLOUDY [O-'HUMID SHOWERS SNOW LPM/CC VOLUME UTERS ANALYSIS RESULT oiM 1 /STD I.U m.i O'RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION 0 DID EMPLOYEE WEAR RESPIRATOR? YES wy NO SOMETIMES CNTRL NO DOS SERIAL CELL IP SOMETIMES WHENT RESPIRATOR MAKE ft MODEL START (TIME! STOP %TOTAL MIN madoutrebuli 8HR CQHB eanv^ DID E^LOYEE WEAR HEARING PROTECTS YES SOMETIMES CLvoJ vk fJt U_st I 0M&. IF SOMETIMES WHEN? MAKE ft MODEL COMMENTS/SKETCHES ILa^O.J' HCLt-C ptfTVV (rWA. Ir^ F\01VC fvOYVL (o-'H'VCS C ^cdci, 01-16-0056 12/81 CTD023014 CertainTeedl INDUSTRIAL HYGIENE MON' 'RING DATA SHEET -nt PLAWT NAME_______ iiuw\(U me no. SAMPLE TAKEN BY f A&W& PATE OF TEST 11 OAu^ EMPLOYEE NAME DEPARTMENT/LINE ygi/ut( >B TITLRP<V!RONMENTAL LOCATION MANUFACTURING PRODUCT CONTAMINANT a FIBERGLASS & ASBESTOS TOTAL DUST SILICA DUST _ _ASPHALT_FUMES________________ Q _ "^3lPJ_(??pNOMER^ " FORMALDEHYDE _ phenol_ ~d PCB NOISE LUJ SAMPLING METHOD xy OPEN FACE i M-t- -t I SAKVUNG MEDIA 0.: MCEF, MttJJPORE FILTER a CLOSED FACE D_ CYCLONE CLOSED^ FACE____ D_ "charcoal tube" _ IMPINGERS^ TWO JN _SERIES_ SILICAL GEL D FLORISIL TUBE _ CLOSED^FACE_____ AUDIO DOSIMETER" 5/i PVC FILTER GLASS FIBER-SILVER MEM FlLTEI ISO mg. CHARCOAL D SODIUM _BISULFITE_ D jq0_mg^ JILICA_GEL_ ISO mg. SKC FLORISIL TUBE GLASS FJBER FILTER______ 80dba 85dba 90dba r--i DUPONT up4000pum> r-yOUPONT wp2500 pump n DUPONT LJ P200A PUMP EQUIPMENT DUPONT D376 J DOSIMETER t DUPONT 0381 J DOSIMETER EXHAUST SYSTEMS/REMARKS <n/FUNCTIONING NORMALLY OUTSIDE TEMP y> CNTOL PUMP NO. SERIAL NC oiT m. NOT FUNCTIONING NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY D^pog ^KcLOUDY Vf HUMID SHOWERS SNOW RAIN PTLY. CLOUDY SAMPLE NO. MILITARY TIME cm'9\ 1sl TOTAL MINS US I 7,<ra VOLUME LITERS 1o7- ANALYSIS RESULT AIRBORNE CONCENTRATION o ,on y -flu. DID EMPLOYEE WEAR RESPIRATOR? IF SOMETIMES WHEN? RESPIRATOR MAKE A MODEL YES SOMETIMES CNTRL NO DOS SERIAL CELL START tTIMEI STOP TOTAL MIN WKAOOur RMULi 8HR CORR % cowveirrM n* lml PIP EMPLOYEE WEAR HEARING PROTECTT YES C$/NC SOMETIMES A of f'5'/m^c-fov IF SOMETIMES WHEN? COMMENTS/SKETCHES fyxuA1? tmcnMvl `tb- l \o% fyliKSatJ- MAKE A MODEL i r-t. 01-16-0056 12/81 CTD023015 CertainTeedH PLANT NAME fll'MA&dc EMPLOYEE NAME INDUSTRIAL HYGIENE MON 'RING DATA SHEET LOC NO. SAMPLE TAKEN BY_____ ____ PATE OF TEST P. X vIcaam DEPARTMENT/UNE fkCHr Irl W S^UielU-c X& TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT i lJLpsi \J[SoV 1 [/.i-ffc. * ( CONTAMINANT SAKVLING METHOD FIBERGLASS Sy OPEN FACE & ASBESTOS TOTAL DUST SILICA DUST CLOSED FACE CYCLONE ASPHALT FUMES CLOSED FACE VINYL CHLORIDE (MONOMER) CHARCOAL TUBE FORMALDEHYDE r IMPINGERS, TWO IN SERIES PHENOL SILICAL GEL PCB FLORISIL TUBE CLOSED FACE NOISE D AUDIO DOSIMETER EQUIPMENT r-i DUPONT U P4000 PUM Wf)UPONT a P2500 PUMP n DUPONT u P200A PUMP n MSA U PUMP SAMPLING MEDIA CK 0.8)i MCEF, MUJJPORE FILTER Sji PVC FILTER GLASS FIBER-SILVER MEM FlLTEI ISO mg, CHARCOAL SODIUM BISULFITE 300 ms- SILICA GEL ISO mg. SKC FLORISIL TUBE GLASS FIBER FILTER 80dbs 85dba 90dba n Dt^ONT D376 DOSIMETER q DIPONT D381 LJ DOSIMETER EXHAUST SYSTEMS/REMARKS ^/FUNCTIONING ^ NORMALLY n NOT FUNCTIONING LJ NORMALLY WEATHER CONDITIONS OUTSIDE TEMP GO F WIND DIRECTION WIND VELOCITY KVH SUNNY B'-'FOG SyCLOUDY '0" HUMID SHOWERS SNOW CNTRL PUMP % NO. SERIAL NO mt (pM SAMPLE NO. MILITARY TIME START STOP Ilf I'StD TOTAL MINS LPM/CC VOLUME LITERS qo3.n5 ANALYSIS RBULT RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION 0. V DID EKPLOYEE WEAR RESPIRATOR? YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? (TIME) STOP TOTAL MIN DID EMPLOYEE WEAR HEARING PROTECTS YES Q^no G sometimes IF SOMETIMES WHEN? COMMENTS/SKETCHES RESPIRATOR MAKE & MODEL %8hr corr MAKE A MODEL 01-16-0056 12/81 CTD023016 CertainTeedH FLAHT, NAME,. diyfAuic INDUSTRIAL HYGIENE MON! RING DATA SHEET I/O LOC NO._____ SAMPLE TAKEN BY DATE OF TEST P.J. 7b EMPLOYEE NAME 4^ MLRONMENTAL LOCATION % Ted-*., (inr DEPARTMENT/LINE MANUFACTURING PRODUCT CONTAMINANT SAMPLING METHOD FIBERGLASS QK _ASBESTQS____ ~D TOTAL DUST SILICA DUST D _ _ASPHALT_FUMES_______________ " __VIN YL_ CHLORipj_(MONOMER^ " _ _?orm aldehyde_______________ *_ PHENOL_________________________ " PCB NOISE OPEN FACE C CLOSED FACE D CYCLONE _ CLOSED^ FACE____ ' CHARCOAL TUBE" Q___IMPINGERS^ TWO JN _SERIES_ " D SILICAL GEL FLORISIL TUBE _ CLOSED_ FACE______ ' AUDIO DOSIMETER EQUIPMENT UPONT R4000 PUKP J P2S00 pump J p200a pump CMSA ^ PUMP SAMPLING MEDIA (p 0.8M MCEF, MniJPORE FILTER ijUPVc" FILTER GLASS FIBER-SILVER MEM FlLTEI D___ 150 mg. CHARCOAL P__ SODIUM .BISULFITE___ D__ J00 mg. SILICA GEL 150 mg. SKC FLORISIL TUBE GLASS F^BER FILTJR_______ 80dba 85dba 90db 1 DUPONT D376 J DOSIMETER 1 DUPONT D381 J DOSIMETER EXHAUST SYSTEMS/REMARKS n FUNCTIONING LJ NORMALLY OUTSIDE TEMP NOT FUNCTIONING NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY sunny Kk FOG (Becloudy Ek humid SHOWERS SNOW Derain PTLY. CLOUDY CNTRL PUMP NO. SERIAL NO on SAMPLE NO. MILITARY TIME Dili, /SOI TOTAL MINS !L /.& VOLUME LITERS ANALYSIS RESULT `joZOLO AIRBORNE CONCENTRATION o.iyjtyf* DIP EKPLOYEE WEAR RE3FIRATOR7 IF SOMETIMES WHEN? RES*!RATOR MAKE ft MODEL YES NO SOMETIMES C^RL_NO DOSRIAL_ &i ART ^TIME| ^ b^QP^ ^ TOTAL^Ml^N NtADOUTREivu DID EMPLOYEE WEAR HEARING PROTECTS YES NO SOMETIMES #M ,LoAc (AoSV>\-U IF SOMETIMES WHEN? MAKE ft MODEL btiA. KUxl/A COMMENTS/SKETCHES ^ T'ivWa' 2--107. &8> aJc , ln( 01-16-0056 12/81 CTD023017 CertairifeedB rtfINDUSTRIAL HYGIENE MONI RING DATA SHEET / PLANT N|AME__________________________________ LOC NO. SAMPLE TAKEN BY_______ DATE OF TEST ... ___ feiias jL f-J. Z7 EMPLOYEE NAME DEPARTMENT/LINE V PU \ 1 JOB TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT (Vnac, [Vi111 ft % F"6 UGJiA- tSVT CONTAMINANT FIBERGLASS &___ ASBESTOS^______________________ total" dust __S1UCA_ DUSJ____________________ " _ _ASPRALT_FUMES________________ JO ,, _VJNYL_ CHLORIDEJMONOMER^ _ _ FORMALDEHYDE________ ~_____ PHENOL_________________________ ~PCB _ _ _NOlSE_ SAMPLING METHOD \sy OPEN FACE CLOSED FACE ___ CYCLONE____________________ '___CLOSED, FACE________________" " ___CHARCOAL_ TUBE____________ " ___IMPINGERS^ TWO JN _SERIES_ [ _ _5?yAL_ GEl^"______________ FLORISIL TUBE ___ CLOSED^FACE________________ ' AUDIO DOSIMETER SAMPLING MEDIA Gy 0.8m mcef, mqjjpore filter " 1m pvc" FILTER ___ GLASS^ D^R^VER MEM FlLTp ____ IS0~mg. .CHARCOAL__________" ____SODIUM jaSULFITjf_________ " ____ JwTmgTllLICAGEL_________' D ISO mg. SKC FLORISIL TUBE GLASS _FIBER_FILTER_______ 80dba 85dba 90dba n DUPONT U R4000 PUIP rVDUPONT w P2S00 pump n DUPONT ljp200a pump EQUIPMENT n MSA 1-1 PUMP i DUPONT 0376 J DOSIMETER i DUPONT D381 J DOSIMETER EXHAUST 8YSTEMS/REMARKS ^ FUNCTIONING NORMALLY OUTSIDE TEMP n NOT FUNCTIONING LJ NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY O' FOG Kcloudy HUMID SNOW RAIN PTLY. CLOUDY CNTRL PUMP NO. SERIAL NC 016 bm SAMPLE NO. MILITARY TIME fj5>1 5120 [W TOTAL MINS Ml* I JJl VOLUME LITERS $75.1 ANALYSIS RESULT *V7Z oj Mili*. AIRBORNE CONCENTRATION 6 oId {c<_ DIO P*LOYEE WEAR RESPIRATOR? YES ^ NO SOMETIMES IF SOMETIMES WHEN? RE9IRATOR MAKE ft MODEL CNTRL NO DOS SERIAL _^CELL__ __START_^T[ME|_^CTO^><i>i TOTAL_Mj^N NUBOUTRgi^ JSHXfiBZSB^SAMKEL DID EKSMjOYEE WEAR HEARING PROTECT* YES ST NO SOMETIMES IF SOMETIMES WHEN7 COMMENTS/SKETCHES MAKE ft MODEL 01-16-0056 12/81 CTD023018 CertainTeedH INDUSTRIAL HYGIENE MONf 'RING DATA SHEET A NAME 1UpW5 t'J 6 EMPLOYEE NAME .fti TITLE/ENVIRONMENTAL LOCATION me no. SAMPLE TAKEN BY PATE OF TEST Pjfl OlVl 5 24 ^2. DEPARTMENT/UNE CiumsL. MANUFACTURING PRODUCT S(UJ ^ "2- *\ CONTAMINANT FIBERGLASS O' ASBESTOS TOTAL DUST _D__SIUCA_ DUSJ____ G ASPHALT FUMES _ __VINYL_ CHLOJUDE_(MONOMERj_ _ _ FORMALDEHYDE_______________ _ _PHENOL_________________________ PCB _Q NOISE " S'1 iso 1q|1 SAfcVLING METHOD CB^ OPEN FACE CLOSED FACE CYCLONE _ CLOSED, FACE__ " "CHARCOAL TUBE* _ IMPINGERSX TWO JN _SERIES_ `n SIL1CAL GEL FLORISIL TUBE CLOSED^FACE_____ "AUDIO DOSIMETER ^^ SAMSUNG MEDIA SK 0.8^ MCEF, MUUFORE FILTER 5m PVC FILTER GLASS FIBER-SILVER MEM FlLTEi 150 mg. CHARCOAL n__ SODIUM _B1SULFJTE_ ' loo mg. SILICA GELTM 150 mg. SKC FLORISIL TUBE CLASS _FIB_ER_FILTE R_______ 80dba 85dba U 90dba' r-i DUPONT u R4000 PUPxP 6 P2500 PUMP n DUPONT LJ p200a pump EQUIPMENT n MSA LJPUMP DUPONT D376 1 DUPONT 0381 J DOSIMETER r~r FUNCTIONING " NORMALLY OUTSIDE TEMP kr NOT FUNCTIONING NORMALLY WIND DIRECTION EXHAUST SYSTEMS/REMARKS WEATHER CONDITIONS WIND VELOCITY SUNNY Or FOG GKcloudy Q^humid G SHOWERS SNOW O' RAIN PTLY. CLOUDY CNTRL PUMP NO SERIAL NO 01 I G>t33 D10 SANFLE NO. MILITARY TIME Min ML. A;5/cy WlC TOTAL MINS m /, ? JjJL VOLUME LJTERS ANALYSIS RESULT 57iW 3 SX 3 /rsio AIRBORNE CONCENTRATION g.o4S//( 6, 0V 4\JH Cc- DIO EK^LOYEE WEAR RESPIRATOR? Q/ ye G NO SOMETIMES DOS SERIAL START IF SOMETIMES WHEN? RESPIRATOR MAKE A MODEL 5ft SI l.o (TIME! STOP TOTAL MIN RKBOUTIHWI.T 8HR CORR % figTIYBrns BSft LBYP. DID ESLOYEE WEAR HEARING PROTECT!- YE5 NO SOMETIMES (-AAacIv o^A I I ' ffb ------------------ttyr f l`H:f - i loXc kll IF SOMETIMES WHEN? MAKE R MODEL COMMENTS/SKETCHES j)vi \Ai OmAo rw>JH C' t^ W fU 'K-*- O^fb-lUIrv. 01-16-005b 12/81 CTD023019 CertainTeedl PLANT NAME r?i iaUS i ie. EMPLOYEE NAME i'( INDUSTRIAL HYGIENE MON! 'RING DATA SHEET IQ LOC NO. SAWLE TAKEN BY DATE OF TEST I'W/lS 7J& & 2- DEPARTMENT/LINE p-i Y\msGl ACj' JOO TITLE/ENVIRONMENTAL LOCATION Pm (mW. MANUFACTURING PRODUCT CONTAMINANT SAJffUNG METHOD FIBERGLASS S' ASBESTOS TOTAL DUST SILICA DUST asphalt FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE n OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS, TWO IN SERIES S1L1CAL CEL FLORISIL TUBE D CLOSED FACE AUDIO DOSIMETER O^bUPONT ^R4000 PUMP m/uPONT U"KP2500 PUMP pi DUPONT LJ P200A PUMP EQUIPMENT pi MSA LJ PUMP SAMHJNG MEDIA 0.8p MCEF, MHJJFORE FILTER 5p PVC FILTER GLASS FIBER-SILVER MEM FlLTEf ISO mg. CHARCOAL D SODIUM BISULFITE 300 mg. SILICA CEL ISO mg. SKC FLORISIL TUBE GLASS FIBER FILTER SOdbi 85dba U 90dba pi DUPONT D376 *-* DOSIMETER pi DUPONT D381 DOSIMETER EXHAUST 9Y6TEMS/REMARKS jr-/ FUNCTIONING W NORMALLY pi NOT FUNCTIONING 1-1 NORMALLY WEATHER CONDITIONS OUTSIDE TEkV> 6 S' f WIND DIRECTION WIND VELOCITY *0H D sunny Uy FOG B"cloudy ""humid SHOWERS SNOW CNTRL NO. PUMP SERIAL NO % SAA*LE NO. MILITARY TIME START STOP TOTAL MINS LPM/CC VOLUME LITERS ANALYSIS RESULT 0>' W3o(. (nyf n$< tf? 2.0T- & fcY. (* Vi <G""rain PTLY. CLOUDY AIRBORNE CONCENTRATION 0.oO5C//cX0 DIO EKFLOYEE WEAR RESPIRATOR? 2 YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? ARESPIRATOR MAKE MODEL sue (TIME! STOP TOTAL MIN RIAfi OUT RESULT 8hr corr % DID EMPLOYEE WEAR HEARING PROTECT?1 YES NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETCHES MAKE A MODEL 01-16-0056 12/81 CTD023020 COMMENTS/SKETCHES 01-16-0056 12/81 CTD023021 CertairifeedH PLANT NAME Riha?`J< EMPLOYEE NAME INDUSTRIAL HYGIENE MONI RING DATA SHEET to LOC NO. SAMPLE TAKEN BY DATE OF TEST p JWiS 76 DEPARTMENT/LINE tl JOB TITLE/ENVIRONMENTAL LOCATION V\Yl l MANUFACTURING PRODUCT ^/MuTU S' do^y CONTAMINANT SAKA.ING MEtTHhOoDdI fiberglass _?^_asbesJ2s.___________________________ TOTAL DUST _ SIUCA_ DUST____________________ _ _ _ASPHALT_F_UMES_______________ _ _ _VIN YL_ CHLORIDE__(MONOMER}_ _ FORMALDEHYDE_______________ __PHENOL_________________________ " PCB _ _ _NOISE_ Os' OPEN FACE CLOSED FACE ___ CYCLONE_____________________ ' ___CLOSED^ FACE________________" " CHARCOAL_ TUBE____________ [ ___IMPINGERS^ TWO JN JERIES^ "___SILICAL_ GEL_________________ FLORISIL TUBE ____LOSED_ FACE________________ ' AUDIO DOSIMETER EQUIPMENT n DUPONT UP4000 PUft* n DUPONT u P2500 pump J p200a pump 8AKPUNG MEDIA U^ 0.8M MCEF, MHUPORE FILTER '* *5/7"PVC* FILTER ___ GLASS_flB^^LVER MEM _F1JLTEI ____ l 50_mg^ _CHARCOAL_________ * _ SODIUM _BISULFITE__________' a J00_mg1 _S|LICA_GEL________ * G ISO mg. SKC FLORISIL TUBE D__ GLASS _FIBER__FILTE R________ 80dbs 85dba U 90dba \ DUPONT 0376 J DOSIMETER 1 DUPONT D381 J DOSIMETER EXHAUST SYSTEMS/REMARKS r-i FUNCTIONING 1-1 NORMALLY n NOT FUNCTIONING LJ NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION WIND VELOCITY SUNNY CLOUDY HUMID FOG SHOWERS SNOW F MSH CNTRL PUMP T/. SAMPLE NO. NO. serial nc cnA 4^ MILITARY TIME START STOP M? TOTAL MINS /SI LPM/CC /. 76 f VOLUME UTERS m-ii ANALYSIS RESULT OTd HSl <? <h& nj> l.lbX -oo Z211S.U /A'lk RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION 0. oui l`t- O.Ofc? 1 tc DID EKff>LOYEE WEAR RESPIRATOR? IF SOMETIMES WHEN? RESPIRATOR MAKE At MODEL YES NO SOMETIMES CNTRL NO DOS AL _^_STA__^TOP__a_a fOTAL^MIN rkabov^bq^ DID EMPLOYEE WEAR HEARING PROTECTS YES NO SOMETIMES Luwd\ ,6V IF SOMETIMES WHEN? COMMENTS/SKETCHES MAKE ft MODEL itu- (Uull 01-16-0056 12/81 CTD023022 Certairifeedl PLANT NAME EMPLOYEE NAME INDUSTRIAL HYGIENE MONI RING DATA SHEET kJ LOC NO. SAMPLE TAKEN BY P J. Ylou ii DATE OF TEST 26 i"L. PEPARTMENT/U NE JOB TITLE/ENVIRONMENTAL LOCATION Tl4t<v MANUFACTURING PRODUCT 1 a y y_ CONTAMINANT FIBERGLASS ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE SAMPLING METHOD S' OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS, TWO IN SERIES SILICAL GEL a FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER SAMPLING MEDIA S' 0.8J/ MCEF, MOUPORE FILTER 5*1 PVC FILTER GLASS FIBER-SILVER MEM FILTEF 150 mg. