Document gmnyyE0n3M10y2var9Q93w8J

FILE NAME: AZW/W DATE:^ DOC#: AIP OCUMENT DESCRIPTIONhZZZZZ ZZ^ZZZW /, ~~.Oil-efu~{~/) 2. (1-) b6-J.Y~ 7/-/0t: ~ 7e'~ s::;?-- / Y;J ATLANTA Corporate Headquarters 3945 Lakefield Court Suwanee, GA 30024 (770) 866-3200 FAX (770) 866-3259 - - - - - - - - - - - - - - - - - -_ _ _ _ _ _ _ _'_ _n " ' __ _ Cutting of an Asbestos-Containing Resin Based Pipe: A Work Practice Study Materials Analytical Services, LLC September 2010 LOS ANGELES 3020 OLD RANCH PARKWAY SUITE 300 SEAL BEACH, CA 90740 WWW.MASTEST.COM (562) 799-5530 FAX (562) 799-5531 Cutting of an Asbestos-Containing Resin Based Pipe: A Work Practice Study Protocol Summary of Air Sampling Data and peM Images Bulk Analysis M-42122 Study 1 NIOSH 7400 &7402 Data M51855 Study 2 NIOSH 7400 & 7402 Data M51857 Study 3 NIOSH 7400 &7402 Data M51863 Photographs SECTION 1 Cutting of an Asbestos-Containing Resin Based Pipe: A Work Practice Study Protocol September 27,2010 Overview: On February 19,2007 Materials Analytical Services (MAS) received a molded resin based flange with a small piece of pipe from Motley Rice law Firm. According to the documentation the flange/pipe sample had been sent to them by the law firm of Riggs Abney & Turpen. MAS was requested to conduct a work practice study with this pipe by the lanier Law Firm. The study was designed to measure any airborne asbestos fiber levels during the cutting of the pipe section using various cutting tools. This work practice was divided into three studies. Study 1 will consist of cutting a small section of the pipe with a fine tooth hand saw. Study 2 will cut another small section of the pipe with an electric powered hand saw with a fine tooth blade. Study 3 will consist of cutting a small section of the pipe using an electric powered hand saw equipped with a masonry blade. Cutting of the Asbestos-Containing Resin Based Pipe I. ECl Set-Up A. Study is to be performed in the MAS exposure characterization lab (ECl) constructed using negative airflow asbestos abatement technology. The size of the ECl is approximately 15' x 20' x 8'. The Eel will be decontaminated before the study. B. Air exchange inside the ECl during the work phases will be approximately 200 cubic feet per minute as measured at 10' (in middle of 12" ID duct) from the air exhaust of the HEPA filter negative air machine (Force Air 2000 EG). C. High intensity lighting setup will be in general accordance with the methods described in D.T. Chambers, "Asbestos", John Wiley & Sons, 6,193, 1983 and the Environmental Protection Agency SOP, EPA-Libby-02, Revision #1, March 2001 (Tyndalllighting section only), and the MDHS # 82, "The Dust - 1~ lamp", March 1997. The high intensity lighting source will consist of three high intensity light (1000 watts ellipsoidal pyrex lens, 219K candle power, 8 degree beam angle) located on each side of the worktable at a height of approximately 5.5 feet from the floor and approximately 7 feet from the work activity. Study 1: Hand Sawing 11. .!=tackground, Area & Personal Air Samples A. Before the hand sawing work practice study takes place, background air samples will be run in the ECl. B. Adjust and calibrate high volume area pumps to approximately 10.0 liters per minute. C, Set up four area air samples inside the ECL. Use 25 mm air cassettes containing 0.8 micron pore size mixed cellulose ester (MCE) filters with a 5.0 micron backing pad. D. locate the background air samples in each quadrant of the ECl at a height of 5.5 feet from the floor and a distance of approximately six feet from the work activity. E. During this study the four area samples located in each quadrant will be calibrated and run at a rate of approximately 10.0 liters/minute. These area air samples will be set up as described in section 11 of this protocol. F. The investigator will be fitted with four personal air pumps and air cassettes (two on each shoulder) located in his breathing zone and calibrated at a flow rate of approximately 2.0 to 3.5 liters/minute. Hand Sawing Work Practice G. For this work practice the investigator will use a 13" PVC/ABS plastic pipe saw (Buck Bros.) to cut a y,." to ')12" section off the pipe taken at the end of the pipe. The air sampling information will be recorded on the IH air sampling chain of custody sheets for the study. H. The investigator will wear appropriate protective clothing, work apparel and air supplied respiratory protection equipment. -2- I. The work practice will be performed under both ambient and high intensity lighting. J. The entire procedure will be videotaped with two separate cameras (Sony Handycam, model numbers HDR-HC3 and DCR-HC). During filming the high intensity lighting will be turned off and overhead lights turned on several times during the study. K. Fabric work clothes samples will be collected off of the investigator after each phase of the study has been completed. L. The field blanks will be opened inside the ECl for 30 seconds after each phase of the study has been completed. Stud~ 2: Electric Sawing 7% Inch Plywood Blade Ill. Background. Area & Personal Air Samples A. Before the hand sawing work practice study takes place, background air samples will be run in the ECL. Since this study will be run after the hand sawing study, the ECl's ventilation will be elevated prior to the collection of the background samples for Study 2. The ventilation rate will be increased to 2000 cubic feet per minute for approximately 30 minutes. B. For the background samples adjust and calibrate high volume area pumps to approximately 10.0 liters per minute and the background air samples will be run for approximately one hour. C. Set up four area air samples inside the ECl. Use 25 mm air cassettes containing 0.8 micron pore size mixed cellulose ester (MCE) filters with a 5.0 micron backing pad. D. locate the background air samples in each quadrant of the ECl at a height of 5.5 feet from the floor and a distance of approximately six feet from the work activity. E. During this study the four area samples located in each quadrant will be calibrated and run at a rate of approximately 2.0 liters/minute. These area air samples will be set up as described above. -3- F. The investigator will be fitted with four personal air pumps and air cassettes (two on each shoulder) located in his breathing zone and calibrated at a flow rate of approximately 0.5 liters/minute. Study 2: Electric Saw Work Practice G. For Study 2 the investigator will use a Skil 2.4 hp 7X inch circular saw with a 7X inch plywood metal blade (Avanti) to cut a 'X" to Yz" section off the pipe taken at the end of the pipe. The air sampling information will be recorded on the IH air sampling chain of custody sheets for the study. H. The investigator will wear appropriate protective clothing, work apparel and air supplied respiratory protection eqUipment. I. The work practice will be performed under both ambient and high intensity lighting. J. The entire procedure will be videotaped with two separate cameras (Sony Handycam, model numbers HDR-HC3 and DCR-HC). During filming the high intensity lighting will be turned off and overhead lights turned on several times during the study. K. Fabric work clothes samples will be collected off of the investigator after each phase of the study has been completed. L. The field blanks will be opened inside the ECl for 30 seconds after each phase of the study has been completed. Study 3: Electric Sawing-Work Practice IV. Background, Area & Personal Air Samples A. Before the second electric sawing work practice study takes place, background air samples will be run in the ECl. Since this study will be run after the Study 2 electric sawing study, the ECl's ventilation will be elevated prior to the collection of the background samples for Study 3. The ventilation rate will be increased to 2000 cubic feet per minute for approximately 30 minutes. -4- B. For the background samples adjust and calibrate high volume area pumps to approximately 10.0 liters per minute and the background air samples will be run for approximately one hour. C. Set up four area air samples inside the ECL. Use 25 mm air cassettes containing 0.8 micron pore size mixed cellulose ester (MC E) filters with a 5.0 micron backing pad. D, Locate the background air samples in each quadrant of the ECl at a height of 5.5 feet from the floor and a distance of approximately six feet from the work activity, E. During this study the four area samples located in each quadrant will be calibrated and run at a rate of approximately 2.0 liters/minute. These area air samples will be set up as described above. F. The investigator will be fitted with four personal air pumps and air cassettes (two on each shoulder) located in his breathing zone and calibrated at a flow rate of approximately 0.5 liters/minute. Study 3: Electric Saw Work Practice G. For this work practice the investigator will use a Skil 2.4 hp 7% inch circular saw with a 7% inch DeWalt masonry blade to cut a %" to Yz" section off the pipe taken at the end of the pipe. The air sampling information will be recorded on the IH air sampling chain of custody sheets for the study. H. The investigator will wear appropriate protective clothing, work apparel and air supplied respiratory protection equipment. I. The work practice will be performed under both ambient and high intensity lighting. J. The entire procedure will be videotaped with two separate cameras (Sony Handycam, model numbers HDR-HC3 and DCR-HC). During filming the high intensity lighting will be turned off and overhead lights turned on several times during the study. K. Fabric work clothes samples will be collected off of the investigator after each phase of the study has been completed. -5- L. The field blanks will be opened inside the ECl for 30 seconds after each phase of the study has been completed. v. Laboratory Analysis A. All air sample cassettes will be analyzed by the NIOSH 7400 PCM method using A counting rules and all personal air samples and 50% of the area samples will be analyzed by the NIOSH 7402 TEM method. B. Fabric samples from the work clothing will be analyzed by the recommended EPA method. -6- SECTION 2 Asbestos-Containing Resin Based Pipe Study 1: Hand Sawing M51855 Background Air Samples Sample No. A-01-A A-01-B A-01-C A-01-D Sample Descriotion IWA IWA IWA IWA Personal Air Samples SamRle No. P-1-A P-1-B P-1-C P-1-D Sample DescriRtion Personal PLR Personal PLL Personal PLR Personal PLL Area Air Samples SamRle No. A-1-A A-1-B A-1-C A-1-D Sample Description IWA IWA IWA IWA PCM Fibers/cc <0.001 <0.001 <0.001 <0.001 PCM Fibers/cc 5.36 1.66 4.87 2.48 PCM Fibers/cc 1.7 1.4 1.2 1.3 NIOSH 7402 0% 0% NIOSH 7402 97% 92% NIOSH 7402 PCME Fibers/cc PCME Fibers/cc 5.20 1.53 PCME Fibers/cc --.\-\\ ~},;i. Asbestos-Containing Resin Based Pipe Study 2: Electric Saw, Fine Toothed Blade M51857 Background Air Samples Sample No. A-02-A A-02-B A-02-C A-02-D Sample Descr~tion IWA IWA IWA IWA Personal Air Samples SamJ21e No. P-2-A P-2-B P-2-C P-2-D Sample Description Personal PLR Personal PLL Personal PLR Personal PLL Area Air Samples S9ill.Ele No. A-2-A A-2-B A-2-C A-2-D Sample Description IWA IWA IWA IWA PCM Fibers/cc <0.006 <0.006 0.006 <0.006 PCM Fibers/cc 71.2 106.1 101.3 89.4 PCM Fibers/cc 50.5 46.2 49.2 71.0 NIOSH 7402 PCME Fibers/cc NIOSH 7402 100% PCME Fibers/cc 71.2 NIOSH 7402 ~- PCME Fibers/cc ~ ~ Asbestos-Containing Resin Based Pipe Study 3: Electric Saw, Masonry Blade M51863 Background Air Samples Sample No. A-03-A A-03-B A-03-C A-03-D Sample Description IWA IWA IWA IWA Personal Air Samples SamQle No. P-3-A P-3-B P-3-C P-3-D Sample DescriQtion Personal PLR Personal PLL Personal PLR Personal PLL Area Air Samples SamQle No. A-3-A A-3-B A-3-C A-3-D Sample DescriQtion IWA IWA IWA IWA PCM Fibers/cc 0.011 <0.027 0.014 0.008 PCM Fibers/cc 88.8 137.9 148.7 52.6 PCM Fibers/cc 82.5 61.5 90.3 82.0 NIOSH 7402 NIOSH 7402 100% NIOSH 7402 PCME Fibers/cc -- PCME Fibers/cc 88.8 PCME Fibers/cc ->. "Cl ::J tJ) en C") .! Q. E co tJ) fco I/) Cl) r::: 0 Cl. E I'll Q) a.. tn "iC) r::: CO tJ) N "Cl r::: CO :I: 1.8 ~,' \\, 1.6 1.4 u~ 1.2 D- ...en G; > ~ Q) .c .sue:n: 0.8 . -'.' en .<c11 ~ 0.6 0.4 0.2 +--.~. o 1 Area Samples Hand Sawing Study I ~~~""-"' t i-"'~-----"V" 'I 2 3 Samples ii.iliSeries1 . 4 r 1/1 .! c.. E 10 (f) o N o o ro o o to o o N '..III Q) 'C eQn) 11 -c..~ ".:.C.s. en rn Cl) encEa caQ) et) ...