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL 150 mg. SKC FLORISIL TUBE GLASS FIBER FILTER 80dba 85dba U 90dba 1 ID 1 n DUPONT U R4000 PUKff* ryOUPONT ^p2SOO pump (--1 DUPONT LJ P200A PUMP EQUIPMENT i-i DUPONT D376 LJ DOSIMETER n DUPONT D381 LJ DOSIMETER n FUNCTIONING LJ NORMALLY OUTSIDE TEMP n NOT FUNCTIONING LJ NORMALLY WIND DIRECTION EXHAUST SYSTEMS/REMARKS WEATHER CONDITIONS WIND VELOCITY SUNNY O' FOG EKCLOUDY '<1 HUMID SHOWERS SNOW RAIN FTLY. CLOUDY CNTRL PUMP NO. SERIAL NO o'vV o'V'l L SAMPLE NO. MILITARY TIME fmn oin Kl^ [\Mn TOTAL MINS P(v 137 i.tof f.fos VOLUME LITERS SIYH< tin-il ANALYSIS RESULT TlU/.S" MbL* AIRBORNE CONCENTRATION o. I B~? f cc o. tsr Q U _______ 1 DID EKPLOYEE WEAR RESPIRATOR? YES O'7NO SOMETIMES DOS SERIAL IF SOMETIMES WHEN? RESPIRATOR MAKE & MODEL START (TIME) STOP TOTAL MIN MAOOUTRWLl 8HR CORR cowvgrrtD bma uvn DID EKffLOYEE WEAR HEARING PROTECT?' YES ID/NO SOMETIMES UbVCt vcId. ^i (JH1 IF SOMETIMES WHEN? COMMENTS/SKETCHES - N 1 Idb, Ccr^fiu-^ _MAKE ft MODEL ZsJLdlQ )t> ')$0> iiH ^ a.'u ^L 01-16-0056 12/81 CTD023023 CertairifeedW PLANT NAME Kimilic EMPLOYEE NAME INDUSTRIAL HYGIENE MONf ^RING DATA SHEET LOC NO. SAMPL* TAKEN BY DATE OF TEST A J- fl(jVlL0 27 VI- DEPARTMENT/LINE JOB TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT fiuimstunc' i' i "~r 3 % CXCiM t&> &C CONTAMINANT SAMPLING METHOD FIBERGLASS & ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE ty OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS, TWO IN SERIES S1L1CAL GEL FLORIS1L TUBE CLOSED FACE AUDIO DOSIMETER n DUPONT U R4000 PUfcP fXDUPONT ^ P2S00 PUMP n DUPONT u P200A PUMP EQUIPMENT n MSA LJ PUMP SAMPLING MEDIA r/ 0.8fl MCEF, MILUPORE FILTER 5*i PVC FILTER GLASS FIBER-SILVER MEM FILTH P ISO mi. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL 150 mg. SKC FLORISIL TUBE GLASS FIBER FILTER 80dba SSdba 90dbl n DUPONT D376 DOSIMETER r-i DUPONT D381 LJ DOSIMETER EXHAUST SYSTEMS/REMARKS r-/ FUNCTIONING V NORMALLY n NOT FUNCTIONING LJ NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION WIND VELOCITY (gb F CNTTIL NO. PUMP t/p SERIAL NO SAMPLE NO. MILITARY TIME START STOP MPH TOTAL MINS SUNNY KfOG \Sy CLOUDY O' HUMID SHOWERS SNOW LPM/CC VOLUME LITERS ANALYSIS RESULT oVS fj ifov 44} W ziwfc'/fc f/klk RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION 0-252, -flee,, DIO EMPLOYEE WEAR RESHRATOR? IF SOMETIMES WHEN? YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START (TIMEI STOP TOTAL MIN DID EMPLOYEE WEAR HEARING PROTECT?1 YES NO SOMETIMES Lo/tyet. \!3o - yo:/i IF SOMETIMES WHEN? COMMENTS/SKETCHES to-'e> &<UL,IC fr> 0-7 RESPIRATOR MAKE A MODEL 8hr corr % MAKE S MODEL 01-16-0056 12/81 CTD023024 CertairiTeedB name EMPLOYEE NAME INDUSTRIAL HYGIENE MONI~ ~>RING DATA SHEET LOC NO. MlTLt TAKEN BY V. J. yiortis DATE OF TEST fXiL DEPARTMENT/LINE Pwual? Live* 'ENVIRONMENTAL LOCATION f'OtfL U fa QMAfiJrin A-U proJiujh kCTURIING PRODUCT * euJ" CONTAMINANT C i u^i SAMPLING METHOD FIBERGLASS 5/ ASBESTOS TOTAL DUST SILICA DUST _ asphalt fjjmes_________________ ~a _ _VJS_YL_ CHLORipE_(MONOMER^ _ _ _FORMALDEHYDE_______________ _ _ _PHENOL_________________________ " PCB _ NOISE D OPEN FACE CLOSED FACE _ CYCLONE " CLOSED^ FACE____ C_ "CHARCOAL TUBE IMPINGERS^ TWO JN SERIES " SILICAL GEL FLORISIL TUBE _ - CLOSED^ FACE______ AUDIO DOSIMETER SAMPLING MEDIA 0.8*1 MCEF, MHUPORE FILTER 5/i PVC FILTER GLASS FIBER-SILVER MEM F1LTEI D__ J50 mg. CHARCOAL _D__ SODIUM _BISULFITE___ 300 mg. SILICA GEL ISO mg. SKC FLORISIL TUBE GLASS _FIBER_FILTER_______ ~80db SSdb 90db i DUPONT J P4000 PUMP r-yOUPONT ^p2500 pump n DUPONT 1-1 p200a pump EQUIPMENT Q MSA LJ PUMP i DUPONT 0376 J DOSIMETER i DUPONT D3B1 i DOSIMETER EXHAUST SYSTEMS/REMARKS PUNCTIONING OUTSIDE TEMP 6f NOT FUNCTIONING NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY O' FOG "CLOUDY OKhUMID SHOWERS SNOW O''RAIN PTLY. CLOUDY CNTRL PUMP NO. SERIAL NO iff 5M <pp SAMPLE NO. MILITARY TIME mi mi Wei ^st>Y ffS^ Nfh TOTAL MU NS LPM/CC 2, o g.P VOLUME LITERS rtf ANALYSIS RESULT 3WOH 5V+S.<J\ AIRBORNE CONCENTRATION O.ocfVeilc-c Q.oijnflcjc DIO EMPLOYEE WEAR RESPIRATOR? YES NO SOMETIMES CNTRL NO ^^^SRIAL_ __CELL__ DID EMPLOYEE WEAR HEARING PWOTECTT YES NO SOMETIMES (hi CTHa ; (cvJf IF SOMETIMES WHEN? RESPIRATOR MAKE A MODEL TOTAL_MIN jjuoouTRnyjJ IF SOMETIMES WHEN? MAKE A MODEL COMMENTS/SKETCHES 01-16-0056 12/81 CTD023025 CertainTeedH PI ANT NAME 'fhmuJie, Tdiu| EMPLOYEE NAME |va INDUSTRIAL HYGIENE MONPuRING DATA SHEET LOC NO. SAMPLE TAKEN BY DATE OF TEST________ Pj Ajtms 2 1 Moff s-z DEPARTMENT/UNE JOB TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PROOUCT Cvuslia Op-tAcJ**'-' CONTAMINANT SAKPLING METHOD FIBERGLASS & ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE ffi'' OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS. TWO IN SERIES SIL1CAL GEL FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER n DUPONT UP4000 PUMP rryOUPONT ^P2S00 PUMP r-i DUPONT U P200a PUMP EQUIPMENT pi MSA LJPUMP SAMPLING MEDIA Sr 0.8m mcef, mhupore filter Q $n PVC FILTER GLASS FIBER-SILVER MEM FILTEf 150 mg. CHARCOAL SODIUM BISULFITE 300 mi. SILICA CEL 150 mg. SKC FLORISIL TUBE GLASS FIBER FILTER 80dba 85dbi 90dba r-| DUPONT D376 ^ DOSIMETER t-i DUPONT D381 lj DOSIMETER EXHAUST SYSTEMS/REMARKS ra/FUNCTION!NG NORMALLY r-i NOT FUNCTIONING LJ NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION WIND VELOCITY SUNNY KXCLOUDY B" HUMID tS-lo ,,F NSH Sr PCX! SHOWERS SNOW CNTRL NO. PUMP % SERIAL NO SAMPLE NO. MILITARY TIME START STOP TOTAL MINS LPM/CC VOLUME UTERS ANALYSIS RESULT fetos' Msn m\ Is" 15 l. stnr 3o* leit JJJUL RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION o,7qi t(a_ DID EMPLOYEE WEAR RE91RATOR? YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? (TIME) STOP TOTAL MIN DID EMPLOYEE WEAR HEARING PROTECT* YES NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETCHES if RESPIRATOR MAKE ft MODEL 8hr corr % MAKE A MODEL f-L 01-16-0056 12/81 CTD023026 1" 1 CertairifeedB JNAME_ ttuil EMPLOYEE NAME INDUSTRIAL HYGIENE MONI' ''RING DATA SHEET LOC NO. SAMPLE TAKEN BY DATE OF TEsT i? J, yVw/>^-5~ flAo^ QgPARTMENT/UNE JOB TITLE/ENVIRONMENTAL LOCATION Cktk MANUFACTURING PRODUCT 1 CONTAMINANT fiberglass E ASBESTOS a TOTAL DUST SILICA DUST a asphalt fumes VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE SAkPUNG METHOD OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS. TWO IN SERIES SILICAL GEL a FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER SAKPUNG MEDIA cK 0.8/i MCEF, MEUPORE FILTER 5m PVC FILTER GLASS FIBERSLVER MEM FILTEI 150 mg. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL 150 mg. SKC FLORISIL TUBE GLASS FIBER FILTER 80dbi 85db 90dbi il 1D O 1 n DUPONT up4000 punr rVVpbPiu2<SPnOOnONppTuump n DUPONT LJ p200a pump EQUIPMENT dmsa UPUMP 1 DUPONT d376 J DOSIMETER EXHAUST SYSTEMS/REMARKS FUNCTIONING NORMALLY OUTSIDE TEMP no CNTRL NO. $yi PUMP HAL NO (o IQ ^ n NOT FUNCTIONING LJ NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY FOG O'^CLOUDY On HUMID SHOWERS SNOW SAM>LE NO. mu MILITARY TIME 61VD /SOD TOTAL MINS 44 o VOLUME UTERS ANALYSIS RESULT 1 DUPONT D381 J DOSIMETER RAIN PTLY. CLOUDY CONCENTRATION o.oewytUL.' DIO P*>LOYEE WEAR RESPIRATOR? YES O''NO SOMETIMES IF SOMETIMES WHEN? RESPIRATOR MAKE a MODEL .qCTLttg. POSTAL _____CELL---------------- START____ [TIME]______STOP_____ TOTAL MIN adqut,,W^ 8HR CORR % comnnrr^ d^l^ PIP EMPLOYEE WEAR HEARING PHOI CCI ! YES Vi NO SOMETIMES (.v* IF SOMETIMES WHEN7 COMMENTS/SKETCHES Cb-\ iSvjhdit- - MAKE A MODEL 01-16-0056 12/81 CTD023027 CertairifeedB PLANT NAME INDUSTRIAL HYGIENE MONr^RlNG DATA SHEET ubs ?.. SAMP^- TAKEN BY Pj h)<MM DATE OF TEST IVlCuL^ *7- EMPLOYEE NAME DEPARTMEWTfUNE jOC fV\c. fern- JOB TITLE;ENVIRONMENTAL LOCATION pP\a (M in'sf- MANUFACTURING PRODUCT fAcixvi { CKaOL, CONTAMINANT SAKVL.ING METHOD FIBERGLASS O' ASBESTOS TOTAL DUST _S_ILICA_DUSJ____ ASPHALT FUMES _ VJNYL_ CHLORIDE_(MONOMER]_ Id _ _F_ORMALD_EHYDE________________ _D_ _P_HENOL_________________________ ' PCB __NOlS_E_ a ay OPEN FACE CLOSED FACE CYCLONE ___CLOSED_ FACE____ ' CHARCOAL TUBE _ IMPINGERS^ TWO JN _SEJUES_ " SILICAL GEL FLORISIL TUBE CLOSED^ FACE____ AUDIO DOSIMETER* EQUIPMENT n DUPONT u R4000 PUKS* n DUPONT LJ P2500 pump n DUPONT LJ p200a pump SAMPLING MEDIA SY 0.8m MCEF. M1LUPORE FILTER 5M PVC FILTER GLASS FIBER-SILVER MEM FILTH ISO mg. CHARCOAL ___ SODIUM .BISULFITE___ D__ 300 mg^ _SILICA GEL ISO mg. SIX FLORISIL TUBE GLASS _FIBER_FILTER________ 80dba 85dba 90dba 1 DUPONT D376 J DOSIMETER -> DUPONT D381 J DOSIMETER EXHAUST SYSTEMS/REMARKS n FUNCTIONING NORMALLY OUTSIDE TEMP 10 CNTRL PUMP NO. SERIAL NO oil mil NOT FUNCTIONING NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY GJ^fog B-'cloudy eT humid SHOWERS SNOW RAIN Q PTLY. CLOUDY SAX*>LE NO. MlUTARY TIME mo ML TOTAL MINS 151 tin VOLUME LITERS ANALYSIS RESULT AIRBORNE CONCENTRATION 0. oo^/cc. DID EMPLOYEE WEAR REgtRATOR? YES GK NO SOMETIMES CNTRL NO DOS SERIAL CELL IF SOMETIMES WHEN? RESPIRATOR MAKE ft MODEL STAH I (TIME) iTOP rOTALJ^IN rimovtreij^ 8HR CORR % cowvEffgg UfYi DID EMPLOYEE WEAR HEARING PROTECT?* YES O' NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETCHES 'Wits ^ MAKE ft MODEL 01-16-0056 12/81 CTD023028 __ 1 1_____ CertainTeedM PLANT NftMK EMPLOYEE NAME INDUSTRIAL HYGIENE MONI* RING DATA SHEET LOC NO. SAfffLE TAKEN BY P J /)<rvu4 _PATE OF TEST 2-rh^cu^ 2z. PEPARTMENT/Ll NE JOB TITLE/ENVIRONMENTAL LOCATION <0>O \ 1 <?V O ^yojpi/ MANUFACTURING PROOUCT CONTAMINANT FIBERGLASS 5K ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES D VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB SAJbfPUNG METHOD O' OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS, TWO IN SERIES SILICAL GEL FLOR1SIL TUBE CLOSED FACE AUDIO DOSIMETER SAMPLING MEDIA 0.811 MCEF, MHUFORE FILTER 5fi PVC FILTER GLASS FIBER-SILVER MEM F1LTEI 150 ms- CHARCOAL SODIUM BISULFITE 300 ms. SILICA GEL ISO ms- SKC FLORSIL TUBE GLASS FIBER FILTER 80dba 85dba U 90dba 1 1 1 1 1 1 1 1 1 1 1 1 wV i!' o2 ! 1 1 ID n DUPONT U R4000 PUM> ryOUPONT "P2S00 PUMP pi DUPONT p200a pump EQUIPMENT 1 DUPONT d376 n DUPONT 0381 LJ DOSIMETER EXHAUST SYgTEMS/REMARKS FUNCTIONING NORMALLY OUTSIDE TEMP no CNTRL PUMP NO. SERIAL NO IM. ~70Tfc n NOT FUNCTIONING LJ NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY S^FOG "CLOUDY EXHUMID RAIN PTLY. CLOUDY SAMPLE NO. MILITARY TIME m't' p~n^ TOTAL MINS oil l iiC VOLUME UTERS 1to,n ANALYSIS RESULT AIRBORNE CONCENTRATION 0*Op^l t-jcc DIO EMPLOYEE WEAR RCaHRATORT YES O' NO SOMETIMES CTTTRL NO DOS SERIAL CELLSTART IF SOMETIMES WHEN? RESPIRATOR MAKE A MODEL (TIMEI STOP 8TOTAL MIN w*DOtmigULT HR COBS % cowvwrm bm lvi DID EMLOYEE WEAR HEARING PROTECT!- IF SOMETIMES WHEN? YES 0" NO SOMETIMES 31* 2ottv COMIMMENTS/SKETCHES SLf X- ay<- MAKS.ft MPPEL 01-16-0056 12/81 CTD023029 CertainTeedl PLANT NAME &<KAS(.[e INDUSTRIAL HYGIENE MONf "RING DATA SHEET LOC NO- SAMPLE TAKEN BY DATE OF TEST ?. J /Uopi^iS 7-1 EMPLOYEE NAME DEPARTMENT/UNE Aft a JOB TITLE/ENVIRONMENTAL LOCATION bJmbcn\iL MANUFACTURING PRODUCT <uicfks Uci ________________ CONTAMINANT 1 ^ SAAVLING METHOD FIBERGLASS K/ ASBESTOS TOTAL DUST D SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE O' OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINCERS. TWO IN SERIES D SILICAL gel FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER jVDUPONT up4000 pu**>.. n DUPONT ^ P2500 pump n DUPONT ljp200apunv> EQUIPMENT r- l*8* PUMP SAKPUNG MEDIA D 0.8/1 MCEF, MEUPORE FILTER S/x PVC FILTER GLASS FIBER-SILVER MEM FILTH 150 mg. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL 150 mg. SKC FLORISIL TUBE GLASS FIBER FILTER SOdba 85dba 90dba H DUPONT D376 1-1 DOSIMETER n DUPONT d38J dosimeter EXHAUST SYSTEMS/REMARKS [-/FUNCTIONING ^ NORMALLY n NOT FUNCTIONING LJ NORMALLY WEATHER CONDITIONS OUTSIDE TEMP (g0 F WIND DIRECTION WIND VELOCITY MM SUNNY CX FOG CKCLOUDY O' HUMID SHOWERS SNOW CNTTtL PUMP NO. SERIAL NO SAMPLE NO. MILITARY TIME START STOP TOTAL MINS LPM/CC VOLUME LITERS ANALYSIS RESULT 0^5 Wit fJW mi61M> HW /.ins' 9r.or 11*151.1 RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION )./?, /{ cc. DIO EMPLOYEE WEAR RESTRATOR7 YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? RESPIRATOR MAKE ft MODEL (TIME) STOP %TOTAL MIN READOUT RESULT 8hr cohr DID EPiVUOYEE WEAR HEARING PRO'I EC IT YES NO SOMETIMES b IP SOMETIMES WHEN? COMMENTS/SKETCHES < f,J ft (U-i. MAKE ft MODEL 4" /^UCx-^ Iw Sl^C t?pc\\aV 01-16-0056 12/81 CTD023030 CertairifeedH name ________ fZms'Jc EMPLOYEE NAME w INDUSTRIAL HYGIENE MONI' RING DATA SHEET rM IOC NO. SAMPLE TAKEN BY DATE OF TEST p. J. CJoi'/i S 2 7 nic^ DEPAftTMENT/LlNE JOB TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT 9 Hu `yotACysz hap CONTAMINANT FIBERGLASS Q__ASBESTOS_______________________ " TOTAL DUST _silica_ DUST____________________ " _ _ASPHALT_FUMES_______________ " _ _VJNYL_ CHLORIDE_(MONOMERj_ IQ _ _FORMALDEHYDE____"_________ _ .PHENOL_________________________ " PCB _ NOISE ' SAILING METHOD XX OPEN FACE CLOSED FACE _CYCLONE_____________________ CLOSED^FACE____________ _ CHARCOAL_ TUBE_____ ^ _ IMPINGERS^ TWO JN .SERIES^ _____ SILICAL_ GEL___________ ~___ " FLORISIL TUBE Q___ CLOSED^FACE________________ ' AUDIO DOSIMETER rVDUFONT " R4000 PUKE* n DUPONT u P2S00 pump n DUPONT *"* P200A pum> EQUIPMENT qMSA LJ PUMP EXHAUST SYgTEMS/REMARKS SAMPLING MEDIA 0.8ti MCEF, MUJJPORE FILTER " IjTPVC" FILTER ___ GLASS_ nB^^LVER F1LTEJ 150~mg^_CHARCOAL_________ ' _C_ SODIUM .BISULFITE__________ ' ___ jqp mg^ SILICA GEL_________ ' ISO mg. SKC FLORISIL TUBE ___ GLASS _FIBER_FILTER_______ 80dba 85dba U 90dba 1 DUPONT D376 i DUPONT D381 J DOSIMETER ry FUNCTIONING ^ NORMALLY NOT FUNCTIONING NORMALLY WEATHER CONDITIONS OUTSIDE TEKP WIND DIRECTION WIND VELOCITY SUNNY -"CLOUDY Q^HUMID (it! F MPH Cfr^FOG SHOWERS SNOW CNTRL PUMP NO. SERIAL NO SAKPLE NO. MILITARY TIME START STOP TOTAL MINS LPM/CC VOLUME LITERS ANALYSIS RESULT 0j<o %\ <1 mil010< hhh Art feu. IfV ilLX.f RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION DID EKPLOYEE WEAR RESPIRATOR? IF SOMETIMES WHEN? RESPIRATOR MAKE A MODEL YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START (TIME) STOP TOTAL MIN Wdout^mum BHR CORR % comvcttkp omm. lm. DID EKPLOYEE WEAR HEARING PROTECT*?1 YES NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETCHES .-MAKE ft MPPEL 'Coa Z* t/) 01-16-0056 12/81 CTD023031 Certairifeedl PLANT NAME EMPLOYEE NAME INDUSTRIAL HYGIENE MONI RING DATA SHEET LOC NO. SAMPLE TAKEN BY f.Ji flaW PATE OF TEST vk fr DEPARTMENT/LINE 1 JOB TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT he.*.~h f\> ^M-cl Cov.kt>f ipaxiA CONTAMINANT FIBERGLASS ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE SAKVUNG METHOD D OPEN FACE D CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS. TWO IN SERIES SILICAL GEL O FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER SAMPLING MEDIA 0.8m mcef, milufore filter 5PVC FILTER CLASS FIBER-SILVER MEM FILTH 150 mg. CHARCOAL SODIUM BISULFITE 300 mg. SaiCA GEL ISO mg. SKC FLORISIL TUBE GLASS FIBER FILTER SOdba 85dba U 90db> n DUPONT U R4000 PUK*> n DUPONT U P2500 PUMP n DUPONT LJ p200a pump EQUIPMENT p MSA lj pump n DUPONT D376 dosimeter p DUPONT D38! lj dosimeter EXHAUST SYSTEMS/REMARKS rV'FUNCTIONING " NORMALLY p NOT FUNCTIONING LJ NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION WIND VELOCITY SUNNY S'"CLOUDY EK HUMID ~l i' ' Sfl F ISH D"POG SHOWERS SNOW CNTRL PUMP % SAMPLE NO. NO. SERIAL NO fH srvri fJ HHs MILITARY TIME START STOP ttaT i TOTAL MINS W LPM/CC VOLUME UTERS ANALYSIS RESULT /63/0 77 RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION o. (xir/kts * l) DID EKFLOYEE WEAR RE9IRATOR? IF SOMETIMES WHEN? RESPIRATOR MAKE ft MODEL res NO SOMETIMES CNTRL NO DOS SERIAL CELL START (TIME) STOP %TOTAL MIN RUB OUT RKSULl 8hr corr DID EMPLOYEE WEAR HEARING PROTECIT YES NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETCHES MAKE ft MODEL 01-16-0056 12/81 CTD023032 CertairifeedB - PLANT NAME INDUSTRIAL HYGIENE MONI RING DATA SHEET T-A 1XJC NO. SAMPLE TAKEN BY DATE OF TEST 2k mcuj. pz EMPLOYEE NAME Akk JOB TITLE/ENVIRONMENTAL LOCATION IMk^Ci Lc'-'ef fn S rn->--s OEPARTMENTi'LlNE MANUFACTURING PRODUCT CONTAMINANT SAXVLING METHOD Q'"' O G D FIBERGLASS ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE O' OPEN FACE CLOSED FACE CYCLONE closed face CHARCOAL TUBE IMPINGERS. TWO IN SERIES SILICAL GEL FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER n DUPONT up4000 pum> n DUPONT up2S00 pump n DUPONT u p200a pump EQUIPMENT n MSA u pump SAXWJNG MEDIA 0.8p MCEF, MRUFORE FILTER Sji PVC FILTER GLASS FIBER-SILVER MEM FILTH ISO mg. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL ISO mg. SKC FLORISIL TUBE GLASS FIBER FILTER SOdtu a 85dba U 90dba `n DUPONT D376 dosimeter r-j DUPONT 038l lj dosimeter EXHAUST SYSTEMS/REMARKS n FUNCTIONING LJ NORMALLY n NOT FUNCTIONING LJ NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION WIND VELOCITY SUNNY S^LOUDY HUMID 7 >' 'Iso F Q/POG SHOWERS SNOW CNTRL PUMP % SAKVLE NO. NO. SERIAL NO MILITARY TIME START STOP TOTAL MINS LPM/CC VOLUME UTERS ANALYSIS RESULT Inv MW 10<? l.t* Mint.*! RAIN PTLY CLOUDY AIRBORNE CONCENTRATION 0. 757//to 0 DIO EXPLOYEE WEAR RESPIRATOR? YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START IP SOMETIMES WHEN? (TIME! STOP TOTAL MIN DID EX*>LOYEE WEAR HEARING PROTECT* YES NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETCHES RESPIRATOR MAKE A MODEL 8hr corr % MAKE A MODEL 01-16-0056 12/81 CTD023033 CertainTeedH PLANT NAME RirtAi'lJc INDUSTRIAL HYGIENE MONI RING DATA SHEET LOC NO. SAMPLE TAKEN BY DATE OF TEST p.l tmM VI tVUuz Vb EMPLOYEE NAME DEPARTMENT/UNE Are<\ JOB TITLE/ENVIRONMENTAL LOCATION UJeX iwa A MANUFACTURING PRODUCT AvTCi UutlCAJL Tcwi-t*. " OONrAMINArtt 0 SAMPLING METHOD SAKPUNG MEDIA FIBERGLASS O' ASBESTOS TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL D PCB NOISE &K OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS. TWO IN SERIES SILICAL GEL FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER W 0.8JI MCEF, MILUPORE FILTER 5|i PVC FILTER GLASS FIBER-SILVER HEM F1LTEI ISO ml. CHARCOAL SODIUM BISULFITE 300 mi. SILICA GEL ISO mi. SKC FLORISIL TUBE GLASS FIBER FILTER 80dba 85dba U 90dba n DUPONT U R4000 PUM> n DUPONT U P2SOO PUl*> n DUPONT P200A PUMP EQUIPMENT |-| MSA PUMP n DUPONT D376 DOSIMETER n DUPONT D381 DOSIMETER EXHAUST SYSTEMS/REMARKS Q '^TM",N<5 itou1 t 1v51W5 (loiui WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION F WIND VELOCITY ISH SUNNY } FOG CLOUDY DKhUMID SHOWERS SNOW RAIN PTLY. CLOUDY 1CNTRL PUMP NO. SERIAL NO SAMPLE NO. MILITARY TIME START STOP TOTAL MINS LPM/CC VOLUME UTERS ANALYSIS RESULT AIRBORNE CONCENTRATION ' tils' 0 Ws 1430 *(?? /. V* no-it 3 loun.t 0. Hoi -ffcc. f/Alh, DIO EMPLOYEE WEAR RESPIRATOR? YES D NO SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? RESPIRATOR MAKE ft MODEL (TIMEI STOP TOTAL MIN RIAO OUT RESULT 8hr cohr % DID EMPLOYEE WEAR HEARING PROTECTT G YES NO SOMETIMES 1-fziAjU^ f \^x\r ^ Cl^Uid-CtC-pL U-W-tS <*''' IF SOMETIMES WHEN? COMMENTS/SKETCHES Sfvtcd.i^. -W~|. MAKE ft MODEL CLa-cc.. 5^6 Id ^ U<dcAJtcJa ^ 01-16-0056 12/81 CTD023034 Certairifeedl PLANT NAME 'Diimutle EMPLOYEE NAME /Ua INDUSTRIAL HYGIENE MONISHING DATA SHEET LOC NO. SAWl taken by_____ P J. (Oo-vuo DATE OF TEST 27 DEPARTMENT/UNE JOB TITLE/ENVIRONMENTAL LOCATION \lfc\ OAJiCy MANUFACTURING PRODUCT H'.bL______Mfi.tiO'V./ ___ K^tUfr CONTAMINANT 1 SAKVL1NG METHOD BK FIBERGLASS ASBESTOS TOTAL DUST silica dust asphalt fumes VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS. TWO IN SERIES SILICAL GEL O FLOR1SIL TUBE CLOSED FACE AUDIO DOSIMETER ryBUPONT MR4000 PUK*> n DUPONT U P2500 PUMP n OUPONT p200a pump EQUIPMENT 1 MSA ^pump EXHAUST SYSTEMS/REMARKS SAMPLING MEDIA 0.8p MCEF, MnllfORF FILTER 5/J PVC FILTER GLASS FIBER-SILVER MEM FILTH ISO mi. CHARCOAL SODIUM BISULFITE 300 ms. SILICA GEL ISO mg. SKC FLORdL TUBE GLASS FIBER FILTER SOdba SSdba U 90dba n DUPONT 0376 `-`dosimeter r-j DLPONT o381 uj DOSIMETER rV FUNCTIONING M NORMALLY n NOT FUNCTIONING U NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION WIND VELOCITY SUNNY (Q^tLOUDY QKhUMID P RAIN ____________ko_________ tm* CQ/FOG SHOWERS G SNOW PTLY. CLOUDY CNTRL PUMP % SAK*LE NO. NO. SERIAL NO <tcl MILITARY TIME START STOP OHO im TOTAL MINS LPM/CC 44 > %onC VOLUME UTERS w.'W ANALYSIS RESULT t&irt.Yf AIRBORNE CONCENTRATION 0- U 1*7(sMats' f DIO EMPLOYEE WEAR RESPIRATOR? YES NO SOMETIMES CNTRL NO 006 SERIAL CELL START IF SOMETIMES WHEN? (TIME) STOP TOTAL MIN DID Efc*>LOYEE WEAR I-CARING PROTECTM YES NO SOMETIMES r W tffj IF SOMETIMES WHEN? COMMENTS/SKETCHES UidtAAJjjL RESPIRATOR MAKE a MODEL ftHR CORR % MAKE a MODEL 01-16-0056 12/81 CTD023035 CertainTeedB S\ PLOT NAME KiW/lSt e/d- EMPLOYEE NAME INDUSTRIAL HYGIENE MONI^RING DATA SHEET LOC NO, SAMP.- TAKEN BY P-J. HctwjO DATE OF TEST 17 rha^cU* DEPARTMENT/U NE (\rto JOB TITLE/ENVIRONMENTAL LOCATION Fi 1 IMA MANUFACTURING PRODUCT ku i Li< ^ \ CONTAMINANT V a FIBERGLASS ASBESTOS TOTAL DUST SILICA DUST D ASPHALT FUMES VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE SAMPLING METHOD OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS. TWO IN SERIES SILICAL gel FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER ' SAMPLING MEDIA dr O.fyi MCEF, MEUFORE FILTER 5fi PVC FILTER GLASS FIBER-SILVER MEM BLTEI 150 mg. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL ISO mg. SKC FLORISIL TUBE GLASS FIBER FILTER SOdba 85dba U 0dba ii DlDi a^as^MP n DUPONT u P2500 PUMP n DUPONT LJ P200A PUMP EQUIPMENT qMSA '-`pump 1 DUPONT d376 n DUPONT d38I ^ DOSIMETER O' FUNCTIONING NORMALLY OUTSIDE TEMP (lO CNTFIL PUMP NO. SERIAL NC 3- n NOT FUNCTIONING LJ NORMALLY WIND DIRECTION EXHAUST SYSTEMS/REMARKS WEATHER CONDITIONS WIND VELOCITY SUNNY '"'fog E* CLOUDY -S^HUMId" SHOWERS SNOW RAIN PTLY. CLOUDY SAMPLE NO. MILITARY TIME AWV) Mil nil TOTAL MINS ll~M VOLUME LITERS ANALYSIS RESULT 11UL? AIRBORNE CONCENTRATION t>.0 2-(*S ----- m DIO EI^LOYEE WEAR RE^TRATOR? YES O NO SOMETIMES SERI AL CELL _ . _START IF SOMETIMES WHEN7 RE91RATOR MAKE A MODEL (TIME] aiv# rOTALWN gUDOVTMiyy OID K#LOVEE WEAR HEARING PROTECT!* YES NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETC=HHEB5S T Ccrufh^ / MAK5 ft MPPEk Of I tu-di <{ iWU-iftS BL- tA 01-16-0056 12/81 o G>r DyI/; CTD023036 Certairifeedl PLANT NAME li-tieisule INDUSTRIAL HYGIENE MONITORING DATA SHEET JCL LOC NO- SAMPw TAKEN BY_______ DATE OF TEST Pj ricru^o zn. EMPLOYEE NAME DEPARTMENT/UNE / _________________________________________________ JOB TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT flFUtlS^UllA. fatcT6 V CONTAMINANT SAMPLING METHOD FIBERGLASS B/ ASBESTOS D TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) O FORMALDEHYDE PHENOL PCB NOISE S' OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMP1NGERS. TWO IN SERIES SILICAL GEL FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER >v6upont LTFI000 PWP n dupont U P2500 PUMP n dufont U P200* PUMP EQUIPMENT n MSA PUMP SAMPLING MEDIA KJ''' 0.8p MCEF, MILLIFORE FILTER Sfl PVC FILTER GLASS FIBER-SILVER MEM FILTEf 150 rag. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL ISO mg. SRC FLORISIL TUBE GLASS FIBER FILTER 80dt 85db& 90db> n dupont d376 DOSIMETER n oupont d381 ^ DOSIMETER EXHAUST SYSTEMS/REMARKS ^ FUNCTIONING ^ NORMALLY n NOT FUNCTIONING U NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION WIND VELOCITY SUNNY O-CUOUDY B^KUMID IlD.!e CNTRL NO. PUMP % SERIAL NO SAKPLE NO. MILITARY TIME START STOP WH TOTAL MINS O'"FOG SHOWERS SNOW LPM/CC VOLUME UTERS ANALYSIS RESULT ^11 ms 37 6111, M34 Hit U1 RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION OOf?iJ/cc^ u DIO EMPLOYEE WEAR RESPIRATOR? YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? RESPIRATOR MAKE ft MODEL (TIME) STOP %TOTAL MIN MADOUTRUUL1 8hr corr DID EMPLOYEE WEAR HEARING PROTECT? YES NO SOMETIMES IF SOMETIMES WHEN? COMMENTS/SKETCHES MAKE ft MODEL 01-16-0056 12/81 CTD023037 Certairifeedl PLWT NAME INDUSTRIAL HYGIENE MONISHING DATA SHEET T* SAMP-- TAKEN BY -Bftir; <?r Tty f. J W(A W fh&y n EMPLOYEE NAME QEPAWTMENT/UNE Arr^i JOB TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT tCodt** *? I ? I c^ftu S .It CONTAMINANT FIBERGLASS & asbestos_________________________ `total dust _SIL|CA_ DUSJ______________________ " _ _ASPHALT_FUM ES_ _ "_______ " _ "__VTNyL chlorlde_(monomerI IQ _ .FORMALDEHYDE_________________ __PHEHOL_____________~____________ " PCB ____ NOISE_ SAMPLING METHOD 10/ OPEN FACE CLOSED FACE ____CYCLONE_______________________ ' ___ closer face_______________ ~ " ___ CHARCOAL_ TUBE______________ " ___ IMPINGERS^ TWO JN JERIES~ " ~SIUCAL_ GEL______________ " FLOR1SIL TUBE ____ CLOSED^ FACE__________________ " AUDIO DOSIMETER SAMPLING MEDIA <2r 0.8p MCEF, MILIJFORE FILTER 1/Tpvc'FILTER ____GLASS^FIBER^LVER MEM FILTE) _D~ _ 750_mg^^:haRCOAL II_II JD_ SODIUM _BISULFITE___________" '^"lM_gt_SIUCA_GEL______ " ISO mg. SKCFLORISIL TUBE D GLASS_FIBER FILTER_______ " G~80dba Cf?Sdb G 90dba' DUPONT P2500 PUMP n DUPONT '-i p200a pukp MSA UPUMP i DUPONT D376 J DOSIMETER 1 DUPONT d381 EXHAUST SYSTEMS/REMARKS rV FUNCTIONING NORMALLY n NOT FUNCTIONING LJ NORMALLY WEATHER CONDITIONS OUTSIDE TEMP WIND DIRECTION WIND VELOCITY SUNNY ''CLOUDY O' HUMID (aP CNTRL PUMP \ SAMPLE NO. NO. SERIAL NO MILITARY TIME START STOP hVH TOTAL MINS O' FOG SHOWERS SNOW LPM/CC VOLUME LITERS ANALYSIS RESULT Nmn\ Men ftlMo Vv .c i -: 6 ?7^.4<4 / RAIN PTLY. CLOUDY AIRBORNE CONCENTRATION 0, oOtey'J/i^.. U DID EMPLOYEE WEAR RESPIRATOR? YES NO SOMETIMES CNTRL NO DOS SERIAL CELL START IF SOMETIMES WHEN? RESPIRATOR MAKE ft MODEL (TIME) STOP TOTAL MIN *ap out *gw.T 8HR CQRB % cowycrrm uvel DID EMPLOYEE WEAR HEARING PROTECTS IF SOMETIMES WHEN? YES NO SOMETIMES COMMENTS/SKETCHES (3UxXs fv- 5T ^ T43 loJUs. *l MAKE ft MODEL 01-16-0056 12/81 CTD023038 1__ 1-------- - CertairifeedB W-ANT NAME EMPLOYED NAME INDUSTRIAL HYGIENE MONIT">RING DATA SHEET LOC NO. SAMP*. TAKEN BY PATE OF TEST P fJoiuni tf PEPARTMEMT/UNE JOB TITLE/ENVIRONMENTAL LOCATION Area MANUFACTURING PRODUCT CONTAMINANT FIBERGLASS 0/ ASBESTOS TOTAL DUST SILICA DUST asphalt fumes VINYL CHLORIDE (MONOMER) FORMALDEHYDE PHENOL PCB NOISE SAMPLING METHOD OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE Q IMPINGERS, TWO IN SERIES D SILICAL GEL FLORISIL TUBE CLOSED FACE O AUDIO DOSIMETER SAMPLING MEDIA 0.8M MCEF, MEJJFORE FILTER 5M PVC FILTER GLASS FIBER-SILVER MEM F1LTEI 150 mg. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL 150 mg. SKC FLORISIL TUBE GLASS FIBER FILTER SOdba SSdba U 90dba 1 11 1 1 n DUPONT u R4000 PUMP n DUPONT u P2S00 PUM> 1 DUPONT J p200a pump EQUIPMENT n LJ PUMP <1 DUPONT D376 J DOSIMETER i DUPONT d381 EXHAUST SY9TEMS/REMARKS n FUNCTIONING ^ NORMALLY OUTSIDE TEMP 10 n NOT FUNCTIONING ^ NORMALLY WIND DIRECTION WEATHER CONDITIONS WIND VELOCITY SUNNY O' FOG ''CLOUDY v0' HUMID SHOWERS SNOW RAIN PTLY CLOUDY CNTFIL PUMP NO. SERIAL NC W<> '&sl SAMPLE NO. MILITARY TIME M ^ inn. MIL 6i ir TOTAL MINS vvy m 2. QSu hb VOLUME LITERS 7ifl.8 ANALYSIS RESULT AIRBORNE CONCENTRATION (lio i. D0^/ Jzotu.- 72-0 ousry DIO EMPLOYEE WEAR RESWRATOR7 YES NO SOMETIMES DOS SERIAL START IF SOMIETIMES WHENt RESPIRATOR MAKE A MODEL (TIMEI STOP %TOTAL MIN READOUT BIllILl 8HR CORR CQHmwB BAA Utva. PIP EMPLOYEE WEAR HEARING PROTECTS YES NO SOMETIMES IF SOMIETIMES WHENt COMMENTS/SKETCHES SVsi Scic T col i MAKE A MODEL 1^ lVVcuLv t \5>p 01-16-0056 12/81 CTD023039 1--1 O l1D 1i ll CertarrifeedB PLANT NAME EMPLOYEE NAME INDUSTRIAL HYGIENE MONr~>RING DATA SHEET uk m, SAMPl- taken by PATE OF TEST V NoIMa z& tyioju^ PARTMENT/UNE JOB TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT (kfA_____ CONTAMINANT Mm1 iwft SAMPLING METHOD FIBERGLASS & ASBESTOS & TOTAL DUST SILICA DUST ASPHALT FUMES VINYL CHLORIDE (MONOMER) a FORMALDEHYDE PHENOL 1 PCB NOISE OPEN FACE CLOSED FACE CYCLONE CLOSED FACE CHARCOAL TUBE IMPINGERS. TWO IN SERIES SILICAL GEL FLORISIL TUBE CLOSED FACE AUDIO DOSIMETER SAM*LING MEDIA K 0.8fX MCEF, MRUFORE FILTER Sfl PVC FILTER GLASS FIBER-SILVER MEM FlLTF* 150 mg. CHARCOAL SODIUM BISULFITE 300 mg. SILICA GEL 150 mg. SKC FLORISIL TUBE GLASS FIBER FILTER 80dba 85dba 90dba ry^UPONT Cjrp4000 PUfc*> n FUNCTIONING LJ NORMALLY OUTSIDE TW no CNTRL PUMP NO. SERIAL NO i ^ V. 5* cl khilS jp2S00 puk n OUPONT u p200a pump dmsa LJPU* EXHAUST SYSTEMS/REMARKS NOT FUNCTIONING I DUPONT 0376 -> DUPONT D381 J DOSIMETER WIND DIRECTION WEATHER CONDITIONS WIND VELOOTY SUNNY ''FOG S^CLOUDY CKHUMID SHOWERS SNOW RAIN PTLY. CLOUDY SAKfLE NO. MILITARY TIME 01L 1M. ^MV7 01 TOTAL MINS 2.q-> i. ns VOLUME LITERS ANALYSIS RESULT non AIRBORNE CONCENTRATION 0.00? {-111, o.aoi -tftt. PIP EI^LOYEE WEAR REgfRATOR? IF SOMETIMES WHEN? RESPIRATOR MAKE A MODEL YES NO SOMETIMES CNTRL NO DOS SERIAL CELLSTART [TIME) STOP TOTAL M|N bao out 8HR CQRR % eowvmm aba lkvp. DID E**(jOYE WEAR HEARING PROTECT?' YES NO SOMETIMES pud. escojxe iVcUel IF SOMETIMES WHEN? COMMENTS/SKETCHES MAffi ft MPPEL b*nK-Ue>LcL fJ<? \pcv^ Id ^ (Vsc 1?oy 4 rtf 1'7-ip io v ^LJr. 01-16-0056 12/81 CTD023040 CertairifeedM INDUSTRIAL HYGIENE MONnRING DATA SHEET PLAWT NAME LSS HS- TAKEN BY PATE OF TEST (klrO[<>iU /ItCUui EMPLOYEE NAME OEFARTMENT/UNE VhluJ fUt,(a/Av AA-fluc JOB TITLE/ENVIRONMENTAL LOCATION MANUFACTURING PRODUCT OV\ cxusUeg. UcJcS CONTAMINANT FIBERGLASS ___ASBESTOS_______________________ " TOTAL DUST ___ SlUCADUSJ____________________ _ _A_SPHALT_FUMES______________ " _ _VTN YL_ CHI^RmEJ^ONOMER^ " _ FORMALDEHYDE_______________ "phenol____________________________ PCB _NO!SE__________ * SAMSUNG METHOD OPEN FACE CLOSED FACE ___ CYCLONE_____________________ ___CLOSED^ FACE________________~ ' ___CHARCOAL_ TUBE____________ " ___IMPINGERS^ TWO JN JERIES^ "_I?L1CAL^ GEL_"_~"________ FLOR1SIL TUBE ___ CLOSED_FACE________________ AUDIO DOSIMETER D face Uctf SAMPLING MEDIA 0.8^ MCEF, MILUPORE FILTER " 1m PVC" FlIffR D__GL^FTBBR^LVER MEM FIL/TEI ___i5cfW .CHARCOAL____~____' ___SODIUM JISULFJTE___________ ' D__pOOrng^ SILICA GEL_________ ' 150 mg. SKC FLORESDL TUBE _ GLASS _FJBER_RLTE R_______ 80dba 85dba 90dba ryDUPONT *Sp4tt PUt rV FUNCTIONING NORMALLY OUTSIDE TEMP n DUPONT LJ P2S00 pump n DUPONT LJ p200a puk* dmsa ^ PUMP 1 DUPONT 0376 NOT FUNCTIONING NORMALLY WIND DIRECTION EXHAUST SYSTEMS/REMARKS Local okmjjJ' froJk WEATHER CONDITIONS WIND VELOCITY SUNNY O' FOG &"CLOUDY & HUMID SHOWERS SNOW i DUPONT 0381 RAIN PTLY. CLOUDY NO. SERIAL NO CfET SAMPLE NO. U Kb H rb-S' MILITARY TIME START STOP HZv mi- /sro- TOTAL MINS tfitv 2. CD 2,<ro VOLUME LITERS Jlk. J) t. (j'J - fl.olf) DID EKTLOYEE WEAR RESPIRATOR? O.fcZ >4 IF!SOMETIMES WHEN? ANALYSIS RESULT AIRBORNE CONCENTRATION NJi 0,2-2. n^fi (tl/3_IT' /A^j / RESPIRATOR MAKE & MODEL YES O' NO SOMETIMES CNTRL NO DOS SERIAL CELL START {TIME) STOP TOTAL MIN RKAB OUT RK1UL1 8hr corr % - DID M>LOYEE WEAR HEARING PROTECT? Q YE5 t/ HO SOMETIMES IF SOMETIMES WHEN? coMments/sketches MAKE & MODEL ""*5 Ivl i Cm f o cL^ ($5 $J2. (Qo}t<) CxvJ kOMJlU? 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STS 8M (A UJ 4c-* u_J i- o .r a. Q. </> (A M . o --<5 M>4* *-> -O (- fM <-0* eo Q. (M (S/) 3o k) c 8 8 2 -8 o --i a. -> o 'N. I-- s 4> ^a r " `Q S5 Ok oLA < *- U. k si E _l a W II M -- OH *c 01 S 15 (A &. i! ~ 3- t5 SI So a3 O' 0660 0660B 08:19 11:54 215 11:5414:41167 0.0000 0.0000 0.2990/ 0.2860/ 0.0 0.3000 0.0 0.2900 S DISPOSABLE SNGLE USE OPERATOR OF PRIMARY CRUSHER & DRIVING S DISPOSABLE SNGLE USE LIFT TRUCK TO SUPPLY CRUSHER U SCRAP PIPE IN 00 e CJ 06/14/1994 14:29:20 Page: IH AIR Sequence o V> _1 3* U. H <\i -- II 1it1 53! 5 UJ VI vi 8 uj m ~t3-- a~z> NO sa N > -- It o S2 uo 88 c2 38 1h1 s6 II n. U Kl ua-. Ova.i II M O II O O II w O H M Kl H I! .8 -3 u. *-> E _j a II 8 II -- lIIi i *-> il II C < II O 3 si u o a. m IA Al I! S 5 = S3 V u k a. vw <o. a via- V < a ** 28 t_> - a. a. c2 In d u s tr ia l Hygiene Survey: 82PT03 PIPE & PLASTICS-EPG RIVERSIDE a- Co Uo jq VOL. &V So 2 3 li !! II u o J II 3 ii a > II o < S' 8 a -j > o 8 8 S- OX 52 ii V) V. II >. O II --to oo*o ii *> c o OVt Q 0 oL. .Qo o --i a. -> > o "5 <8 5 1C - II c/> -- p - ii =! VI R lA 5 V g S .s <o S' o a o >s o *K va) m>o nii 3 uo a<- --f M Z V O V> r- II r s sr I V) nT as m <_J noo# como gs5 Hi SK S O <0 ^ Z ZNON 8 v> a v 8 !c z v o v* i- a. o cvr <om v> o cr CO h* CO SI o RIH01 06/14/1994 14:29:20 Page: o (9 O 53 X N Kl < n aj HZ (I 3 X o IH AIR Sequence In d u s tr ia l Hygiene Survey: 82PT03 PIPE & PLASTICS-EPG RIVERSIDE II 14 O J H II O *- o o Ua.i ii 2 7 < = II (A o co AJ 0II II *-* ii i E _i 1ii Xi UI ii ** s* 1ii i u a ii ii ii ii ii ii ii it n nX II X X ii -- II o < ii 11 X i U. -- II 4 0II -* c g II > o fc. II Q` II It II II II II II II II II ! m ii It -- II ii a oc 3 X n< eo ii a aj ii LA C> ii % it O II x LA LA II u. II z K It UJ LA s LA n n ft) ii 1 O 41 H- II X CO O II II I-- a. II ! ST rvj S1T 150 tQ. g(/> 0441(A -- O ^ g a. X UI hj U S* O ^ C0 0 0 00 s* 0- >. 2> ^0 X0 0-J 2 04C N-l -- a^ 05 c/> *- |A L 000(a .. *- C/l <! 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K> ' - 0 LA H " V) >o h X AJ Ss it 11 5 LA 11 s 41 5a H II 8 1 5* SK </) O UJ II II - X H II 5T AJ e a o ss as-. N. N. o RIH01 In d u s tr ia l Hygiene Survey: 82PT03 PIPE PLASTICS-EPG RIVERSIDEt >o NII aX MN ui a NH 06/14/1994 14:29:20 Page: X It O II II XX3 HNlN( u IHI oX IMI Ul O IIINIII ss xN < SS *" SS UJ SS XN XN CL u. O (A IHnNIIIIIII < 1 IIIIII x < o IIII sr\j t-- < k(A --* o C 2 (9 * V) IIIHIIIII II 3 c* X UOE XCO E *-- M<II1 z Ul 3 oc IIMIHIIIIItI < _J o IIHII X IQk IIII a kCO 3 Ul U><i IIIIIIII H 5 4UCL 1i s 3 - u< SS HIHI X Ul s X< Ik X MNIniNHtI $ 5 X Ui a Ul Q NHH HII OC (> tCoM <0 CL o ui kVu<inC" H1I1I IIII $ CJ 4a. i u - ji 1 O X- X><* un IH AIR Sequence II II M SS IIIIII 8u HUII 3 IHNt <2 IMI | II tO u UM | II ro u MN | n IO LOi o a II Ik II U Ik CM o a II ik u Ik II o CM o <0 h M Ik u uLi >% Ik CM *0* <<2o is .CO CO r> (A II "s Q n II CO o _j a(0 II >. It II CO o CO X^ II 2 a. x II k o a. 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Oo uO -oQ >. o - Kl S3 II * 11 ^ HZ l/> -sf II w II II 4J O II l_ -- II 3 in O' II * - O' NM S U t- O > Kl < -O S *mm <j m o &o a vf v> <o &a <0 Kl W> >0 01 'b8 a !c i *2r -5------O- oa .wc a 3- v> I8 CT K> Oo <A O *u* >nj a * co II * " O & 09 HII II O-- O CO CO " 0- <0 K| (A <0 2 (A O <A CO cr ki ao -- 8-k (<A8 K>0l a 3- || o 8 's. K O- KOl <A- 01 'b8 * !c <A O (A O' o O 8 a eo o> a) --n a. o or\j -j /P&CAM 239 R=A P el/E xp lim t OSHA PEL * 2 F/CC 0.013000 F/CC Contaminant Asbestos CEF 37mm ,8u/ TUA 3 X Uh*i X N 8 On (0 ui " 2^ 3 :a ^ si II On 8 K2 4 3 !ii! 53 CA _J X 2" s1 o x * ** s 6 -1 a. x w >(/> ii o o ui w *-* ro a. Si v cJ < ii .a u to o B< H ii ll ** nc HQ HC II -- ii g ii a !! c < x co O 6 _J ^ x ui - 11 5 3 a> n u *-- a. ii n ii Q.v o 3 o <& 1> x 1 : Q. x -- </> N o Q UI ii v 2 & N VO < M XI X H CO O (A 8 ** II 8S *- -S !? It -- HE ii 3 !i c II 5 i< c_> ii ii n J Q. -M XO uj 5 < -? 3 tl k t- a. a. V X =E <-1 0. x 40 1co II O O UJ II ** Kl d ii 1 s ii co o co II < o II 11 ii ^ ** e ll c - ii _i II c U *- Q. *-> ii 6 xy ii a ui 5 Si c < w "8 II O 3 *n u i- a. o. ii ii n o It <j ii O II "s, fO u. -- O y CO O O O O II || II it II II II II II II II II II II Ui N Kl II u. ii t O ll y ii con O ll <j ii ii ii **s. "O U. 9 O CO O (_> II II II II II ll II II :e s 6 0 .0 lame U H I : e Soc Sec 294 late 0 3 / S h ift 1ST |UP s 6 0 .0 O II X U It X (_> II X II < o > n < o V. II < o u. II X --J -- U. U X _i u. II x -J -- M UI < X II UJ < X II UJ < X II H K < C0 H h- X < co ii *- x < -- II X UJ X -- II X UJ X II X UJ X CO ''N II -- X C-i N II -- X O (0 >s II -- X (J 2 >. O H ^ UJ X >* O M J UI UJ > O ii LU U >N O II -- Kl II * a. S CO < o II II ** c o ii u o jQ II O O l- o II Conoco < U aO O on a o *- A o qm CO < O u II -* c o II Q. O O X II 01 o u o KI II O II a. o O II II II II ii II it ii n ii X O ll O II * *O O H "* II II II II II "* X O II a o ii J O It O II II II O II u u O II ll II Cg X Kl ^ 0. ui on M CO -s* w- *-* N a * *-> 0 I/I O _ a. Em <3 ro I/I <0 II II || II II ll ii M II II II ll ii ll U. II II t-- II X o o X CO II CO O (N ii a f- O ii i *- i * 11 >* o -o ii x in II X tN- '** t-- II UI <0 K1 V) II - m O r~ g II II |j I to II II a n ii O N II - II H *- II II u o !S 3 <0 II X t' CO ll Q CO O II Q SII i! & x 3 O X CO ^ II Ui On _ II W I e- a ii < o v. E s u h- s m D N1 II K i (N C N. X Kt Q. O o ro 4- c/> sr r*> K1 q * 4- CO co o Q. E Kl 3 ro DAR II II II II II it ii II ii ll II HO ii X II < ii -- ii -j II -J II 5 N- N SS > S S !!_!*II J si S II UJ m iA it x * fN O O x co S h ift 1ST Soc Sec 568 )ate 0 3 / II o II V II CO 4- no 4i u- !! 1 8 * Same U Ui II X Cft o to II n -- a. u Ui II > 1IIII1 t-- o. fN Si Sf cS II CO o SS ST c5 ii co o Ui IiIi i- a. ii ii ro ss sr s II CO o -* Dept MAINTENANCE Locn GENERAL Proc CTD022881 Seq T Name MCFANN, JOSEPH R. 0040 P Soc Sec 567-46-5755 Date 03/26/1982 Sequence 0 6 /K /1 9 9 4 H :2 9 :2 0 Page: 10 O K3 2 _J 2 I! I E XO I! ii 4-4 o U sa 2 < o S5 35 (9 3w i h~ uj z 35 22 Sc 3- -a !! | H N> !i I II N> H K :s ii II (A O (A 'o 4J E CL *-* * U 1 o. !S ii it ii E Si C _j Si 2 .j- Q. ** E XU Q. Si i u ** 4 UJ 3 < S "8 oO h3- a0.) au. ii s iIIiII *co-> H (-> II s In d u s tr ia l Hygiene Survey: 82PT03 PIPE & PLASTICS-EPG RIVERSIDE <X UuJ *c 8- 8 --<>6* O's* U II < X S5 < 4-* C 8- S II -- -- a> > o c *4 3 CO &8 2* c & 8 5 R -- II --o X K> ao c ion X ro --x Nm. Q. m Z IO N uj m co * >0 O 3 IO W </> m O II -J -o CO II < o > <9 M v <1 oc rvj s h a> v <4O' 5 8 o o caoj t<oo e- I V| O N 8 !c M o ya II (M II (A N CO liil z< (0i O*- II < x> V. II - in >* % O' - s! sr' E co <0 CM V> <0 o u; e 3 -o C - ~ ss sr O' CM H a r 1HOI a 4r -- it 1it1 5< = 3 <3 3 - n> a. ia to 30 < *- e s s*i* a o 5 se ss 8 S -8 --' M 2* r\j 3 O' 00 O<C Om "--s* <--/ X la o *- ff 3 B n *q a II c CTD022883 ASBESTOS MONITORING DATA SHEET mS''^ PLANT / t/ c kjS / iC>Zz EMPLOYEE NAME /< E S'T hi) M ftAj PUMP MANUFACTURER /V 4 PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST 7' 7// 9 L-- CODE /of SERIAL NUMBER FLOW RATE (Ipm) 41. d DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes Ono sometimes REMARKS MANUFACTURING INFORMATION (Size - Type of pip* - Downtime - Etc.) / V - j" ^ . / < / J, 'O EXHAUST CONTROL SYSTEMS 1i--i --| NOT FUNCTIONING LJFUNCTIONING NORMALLY | | NORMALLY REMARKS CODE 7 WEATHER CONDITIONS OUTSIDE TEMPERATURE F b/ -- |----- p^SUNNY [_J CLOUOY HUMID [| WIND DIRECTION ell WIND VELOCITY \/\ \ PAJTLY fqq [-] SHOWS Rsfl RAIN [""] SNOW ("l BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL /// FIELD AREA CONSTANT , OObf mm2 K- 8M - /UO SAMPLE NUMBER r o-ibv TOTAL FIELDS FlBERSPER CORRECT BY TOTAL TOTAL FIBERS "^COUNTED = FIELD SUBTRACTING SAMPLE CORRECTEDflf* VOLUME x K-flee SAMPLE fjccx MIN. BLANK VOLUME (1) TIME (MIN) V3 / r> <i >43 7^ f/fx K- LITERS 4 04 * 'j 0.0-7 '' \ \ ` C. '-7*"' V, >' ; TOTALS TIME WEI6KTE0 AVERAGE TOTAL Ar* MIN TOTAL MIN. m* y 0 5 flee rJvr/TV'*T 1 PLANT EMPLOYEE NAME /V 0 t./* A A PUMP MANUFACTURER B ASBESTOS WOHITQRIHG DATA SHEET NO. far'/23 /P* i/ fr/ZZ'lO PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST 2- 6 3 -7 / ( b A CODE SERIAL NUMBER A?/ Y' Af/ZA?A*' FLOW RATE (Ipm) iL 5J- o DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes Dno Qsometimes PI/$ REMARKS EXHAUST CONTROL SYSTEMS --. _ not FUNCTIONING 1 \FUNCTIONING NORMALLY 1 1 NORMALLY REMARKS c BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MOOEL f/f FIELD AREA CONSTANT Km 855 mm2 SAMPLE NUMBER 1'V 7 TOTAL FIELDS FIBERS PER CORRECT BY FI8ERS "^COUNTED = FIELD SUBTRACTING BLANK TOTAL SAMPLE CORRECTEO flf VOLUME (1) VOLUME * K -fl<X TOTAL SAMPLE flee* MIN. TIME (MINI /DO *>102- flf x K- Liters // - / l/v; . TIME WEJGHTfO AVEHA6E , 1 . ,v . * TOTAL ffCC MIN _ TOTAL MIN. y 7: J 110 4>4' TOTALS J / / 3 floe CTDO22885 PLANT EMPLOYEE NAME H!4 A 5 7 l (-.S PUMP MANUFACTURER ASBESTOS MONITORING DATA SHEET N ^ gn/EL&SiDEL PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST % i> 0 /2 r 7 J Z CODE 3/J/A SERIAL NUMBER 03 / y-sr FLOW RATE Opm) J2 * a 0(0 EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes 13 no sometimes REMARKS MANUFACTURING INFORMATION (Size - Type of pipe - Downtime Etc.) /=? "-/& p/Ps EXHAUST CONTROL SYSTEMS In |_Jr-rp" 1--| NOT FUNCTIONING FUNCTIONING NORMALLY NORMALLY REMARKS CODE c BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MOOEL /// 0-*. FIELD AREA CONSTANT tC m mm2 858 SAMPLE NUMBER '" 77 i TOTAL FIELDS FIBERSPER FIBERS ""COUNTED -- FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED+ VOLUME * K -flee VOLUME (1) TOTAL SAMPLE TIME (MIN) flee x MIN. * 2S-S (CO 2 5V 7ft fZ6cK LITERS , 07 - <1 ` l m / VC' '' TOTALS n. ft TIME WQGKTEO AVERAGE TOTALffcC i MIN _ TOTAL MIN. r0 y. 1 floe .