<C Q) - "' "C ~ m III ~ ca Cl) ii E en..c U) 0 0 l- -Q) c::: i.L N ..c ~ 0'1 C 'j ecna L. Q) ~ 0 Q. o 00 o r- oco oIt) o v o o et) N o..- o ..-->. ":Cs UJ rn ~ Q. E nI UJ c.. a. E ~nI C 0 I/) Cl) Q) III Q) Cl) "C ..!!! r:o ~ c 0 IIJ N nI :E 'iC) c nI UJ L. Q) ~ a0 . o ID ov..- o N..- o o ..- o CO o ID o v o N o '"Cl) 0.. E C'II tI) C'II ~ c:{ Cl) 'tJ ..!!! Xl '" -a c~ 0 IJ) Q) as :E Eca .q: en ...c.. 3E OJ C 'j N C'II tIl ...(.) 'i: (.) Cl) W o o o o Ol 00 oco o LO o o o N M51855-012 A-1-0 M51857-006 P-2-B M51857-012 A-2-D M51863-005 P-3-A MS1863-010 A-3-8 SECTION 3 MAS, LLC. CHAIN-OF-CUSTODY Page 1 of 1 CLIENT: Motley Rice LLC CONTACT: Wm. Michael Gruenloh PHONE: (843) 216-9563 CLIENT JOB NAME: Lathum-Ameron-Asbestos CLIENT JOB#: CLIENT DOC(S): Letter of transmittal FAX NUMBER: (843) 216-9430 MAS # CLIENT ID 001 asbestos mat LOCATION 002 rope-like yarn LOCATION 003 resin base flange LOCATION 004 resin base flange LOCATION VOLUME TYPE MATERIAL MAS JOB: M42122 DATE RECEIVED: 211912007 SUBMITTED BY: Wm. Michael Gruenloh TRANSPORT: FedEx RECEIVED BY: Nancy Sears CONDITION: samples not sealed MAS # CLIENT ID VOLUME TYPE MATERIAL SAMPLE RECEIVED BY: OCL(\~~ 1-- DATE: dI\a../C:rt COMMENT: --------------------------------------------------------------------------MAS, LLC. 3945 Lakefield Court Suwanee, Georgia 30024 (770) 866-3200 ...MotleyRice Wm. Michael Gruenloh Licensed in se DiJ:~ Dial843.216.9563 Direct Fax 843.216.9430 MGruenloh@modeyrice.com February 16, 2007 William Longo, Ph.D. Materials Analytical Services 3945 Lakefield Court . Suwanee, GA 30024 Re: Wilda Jean Lathum, Widow of Jerry H. Lathum, Deceased Dear Dr. Longo: Enclosed please fmd a sample 'of the asbestos mat that was manufactured at Ameron's Ardmore Oklahoma facility where Jetty Lathum worked. Also enclosed are: (a) One roll of small rope-like yarn purportedly used as a gap filler prior to gluing flanges together. We suspect this may be crocidolite. (b) Two fiberglass..:composite flanges. We suspect these may contain Union Carbide Calidria Resin' Grade asbestos. As.we discussed we would like you to analyze these samples and provide us with your opinion on the content and exposure given the attached testimony regarding the manufacture and use ofthe materials. by Mr. Lathum. Testimony has been given stating that Ameron used raw blue asbestos fiber and orc at , their facility in Ardmore, OK in the manufacture of the aforementioned asbestos mat. Inside the facility, Ameron employed the use of a hammer mill to crush the raw asbestos ore and fiber. This hammer mill was not closed off from the rest of the facility. Witnesses have stated that there was a cloud of dust surrounding the hammer mill and that asbestos dust would hang from the rafters like Spanish moss. Jerry Lathum worked for Ameron from 1963 until 1971 perfonning various duties. At the time 9fhis departure from Ameron, Lathum worked in Quality C~mtrol anq penormed his d:U,ties;thro'iighout the plant. I have also included a diagram of the fability. The dimensions are approximate. There are no enclosed partitions between areas. , <. This case is schedul~d to go to trial o~ September 10,2007. Expert reports are due April 16, 2007 and I expect defense will want to take your deposition sometime before May 16, 2007 (deadline for expert discovery). Please call me if you wish to discuss this case. WMG/sci cc: Dick Gann wwwmorleyrke.com MT. PLEASANT Motley Rice LLG Attotneys .t Law 16 BRlDGll5IDE BlVU se P.O. Box 179" MT. PLEASANT. 19465 843-2 16-9000 843-ZI6-94S0 FAX BARNWtLL 17~O JACKSON ST. PO. Box3t:S BARNWEL~. SC 1981l 8ol-1~88ot) 803-:'S9-7048 FAX enloh PROVIDENCE ~ll SOUTII MAIN ST. 1'.0, Box "of.7 PROVIDENCE. RI 02.940 401-457-7700 401-457-7708 fAX HARTFORl' ATLANTA ONE CORPORATli CENnlt Goo WEn PUCllTIlU ST. $EtJS er ~o CHURCH ST l7Tl1l'LOOR HAllTfOlUl. 06101 860-882.0 1681 B60-88Z'168~~~ SUIT 800 ArUoNT.... GEORG'A 30]08 404-101.6900 S 9 F~\~()'1-"i MAS, LLC PLM ANALYSIS Proj#Spl# ClientName Location Type_Mat M42122 001 Motley Rice LLC Analyst w.s. Egeland Date 5/1/2007 ClientSpl asbestos mat Gross Blueish compressed fibrous mat. Orange granular silt and woody debris observed. Visual I OPTICAL DATA FOR ASBESTOS IDENTIFICATION I Morphology Pleochroism Refract Index Straight blue/gray 1.690/1.682 ~ I SignA negative Extinction parallel Birefringence low Melt no JI FiberName Crocidollte ASBESTOS MINERALS EST. VOL. % Chrysotile ............................. .. Amosite................................... Crocidolite .............................. 100 Tremolite/Actinolite ............. .. Anthophyllite .......................... OTHER FIBROUS COMPONENTS NON FIBROUS COMPONENTS Binder Description Comments Orange granular silt and woody debris observed. The method detection limit is 1% unless otherwise stated. MAS, LLC PLM ANALYSIS Proj#Spl# ClientName Location Type_Mat - - - - M42122002 Motley Rice LLC Analyst W.B. Egeland Date 5/1/2007 ClientSpl rope-like yarn Gross Light blue yarn of blue fibers/bundles Visual I OPTICAL DATA FOR ASBESTOS IDENTIFICATION I Morphology Straight I Pleochroism blue/gray Refract Index 1.690/1.682 SignA negative Extinction parallel Blrefringence low I Melt no I FiberName Crocidolite ASBESTOS MINERALS EST. VOl. % Chrysotile ............................. .. Amosite .................................. . Crocidolite.............................. 100 Tremolite/Actino lite ............. .. A n t h o p h y l l i t e......................... . OTHER FIBROUS COMPONENTS NON FIBROUS COMPONENTS Binder Description Comments The method detection limit is 1% unless otherwise stated. MAS, LLC PLM ANALYSIS Proj#-Spl# ClientName Location Type_Mat - - - - M42122-003 Motley Rice LLC Analyst w'B. Egeland Date 5/1/2007 ClientSpl resin base flange Gross Broken 1/2 blueish "T" flange of compressed blue and white fibers/bundles with scattered black Hakes, Visual dark damaged area observed. I OPTICAL DATA FOR ASBESTOS IDENTIFICATION I Morphology Straight Pleochroism blue/gray I straight none Refract Index 1.690/1.682 1.620/1.605 SignA negative positive Extinction parallel parallel Birefringence Melt FiberName low no Crocidolite moderate no II Anthophyllite ASBESTOS MINERALS EST. VOL. % Chrysotile............................... Amosite................................... Crocidolite.............................. 