-J, *|US-rvif-VWV. --' t a .:i"V' CffM!?I^<JEi ASBESTOS MONITORING DATA SHEET NO. ^ '/>7 '; PLANT ^r ' ! r 4, /* / V.T /f CD PUMP MANUFACTURER sh SAf /V->R5/>/= PLANT DATE OF TEST -7 6 .r / 7 / ? JOB TITLE CODE 0.'N 5 ylly^/^J77 A(RC/'//<// C SERIAL NUMBER FLOW BATE (Ipm) \/ >3 c2_. O DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MOOEL yes 'QnO SOMETIMES REMARKS MANUFACTURING INFORMATION (Size - Type of pip - Downtime - Etc.) CODE EXHAUST CONTROL SYSTEMS functioning NORMALLY NOT FUNCTIONING I I NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F 1 0 WIND DIRECTION WIND VELOCITY SUNNY Q CLOUDY Q] HUMID [] cloudy^ Foa showersQ RAIN Q -- SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS.. MICROSCOPE MAKE & MODEL fjf 3 -L FIELD AREA CONSTANT Km 898 ' mm2 - / Acs SAMPLE NUMBER 7<9 TOTAL FIELDS FIBERS PER FIBERS ^COUNTED = FIELD CORRECT BY SUBTRACTING 8LANK TOTAL SAMPLE CORRECTED f!ft VOLUME K "flee VOLUME (0 TOTAL SAMPLE fjcC x MIN. TIME (MIN) 53 /OO & flfxK- 7VC, Liters 0 rl i 355 7/tocf UJ SIGNATURE of sampler TOTALS SIGNATURE OF ANALYST RIBUTION: WHITE-PLANT SAFETY ,FILE/CANARY-CORP, HEALTH k SAFETT/PIMI-PLANT PERSONNEL I ill'tTJnTr'' 'frH'fr i lii;r?i %0* TINE WEIGHTED AVERAGE toTtOalTAALt'MkMm. m. - a <? ? flee CTD022887 PeteTM*** ASBESTOS M0HIT0RIH6 DATA SHEET W ^ PLANT EMPLOYEE NAME (Z != !/ v ^ PUMP MANUFACTURER j&/!>(=. PLANT DATE OF TEST 0.L C </ > / $ PAYROLL NUMBER JOB TITLE Cp^ATofc CODE SERIAL NUMBER FLOW RATE (Ipm) _________________//3A._______ SAMPLE NUMBER "START TIME STOP /; A j ft 0 5i5 ACTIVITY DURING SAMPLING PERIOD C- f/ZOOcxf/^A! ' AISO MA-&ZS -7&a'L c5_ CODE A/a 4 (s/^AaJ yL OpAfidA /ftxz> herA?ucA OACAS/a/JAUAj, -/A a&a/C' DID EMPLOYEE WEAR RESPIRATOR? yes DnO I7l SOMETIMES RESPIRATOR TYPE & MODEL 3A <31io REMARKS MANUFACTURING INFORMATION (Size - Type of pipe - Downtime - Etc.) / "/ ATO A'/y&- OaA c=L CODE EXHAUST CONTROL SYSTEMS [^1 FUNCTIONING NORMALLY I I NOT FUNCTIONING NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F WIND DIRECTION WIND VELOCITY SUNNY | | CLOUDy1)^| HUMID Q] ^UDyP pSHOWERsQ c RAIN [ | SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL m S- L- FIELD AREA CONSTANT i f)Ols?lmm2 tC m 855 SAMPLE NUMBER TOTAL FIELDS FIBERS PER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED fif. VOLUME > K -floe VOLUME (1) TOTAL SAMPLE TIME (MIN) flee* MIN. m /oo 7^ 3f/f x K- L ITERS /? 4 11 A / * / O-fO \ SIGNATURE OF SAMPLE ypjanilBUTlOW: WHjTE-PCAHT SAFETY FILE/CANARY-CORP. HEALTH k SAFETY TOTALS 3So TIME WElGHTEO AVERAGE TOTALffee HIM. _ TOTAL MM. ,flA 4 / t 3 flee CTD022888 Cfftai^eed H ASBEST0S mqhitorihg data sheet wo ^ PLANT PLANT DATE OF TEST 0.&C ' S'/6, / $ > EMPLOYEE NAME h CooP'-k PUMP MANUFACTURER PAYROLL NUMBER JOB TITLE 4&7~ IaTh/^ OPAA'7Zc^ SERIAL NUMBER FLOW RATE (Ipm) CODE ______________________ ______________ c2. ^ DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL REMARKS Dyes Dno ^sometimes 2M $7/d --- > K//`W c/e#M"'JCi `V27 MANUFACTURING INFORMATION (Size - Type of pipe - Downtime - Etc.) 7 "O'W. /' CODE EXHAUST CONTROL SYSTEMS r--, |--, NOT FUNCTIONING \ A FUNCTIONING NORMALLY |__ | NORMALLY \ REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F /V A Ai 4t WIND DIRECTION WIND VELOCITY SUNNY Q] CLOUDY PARTLY CLOUDY | | FOG | HUMID Q |sHOWERs["~| C RAIN | | SNQW|~| BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL /// 0d- FIELD AREA CONSTANT |Cm ** mm2 . /^O SAMPLE NUMBER TOTAL FIELDS FIBERS PER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTEDflf+ VOLUME xK-ffcc VOLUME <0 TOTAL SAMPLE TIME (MIN) flcCx MIN. 7f.^ too 77 ** flf x K= 7n LITERS * / 'i t 5^/ TOTALS TIME WEI6HTE0 AVERAGE total/fcr* MW. TOTAL MM. y i / floe. PLANT EMPLOYEE NAME t s /i.4y PUMP MANUFACTURER SAMPLE NUMBER START TIME STOP (/ 1 9 t 3 o -UU' O " D ASBESTOS MONITORING DATA SHEET N "* PLANT DATE OF TEST T^\JEl*SlDE <i o 5-<4 / 7- / / Ls PAYROLL NUMBER JOB TITLE CODE / !/ O! uejz- SERIAL NUMBER FLOW RATE (Ipm) 31 2.. O ACTIVITY DURING SAMPLING PERIOD (3/1- / /t'QAL- A) A CN/7T-t/lU-UU~ /'!A>j7~. CODE DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes 0NO SOMETIMES REMARKS IT EXHAUST CONTROL SYSTEMS i--| ,--| NOT FUNCTIONING LJFUNCTIONING NORMALLY \__ | NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TBYPERATURE F |vi..ol SUNNY tJ e 3^ WIND DIRECTION WIND VELOCITY 0 PARTLY CLOUDY | CLOUDY Q HUMID Q | FOG | | SHOWE RS | | c RAIN | | SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MOOEL f/f FIELD AREA CONSTANT * 006f mm2 Km sss - \ <4 D SAMPLE NUMBER 0 b ia'J =TOTAL FIELDS FIBERS "^COUNTED FlBERSPER FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED/y- VOLUME K-fix VOLUME (1) TOTAL SAMPLE TIME (MIN) flcCx MIN. t nd %fL flf x K- LITERS 1 // 3 ''I '< SIGNATURE OF SAMPLER \ * TOTALS SIGNATURE OF ANALYST 4-C. /<j TIDE WEIGHTED AVERAGE TOTALAr a Mitt. . TOTAL MM. J/l/U floe tIBUTION: WHITE-PUWT SAFETY TILE/CANARY-CORP. HEALTH A SAFgTY/PIHK-PLANT PERSONNEL FILE/GOLDENROO-fEMpORARY PLANT COPY /:< V / CTD022890 O- 5 iCertainTeedH ASBEST0S monitoring data sheet NO.^W/ PLANT EMPLOYEE NAME A &O^GE-\ PUMP MANUFACTURER &/ JOB PAYROLL NUMBER JOB TITLE PLANT OATE OF TEST 5.66* 4/* / / 2 CODE 3oA Mft 1 n1. 1 . JUi? CLsAaIi c SERIAL NUMBER FLOW RATE (Ipm) AYS A" 3'i 55 a- o DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL Dyes Qno Dsometimes REMARKS EXHAUST CONTROL SYSTEMS r--, |--1 NOT FUNCTIONING L_1 FUNCTIONING NORMALLY | | NORMALLY REMARKS c BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL fif B-L. field area CONSTANT K-\OOQ>! mm2 895 SAMPLE 1 TOTAL FIELDS FIBERS PER CORRECT BY TOTAL TOTAL 11NUMBER FIBERS ''COUNTED -- FIELD SUBTRACTING SAMPLE CORRECTED fif+ VOLUME K JJCC SAMPLE fjcCx MIN. BLANK VOLUME 0) TIME (MIN) C-lrC 0 5/. d IOC '*/ 7Si f/f x K= Liters * O Y 3 344 tC-79 - \4o ____ t___ _ 1 TOTALS 3Y4 TIME NBGKTEO AVERA6E TOTALT7cr MM. TOTAL KIN. * . 0 3 flee CTD022891 PLANT EMPLOYEE NAME 4 'J 4 ft-Fz 7- PUMP MANUFACTURER SAMPLE NUMBER START TIME STOP / r S V s' 'I* 3. 4 6- 3- -- ' ---v* 3' ASBESTOS MONITORING DATA SHEET N V/5A P/uPP^/Oe PLANT DATE OF TEST / fZ & 0 7 L- Q & PAYROLL NUMBER JOB TITLE COPE 3 W* P/p /VAA/DiZVQ. SERIAL NUMBER FLOW RATE (Ipm) jf/rr <=2 ACTIVITY DURING SAMPLING PERIOD CODE / A-tAfi^o. PkA-d/o d7v'/ 7s _ . DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes 0NO SOMETIMES REMARKS EXHAUST CONTROL SYSTEMS 1--, p-j NOT FUNCTIONING 1 1 FUNCTIONING NORMALLY |__ | NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F 7 v WIND DIRECTION SUNNY CLOUOY Q HUMID [~~| WIND VELOCITY. % 'J CLOUDY POO SHOWERSQ C RAIN [~~| SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL FIELD AREA CONSTANT f/f If m ___________ OzzL__________________ / t>0 & / mm2 SAMPLE NUMBER TOTAL FIELDS FlBERSPER CORRECT BY TOTAL FIBERS "^COUNTEO = FIELD SUBTRACTING SAMPLE COHRECTEO BLANK VOLUME (II TOTAL VOLUME a K-Jjfcc SAMPLE fl<Xx MIN. TIME (MIN) rpC'O' 7a 7 too nos f/f x K= 7 L i y:RS / f 3 H pii 1 * |m /) TMEWEJGHTEO AVERAGE TOTALflee* HIM. . TOTAL MIN. Or SIGNATURE OF SAMPLER % w 0 ^ * TOTALS 3 S'*/ SIGNATURE OF'ANALYST W/ 4 1 3 floe ,r V ^ (ION: WHITE-PLANT SAFETY FILE/CANARV-CORP. HEALTH k SAFETY/PINK-PLANT PERSONNEL FILE/GOLOEMWO-TEMPOMAIir PLANT COPY,. ' !*>. . . ; ,,^ aaWfc. siaraiY - CTD022892 H ASBESTOS HIONITOBIWG DATA SHEET PLANT EMPLOYEE NAME K &OLTE& PUMP MANUFACTURER _____________________________ /L? ^ fry PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST x y o /4/XrO -Y CODE 36 > SERIAL NUMBER 37^ ___________ FLOW RATE (lpm> ,O OID EMPLOYEE V^AR RESPIRATOR? RESPIRATOR TYPE & MODEL yes B NO SOMETIMES REMARKS EXHAUST CONTROL SYSTEMS r--t r-- NOT FUNCTIONING l__ lFUNCTIONING NORMALLY |__ | NORMALLY REMARKS WEATHER CONDITIONS OUTSOe THIff'ERATURE F w CLOUDY Q HUMID Q G e 0WIND DIRECTION -WIND VELOQTY x PARTLY CLOUDY | | FOG | [SHOWERS) | c RAIN | | SNOW |~~| BLANK FIBER COUNT FIBERS IN MICROSCOPE MAKE & MODEL f/f ^-1-- FIELD AREA CONSTANT ! fl O k ! RWT>2 FIELD AREA x 1000 i4o SAMPLE NUM8ER 0X0^ TOTAL FIELDS FlBERSPER CORRECT BY TOTAL TOTAL FIBERS "'"COUNTED -- FIELD SUBTRACTING SAMPLE CORRECTEDVOLUME r K-ffcC SAMPLE flee* MIN. BLANK VOLUME (II TIME (MIN) 100 u (< `-f f/fx K= L 1 -fcERS i // t 37^ TIME WEJ6HTE0 AVERAGE TOTAL/ferK MM. TOTAL MIN. ** 'i " TOTALS J9sy /c flee roj CTD022893 ASBESTOS MONITORING DATA SHEET H0 ^ PLANT EMPLOYEE NAME b PUMP MANUFACTURER yh<A PLANT DATE OF TEST xUo /?] PAYROLL NUMBER JOB TITLE 3^.3 /hgc/jAd/c CODE SERIAL NUMBER FLOW RATE (Ipml __________ OX?*)*)_____ ^^ DIO EMPLOYEE VAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes DnO ^gOMETIMES REMARKS EXHAUST CONTROL SYSTEMS j--. ,--| NOT FUNCTIONING I- 1 FUNCTIONING NORMALLY |__ | NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F DIRECTION SUNNY "M CLOUDY Q HUMID Q SO. K * C -WIND VELOCITY PARTLY CLOUDY FOG | [sHOWERsj | RAIN | | SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL FIELD AREA CONSTANT f/f * , 00mm2 ______________________ 858 SAMPLE NUMBER TOTAL FIELDS FIBERSPER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTEO flf* VOLUME * K-f}CC VOLUME (1) TOTAL SAMPLE TIME (MINI fee X MIN. 77 r (00 J3r f/f X K- LITSRS l */H ji7 y57, * * / ki 0 O' SIGNATURE OF SAMPLER h9 01STRI BUT I ONr .VH I Tt- PLANT SAFETY FIIE/CANAPY-CORP. HEALTH A TIME WEIGHTED AVERAGE TOTALjferiMM. TOTAL MM. 1 JjT/ r/.yrTOTALS / y ,f!oc 1 SIGNATUR orf ANALYST F ILE/GOLDEWlOO^fEMPOPARY PLANT aRj^ CTD022894 tt O NO.f^-/'3 Cjffifed*8 ASBESTOS MONITORING DATA SHEET PLANT EMPLOYEE NAME ykkbf PUMP MAN UFACTURER A'l^A P/S6J?!S/bt2. PAYROLL NUMBER' JOB TITLE PLANT DATE OF TEST % 4 / 'z /L 0 S' 0 yy CODE \EW 8SERIAL NUM ER &e/^-A L. FLOW RATE (Ipml 31' O OIO EMPLOYEE V^AR RESPIRATOR? yes DnO *1^ SOMETIMES RESPIRATOR TYPE & MODEL ?7'7 s'! i 0r . REMARKS MANUFACTURING INFORMATION (Size - Typ of plp - Oowntima - Etc.) 1 CODE EXHAUST CONTROL SYSTEMS --< ,--| NOT FUNCTIONING MFUNCTIONING NORMALLY |__ 1 NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F MSUNNY CLOUDY Q HUMID Q 1 a 2 0 'wind DIRECTION .WIND VELOCITY : PARTLY CLOUDY FOG | | SHOWE RS | | C RAIN [ | SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL f/f FIELD AREA CONSTANT * O mm2 K- ,s8 ~!<4o 1r SAMPLE NUMBER C`h TOTAL FIELDS FIBERS PER FIBERS ^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED flf+ VOLUME i K ^fjcC VOLUME (0 TOTAL SAMPLE TIME IMIN) flee*. MIN. too 7r 73^ f/fx K = L ITERS R i /f *V<? e ___ i____ i' TOTALS yj. TIDE WEJ6KTE0 AVERAGE TOTALjflcti MM. TOTAL M(N. ' 0 / y 3 floe PLANT EMPLOYEE NAME J Pe.T^5o(sI PUMP MANUFACTURER ASBESTOS MONITORING DATA SHEET ^ 1 v E-fe-51 PLANT DATE OF TEST 24 4/i 9 / St PAYROLL NUMBER JOB TITLE CODE \ 42 PtLcf-SS d)p>-I^Cte=>ri. SERIAL NUMBER FLOW RATE (Ipm) MA 3-744 3.-00 DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes Dno sometimes REMARKS MANUFACTURING INFORMATION ISize - Tvpe of pipe - Downtime - Etc.) f code EXHAUST CONTROL SYSTEMS 1--1 1--1 NOT FUNCTIONING 1__ 1 FUNCTIONING NORMALLY |__ \ NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F WIND DIRECTION JZG SnQWIND VELOCITY UNNY PARTLY Cl OIIDY CLOUDY Q HUMID |_J FOG I I SHOWERS| 1 C RAIN [ I SNOW I I BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL ftf 3- L FIELD AREA CONSTANT K- 888 * OC>& f mm2 - ,4o SAMPLE NUMBER 0 bbj flf* -flcCTOTAL FIELOS FIBERS PER CORRECT BY TOTAL FIBERS ''COUNTED = FIELD SUBTRACTING SAMPLE CORRECTED BLANK VOLUME it) VOLUME K K TOTAL SAMPLE flcCxWN. TIME (MIN) /&v 1% i f/fxK- Ljters^ 07 W 34,0 z. T k_____!____ ________ * * TIME WEI6HTE0 AVERAGE TOTALflcC * MM. TOTAL HUM. ,WA US'S TOTALS yhot- 0 0 ? flee Sr IfGNATURE OF SAMPLER fcjw- 7^^ 7T SIGNATURE OF ANALYST I BUT I ON; WHITE-PUNT SAFETY FILE/CANARY-CORP. HEALTH h SAFgTY/PINK-JtANT PERSONNEL FI LE/(WLDENROD-fp4PWIARY: PLANTvCO^F.'^>'i i CTDO22896 PLANT > EMPLOYEE NAME t 7* y L o PUMP MANUFACTURER 0. ` 3' ASBESTOS MONITORING DATA SHEET ^ /!/ 7A *?/t/ */ZS/ PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST o 4Cs / / / / f > COOE / < SERIAL NUMBER - c /ZuSti^r^' FLOW RATE (tpm) ___________3V?J5 Jl. <9 DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes DnO [3SOMETIMES 3m ^7/ 0 REMARKS EXHAUST CONTROL SYSTEMS r--. |--| NOT FUNCTIONING 1 1 FUNCTIONING NORMALLY |__ [NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F ID WIND DIRECTION WIND VELOCITY SUNNY CLOUDY Q HUMID Qj PARTLY CLOUDY FOO | | SHOWE RS | | RAIN [ [ SNOW [ | BLANK FIBER COUNT FIBERS IN FIELDS.. MICROSCOPE MAKE & MODEL /// '3 -L FIELD AREA CONSTANT Km . OOk t mm* 888 - / '-It, SAMPLE NUMBER ObbO TOTAL FIELDS FlBERSPER FIBERS "^"COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE VOLUME m CORRECTED flf* VOLUME iK-fllX TOTAL SAMPLE TIME (MIN) fjccx MIN. loo '*fy fad L' . f/f x KITERS A ?4 <2-/5"" ti-31 foO * 7^ r b/.yjr SIGNATURE OF SAMPLER * A 4 TOTALS SIGNATUR&JDF' ANALYST TIKE HrEIfiMTEO AVERAGE totac^qt* mm _ TOTAL MM. IWA f 22 floe 4 : -V- ~.:-v - CeftemTeedB ASBE8T0S monitorihg data sheet NO. PLANT EMPLOYEE NAME &L PUMP MANUFACTURER Ri\;e.