40 Tremolite/Actinolite............... AnthophylJite ......................... . 20 OTHER FIBROUS COMPONENTS NON FIBROUS COMPONENTS Mica 3 Binder 37 Binder Description Amorphous material and non-fibrous accessory minerals Comments The method detection limit is 1% unless otherwise stated. MAS, lLC PLM ANALYSIS ProJ#-Spl# ClientName Location Type_Mat M42122--004- - - Motley Rice LLC Analyst W.B. Egeland Date 5/1/2007 ClientSpl resin base flange Gross Blueish ''Tu flange of compressed blue and white fiberslbundles with scattered black flakes, dark Visual damaged area observed. I OPTICAL DATA FOR ASBESTOS IDENTIFICATION I Morphology Straight Pleochroism blue/gray I straight none Refract Index 1.690/1.682 1.620/1.605 SignA negative positive Extinction parallel parallel Birefringence Melt FiberName low no Crocidolite moderate no II Anthophyllite ASBESTOS MINERALS EST. VOL. % Chrysotile............................... Amosite................................... Crocidolite.............................. 40 Tremolite/Actinolite............... AnthophyJlite.......................... 20 OTHER FIBROUS COMPONENTS NON FIBROUS COMPONENTS Mica 3 Binder 37 Binder Description Amorphous material and non-fibrous accessory minerals Comments The method detection limit is 1% unless otherwise stated. Project #: M42122 Vial #: ANALYSIS BY CHATFIELD METHOD Sample #: 004 Analyst; WB Egeland Date: 9/27/2010 MUFFLE FURNACE ASHING RESULTS Vial weight (A) Vial weight plus sample weight (B) Original sample weight (B-A) Weight pf vial and sample after ashing (C) Sample weight after ashing (C-A) (Wl) (W2) 13.6595 13.8686 0.2091 13.7887 0.1292 Acid Dissolution Results (After Muffle Furnace Ashing) Polycarbonate filter weight (D) 0.0160 Filter plus dry sample weight (E) 0.1412g Sample weight after acid dissolution (E-D) (W3) 0.1252g Percent weight of organic material ((WI-W2)/(W1*lOO 38.2% Percent weight of dolomite/calcite W2-W3)/(Wl*100 1. 9 % Estimated upper and lower percent asbestos by TEM scan Upper Lower 85 % 65 % Percent weight of asbestos (W3/W1)*Lower to (W3/Wl)*Upper 38.9 to 50.9% SECTION 4 MAS, LLC. PROJECT COC MAS ID: Client Name: M51855 ~ Ma~ ter~ ial~ s A~ na~ lyt~ ica~ l S~ erv~ ice~ s - Atla- nt- a -- Project Name: ECl AC Resin Pipe Cutting Hand Saw Stu Logged By: -d-dm--ou-n-t--------------------- TRANSPORT INFORMATION: Client Job No: Client PO: Date In: Client Code: 9/28/2010 MASCORP Submitted By: Michael Mount, CIH Delivery By: Hand Delivery Received By: Condition: Nancy Sears -go-o~d----------------------- --------------------------- CONTACT INFORMATION: Documents: COC Commen~furCOC: _______________ Contact: Bill longo Title: First Name: Last Name: Mr. William longo Suffix Work Phone: (770) 866-3200 - - - Other Phone: ----------- Fax: (770) 866-3259 Ext: Ext: ------ # Client ID 000 lab blank 001 A-01-A 002 A-01-B 003 A-01-C 004 A-01-D 005 P-1-A 006 P-1-B 007 P-1-C 008 P-1-D 009 A-1-A 010 A-1-B 011 A-1-C 012 A-1-D 013 A-1-E 014 FB-1-1 015 FB-1-2 SAMPLE INFORMATION: Volume # 0 1704.3 1696.7 1715.7 1719.5 20.1 21 33 32.3 90.7 89.5 89.3 90 1160 0 0 Client ID RECEIVED BY: SIGNATURES (\n.o~k~~ ~ Volume INDUSTRIAL hI GIENE AIR SAMPLING CHAIN OF CUSTODY -MAS -.-'f. . ;>( ~1%';t COMPANY NAME lifts L L. c. j ~{~ Iq. ADDRESS: Page of _-1...._ 2~ 5 ~Ff'/( 7tf F 6,z% RH 3945 Lakefield Court Suwanee, GA 30024 Phone: 770-866-3200 Fax: 770-866-3259 PHONE: FAX: SAMPLING DATE: (Y\ 6 \865 TURNAROUND TIMES: ___ 1 DAY _ _ _ 3 DAYS _ _ _ STANDARD 5 -7 DAYS DATE I SAMPLE NUMBER SAMPLE LOCATION ItqJ27/A-lDl-.41 g~~, /l.J{;, SAMPLE MEDIA I [). <g L\NI'. M( 1-rIOt 1---tvo,''' ~~ f1 \iF 11 ..... _I , I \ W '~}' le. L-----AJP~i'~QI\.Xl LJCtJJ1Jm,k~ .... t f{ r ,. ' I I 131 l... c..1 fl.. \ I J/ 0 I J.; 'Lt ~. .to 1/l--.L__ L.lll-flt:A. lX~__f;;~m~ BJ"" I " fl /,4 ~ <.. I 1 ,~u) I I I I J nl I 1-- -V(JJ "" eJ ~ . I J... Du.-T:<; ; J~ .G:CL 1r.f?-I-IIFr~tr:tI1/A:v){~ '.J..'-'" - .).. IF"!?- 1-2.1 IJ.,- ANALYSIS 7~O, I \1/ DESIRED START TIME STOP TIME 7JfO'i.. / 'c;.;J'S-I~'tS 7'7{[.2.. W .v ,t+O:;.112; iZ Il'::z.:.l.~ 7'102 74:()~ '-tiNY., V I /1 :03 j'~ I ,40;)..1 ./ A 7~21/ ~ I TOTAL PRE POST AVG. TIME FLOW FLOW FLOW MINUTES RATE LPM RATE LPM RATE LPM 1Cl0 JF. 'i 'fj,t)Lf I ~.'1":l I~qtl ~.43 eLl J?,t'i mm'1,()J \V I 'f, i I~.(f~ IqJDr' 10 I i,c~ "l,,9~1.i.Of :~,Jl)1 J..JJI I ~t rD ~) ~ I l:l._~_L:J/"'l ., J, J 1 1" i;;2...l:t.2.3 1'1,D'f1 ~ 1'<J/~7'1 18fqS-I~.q41 ~/1t' 3/lr:1 R,q '-If.3.] _it' I f),q1 I 'tieol <:f)J6 lltomIID,/) I ID; 0 1/0.0 '15lJZ1'O t:>1 /"'I ID CD. si 854:> v .-r- 1p"A-a~~1 IF"Ab"ic- - GGfDf'<"- v - z IFJ}J7-f-.l..l V - Af+~f' ~F"'A:b"i<'\L6:,P,q F/f>JN<:. iM."uj_1 ((Jh i t-t. lL.. ...v. ~ . / ,. v Total Volume Llters L':lALf..3 ~:H~;7 "1 Le 1 ~'1-Jq . S"' '<0, I AJ ,Q 3:LC1 3:Z.L 3 ~3-: f}q,~ S'Cr,'] qDLO otl (..o,{j o CHAIN OF CUSTODY First Transfer by: Second Transfer by: Third Transfer by: NAME I-tU:LE~ I I !lJIl-J T I COMPANY L l,.. ' - MODE OF TRANSFER -0;';:;] LOG IN DATE RECEIVED BY q-d'6-(O (, ~O-~ COMPANY mA'S Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 1 MAS Project: Hand Saw MAS Sample #: M51855-001 Client Sample ID: -----------A---0-1--A----------- Analysis Date: 9/28/10 Pump Flow Rate, Liters/Minute (FR) 10 Sample Time, Minutes (T) 8.97 190 Total Sample Volume, Liters (V) 1704.3 Total Fibers Counted, Sample (FCS) 2 Total Fields Counted, Samples (FLS) 100 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Cale. of Fiber Density (E) in Fibersl mm2 E=I 2.Slfiberstmm' Notes: o o o o o 0.5 o Calc. of FiOOr Cone.(C) in FiOOrs/cm' bers/cm3 Media Type: 25 rrvn MCE Fitter Um~ of Ouant~lon (LOO) = 7 fiOOrslmm 2 Filler counts outside tne 100-1300 fiberslmm 2 range have greater than optimal vanabilily and are probably biased. Analyst: W. B. Egeland Reviewed 8y:.;.;M.;;...;..M..;..o..;..u.;.;nt;....-_ _ _ _ _ _ _ __ - - - - - - Date: 9/26/2010 - - - - - - Date: 10/1/2010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 1 . MAS Project: Hand Saw MAS Sample #: MS1855-002 Client Sample ID:-----------A---0-1--B----------- Analysis Date: 9/28/10 Pump Flow Rate, liters/Minute (FR) Sample Time, Minutes (T) 8.93 190 Total Sample Volume, Liters (V) 1696.7 Total Flbers Counted, Sample (FCS) 3.0 Total Fields Counted, Samples (FLS) 100 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FL8) Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Cale. of Fiber DensIty (I:) in Fibersl mm2 E=I 3.8lfiberslmmt o Notes: Cale. of Fiber Cone.