-rsde. PAYROLL NUMBER J0B T'TL^ftAP PLANT DATE OF TEST 2U 0 4/ l / i i- ~ CODE li SERIAL NUMBER TfcUCJkC GPt^A~TcL FLOW RATE (Ipm) M SA a_- 6) OIO EMPLOYEE WEAR RESPIRATOR? yes NO "^SOMETIMES RESPIRATOR TYPE & MOOEL 3M ?*7 i REMARKS EXHAUST CONTROL SYSTEMS r-j r--i NOT FUNCTIONING L_jFUNCTIONING NORMALLY |__ 1 NORMALLY REMARKS c BLANK FI8ER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL /// T3-U FIELD AREA CONSTANT * O&C&t mma K- 898 SAMPLE NUMBER flfTOTAL FIELOS FIBERSPER CORRECT BY TOTAL FIBERS ^COUNTED = FIELD SUBTRACTING SAMPLE CORRECTED BLANK VOLUME (1) t VOLUME K-flee 7 too ate flf X K = 1 nL ITERS A > TOTAL SAMPLE flccx MIN. TIME (MINI 375 i - 14 o SIGNATURE OF SAMPLER # * _________ A__=____ ' r. 37r4 TOTALS 7^SIGNATURE OF ANALYS TIME WElSKTEO AVEHA6C TOTAL flee MM. TOTAL MIM. / f* 0 flee [PISTBIBUTION; WHITE*PLANT SAFETY FILE/CANAPY-CORP-^HEALTH A SAFgTY/PINK-PLANT PCRSOPPCL. FILE/GOLDENROO-TEMPORARY PLANT COPY: CTD022898 5. PLANT EMPLOYEE NAME ?o UPUMP MANUFACTURER 4*. - 0o NO. ?z- - W ASBESTOS MONITORING DATA SHEET PAYROLL NUMBER JOB TITLE i0 SERIAL NUMBER PLANT DATE OF TEST t / /% & 6 . / /3 -/iZud<z oflAA7oA. FLOW RATE (Ipmt AiSA 17^ o OIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes fcj^NO SOMETIMES REMARKS MANUFACTURING INFORMATION (Size - Type of plpa - Downtime- Etc.) /> / ^ CODE EXHAUST CONTROL SYSTEMS FlFUNCTIONING NORMALLY I I NOT FUNCTIONING NORMALLY WEATHER CONDITIONS OUTSIDE TEMPERATURE UF (* ^ _7 WIND DIRECTTOn|^[ I---- ip^gUNNY p3cLOUOY|~~] HUMID [~| WIND VELOCITY Y\\ CLOUDY FOG DSHOWERSQ RAIN Q] -- SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MOOEL flf 3 FIELD AREA CONSTANT f 2 te. mm B5B SAMPLE NUMBER TOTAL FIELDS FIBERS PER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE VOLUME (II CORRECTED flf* VOLUME a K -flee TOTAL SAMPLE TIME (MINI flcCx MIN. 72'jo, o 100 7/a _____ (ILfi K= L ITERS A ,/ 2- 37/ `fdi --i-----------\ -/ 17/TOTALS 6TIME WEI KTED AVERAGE TOTAla^OC* IMM. _ mu TOTAL MM. i / a> > floe PLANT EMPLOYEE NAME o*d PUMP manufacturer oo H ASBESTOS MONITORING DATA SHEET 3^ !/<A /) . PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST 2. Qy 0 4/ / / D / 9 2 CODE 13.x 7~/2^ SERIAL NUMBER FLOW RATE (Ipm) ________ 353 c=2, SAMPLE NUMBER START TIME STOP ' l f 2 3 ACTIVITY DURING SAMPLING PERIOD CODE DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL Dyes SIno Dsometimes REMARKS MANUFACTURING INFORMATION (Slip - Type of pip* - Downtime - Etc.) ____ ______ /^- '/s~o ^_________ CODE EXHAUST CONTROL SYSTEMS f-- \--| NOT FUNCTIONING LjFUNCTIONING NORMALLY 1__ | NORMALLY REMARKS WEATHER CONDITIONS . (v OUTSIDE "raUPERATURE UF 0WIND DIRECTION WIND VELOCITY c CLOUDY FOG nSHOWERsQ SNOW Q BLANK FIBER COUNT FIBERS IN FIELDS MICROSCOPE MAKE & MODEL f/f 3^L_ FIELD AREA / mm2 CONSTANT Wo FIELD AREA a 1000 SAMPLE NUMBER Ck&j TOTAL F IE LOS FIBERSPER CORRECT BY TOTAL TOTAL FIBERS ^COUNTED - FIELD SUBTRACTING SAMPLE CORRECTED flf+ VOLUME a K-flcC SAMPLE f/ccx MIN. BLANK VOLUME <0 TIME (MIN) 63,-r >60 ,33 L ITERS 17 / f 4*6 Vy * -----(------------* 3 SIGNATURE OF SAMPLER __________ k_____ TOTALS n/ SIGNATURE OF`ANALYST/! /A TIME WEI6HTE0 AVERAGE TOTAL/teri MfM. TOTAL HIM. IWA / / J7r ^DISTRIBUTION; WHITE-PLANT SAFETY riU/CANARr^^^^^^^^gTY^PINK-PtANT PERSONNEL FILE/G0li^NW^fp4P0RARY PLANT COPY tt- ; Mm CTD022900 PLANT EMPLOYEE NAME J 5E.ADM PUMP MANUFACTURER o o NO. H-/OT PLANT DATE OF TEST v \] G PAYROLL NUMBER JOB TITLE 33 3 Z do Man) 4/i s / 7 CODE SERIAL NUMBER FLOW RATE (Ipm) 3 \ 33 ^. 0 DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes'Mno sometimes REMARKS 2MANUFACTURING INFORMATION (Si - Type of plpa - Downtime - Etc.) \~2s' \-3>o CODE _L EXHAUST CONTROL SYSTEMS ( r--, NOT FUNCTIONING 1 /1 FUNCTIONING NORMALLY 1 | NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TBYPERATURE F I* >1wind direction] |--- p--pSUNNY n CLOUDY Q HUMID Q WIND VELOCITY U3-- CLOUDYjST FOG DSHOWERSQ c RAIN | | SNOW Q 8BLANK FI ER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL f/f ~b>-l FIELD AREA CONSTANT j If- * -lO/j . C6/ mm5 FIELD AREA x 1000 -------- -------- SAMPLE NUMBER TOTAL FIELDS FlBERSPER FIBERS '^'COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTEDVOLUME K-fjcc VOLUME (0 TOTAL SAMPLE flee x MIN. TIME (MIN) too syt fif x K- 7 ?0 L ITERS 01 3 i - ^ > SIGNATURE OF SAMPLER if /) , TOTALS l?1o SIGNATURE OF'ANALYST lON^WHITE-PLANT SAFETY FILE/CANARY-CORP. HEALTH A SAFgTY/PINK-PLANT TIME WEJ6HTED AVERAGE TOTAL/fee * Mm. TOTAL MIN. ' TM / 0 9 f 'floe ' r;> 8$ ?c*t r ASBESTOS MONITOR1MG DATA SHEET ^ ^ PLANT EMPLOYEE NAME PLANT DATE OF TEST ftiiEfisibE, Xbo A/ v S /'i 7- PAYROLL NUMBER JOB TITLE CODE A PUMP MANUFACTURER l s& SERIAL NUMBER Machine Tended FLOW RATE (Ipml _________________________ ___________ 3iS3> -Z . O DIO EMPLOYEE VAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes GIno sometimes REMARKS MANUFACTURING INFORMATION (Size * Type of pipe - Downtime Etc.) CODE EXHAUST CONTROL SYSTEMS / FUNCTIONING NORMALLY NOT FUNCTIONING NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F SUNNY Q CLOUDY Q HUMID Q Nlt-^l'i wind velocityJZI kl WIND DIRECTION PARTLY CLOUDY FOG | | SHOWE RS |~~| RAIN | | SNOW [ | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MOOEL /// FIELD AREA CONSTANT 2r 0 O &> I mm k- 888 - 14-0 $ ir SAMPLE NUMBER TOTAL FIELDS FlBERSPER FIBERS "^COUNTED -- FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED fff+ VOLUME K -fltX VOLUME (1) TOTAL SAMPLE TIME (MIN) f/cCx MIN. l/; 0(r^ >oo jr f/fx. K- 7 rC0 Lj TERS 0 t Lf 3*3* 0 V __________ ___ * * " . TOTALS 3? o TIME WEJ6KTE0 AVERAGE TOTAL/fcriMM. _ TOTAL MIN. 1 0 t L flee SIGNATURE OF SAMPLER DISTRIBUTION; WHITE-PLANT SAFETY. FILE/CANARY-CORP. HEALTH * SAFgTY/PjNK-fUNT PERSOMCL FILE/GOLDENROO-TEMPORARY PPLUANT >COPT, i CTD022902 -ry.~;--rr -- o. o CSGSKfiS" asbestos monitoring data sheet NO. f? '/vd PLANT EMPLOYEE NAME nI f 0 PUMP MANUFACTURER ^a\] PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST 2- o 4/ l 5 / * CODE 44 SERIAL NUMBER FLOW RATE (Ipm) ?1M 2.o SAMPLE NUMBER TIME START I STOP r. {',,5'V 5/f ACTIVITY DURING SAMPLING PERIOD y^77/gJT - 'PaZ./^I/sa//'- CODE DID EMPLOYEE WEAR RESPIRATOR? Dyes Dno ^T^sometimes RESPIRATOR TYPE & MODEL 3M y REMARKS MANUFACTURING INFORMATION (Siza - Type of pipe - Downtime - Etc.) YiJV \ Sg CODE EXHAUST CONTROL SYSTEMS NOT FUNCTIONING NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F | p--, SUNNY Q CLOUDY Q] HUMID Q N00"' Ld--1 CLOUDY B FOG SHOWS RS Q WIND DIRECTION WIND VELOCITY RAIN | | SNOW Q BLANK FIBER COUNT FIBERS IN FIELDS. MICROSCOPE MAKE & MOOEL /// 1___ FIELD AREA CONSTANT 2' 0 Kmm i -l?o SAMPLE NUMBER TOTAL FIELOS FlBERSPER CORRECT BY TOTAL TOTAL FIBERS "^COUNTED = FIELD 1SUBTRACTING SAMPLE CORRECTED flf+ VOLUME tK-flcC SAMPLE flee x MU. BLANK VOLUME ( ) TIME (MIN) M * b !5 w f/fx K = 1 LITERS 10 31J> L/J.OS * V * t * TOTALS 1 ?3 Hb$ SIGNATURE OJFF' ANALYST TIME WEI6KTE0 AVERA6E TOTALflee k WIN. _ TOTAL MIN. i 0 ? flee TY FILE/CANART- CORP. HEALTH * SAFgTY/PINK-^UNT CTD022903 A.-/ o o NO. 9-y~>o+ PLANT EMPLOYEE NAME V- 5T*>J0AftS> PUMP manufacturer Al5A PLANT DATE OF TEST 72^43 C. 4/1 4 "V PAYROLL NUMBER JOB TITLE COOE Hm SERIAL NUMBER FLOW RATE (Ipro) 2- , O SAMPLE NUMBER START TIME STOP V'7/ / *\ 7 0/?f/2ATtZC> ACTIVITY DURING SAMPLING PERIOD S.4/>-'/A /a/6 /l - /o MtJurz. jtef / - 30 A't> */u TO Lu^c/A Pe/HOjA CODE DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes }z5 NO SOMETIMES REMARKS MANUFACTURING INFORMATION (Slz* - Typ* of pips - Downtime Etc.) -re^rr z4 'So `' " CODE EXHAUST CONTROL SYSTEMS rf\ r--i NOT FUNCTIONING wlFUNCTIONING NORMALLY LJ NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F WIND DIRECTION WIND VELOOTY SUNNY | | CLOUDY pQ HUMID Q CLOUDY FQ SHOWERSQ C RAIN | | SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL fff FIELD AREA CONSTANT y 0 O&l mm2 If- mb _ 140 SAMPLE NUMBER rt/'& TOTAL FIELDS FlBERSPER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE VOLUME m CORRECTED flf+ VOLUME X K-jfcc TOTAL SAMPLE TIME (MIN) flee* MIN. r/.r /oo r/r 74fr ///x K- Liters f\v 3jy 36, oA 0 - ' v. SIGNATURE OF SAMPLER r vi TIME WEIGHTYP AVERAGE TOTAl/feCiMIM TOTAt MIN. ' A TOTALS 3*9 36.o'/ 1 0 9 A floe SIGNATURE OF ANALYST DISTRIBUTION; WHITE-PLANT SAFETY FILE/CANARY-CORP. WEALTH A SAFTY/PINK-PLANTyPERSONNEL f I\JLtGOLDENROO-TEMPORARY PLANTjjCOPY} CTDO22904 EMPLOYEE NAME vU A K E vJ PUMP MANUFACTURER oo ASBESTOS MONITORING DATA SHEET N MSA PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST 2 ia O 4/ 4 /% > 3 z> 2 SERIAL NUMBER 3 ' S3 P/PE /JA */QL.fi/2_ FLOW HATE (Ipm) 2 cJ SAMPLE NUMBER START STOP 2% ,{ 45 ONU Un i Ti fU-- ACTIVITY DURING SAMPLING PERIOD 7 ' j \ Q pt - /Q /HJA/UT7Z, &$r g&sAJcs CODE / - ^L) /UiaJUTZ DID EMPLOYEE WEAR RESPIRATOR? yes NO SOMETIMES RESPIRATOR TYPE & MODEL REMARKS MANUFACTURING INFORMATION (Siz - Typ of pipe - Downtime Etc.) M 2^4 \*S> i fv_ CODE EXHAUST CONTROL SYSTEMS r-4 \--\ NOT FUNCTIONING DU FUNCTIONING NORMALLY |__ | NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F ( Si 2 WIND DIRECTION WIND VELOCITY SUNNY [ PARTLY CLOUDY | | CLOUDY^] HUMID Q | FOG SHOWERS^ RAIN | [ -- SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL f/f T*>~L FIELD AREA CONSTANT *006 1 mm2 K- 8SB -1AO SAMPLE NUMBER TOTAL FIELDS FIBERSPER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED flf+ VOLUME * K-flee VOLUME (1) TOTAL SAMPLE fjcCx MIN. TIME (MIN) O&T'-v' r?rfoO . 7^4 f/fx K = L ITERS /0 3v * * ' SIGNATURE OF SAMPLER ' * TOTALS SIGNATURE OF ANALYSE </ay TIME WEIGHTED AVCRA6E TOTAL.$CC MIN TOTAL MIN. * floe */ l ^ISJPIBUTIOH; WHITE-PLANT SAFETY FILE/CANARY-CORP. HEALTH It SAFETY/PINK-PLANT PERSONNEL f.lLE/COLDOMD-fEMPOPARY^P CTD022905 -J.- -s'* --^-"*V C^pE1]!^ asbestos monitoring data sheet no fw" ^ PLANT EMPLOYEE NAME D ULAS iv/r=J-S\ b EL PAYROLL NUMBER JOB TITLE 1 LATH'S PLANT DATE OF TEST I'/y 0 4/ \ A 7 8. > CODE 0f>Gl2AT6. PUMP MANUFACTURER SERIAL NUMBER ________________ MSA__ 3<5>3 FLOW RATE (lpm> SAMPLE NUMBER START TIME STOP >/ <H 9 2^u - ACTIVITY OURING SAMPLING PERIOD 0/?/2A7fL> 3 CODE <2. /<? PtZ-tefc-S /- 3<i7 Ai'A/tsT/S- /3z/?>c>b OIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes)^no [Usometimes REMARKS EXHAUST CONTROL SYSTEMS r-i i--i NOT FUNCTIONING 1 y\FUNCTIONING NORMALLY 1__ 1 NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F si &5' WIND DIRECTION WIND VELOCITY SUNNY | | CLOUDY^ HUMID Q CLOUDY FOG SHOWSRsQ RAIN Q -- SNOW | [ BLANK FIBER COUNT FIBERS IN FIELDS. MICROSCOPE MAKE & MOOEL f/f _________&-L FIELD AREA CONSTANT 2 If m ' DO 6/ mm bsb . 140 SAMPLE NUMBER TOTAL FIELDS FIBERS PER CORRECT BY TOTAL FIBERS "^COUNTED = FIELD SUBTRACTING SAMPLE CORRECTEO BLANK VOLUME (1) TOTAL VOLUME K-fl<X SAMPLE flcCx MIN. TIME (MINI Oi>L7 6>o- too 7^ f/f x K-- LITERS 0./ / ih*>? 1 V * SIGNATURE OF SAMPLER l] 1----------------- ' TOTALS 3*3 fri? SIGNATURE OF ANALYST TIME WEIGHTED AVERAGE TOTAL/facM MtM TOTAL MtN. ./ / 0 flee -3#: DISTRIBUTION: WHITE-PLANT SAFETY FILE/CANARY-CORP. HEALTH * SAFETY/PIM(-PUKT PERSONNEL FILE/GOLDENROO-fEHPORARY'PLANT Stas. i,.. * > \.v , --= CTD022906 \A* "l-*1 oo CSSSH&S*1* ASBESTOS MONITORING DATA SHEET PLANT EMPLOYEE NAME tl A ti-'T I */ 7 7' PUMP MANUFACTURER *1 Z A- /?/ [/ /Z PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST 1/"Z* h d 7?V CODE 3Y/ SERIAL NUMBER 7AAA FLOW RATE (Ipm) fj ,O SAMPLE NUMBER START TIME STOP 90 fa r- 6 , 'U 1 ACTIVITY DURING SAMPLING PERIOD s> /hA/ZJzZ TS, AoAti ?//?/> ~2- CtAA-e- <z /a/7~> 772Ai^S CODE DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MOOEL yes &NO SOMETIMES REMARKS MANUFACTURING INFORMATION (Size - Type of pipe Downtime - Etc.) 1 CODE EXHAUST CONTROL SYSTEMS R(f > FUNCTIONING NORMALLY NOT FUNCTIONING NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F ( m 171 WIND DIRECTION \/ WIND VELOCITY SUNNY Q CLOUOY^j HUMID Q] CLOUDY F SHOWERS [j RAIN Q -- SNOW Q] BLANK FIBER COUNT FIBERS IN FIELDS MICROSCOPE MAKE & MOOEL /// >9^ FIELD AREA CONSTANT i / mm2 K 898 SAMPLE NUMBER TOTAL FIELDS FIBERS PER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE VOLUME (1) CORRECTEDf!f* VOLUME K-flee TOTAL SAMPLE TIME (MIN) f/<Xx MIN. too f/fx K- L ITERS 3 r 3"?3 V '. ' *V ,, t . - VA * 3 - 3Z3 nTOTALS TIME WEJCKTEO AVERAGE TOTALjfccMN TOTAL MIK. ,WA O / `floe CeftaiPl^1 ASBESTOS MONITORING DATA SHEET PLANT EMPLOYEE NAME 7Ad \APt> Vr || pump manufacturer . Ai^/I PLANT DATE OF TEST -p~6> C q/ 1 7 - S' PAYROLL NUMBER JOB TITLE , CODE 2*7 /4SS"7' /-Afbf& >/J/1'A'TdA' SERIAL NUMBER FLOW RATE (Ipm) 3/53. o SAMPLE NUMBER START TIME STOP sfc 'M71 7- df ACTIVITY DURING SAMPLING PERIOD CODE >., k/c-' TMd/hiA/)? of ///fe 72e1u/W Mr TM^S To l/AM DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes's NO CH SOMETIMES REMARKS EXHAUST CONTROL SYSTEMS r-^ f--i NOT FUNCTIONING 1 FUNCTIONING NORMALLY 1 1 NORMALLY REMARKS C BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL /// ______ A 'Is FIELD AREA CONSTANT mm2 if SAMPLE NUMBER Ck'ft TOTAL FIELDS FlBERSPER FI8ERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED flff VOLUME I K-fl<X VOLUME (0 TOTAL SAMPLE TIME (MIN) flee* MIN. joo s*f flf X K = fr/ L ITERS 07 yt.