(C) in Fibers/em' c=\1 < o.o021\flbers/cm1 Media Type: 25 mm MCE Fitter Limit of auant~ion (LOO) = 7 fibers/mm 2 Fiber coonts outside tile 1CJO.1300 fibers/mm 2 range have greater than optimal variabil~y and are probably biased. Analyst: W. B. Egeland Date: _ _ _9/_2_812_0_1_0 Reviewed 8y:.;.;M,;,;,.,;,;,M;.;.o.;...un....;.t_ _ _ _ _ _ _ __ Date: _ _ _1_01_112_0_1_0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 1 - MAS Project: Hand Saw MAS Sample #: M51855-003 Client Sample ID:-----------A---0-1--C----------- Analysis Date: 9/28/10 Pump Flow Rate, Liters/Minute (FR) Sample Time, Minutes (T) 190 9.03 Total Sample Volume, Liters (V) 1715.7 o o o 0 0.5 o o o o 0 o o Total Fibers Counted, Sample (FCS) 2.0 Total Fields Counted, Samples (FLS) 100 Tolal Fibers Counted, Blank (FCB) Total Fields Counted; Blank(FLB) -,.,---"o"'--_.-- 100 Area of Filler, mm2 (AF) Graticule Field Area, MM2 (GFA) _------ ... 385 0.00785 Calc. of Flber Density (E) in Fibers/ mm2 E",I 2.Slflbers/mm' Notes: 1.5 o o 0.5 Calc. of Flber Conc.(C) in Fibers/cm' C l!::====== Media Type: 25 mm MCE Fi~er limit of Ouant~ion (LOO) = 1 floors/mm 2 Fiber counts outside the 100-1:JOO fiberslmm 2 range have greater than optimal vanabll~y and are probably biased Analyst: W. B. Egeland Date: _ _ _9;.,/2;.,8;.;.,;12;;.,;0_1,;..0 Reviewed By: .:.;M,;.;,.;.;.M:.;;o.:;un.:.;I_ _ _ _ _ _ _ _ __ Date: _ _ _1_o_/1_/2_0_1_o Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 1 . MAS Project: Hand Saw MAS Sample #: M51855-004 Client Sample ID: A-01-D Analysis Date: 9/28/10 ------------------------------ Pump Flow Rate, Liters/Minute (FR) 10 Sample Time, Minutes (T) 190 9.05 Total Sample Volume, Liters M 1719.5 Total Fibers Counted. Sample (FCS) 0.5 Total Fields Counted, Samples (FLS) 100 Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) o ~'_"'_'_"'_A'_ 100 Area of Filter, mm2 (AF) Graticule Field Area. MM2 (GFA) 385 - - -0.-00-78-5- - Calc. of Fiber Density (E) in Fibersl mm' E=I O.6lfibers/mm2 Notes: o o o o o o 0.5 o Calc. of Fiber Cone.(C) in Fibers/cm' c < 0.00 Ibers/cmJ Media Type: 25 rml MCE Fitter lim~ of Ouant~ion (LOO) =7 firers/mm 2 Firer counts outside the 1Q()..1300 fiberslmm 2 range have greater than optimal varlabil~ and are probably biased. Analyst: w. B. Egeland Reviewed By: M. Mount ------------------------ -------- Dale: 9/28/2010 Date: _ _ _1.;..0/_1/_20.;...1_0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 1 . MAS Project: Hand Saw MAS Sample #: M51855-005 Client Sample ID: P-1-A Analysis Date: 9/28/10 ------------------------------ Pump Flow Rate, L1ters/Minute (FR) _ _ _ _ _ 1 0 _ _ _ _w ____ 10 Sample Time, Minutes (T) 2.01 Total Sample Volume. Liters (V) 20.1 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 101 46 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Calc. of Fiber Density (El in Fibersl mm2 E:;;I 279.71fibersfmm2 Notes: 11 19 19 31.5 Cale. of Fiber Cone.(e) in Fibers/cm' berslcm' Media Type: 25 mm MCE FI~er Limrt of Ouantrtion (LOO) 7 fibers/mm 2 Flber counts outside the 100-1300 fiberslmm 2 range have greater than optimal var1abilrty and are probably biased. Analyst: W. B. Egeland Date: _ _ _9_12_8/_20_1_0 Reviewed By: -M-. -M-ou-n-t ---------------- Date: _ _ _1,,;,;.0/,,;,;.1/_20;,.;1..;.,0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 1 . MAS Project: Hand Saw MAS Sample #: M51855-006 Client Sample ID: -----------P---1---B----------- Analysis Date: 9/28/10 Pump Flow Rate, Liters/Mlnute (FR) 2.1 10 Sample Time, Minutes (T) 10 Total Sample Volume, Lilers M 21.0 Tolal Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 70.5 100 Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) .. o ~-;-,-,--100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) ... _--38-5--0.00785 Calc. of Fiber Density (E) In Fibers/ mm2 E=I 8R81fioors/mma Notes: 18.5 6.5 21 14.5 Calc. of Flber Cone.(C) In Floors/cm' c l!::=:========1.,;.,.;;- Media Type: 25 mm MCE Fitter Limn of Quantilion (LOO) =7 fiOOrs/mm 2 Flber counts outside the 100-1300 fiberslmm 2 range have greater than optimal variabilijy and are probably biased. Analyst: W. B. Egeland Date: _ _-...;.9_/2_8/_20.;..1_0 Reviewed 8Y:.;.;M,;;.',;,;,M;.;.ou.;.;.n,;;.t_ _ _ _ _ _ _ __ Date: _ _ _1..;..0/_1/_20;...1_0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 1 . MAS Project: Hand Saw MAS Sample #: M51855-007 Client Sample ID: P-1-C Analysis Date: 9/28/10 ---------------------------------------- Pump Flow Rate, Liters/Minute (FR) Sample Time, Minutes (T) 3.39 10 Total Sample Volume, Liters M 33.9 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FlS) Total Fibers Counted. Blank (FCB) Total Fields Counted, Blank(FlB) 101 30 ",--_#1o<'_--,30 Area of Filter, mm2 (AF) Graticule Field Area, M~ (GFA) 385 0.00785 Cale. of Fiber Density (E) in Fibersl mm2 E=I ,428.9Iftbers/mm2 Notes' 10.5 28 30 15 Cale. of Fiber Cone.(C) in Fiberslcm' c=I k = = = = Media Type. 25 mm MCE Finer Llmtt of Quant~lon (LOO) ~ 7 fiOOrs/mm 2 Floor counts outside the 1()Q.1300 fiberslmm 2 range have greater than optimal variability and are probably biased. Analyst: W. B. Egeland Date: _ _.....;.9...;;/2~812_0~1_0 Reviewed By: .;.M,;;..;.;.M....;.o.;.un.;.;.t_ _ _ _ _ _ _ __ Date:- - - - - - 10/112010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 1 . MAS Project: Hand Saw MAS Sample #: M51855-008 Client Sample ID: -----------P---1---D----------- Analysis Date: 9/28/10 Pump Flow Rate, Liters/Minute (FR) Sample Time, Minutes (T) 3.23 10 Total Sample Volume, Liters M 32.3 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 103 63 Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) _--..--_ - ... o ...- __ _ 100 ~._"_AI'_"' Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Cale. of Fiber Density (E) in Fibers/ mm2 E=I" "....:( 208,31fibers/mm2 Calc. of Fiber Conc.(C) in Fibers/cm' Notes: Media Type. 25 mm MCE Fi~er Llmtt of Quantttion (LOO) = 7 fibers/mm 2 Fiber counts outside the 100-1300 fibers/mm 2 range have greater than optimal variabil~y and are probably biased. Analyst: w. B. Egeland Date _ _....;..9/;.,;;2..;.8/;;;;,.20;.,;1_0 Reviewed 8y:...;M..;....;.M..;.0...;un..;.t_ _ _ _ _ _ _ __ Date:- - - - - - 10/1/2010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 1 . MAS Project: Hand Saw MAS Sample #: M51855-009 Client Sample ID:-----------A---1---A----------- Analysis Date: 9/28/10 Pump Flow Rate, LiterslMinute (FR) Sample Time, Minutes (T) 9.07 10 Total Sample Volume, Uters (V) 90.7 Total Fibers Counted, Sample (FCS) Total Fields Counted. Samples (FLS) 101.5 32 Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) o .,,,....,_.,._-,,,_fli-",,,,, 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 . _ ...0.....0.. 0_78-5- - Cale. of FiOOr Density (El In FiOOrsl mm2 E==I 404:.1 )fiberslmm2 Notes: 19.5 44.5 6.5 7 Gale. of Floor Gone.(G) in Floors/cm' Media Type: 25 mm MCE FI~cr Lomit of Quantnion (LOO) = 7 fioors/mm ' Fiber counts outside the 1()()'1300 flbers/mm 2 range have greater than optimal variability and are probably biased. Analyst: W. B. Egeland Reviewed By: -M-. -M-ou-n-t ------------------ -------- Date: 9128/2010 - - - - - - - Date: 10/1/2010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 1 . MAS Project: Hand Saw MAS Sample #: M51855-010 Client Sample ID: -----------A---1---B----------- Analysis Date: 9/28/10 Pump Flow Rate, L1ters/Minute (FR) Sample Time, Minutes (T) 10 8.95 Total Sample Volume, Liters (V) 89.5 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 101.5 41 Total Flbers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) - - - -38-5- - - - - -0.-00-78-5- - Cale. of Fiber Density (E) in Fibers/ mm2 E=I 315.4lflbers/mm2 Notes' 13.5 14.5 32.5 13.5 Cale. of Fiber Cone.(C) in Fibers/cm' C l!===== Media Type: 25 mm MCE FIner Lim~ of Ouant~1on (LOO) ~ 7 fiberslmm' Fiber counts outside the 100-1300 fiberslmm 2 range have greater ihan optImal variability and are probably biased. Analyst: W. B. Egeland Date: _ _ _9_/2_8/_20_1_0 Reviewed By: M. Mount --------------------------- Date: _ _ _1.;.;0/.;.;1/_20;..1..;..0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 1 . MAS Project: Hand Saw MAS Sample #: M51855-011 Client Sample ID: A-1-C Analysis Date: 9/28/10 -------------------------- Pump Flow Rate, LiterslMinute (FR) Sample Time, Minutes (TI 8.93 10 Total Sample Volume, Liters (V) 89.3 3.5 o o 0.5 2 3.5 16 2.5 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 101.5 47 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Cale. of FiOOr Density (El in FlOOrsl mm2 E=I: .7, , ..275~ 11fibers/mm2 Notes: 28.5 15 11 19 Cale. of FiOOr Conc.(C) in Fibers/cm' C I.!:==== Ibers/cm' Media Type: 25 rrun MCE FIHer Lim~ of auanl~lon (LOa) =7 fibersimm 2 Fiber counts outside the 100-1300 fiberslmm 2 range have greater than optimal variability and are probably biased. Analyst: W. 8. Egeland Oate: _ _ _9/_2_8/_20_1_0 Reviewed By:-M-. -M-ou-n-t ----------------- Oate: _ _-..;.1.;;..,0/..;.;.1/,;;;.20;.,;1.,;;..0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 1 . MAS Project: Hand Saw MAS Sample #: M51855-015 Client Sample ID: -----------F-B---1--2----------- Analysis Date: 9/28/10 o oo Pump Flow Rate, Liters/Mlnute (FR) o 10 Sample Time, Minutes (T) o Total Sample Volume, Liters (V) o Total Fibers Counted, Sample (FCS) o Total Fields Counted, Samples (FLS) 100 Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) ...,,----o_._.- 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Cale. of Fiber Density (E) in Fibersl mm2 E=I~ .. 7.0lfiberslmm2 Notes: o o o o Cale. of Fiber Cone.(C) in Fibers/em' Media Type: 25 rrvn MCE Fi~er Limft of Ouantmon (LOO) ~ 7 fiberslmm 2 Fiber counts outside the 100-1300 fibersJmm 2 range have greater than optimal variabilfty and are probably biased. Analyst: w. B. Egeland Reviewed 8y:.;.;M..;.;....;.;.M;.;.o.;;;un..;.;.t_ _ _ _ _ _ _ __ Date:- - - - - 9/28/20-10 Date: _ _ _1_0/_1/_20_1_0 MAS CLIENT NAME: TEM ANALYSIS M51855-001 Materials Analytical Services Atlanta CLIENT SAMPLE ID: A-01-A 7402 ANALYSIS Sample Areal Volume: Filter Type: Pore size: Effective Filter Area: Sample type: Analysis type: Grid Acceptance 17Q4.3 MCE25mm 0,8 385 Air r 7402 "~ES Liters 3 % Date Analyzed: Analyst: 10/4/2010 ~" _ _ A~' A,Keeton Scope Number: 2 Accelerating Voltage: 100 KV Indicated Mag: 25 KX Screen Mag: _ A,,~~~~ _ _ ~"'~~~~A KX Grid_box: 7707 ~ Number of grids: 3 NUlllbel' of openings: 40 Average Grid Size: 0.012210 #1: [!1~ #3: ~ #2: ~ #4: I:!:!i: Total Area Analyzed: Asbestos o Non-asbestos, o % Asbestos .0"-1 """"~-~~"~ SIri! ~qll:"dD NSD C6-Bl NSD B2 NSD 83 ,~ NSD 84 ! NSD 85 NSD 86 I,!' NSD E7 'I NSD E8 NSD E9 NSD E10 NSD G4 NSD G5 NSD G6 NSD G7 NSD G8 NSD G9 NSD Gl0 NSD 15 NSD 16 NSD 17 NSD C7-84 NSD B5 NSD 86 L NSD 87 I NSD 88 NSD B9 NSD Bl0 NSD H6 S ze I _I NSO H7 NSO HB NSO H9 NSO H10 NSO C8-A8 NSD A9 NSD A10 NSO 02 NSO D3 NSO 04 NSD H7 NSO H8 # Gr:o Op 40 ______ M51855 ~)() I _Sampk COPlIlwnt,; ~backiiround _~ MAS CLIENT NAME: TEM ANALVSIS M51855-002 Materials Analytical Services Atlanta CLIENT SAMPLE ID: A-01-B 7402 ANALYSIS Sample Areal Volume: Filter Type: Pore size: 1696.7 MCE25mm 0,6 Liters Date Analyzed: Analyst: Scope Number: 101412010 - ~-~~~~ AKeeton 2 Effective Filter Area: 385 Accelerating Voltage: 100 KV Sample type: Air Indicated Mag: 25 KX Analysis type: Grid Acceptance r~' 7402 YES 3 % Screen Mag: 20 ,~~,---~-~ , KX Grid_box: 7707 I' 3 ' - - Number of grids: l Number of openings: 40_ #1: 110 #3: l~ #2: 1111 #4: 111 ,- ~ r I Average Grid Size: 0.012210 Total Area Analyzed: 0.488 ,. Asbestos o Non-asbestos o % Asbestos 0 Srr/I SquarelD' SI7C NSO D6-A4 NSO A5 NSD A6 NSD AB NSD A9 NSD A10 NSD B5 NSD B6 NSD B7 NSD B8 NSO B9 NSD B10 NSD 04 NSD D5 NSD 06 NSO D7 [ NSO 05 I NSO 09 ! NSD 010 NSD F7 NSO D7-F10 NSD G2 NSD G3 NSD G4 NSO G5 NSO H6 NSD H7 NSD H8 NSD H9 NSD H10 NSD 08-B5 NSD B6 NSD 67 NSD D6 NSD D7 f~~ NSD D8 NSD D9 '" NSD 010 NSD G1 'w~ _ _ NSD G2 # Gnd Op 40 Iv! -) Ig55 002 _ Sampk COI:,t.:nclIls IS?-b~~~~"7ound _____ '~____~'_"""~__ .. ~..~-.. --......] MAS CLIENT NAME: TEM ANALYSIS M51855-005 Materials Analytical Services Atlanta CLIENT SAMPLE ID: P-1-A 7402 ANALYSIS Sample Areal Volume: C=20.1 Liters Filter Type: MCE=25=-m-m~~ Date Analyzed: Analyst: 9/29/2010 A.Keeton Pore size: 0.8 Scope Number: 2 Effective Filter Area: Sample type: Analysis type: 385 Air 7402 , Accelerating Voltage: 100 KV Indicated Mag: ... -.