+M -/Tb t ' SIGNATURE OF SAMPLER ~j> 7 7 1' 4 3: or fy-TOTALS SIGNATURE OR ANALYST 1 nut WEIGHTTO AVNA6C TOTAL ./?CC MIN TOTAL HIM. ,ffA 1 0 % L floe CTMPSr<jH ASBESTOS MONITORING DATA SHEET " ^ ^ PLANT EMPLOYEE NAME j\ vamij f t-j ubcl. PUMP MANUFACTURER A /Qt ^ e_ PAYROLL NUMBER JOB TITLE %Oli-1L}L~ PLANT DATE OF TEST 7-6 0 W1 7 CODE OpSj^A/t>A-- SERIAL NUMBER 37 </y FLOW HATE (Ipm) -2-' <J DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes &NO SOMETIMES REMARKS EXHAUST CONTROL SYSTEMS r--i |--1 NOT FUNCTIONING |__ |FUNCTIONING NORMALLY 1__ | NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F (avkri| ~w WIND DIRECTION LX W MWIND VELOCITY CLOUDY Q HUMID Q PARTLY I--I CLOUDY |__ 1 FOG | | SHOWERS| | C RAIN | | SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS,. MICROSCOPE MAKE & MODEL f/f >>- L- FIELD AREA CONSTANT / f mm2 if. ass * FIELD AREA x 1000 /yo SAMPLE NUMBER TOTAL FIELDS FlBERSPER CORRECT BY FIBERS "^COUNTED = FIELD SUBTRACTING BLANK TOTAL SAMPLE CORRECTED fjf+ VOLUME *K-ffcc VOLUME II) TOTAL SAMPLE TIME (MIN) flee iimn. Lh. joo .yz-T- ?yy 1 4u,f/fx KL ITERS O > r SIGNATURE OF SAMPL j' .y k,. - 4 % -| KhtTOTALS SJGNATURE O&AN ALYST TIME WEICHTCO AVERAGE TOTAL/fcrMIN TOTAL MIM. '"" 0 7 > "flee Certairifeed B ASBEST0S monitoring data sheet NO. St-'*? PLANT ''i iW EMPLOYEE NAME ;) $4 l // V PUMP manufacturer 733 ? D'A >/ ly S' PLANT DATE OF TEST <?/ 7 7 PAYROLL NUMBER JOB TITLE CODE 1 / f T/Jtsc^ SERIAL NUMBER 3/SS FLOW RATE (Ipm) f/7C SAMPLE TIME NUMBER 'SYarY 1 STOP t ACTIVITY DURING SAMPLING PERIOO fit /3. /yT-^/Ly Lj/rfhO/ 57^ / aJ/Z/'J- > 'Y"l> &7*~o/^-4-6-<=/A/ fy/2r> CODE OIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes i^NO SOMETIMES REMARKS EXHAUST CONTROL SYSTEMS f--, I--1 NOT FUNCTIONING 1 [FUNCTIONING NORMALLY [__ | NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F BLANK FIBER COUNT FIBERS IN mWIND DIRECTION WIND VELOCITY UNNY PARTLY CLOUDY | CLOUDY | | FOG | [ HUMH3 [ [ | SHOWERS| | FIELDS _ &MICROSCOPE MAKE MODEL f/f FIELD AREA CONSTANT t&C2&>/mm2 K- 855 RAIN | | SNOW | | , - "-/cj SAMPLE NUMBER TOTAL FIELDS FIBERS PER FIBERS "^COUNTED -- FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE VOLUME m COBRGCTED fjf VOLUME < K ~fl<X TOTAL SAMPLE fjee x MIN. TIME (MIN) o(s'-H7 1gs )0d fn. , /// x K= 5> ' L ITERS 7 <\n * \ * 1- 0 ' >Y % SIGNATURE OF SAMPLER +<1; TOTALS 73^3 SIGNATURE OFANALYST TIME WEIGHTEO AVJERA6E TOTAL/fee* MM " _ w, TOTAL MIN. r"A < / 2 7 /7<r &: DISTRIBUTION: WHITE-PLANT SAFETY rilE/CANARY-CORP. HEALTH fc SAFETY/P INK-PLANT. PERSONNEL F ILE/COLOENROO-TEHPORARY. PLANT;COPY: i; CTD022910 ,t '-* - -- fc- i 'Vfrl - - D- ..., ^ CertainTeedH Pipe and Plastic Group PLANT EMPLOYEE NAME NO.fz.-^-/' ASBESTOS MONITORIMG DATA SHEET /P> l/.>S'>J=t PLANT DATE OF TEST c) V '2 A > PAYROLL NUMBER JOB TITLE CODE M 6-AA^t A PUMP MANUFACTURER SERIAL NUMBER <p,& FLOW RATE (Ipm) /h 5 A J/S3 J' DIO EMPLOYEE WEAR RESPIRATOR7 RESPIRATOR TYPE & MODEL yes 0NO SOMETIMES REMARKS MANUFACTURING INFORMATION (Siz - Type of pipe - Downtlma - Etc.) Ai/u*' /ver Tssfzsi'; frrrss/te cA-o^c. ^ CODE EXHAUST CONTROL SYSTEMS Ql--i NOT FPUUNNCt TI IONING FUNCTIONING NORMALLY REMARKS 1__ | NORMALLY WEATHER CONDITIONS OUTSIDE TBAPSOTURE F A' WIND DIRECTION | SUNNY Vj CLOUDY Q HUMID Q] WIND VELOCITyY ^-L-1 CLOUD YU foo showersQ RAIN p~[ snowQ BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL /// 5 -4 FIELD AREA CONSTANT Km mm2 856 Ac SAMPLE NUMBER ^^4 TOTAL FIELDS FlBERSPER FIBERS ^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED/If* VOLUME I K-floC VOLUME <11 TOTAL SAMPLE TIME (MIN) flccx MIN. 43-. 0 )0& 'bn/ -- iy eflf X K = L ITERS 1V i* * *^ TOTALS TIME WEI6HTE0AVERA6E TOTALjfcr MM4. _ TOTAL MkH. *"A / %O / flee CTD022911 ASBESTOS MONITORING DATA SHEET N ^ ^ PLANT EMPLOYEE NAME . BA V F < PUMP MANUFACTURER PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST 1 S' V CODE SERIAL NUMBER FLOW RATE (Ipm) ________________________________________________ An 5 A_____ 3'BS, /, DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes 51 NO SOMETIMES REMARKS EXHAUST CONTROL SYSTEMS i--*' r-i NOT FUNCTIONING MFUNCTIONING NORMALLY | 1 NORMALLY REMARKS AAO^t Ol/tsAS s4T ^pZjp STXJ' WEATHER CONDITIONS OUTSIDE THWPERATURE F WIND VELOCITY i_________ _____________ SUNNY PARTLY CLOUDY | CLOUDY | | FOG | | HUMID Q | SHOWERS [ | c RAIN f~~] owQ BLANK FIBER COUNT FIBERS IN FIELDS = MICROSCOPE MAKE & MODEL /// ______ FIELD AREA CONSTANT & If. / /(rwn2 856 -/sAo SAMPLE NUMBER TOTAL FIELDS FI8ERS PER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED flf+ VOLUME K-fl<X VOLUME (0 TOTAL SAMPLE TIME (MIN) fJcCxmH. ^7.r !oO fop flf X K = Liters / r ^2> A* * K' -. * ' V .. * -V ' 4i 1 Ja>TOTALS TIME WB6KTED AVERAGE TOTAL/fee's MIN _ TOTAL MIN. ,TT* A / s 7- Alec CSffiHK?* ASBESTOS MONITORING DATA SHEET PLANT EMPLOYEE NAME C (LOT,- PUMP MANUFACTURER /P/ VE/LS / & PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST J-6 <S 3/' / / > CODE MSA SERIAL NUMBER 3'^3 FLOW RATE (Ipm) O SAMPLE NUMBER START TIME STOP ii ' c- 7V > 7, / c ACTIVITY DURING SAMPLING PERIOD fr ,44A/Vts CJ-C-A/S - OjO /4SS/ <- aSa-i r CODE DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes QnO SOMETIMES REMARKS MANUFACTURING INFORMATION (Size - Type of pipe Downtime - Etc.) "-- CODE EXHAUST CONTROL SYSTEMS fFUNCTIONING NORMALLY NOT FUNCTIONING NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F WIND DIRECTION WIND VELOCITY NNY Q CLOUDY Q HUMID Q PARTLY CLOUDY FOG | [ SHOWE RS | | RAIN Q-- SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL m _________ FIELD AREA CONSTANT 4X3Co/mm2 898 /y'o FIELD AREA * 1000 SAMPLE NUMBER TOTAL FIELOS FIBERS PER CORRECT BY TOTAL FIBERS ^"COUNTED = FIELD SUBTRACTING SAMPLE CORRECTEO BLANK VOLUME (1) TOTAL VOLUME < K -fjcc SAMPLE flcCxMN. TIME (MIN) foO -- 77 flf X K = ^ LITERS 0 / 58V Si.ff ___L * n * V- - SIGNATURE OF SAMPLER V ' *t 4^ .A TOTALS TIME WB6KTED AVERAGE TOTAC/fcr MW. TOTAL MIN. 4 0 / floe Pipe and Plastic Group EMPLOYEE NAME W oo NO. H -f/ ASBESTOS MONITORING DATA SHEET Q ' \J Q<>* ^ i. PAYROLL NUMBER JOB TITLE 2 6^ PLANT DATE OF TEST > o 3 / 3 / / S- y A1c/4 FLOW RATE (Ipml J2.. Q DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL Dyes [0no Osometimes REMARKS EXHAUST CONTROL SYSTEMS r--, NOT FUNCTIONING L_JFUNCTIONING NORMALLY |__ | NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE THV1PERATURE F 1 WIND VELQaTyJ//|/ WIND DIRECTI SUNNY Q CLOUDY Q HUMID | | Cloudy'S" fog shows rsQ c RAIN Q SNOW Q BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL f/f 8'C FIELD AREA CONSTANT m 856 mm2 c SAMPLE NUMBER TOTAL FIELDS FIBERS PER FIBERS ^"COUNTED = FIELD jod CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE VOLUME (1) fa- CORRECTEDVOLUME * K-/toc f/f x K- Liters 0 3 !> 1 fleeTOTAL SAMPLE x MIN. TIME (MIN) 32^ `b'V A ___________ 4. $ i * > f ik totals TIME WEIGHTED AVERAGE TOTAL fJcCx MIN. TOTAL MIN. 0 f/cc 0Q Certai|ffeedH asbestos monitoring data sheet N0 ^ PLANT EMPLOYEE NAME v/.4 u f\Lh f\A,'bd PUMP MANUFACTURER J>/c/ PAYROLL NUMBER JOB TITLE PLANT PATE OF TEST 7 /2- b c I / > COPE SERIAL NUMBER /V P - ///I 'k/O^ FLOW RATE (Ipml , u :A 3/55 cP' O OIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL Dyes Qno CU sometimes REMARKS MANUFACTURING INFORMATION (Size - Type of pipe Downtime - Etc.) /p-7jr<P COPE EXHAUST CONTROL SYSTEMS r--1 1--1 NOT FUNCTIONING 1 1 FUNCTIONING NORMALLY |__ | NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F 4 4 MNP DIRECTION BUNNY Q CLOUDY Q HUMIO | | CLOUDY^ F Q SHOWS RSQ C RAIN | | snowQ BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL f/f s-<- FIELD AREA CONSTANT - )/?&>/ mm2 k 855 SAMPLE NUMBER TOTAL FIELDS FIBERS PER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED flf+ VOLUME tK-f/CC VOLUME (1) TOTAL SAMPLE TIME (MIN) fjccx MIN. 3Ofr'il' )oO - ///* K= -- 77/ L1TERS / / 3 lirf /<//; 4 TIME WEI6KTE0 AVCRA6E - TOTAL/fed fcMW. TOTAL MIN. * ^^ TOTALS 3S? * 1 >3 floe oo CertairfleedBPipe and Plastic Group NO. ASBESTOS MONITORING DATA SHEET PLANT PLANT OATE OF TEST EMPLOYEE NAME O&fcJSf > PAYROLL NUMBER JOB TITLE 3/5 9 7 9 CODE [V PtASTCk. 36 / -a/ i. He^PZSL' PUMP MANUFACTURER SERIAL NUMBER FLOW RATE (Ipm) /h <A 3! 3S o SAMPLE NUMBER START STOP fl 1 U i 'I'O ACTIVITY DURING SAMPLING PERIOD L CLcAsJ - &/? //p7^&, . CODE DIO EMPLOYEE WEAR RESPIRATOR? yes Qno (^sometimes RESPIRATOR TYPE & MOOEL 3fil *vl/ O REMARKS EXHAUST CONTROL SYSTEMS 1-3 1--1 NOT FUNCTIONING LUFUNCTIONING NORMALLY | | NORMALLY REMARKS WEATHER CONDITIONS |AV OUTSIDE TEMPERATURE F z WIND DIRECTION 1-----_ SUNNY fy| CLOUDY) (humid n WIND VELOCITY]/] IPARTLYp FOG DsHOWERSn c RAIN [""] SNOW 1") BLANK FIBER COUNT FIBERS IN FIELDS.. MICROSCOPE MAKE & MODEL FIELD AREA CONSTANT flf 3^ / DOtC? 7 mm* K- 858 - No SAMPLE NUMBER TOTAL FIELDS FIBERSPER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED flf* VOLUME xK-flcC VOLUME (1) TOTAL SAMPLE TIME (MIN) fjcc x MIN. JZLI_ 100 .<// *\ i >, flf X KL ITERS 01 "4 - ' a SIGNATURE OF SAMPLER V ^ TOTALS 4iv SIGNATURE OF ANALYST TIME WEI6HTTD AVAA6E total/7cc min _ TOTAL WIN. * oZ 1 floe MM CTD022916 'I/ "S' .* ,,...- v.1^` oo ^TMP!^ H ASBESTOS WONITOBIMfi DATA SHEET NO. ^ "?/ EMPLOYEE NAME C H A^J &"Z- PUMP MANUFACTURER /t75> A- PLANT DATE OF TEST 2o / 3 o / IX PAYROLL NUMBER JOB TITLE CODE 3-3 3 ~7fQ.CC/t: f//L- /JPUif tfCAOCA-. SERIAL NUMBER FLOW RATE (Ipm) 3/53 / f^ DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MOOEL yes Dno sometimes REMARKS MANUFACTURING INFORMATION (Size - Type of pipe - Downtime - Etc.) CODE EXHAUST CONTROL SYSTEMS 1--i |--| NOT FUNCTIONING 1__ 1 FUNCTIONING NORMALLY |__ [NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F (avmh*oai| ____/ w CLOUDY Q HUMID Q to_ *J_ WIND DIRECTION WIND VELOCtTY^Jj PARTLY CLOUDY I--| |___1 FOG | | SHOWERS | | BLANK FIBER COUNT FIBERS IN FIELDS.. MICROSCOPE MAKE 8t MOOEL f/f 3^ FIELD AREA CONSTANT If. ' foOO/ mm2 856 RAIN | | SNOW Q * /i/o SAMPLE NUMBER '4^0 TOTAL FIELDS FIBERSPER FIBERS ^"COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE VOLUME (1) CORRECTEO/7/t VOLUME x K -fjcc TOTAL SAMPLE TIME (MIN) fjcc x MIN. /00 .^r f/f x K- L ITERS / 'P / 403 % 4 i 4 '^^ 1 TOTALS to TIME WEIGHTEO AVERAGE TOTAL f/cC x MIN TOTAL MIN. * / > / f/oc SIGNATURE OF SAMPLER DISTRIBUTIONS WHITE-PLANT SAFETY FILE/CANAQY-CORP. HEALTH A SAF|TY/PIM<-PLANT PERSONNEL FILE/GOLDENROO-TEMPORARY PLANT COPY idfefev/ -v , , :-i i ; - i i. .i.-isjafciuW..- >-5t*-p-ooof CTD022917 h_. .11.1 - ASBESTOS MONITORING DATA SHEET " . PLANT frLANT DATE OF TEST __ ______________ ___________ ________________________ EMPLOYEE NAME PAYROLL NUMBER JOB TITLE 3.4 b /I 3/^9 5- CODE /-' M, / n\dc i PUMP MANUFACTURER / 7 >' SERIAL NUMBER ajacm/az/el FLOW RATE Opm) sts? 5 A _____ - > DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL Dyes [^no sometimes REMARKS EXHAUST CONTROL SYSTEMS NOT FUNCTIONING NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TBAPSWnjRE F WIND DIRECTION. WIND VELOCITY SUNNY Q CLOUDY Q HUMID QJ CLOUDY H PPG SHOWE RS Q RAIN Q -- SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE Si MODEL f/f FIELD AREA CONSTANT K mm2 858 SAMPLE NUMBER ^3f TOTAL FIELDS FIBERSPER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE VOLUME (0 CORRECTEDVOLUME M.K-fl<X TOTAL SAMPLE TIME (MIN) flcC* MIN. 0,0 loo .40 f/f x K= 11^ LITERS f D7 3 on M * ** M 1' V, SIGNATURE OF SAMPLER A A*.,-* 4- fa $ ** TOTALS SIGNATURE OF ANALYST TIME WEIGHTEO AVERA6E TOTALffet MW TOTAL MIN. f & 1 1 flee oo Certa^8 ASBESTOS MONITORING DATA SHEET PLANT EMPLOYEE NAME D M- Q P (ZU yts .fvJ PUMP MANUFACTURER \AS A PAYROLL NUMBER JOB TITLE 5^4 SERIAL NUMBER y */ L PLANT DATE OF TEST .2.^ 3/>4 / Uei-pes*- CODE FLOW RATE (Ipm) 3-7~H / SAMPLE NUMBER Start TIME STOP ACTIVITY DURING SAMPLING PERIOD CODE 'f *1L3 007.C.L1a/,a/6 DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes^no Osometimes REMARKS i--EX| HAUwSTrjCKO- NTROL SYSTEMS |--| NOT FUNCTIONING I I FUNCTIONING NORMALLY |__ 1 NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F WIND DIRECTION WIND VELOCITY SUNNY Q CLOUDY Q] HUMID [~~] PctZVbYvM FOG DshowersQ C RAIN | | SNOW BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL f/f FIELD AREA CONSTANT f OOfa/ mm2 If- 6 SAMPLE NUMBER *TOTAL FIELDS FIBERSPER CORRECT BY FIBERS "^"COUNTED -- FIELD SUBTRACTING BLANK TOTAL SAMPLE CORRECTED fjf VOLUME (1) VOLUME * K ffcc TOTAL SAMPLE flccx MIN. TIME (MINI Ho too H -- f/fxK- Liters 5 37/0 ? 3V;7? > % t. j ' i 4 i, SIGNATURE OF SAMPLER .'i 1i 37</TOTALS 'VhlS SIGNATURE OF ANALLYYSST.