~.... 25 KX Screen Mag: 20 KX Grid Acceptance YES 5 % Grid_box: 7707 __(. .,., NUllIbel' of grids: j #l: . llO #3: IllO Number of o!)cuings: '. ~~. #2: lIt tl4: rilL 62 Average Grid Size: 0.012210 Total Area Analyzed: 0.488 % Asbestos 96..~81 S ftf. :;'InrrI!) : ;IJCf lyp': ,.. '11 Size E6B5 ~;1;J9i!iiit~-- ,... .......,i' 8.2 0.45 2 88 r"-llc!ocido[t~,' -. u"i 51 0.3 3 4 89 I liCrocldolite :~- lICrocldolite 14 -----, 5.5 0.5 0.8 I I [A1f.lQJL~Y!!L I/~'A'''''''M ,,,,,UP""'''' 5 5.7 [ 6 nlhoplY ite 9 0,45 NSO C4 7 C5 .AnthoJi!.iii~:~... 256 1.5 8 .Ji!1thophylitL, 17,7 0.3 9 I I jCrocidoli:o 6.5 04 10 I icrocidolite 5,3 0.45 11 iAnthop\wuie-_ 55 0.6 12 j\n~~'0W)Y 6 05 13 C8 Cru?;don; 18 0.3 14 C9 15 'A,,!~~op,hy,IiJ~L 11.7 0.6 ,AnH)Q!?tlYlit~~_ .. ~ 58 0.8 16 IIi\rlthoohylite 68 1 17 IICrocldohle 5.5 0.4 18 \Q[oCIl2q!ite 10.5 0.4 19 l\n,t,hoQhylite,~ .. 20 I'" C10 An~hophylite 187 06 59 0.6 21 08 22 23 ,CroqdOlite . _ ~ ~c:rqi99!i\@, Anthophyllto 135 045 24.3 16 10.8 1.8 24 :Anthophyli\e 9 1.5 25 NSD 09 26 DiD ;()o.cidoljt~.~, \.:\ 225 69 11 045 '''['''I,ll Amphibole Amphibole Amphlbole Amphibole Amphibole Amphibole SAED Amphlbole Amphlbole Amphlbole Amphlbole Amphibole Amphibole Amphibole Amphibole Amphlbole Amphibole Amphlbole Amphibole Amphibole Amphlbole Amphlbole Amphibole Amphlbole Amphibole Arnphibole Amphlbole Amphibole Amphlbole Arnphibole Arnphlbole Amphlbole Amphibole Amphlbole Amphlbole Amphlbole Amphlbole Amphibole Amphibole Amphibole Amphlbole Amphibole Amphlbole Amphlbole Amphlbole Amphlbole Arnphibole Amphlbole Amphlbole Amphlbole Amphlbole Ambiguous Ambiguous 27 5.7 0.6 28 6.7 0.3 29 E7 5.2 0.45 30 c::J[G!PKJ~lil~L__. ..1 20.7 0.5 .__ 31 E8 L.::.:::.J~~.Ylite J 6.5 1 32 Lw.... J[ootb.QPpY~Je_._,,_ I 15.7 1.5 33 C::Jft.rith.ophy!it~" ,,'..I 11.2 0.8 L.__ 34 jrAr;lhophYijfil~-':---l 8,8 0.6 I 35 ![t.nI!JPPQylite. _ ..:::] 13 0.5 ,-'-... J 36 [':::=]l&1.t~9P6Y.IiJ!l. 5.9 0.4 37 L_J[Q:QQr!Qli!L. . ,.~ 9.6 0.3 I I 38 I.Crocidplile 32,4 0.3 39 L_JIQ~Q_cLdqt~L.m._._j 5.3 0.45 40 E9 1.~J[Grog<-iC-J-!i_t.E.1.._.-."'-.::.:..J1 9.6 5.2 0.45 41 0.8 NSD E10 42 E7-62 9 0.5 43 NSD 63 14.7 0.5 44 B4 9.8 45 6.5 46 85 14.7 045 47 6.3 0.3 48 B8 9.5 0.3 49 B9 5.9 0.6 50 16.7 51 5.3 0.3 52 B10 NSD D2 7.1 0.3 NSD D3 53 D4 8 NSD E1 NSD E2 NSD E3 NSD E4 54 G3 9.8 NSD G4 55 G5 13.1 1 56 NSD G6 6.9 0.3 NSD G7 57 G8 9 0.3 58 405 1 59 E8-B7 103 60 6.5 0.5 61 62 NA I 28.1 0.45 13 04 NSD B8 Loo] NSD 63 C2 G3 I ,:-- ~:;e.nt~;p;;jJle J J 11 2 0.5 64 l[QrQigojit~l 18 0.6 65 NSD G8 'lAnthophYlJte J 9 0.4 ~ '::::'-1 _ _ . _ --] Amphibole Amphibole Amphlbole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphlbole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphlbole Amphibole Amphibole Amphibole Amphlbole Amphlbole Amphibole Amphibole Amphlbole Amphlbole Amphibole Ambiguous Amphibole Amphibole Amphibole Amphibole Amphibole Ambiguous Amphlbole Amphibole Amphibole Amphibole Amphibole Amphibole # Grid Op 40 .. .. M51855 005 Sample Comments: ~~~~i,~i~w.~ w.~ ~~~~ ~ I SI f. :l, X-II.y (".,qV (K.V) 1Q,2.4 o 10,24 $1 o N. 2,56 F. 5.12 X'R>y EMrqy (l<eV) I1 $1 F. 10.24 Sl o F. S.U XR.y E..,?y O(.,v) SI 3n r----1--------------------~ F. 5.12 lHhy n.,ryV (K.V) J 10.24 SI Jr--------------i----------------------------------------------------------------------~ni F. 5.12 }H<.y Ent"l? (Ko\l) SI r. o o 5.12 X-R.y En<'9Y (K.V) - - - - - - --------.-------------~~-------- SI Mg Fe 5.12 X-R.y M'9Y (K<'I) Si Q $,12, X-Ray EM'?Y (K~V) SJ o 0.00 r. F. ~~_ _ _ _ _ _ _ _ _ _ _ _ _ _$~i_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _~~ d 393 "~V 196 F. 11 ~i''''!~,~,~",~ ,-J.~;" Jl..&........ .... ,u..,..t........ 0.00 1',213 2,'6 J,IN S,12 6.>lQ 7.!>13 )H<lV norgv (Ko\!) S.IZ )!'Roy Enor9Y ._--- (K - .V) -- - - - - - - - - - _ . . . _ - ------- MAS CLIENT NAME: TEM ANALYSIS M51855-006 Materials Analytical Services Atlanta CLIENT SAMPLE ID: : P-1-B 7402 ANALYSIS Sample Areal Volume: Filter Type: 21 MCE25mm Liters Date Analyzed: Analyst: 10/4/2010 ~~~~~,~ "~~ A Keelon Pore size: 08 Scope Number: 2 Effective Filter Area: Sample type: Analysis type: Grid Acceptance 385 Air 7402 YES ~~-- 3 % Accelerating Voltage: Indicated Mag: Screen Mag: Grid_box: 100 KV 25 KX 20 KX 7707 Numbcr of grids: Number of openings: ~3 40 Averagc Grid Size: 0.012210 i #1: ilo #3: 1110_ #2: ~ #4: [ 11~ I"" ......._--"' Total Area Analyzed:! 0.488 Asbestos 22 Non-asbestos r- ~Irfi SqllareJI)' Size ~AEl) NSD D9-B2 B3 18.1 0.9 Amphibole Amphlbole NSD B4 NSD 85 NSD B6 NSD 87 NSO B8 NSO C1 2 C2 l_. __ /l.n!t)ophylite NSD C3 I NSO C4 9 0.6 Amphlbole Amphlbole NSD CS ... 3 C6 IIAnt!).9phylite __ 9 045 Amphlbole Amphlbole >/ 4 C7 !Anthophylite NSO 5 CB C9 Lr. ;A'nthophyllte 6 Anthophylile 7 :Al1lhophyilte 7.3 045 Amphibole Amphlbole if 11.5 1 Amphibole Amphibole >/ 143 2 Amphlbole Amphibole v' 13.5 1.5 Amphlbole Amphlbole ;vf' 8 ;'n1hjIlbYljte. __ ... 105 Amphibole Amphlbole ~/I, 9 9 05 Ambiguous Ambiguous NSO C1D NSD G6 "' . NSD G7 I NSD G8 10 010-82 11 [ 12 I 13 I .''6n,thophylite le Anthophylite 95 0.5 13 06 63 04 135 06 Amphibole Amphlbole Amphlbole Amphlbole Amphlbole Amphlbole Amphlbole Amphlbole NSD 63 14 64 NSD B5 226 0.6 Amphlbole Amphibole i I I I J NSD B6 r L_ 15 67 22.5 AmphibOle Amphibole 11 16 B8 15.6 0.4 Ambiguous Nol'le 17 B9 18 1 Amphibole Amphiboie NSD D3 ~ j NSD F4 NSD E9-B1 NSD 62 18 63 19 20 21 64 L LI 10.2 2 Amphibole Amphibole :J 13.8 0.4 Amphlbole Amphibole 5.2 0.45 Amptllbole Amphlbole I~ 15.9 1.1 Amphlbole Amphibole I r I 22 7.2 0.45 Amphibole Amphiba!e [ NSD B5 LJ NSD B6 [J NSD ., '1 G2 >::d'--:::-:::~ ::=~ -,,~ ~,~~ 23 G3 L !~DtlJRRh.Ym(l -. 13.5 0.45 All1phibole Amphlbole :-j r' 24 G4 ':crocT~lti;"--" 11 3 0.5 Amphibole Amphlbole L NSD G6 # Grid Op 40 M5\855 006 S!Ul1plc .<::\)mm~m~.: .. Ipe;'sonalleft~' F. o 0,00 1.28 256 3,84 5,12 X-R'~ Ene-[~ (KW) 10,24 "~------------- ~--- - - - - . Si 8~~----------------~-----------------------------------------------------------------------------------~~ o o co '] 56 3.84 5.12 KR.V EM"n (!f..V) 10.24 F. 5.12 )(-R,y [0.'91 (K.V) o F. 2.56 5.IZ ;..:"r;:.t~ Enkl'.)