^jl TIME WEIGHTED AVERAGE TOTAL j7cc* MIN. TOTAL M(N. d 1 flee DISTRIBUTION: WHITE-PLANT SAFETY FILE/CANARY-CORP. HEALTH k SAFgTY/P INK-PLANT PERSONNEL FILE/GOLDEIfXjO-TEMPOSARY PLANT COPY xgXv,--,M<00 (/to CTD022919 CgjSK&?clM ASBESTOS MOHITORIHG DATA SHEET ^ PLANT EMPLOYEE NAME r at PUMP MANUFACTURER PAYROLL NUMBER JOB TITLE / ? ') SERIAL NUMBER PLANT DATE OF TEST .3/>? / f V _ CODE FLOW RATE (Ipm) /, 9 ^ SAMPLE NUMBER START TIME STOP 1a C, *> f > 31 z l)j 7~o ACTIVITY DURING SAMPLING PERIOD P T T/Bi/C-/*-- j /V )> fJd-- P / >A usv'Tp CODE DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes^no [Zsometimes REMARKS MANUFACTURING INFORMATION (Size - Type of pipe * Downtime < Etc.) EXHA^J^^NTROU SYSTEMS NOT FUNCTIONING l~~l FUNCTIONING NORMALLY CH NORMALLY REMARKS LL CODE c BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL /// 5-L FIELD AREA CONSTANT If 856 mm2 SAMPLE NUMBER TOTAL FIELDS FIBERSPER CORRECT BY TOTAL FIBERS "^COUNTED = FIELD SUBTRACTING SAMPLE CORRECTED BLANK VOLUME (1) VOLUME *K-flcC TOTAL SAMPLE flccx MIN. TIME (MIN) K/0 0 2> 4o*-- 7^' f/fx K- l_J TERS 4 *' * ,> / Lf-U 0 SIGNATURE OF SAMPLER ? i- - ** * WSTOTALS SIGNATURE O)FAANNAALLYYSST TIME WEIGHTED AVERAGE total/Tct* min. TOTAL MIN. T"A 4 0 2> floe DISTRIBUTION; WHITE-PLANT SAFETY FILE/CANARY-CORP. HEALTH k SAFTY/PINK-PLANT PERSONNEL FILE/GOU5CNROO-TEMPORARY PLANT COPY CTD022920 V" \. . PLANT EMPLOYEE NAME / T6Bti PUMP MANUFACTURER ASBESTOS MONITORING DATA SHEET W0 ^ PLANT DATE OF TEST /{/&/&/>*& JI6 3 3/2-^ / ~U PAYROLL NUMBER JOB TITLE CODE /.2- / 4*A/+/7^ /fa (/!#*// c SERIAL NUMBER FLOW RATE (Ipm) 31^3 'P1V RLOYEE WEAR RESPIRATOR? vS \J3no CH sometimes RESPIRATOR TYPE & MODEL REMARKS MANUFACTURING INFORMATION (Size - Type of pipe Downtime - Etc.) \\' \ __________________________________________ EXHAUST CONTROL SYSTEMS i-rf \\\ 1--I NOT FUNCTIONING 12_iFuiycmpNiNG NORMALLY 1__ [normally REMARKS CODE WEATHER CONDITIONS OUTSIDE TEMPERATURE F lv , _/J WIND DIRECTIONj/^| I jt^SUNNY Q cloudy Q humid Q ^kl-] CLOUDY^ PPG SHOWERS | WIND VELOCITY rain I BLANK FIBER COUNT FIBERS IN FIELDS . MICROSCOPE MAKE & MODEL /// FIELD AREA CONSTANT * &?<>/ mmi 856 FIELD AREA x 1000 \<J-U SAMPLE NUMBER TOTAL FIELDS FIBERSPER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTEO/y-*- VOLUME k K-flcC VOLUME m TOTAL SAMPLE TIME (MINI fltXx MIN. 0&& \l^ \OD~- 3^ Hr- - 7 * '[ \ i ^j'yf/f x K= L ITERS 0 ^/r tf-- __________ *L | TOTALS TIME WEIGHTED AVERAGE TOTAL^CC* MIN. _^yA1A TOTAL MIN. .0 L ^ flee SIGNATURE OF SAMPLER W 11 SIGNATURE OF ANALYST A 0 DISTRIBUTION: WHITE-PUNT SAFETY FILE/CANARJf-COfiP. HEALTH A SAFgTY/PINK-PLANT PERSONNEL FILE/GOUDEWOO-TEMPORARY PLANT COPY > n- . ; joi-'&o4-HpSoS'Vot:t-/o , ..-fr.-H . SS CTD022921 Vi- t ~j QBSSBSS*** asbestos monitoring data sheet NO. >- PLANT EMPLOYEE NAME 7 A'4 PUMP MANUFACTURER MSA. PLANT DATE OF TEST PAYROLL NUMBER JOB TITLE 3- 0 3 / 'f U ZG 1> / T-' SERIAL NUMBER AC/4' k/Z-ZT FLOW RATE (Ipml O'rf't'f J2 ^ OIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes ^ NO SOMETIMES REMARKS EXHAUST CONTROL SYSTEMS m i--i NOT FUNCTIONING LjFUNCnONING NORMALLY . LJ NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TO*>ERATURE F SUNNY Q CLOUDY Q HUMID Q WIND DtRECTIOrji^r l WIND VELOCITY| PARTLY CLOUDY ^ FOG | | SHOWERS] | c RAIN | | SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL f/f ________ FIELD AREA CONSTANT /mm2 Km 858 SAMPLE NUMBER TOTAL FIELDS FlBERSPER FIBERS ^"COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED flf* VOLUME xK*flee VOLUME m TOTAL SAMPLE TIME (MIN) fjcc x MIN. I'D /oo v?7 flf x K = 37 L ITERS 0r \ 1 ,, w., tt i. _____ V. f.O'fTOTALS x? TIME WEJ6KTC0 AVERAGE TOTAt/fcc R MIN TOTAL MIN. llfA 0 r > flee EMPLOYEE NAME ml A/ A 'LL PUMP MANUFACTICJRER 0 0 NO .-ts~ ASBESTOS MONITORING DATA SHEET N At// P/(//2S'>-. PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST 3. b c 3> / 2- 6 / 8 2> COOE 2>V 7-' SERIAL NUM8ER /Ma/a(77 /fa fLU J/ o FLOW RATE Opm) 37 // 5L. L> DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL Dyes T^Ino [H sometimes REMARKS MANUFACTURING INFORMATION {Size - Type of pipe - Downtime - Etc.) CODE EXHAUST CONTROL SYSTEMS f--. i-- NOT FUNCTIONING 1 1 FUNCTIONING NORMALLY LJ NORMALLY REMARKS WEATHER CONDITIONS F^ ^WIND DIRECT10n[^Qwini OUTSIDE TEMPERATURE WIND VELOCITY| | | 1 CLOUDY 1 / FOG Q SHOWS RS Q BLANK FIBER COUNT FIBERS IN FIELDS _ /// MICROSCOPE MAKE & MODEL FIELD AREA , zO>/mm2 ________________ _______________________ CONSTANT K- 856 SAMPLE NUMBER TOTAL FIELDS FIBERS PER FIBERS '"^'COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED flf+ VOLUME x K -flee VOLUME m TOTAL SAMPLE TIME (MIN) fjccx MIN. O&bty /o& -* f/fx K= LITERS 0> \ 1 /.v^ s C RAIN Q -- SNOW | | - //O A ____ L TOTALS 37 TIME WEIGHTED AVERAGE TOTAL fjcctum. _.nAIA TOTAL MIN. o 1 o- floe 7SIQNATURE OF SAMPLER v - ~f_ * ; --* SIGNATURE OF ANALYST s DISTRIBUTION: WHITE-PLANT SAFETY FILE/CANARY-CORP. HEALTH k SAFETY/P INK- PLANT PERSONNEL FI L/GOLOENROO- TEMPORARY PLANT COPY, usx-jfi t- - trt - li a- - - ; *1' - ,J.. ... BffvJEBgg'. >. v -i.:r -4?b 4\ji,-y.:t&ju -`'ir i-Afe.'.7. -; .j .c2l*. CTD022923 EMPLOYEE NAME iV // r'-r' a ^ r. ^ PUMP MANUFACTURER O O' ASBESTOS MONITORING DATA SHEET ^ ^ PAYROLL NUMBER JOB TITLE 2PLANT DATE OF TEST 7 0 ? / a S' 7 SERIAL NUMBER _______ 3 /h s=~c/-!A sJf <- FLOW RATE (Ipm) 2<= . > ^ DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes $no sometimes REMARKS EXHAUST CONTROL SYSTEMS i--l f--1 NOT FUNCTIONING 1 ^FUNCTIONING NORMALLY LJ NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE F 3f' WIND DIRECTION[/PlwiNO VELOCITY UNNY | | CLOUDY [2) humid " PARTLY CLOUDY FOG [ I SHOWERS I I c RAIN Q -- SNOW | | BLANK FIBER COUNT FIBERS IN FIELOS _ MICROSCOPE MAKE & MOOEL /// FIELD AREA CONSTANT > 0 t mm* *. w - /<+o SAMPLE NUMBER ^33 TOTAL FIELDS FIBERS PER CORRECT BY TOTAL TOTAL FIBERS "^COUNTED = FIELD SUBTRACTING SAMPLE correctedvolume K-ffcc SAMPLE flccx MIN. BLANK VOLUME M TIME (MIN) V7-r /oo f. Mns -* 77.7 f/fx K- L ITERS 0 9 9 3S7 ** % timewq6ktco jIVRA6 ________ TOTTOATLAflLeMe*IHM. W-TWA * z, $4 * *, T0TALS / 0 flee SIGNATURE OF SAMPLER Signature of anajl^t CTD022924 &y****m o'~b CefteinTeedH ASBEStos monitoring data sheet NO. %~fe EMPLOYEE NAME \0 I*. e. Vi e i L PUMP MANUFACTURER lASA l)g. PLANT DATE OF TEST PAYROLL NUMBER JOB TITLE 3 2- s'Jl b 0 / / y- 71 7 SERIAL NUMBER M*' *J"T W FC.H<L^tC- FLOW RATE (lpm| 15 v DUIUD EtlWMPLLUOTYEt E WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yES^0II>NO EH SOMETIMES 5^/AS5S>y) ,o/=- v)* SAw/fbs/e* <rjiur/L^^a Xtfr fo voa+t os* 4-t />+** ^-a&t 7Z v* **/&*, MANUFACTURING INFORMATION (Siza - Type of pipe - Downtime - Etc.) '~N EXHAUST CONTROL SYSTEMS r--. (--| NOT FUNCTIONING 1 1 FUNCTIONING NORMALLY (__ | NORMALLY REMARKS CODE WEATHER CONDITIONS OUTSIDE TEMPERATURE F 2g WIND DIRECTION WIND VELOCITY SUNNY | | CLOUOY^jfHUMIP | ] PARTLY CLOUDY FOG | | SHOWERS | | RAIN | | SNOW Q BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL /// 3-L FIELD AREA CONSTANT 00 1{m bl mm2. 856 x )4o SAMPLE NUMBER / K* ' _ TOTAL FIELDS FIBERSPER - FIBERS ""COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE VOLUME 0) CORRECTED fff+ VOLUME i K mfJ<X nsn*r >QO < T^.i-y f/fx K- L ITERS 0 TOTAL SAMPLE fjcc x MIN. TIME IMIN) ntiu \ % c a* . #j V^ TOTALS SIGNATURE OF SAMPLER A * SIGNATUREQF ANALYST ________ / TIME WEIGHTED AVERAGE TOTAL/fee* MIN. . TOTAL MIN. 1WA 9 2 21 f/cc CTDO22925 oo C^l!?ldH ASBESTOS MONITORING DATA SHEET N I PLANT EMPLOYEE NAME N. S JJ fs] K PUMP MANUFACTURER P/VB&SJ . PLANT DATE OF TEST / 72 t\o 3 3 S" V PAYROLL NUMBER JOB TITLE y y SlA'sSf; LCT/ZlC< AK/ CODE SERIAL NUMBER FLOW RATE (Ipm) MSA <73 7"// 2* DIO EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL Dyes I^no sometimes REMARKS EXHAUST CONTROL SYSTEMS (--1 i--i NOT FUNCTIONING 1 1 FUNCTIONING NORMALLY |__ | NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE THW'ERATURE F | | CLOUDY gjHUMID Q 6_ i_ WIND DIRECTION \^\WIND VELOCITY^^jjPPARTLY CLOUDY FOG | | SHOWERS | | c RAIN [ | SNOW | | BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MOOEL /// 0- L FIELD AREA CONSTANT *, C?o6/ mm2 856 SAMPLE NUMBER 06 3/ TOTAL FIELDS FIBERS PER CORRECT BY TOTAL TOTAL FIBERS "^"COUNTED -- FIELD SUBTRACTING SAMPLE CORRECTEDflf* VOLUME xK-flcC SAMPLE flccx MIN. BLANK VOLUME m TIME (MINI 53.-5 /OO. .23)5 7fr' f/fx K- L ITERS A0 ??74 /6>^ 4% * , \' i* . *. __________ S-. li_______________ i- % i 'I totals 316, 16. rme wqghtio avcracc TOTAL/fcc*MMs'_-- TOTAL MIR 10/1 floe 0 V'T- Certainfegd B ASBEST0S monitoring data sheet wo ** '* PLANT EMPLOYEE NAME A CA^aiv) PUMP MANUFACTURER ' A PLANT DATE OF TEST 2-6 O 3A v / f Zs PAYROLL NUMBER JOB TITLE CODE V'i'O S^SjC ?/z/C(A-At/ SERIAL NUMBER FLOW RATE (Ipm) \A 0 DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MOOEL yes 't5sfNO SOMETIMES REMARKS fy/LPc&t * Fedcf? -f- p/Z0C&>va-- OP* " /> XJ>Us*SSZ6 -To &&40A/ EXHAUST CONTROL SYSTEMS p--/ i--. NOT FUNCTIONING 1 1 FUNCTIONING NORMALLY. LJ NORMALLY REMARKS c BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL flf FIELD AREA CONSTANT K- 8.56... . mm2 , Vv4 SIGNATURE OF SAMPLER SIGNATURE O5F AlNALYST TIME WEIGHTED AVERAGE TOTAL ffcCu MIN. TOTAL MIN. *A 0A <e flee LANT PERSONNEL FILE/GOLDEhMO- TEMPORARY " oo OSSSTM" ASBESTOS MONITORING DATA SHEET NO. A PLANT P/ EMPLOYEE NAME D H E y to *1 PUMP MANUFACTURER MS A PAYROLL NUMBER JOB TITLE ^prpr ** PLANT DATE OF TEST 2- 0 3 / 2. V / ? ef&e.A-fz#- CODE SERIAL NUMBER g/S2 FLOW RATE (Ipm) \A (* SAMPLE TIME NUMBER START \ STOP' ISo 1 D !(> l\/AltS T/hfiS Td JY Tq ACTIVITY DURING SAMPLING PERIOD CjrAv^J ~ ~~ 'T&u^/ls V/A A/ Mry+oe o fftUAJQ 7a</) ^S/>U MfS-rS'. ti/T, lyAfSMr*/^ /// jfe>so&/i^ .kj* 7M> ~fo At''2^'- &jii Lva/W + &.-&&>&* t/J Sp/L^/tAf/Ls/rtfiS ----------------------------- DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MOOEL yes jKU Qsometimes REMARKS CODE EXHAUST CONTROL SYSTEMS ' FUNCTIONING NORMALLY |--i NOT FUNCTIONING 1__ [ NORMALLY &/+JCJ? oaS -A C-/E2L//UZ /y/?UrjJA ~Tb /4st/7b*s y- "aoaj't''TivitJ /r jap -- WEATHER CONDITIONS OUTSIDE TSVIPERAUJRE F m WIND DIRECTION WINO VELOCITY ________________ ^ UNNY I^Rf CLOUDY | | HUMID | [ WPAR&TLYT2 foo showersQ BLANK FIBER COUNT FIBERS IN FIELDS _ MICROSCOPE MAKE & MODEL m FIELD AREA CONSTANT , OOb ^mnfl K- ' 855 RAIN [ | SNOW Q - /*/-, SAMPLE NUMBER TOTAL FIELDS FIBERS PER FIBERS "^COUNTED = FIELD is mo CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED flf* VOLUME K-f]<X VOLUME <11 :_______ ill* k= 7 A Liters P 4 TOTAL SAMPLE fjcc x MIN. TIME (MIN) ^2. 'Tv / % ** \ ON SIGNATURE OF SAMPLER . L _____ *u ` i . TOTALS SIGNATURE OF ANALY TIME WEIGHTEO AVERAGE TOTALj7cr MIN. TOTAL MIN ,0 3 flee DISTRIBUTION: WHITE-PLANT SAFETY FILE/CANARY-CORP. HEALTH * PLANT PERSONNEL F|_LE^GOLDWOOfEMPORARY^PLANT COPY CTD022928 EMPLOYEE NAME H 5^ S 7 4 ^ PUMP MANUFACTURER ASBESTOS MONITORING DATA SHEET N ^'7f 5 skL A PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST 2 7- 0 s> / k 5- is 5> 9 SERIAL NUMBER Aie.a*W/* FLOW RATE (Ipm) ^3 'f-k'S /fV DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL YEsHZlNO Q SOMETIMES REMARKS MANUFACTURING INFORMATION <Si - Typ o< pip* - Downtlm* - Etc.) CODE EXHAUST CONTROL SYSTEMS r--. NOT FUNCTIONING Ld FUNCTIONING NORMALLY L_| NORMALLY REMARKS WEATHER CONDITIONS OUTSIDE TEMPERATURE UF M I WIND DIRECnON ____________ ^_______________ WIND VELOCITY PARTLY CLOUDY BLANK FIBER COUNT FIBERS IN FIELDS = MICROSCOPE MAKE & MOOEL flf ________ FIELD AREA CONSTANT if- 858 SAMPLE NUMBER TOTAL FIELDS FIBERS PER FIBERS "^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE CORRECTED flf VOLUME K -fla VOLUME m TOTAL SAMPLE TIME (MIN) fjcc x MIN. /f /DO /f is?--/ \ flf X K* LITERS 1 0 3. 3 ty 3 * C ' - tko 1y \i & * * __________________ fr .V . TOTALS * /3,03 TUBE WB6KTTD AVERAGE TOTALjfer MIN. W1 TOTAL MM. TM 0 0 3 floe V -*. w; -rv^ oo ASBESTOS M0NIT0RIN6 DATA SHEET N ^ PLANT EMPLOYEE NAME A P<r ft *C PUMP MANUFACTURER <?/ is AHA /=- PAYROLL NUMBER JOB TITLE PLANT DATE OF TEST O // 7 > CODE SERIAL NUMBER nZ 7y y /// Z //6SL ; FLOW RATE (Ipm) / Dz/l'-C-T*/1'- SAMPLE NUMBER START TIME STOP r- -/ / 4' H y. S' ACTIVITY DURING SAMPLING PERIOD CODE A i OAJ '7'fJA' p - A>AC/-ff aJ^ ?/>/r / Ash7/ As Au'Ai-f^- $'\0 i- a- 'J A//P/3A C77 o-^> >/' JA-4 Av ? ->Ar ^A f<t fj ,pau71A- DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL yes Qno sometimes REMARKS BLANK FIBER COUNT FIBERS IN PIELDS _ f/f MICROSCOPE MAKE & MODEL FIELD AREA %-L , _______________________ / mm2 CONSTANT |f m 855 SAMPLE NUMBER Okn TOTAL FIELDS FIBERSPER FIBERS ^COUNTED = FIELD CORRECT BY SUBTRACTING BLANK TOTAL SAMPLE VOLUME (0 CORRECTED/y* VOLUME K-fl<X TOTAL SAMPLE TIME (MIN) flee x mu. no too >1 ________ffi>K = Liters , 03 5 /3L- m j ij (J '' yfo- * TOTALS TIME WEIGHTED AVERAGE TOTALjfcCa MIN TOTAL>MH 0 3 5 floe ^- o - "... r{, MWUpmi^- ... "O : , ,. ,, CSfiSRS*TM ASBESTOS MONITORING DATA SHEET N "'7 ' [PLANT EMPLOYEE NAME PUMP MANUFACTURER 'e-.T' : /S PAYROLL NUMBER JOB TITLE f'LANT DATE OF TEST / 7o 'J 7 / 3 Y / -7 / r. SERIAL NUMBER FLOW RATE (Ipm) A / -y J- SAMPLE NUMBER START TIME STOP a 'a C ts C /.^A ' -'r /S ACTIVITY DURING SAMPLING PERIOD S-C/, c zsJ CODE DID EMPLOYEE WEAR RESPIRATOR? RESPIRATOR TYPE & MODEL Dyes Ono Qsometimes REMARKS EXHAUST CONTROL SYSTEMS p-i r--i NOT FUNCTIONING | j FUNCTIONING NORMALLY j | NORMALLY REMARKS WEATHER CONDITIONS OUTS06 TEMPERATURE F a WIND DIRECTION WIND VELOQTY SUNNY [~| CLOUDY Q HUMID | PARTLY [>t| CLOUDY FOG [ | SHOWE RS | | | C RAIN|~~| SNOW | ) BLANK FIBER COUNT FIBERS IN FIELDS. MICROSCOPE MAKE & MODEL m ________________ 6-L- FIELD AREA CONSTANT < mm2 SAMPLE NUMBER - -1 f TOTAL FIELDS FIBERSPER CORRECT BY TOTAL TOTAL flcCxFIBERS "^"COUNTED -- FIELD SUBTRACTING SAMPLE COBRECTEOflf+ VOLUME K -flcC SAMPLE BLANK VOLUME 0) TIME (MIN) MIN. /oo & 773f`2. f/f X K = L ITERS 0 Zip '' ZioTOTALS 3^/f TIME WB6MTE0 AVJERA6E TOTAL TOTAL MM. 4m m