~~ (K<tV) Si 6~r-----------------t-----------------------------------------------------------------------------------~~ Mg 89 Fe 5,11 l(-R,)y E",..tU\, (KeV) U....tl''''. 128,9 MSIS55'OO';'OO6, -~---- - - - - - - - - - - - --1991' \493 9~5 $, - 497 M'1 0 LL L "' C,GO "'1t",,);~.; t h~ "'" , , . . . ! -.1 i F. , . ....1..'... I' "*t 2.56 5.12 X-R,'1 F.""'l'l [Y.<l:\I) Oh .g3 ~-----------------~------------------------------------------------------------------------------------~ Mg o I) 00 L2B 2.56 5.12 };'lhy E".'9Y (K.\I) t1 Si ,&r-------------.---------------------------------------------------------------~rl 1 o C,)O Fe 5,:2 X-R,y Ene'91 (t:.lV) 103 10.24 Si 41 0.00 Si 10,24 o 0.00 5,12 ):-Rw Enol?~' (f:.V) MAS, LLC. PROJECTCOC MAS ID: Client Name: M51857 ~M~ ate~ri~ als-A-na-ly-tic~al~S-er- vic-es-A~tla-n- ta--- Project Name: ECl AC Resin Pipe Cutting Electric Saw Logged By: -d-dm--ou-n-t--------------------- TRANSPORT INFORMATION: Client Job No: Client PO: Date In: Client Code: 9/28/2010 MASCORP Submitted By! Michael Mount, CIH Delivery By: Hand Delivery Received By: Condition: Nancy Sears -go-o~d----------------------- --------------------------- CONTACT INFORMATION: Documents: COC Comments for COC: - - - - - - - - - Contact: Bill longo Title: First Name: Last Name: Mr. William longo Suffix Work Phone: (770) 866-3200 Ext: - - - Other Phone: Ext: -------- - - - Fax: (770) 866-3259 # Client ID 000 lab blank 001 A-02-A 002 A-02-B 003 A-02-C 004 A-02-D 005 P-2-A 006 P-2-B 007 P-2-C 008 P-2-D 009 A-2-A 010 A-2-B 011 A-2-C 012 A-2-D 013 A-2-E 014 FB-2-1 015 FB-2-2 RECEIVED BY: SAMPLE INFORMATION: Volume # o 460 448 445.5 455 3 2.9 3.05 3.25 10.2 10.2 10 10.8 900 o o Client ID SIGNATURES Volume .. ..MAS. INDUSTRIAL HYGIENE AIR SAMPLING CHAIN OF CUSTODY I ~ ~\~~ \,11)11< COMPANY NAME MIfs} L.. 1-<" - De,pt I Y. ADDRESS: PROJECr NUMBER: PROJECr NAME: Page of ~ ~t2. C.F;r\ 7l,gcr <c311 % fU+ 3945 Lakefield Court Suwanee, GA 30024 Phone: 770-866-3200 Fax: 770-866-3259 PHONE: FAX: SAMPL.lNG DATE: ~ 5\ COG";} TURNAROUND TIMES: ___ 1 DAY _ _ _ 3 DAYS ___ STANDARD 5 -7 DAYS I DATE I SAMPLE SAMPLE ANAL.YSIS DESIRED START STOP TOTAL. TIME FPLROEW1 FpLoOsWt 1 FALVOGW. VToolutaml e NUMBER SAMPL.E LOCATION" MEDIA TIME TIME MINUTES RATE LPM RATE LPM RATE LPM Litera fC1J;{,7-].4~to~-AII:lt1d{d-;'~u~clL-NE- IOS?I.Lom mGIi"11qoo,'7f[o:;:z.,. I [;t>S' 1/,'<"-:<;"", 1 _l:)~ Iq,1 1'l,2 1'1.1.. 1-'fbIT ________ ___ Jil'~r~ ~~~ -~_J _ _=~ J J' .~ I f I I 1 -, 1 s,CJq.T"'.OT~f.qi-1 t)q. 7 -c: I ~w I I I J I I I ,. -I f..et fTf~Ol (p,q I 1.Q.tJ.t;r ~ f) [ ~ ijii) TJ/ I J/ / J / ljJoor~~fr-T<f:f I ~I.J,S.~. Ip-L - If IP<ef'SWvO 1. O"JflJ~. R.. \ . 1 l,to5..TI:T:tI2: ~ 1 I S" L. ~ 1 I In "L ;t raO L '3 ,00 1\ I I iJ t " _ J - L_J~I __L_ .:1!t_u.I __ L.L--.--LI __ L_--l::rLI.~ .Sfl ':(.t:tO r cl Rn I . t i l l I l - -rn't-~-~21.t"D I > ~ J , /1 JJe:" e \If I V- .__----.L_.LJ J _.... __ lJ~ L_---.LJI . 1,'2-1 ,~81 .145 , 3,~<) _____ I.4V"':z..-A17f:P~~-~~-~-~-AJ~- -T~-- . . . mrJ==--=z_@~T--=~mlmllm. I 1:Z,Ctf I:i.J~lJ.I:l ,6)lil 16:;i ,e .~ I I tD_ J ._~.sel_ ......._.! J ..~ __-'"]tf:Qi.l--=tn _____CI~r=I~mmJgJ 00 IJlI4171.2 If , it>. 7_ r '7'10').. l~fl-2. -.2l . ~ -.~J/.----- Im,mJ; F~-m 7tfo2. I ~ 1..._____1 T----~ ([) ("<15 \~~ ~ r r V It.-.4A ~.2.-11~ I-d liT ):"~ A,,:c.. r3oe_/j3cd'~ I Pit hI> c 16.,4 1ll<:::B..lfl-r---':"'l ..........--=:::Fnn7T-n~ ~ I J/ ~-2J J/ ~Ir~;.--r----~--_nr--~V l~ I~ ~-T~ 17 I-' CHAIN OF CUSTODY First Transfer by: Second Transfer by: Third Transfer by: NAME COMPANY W/I.J ,.;.,..,. /y#~ !d?/J:$ t..t.c, MOD~~ TRANS R n~h;" LOG IN DATE RECEIVED BY COMPANY Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 2 - MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-001 Client Sample ID: A-02-A Analysis Date: 9/28/10 ------------------------------ Pump Flow Rate, LlterslMlnute (FR) 9.2 10 Sample Time, Minutes In 50 Total Sample Volume, Liters (V) 460 o o o o oo o oo o o o o o o Total Fibers Counted, Sample (FCS) 4.5 Total Fields Counted, Samples (FLS) 100 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FlB) 100 Area of Filter. mm2 (AF) Gratieule Field Area, M~ (GFA) 385 0.00785 Cale. of Fiber Density (E) in Fibersl mm2 E=I ' 5:7lfiberS/mm2 o Notes: Cale. of Fiber Cone.(C) in Fibers/em3 Media Type: 25 mm MCE Fmer Limn of Quantnlon (LOO) = 7 fiOOrs/mm 2 Fiber counts outslde the tOO-l300 fiberslmm 2 range have greater than optimal variabilrty and are prObably biased, Analyst: w. B. Egeland Reviewed By:.;.M.....M....o...u..n..t;....._ _ _ _ _ _ _ __ Date: 9/2812010 --......;.;.;=.;..;.;. - - - - - - - Date: 9/28/2010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 2 MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-002 Client Sample ID: -----------A---0-2--B----------- Analysis Date: 9/28/10 o o Pump Flow Rate, Liters/Minute (FR) Sample Time, Minutes (T) 8.96 50 Total Sample Volume, Liters (V) 448 Total Fibers Counted, Sample (FCS) 3.5 Total Fields Counted, Samples (FLS) 100 Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) o 100 ""'-';#_<I#_<t*_ .. _ 385 0.00785 Cale. of Fiber Density (E) in Fibersl mm2 E=I 4.5lfibers/mm2 Notes: o o 1.5 2 Cale. of Fiber Cone.(C) In Fibers/cm' C ibersfem' Media Type. 25 mm MCE FIHer Lima of Quantftion (LOO) = 7 floors/mm 2 Flber counts outside the 100-1300 fibers/mm 2 range have greater than optImal variability and are probably biased. Analyst: W. B. Egeland Reviewed 8y:.;.;.M..;..;..;.;.M;.;,0.;;,;un.;.;.t_ _ _ _ _ _ _ __ Date:- - - - - - 9/28/2010 Date: ---.;;...;.;..;9../;2.;8.;/;2..0;.1.;0;.. Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 2 . MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-003 Client Sample ID: A-02-C Analysis Date: 9/28/10 ------------------------------ Pump Flow Rate, Liters/Minute (FR) ...........- ---- ""'-~...8......91 .......-,...- 10 Sample Time, Minutes IT) 50 Total Sample Volume, Liters M 445.5 Total Fibers Counted, Sample (FCS) 5.5 Total Fields Counted, Samples (FLS) 100 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Cale. of Fiber Density (E) in Fibersl mm2 E"I 7 2 .Olfibers/mm 1.5 1.5 Notes: Cale. of Fiber Cone.(C) In Fibers/em' C I!:::,=== tbers/cm' Media Type: 25 mm MCE Finer Lim~ of Quantrtion (LOO) ~ 7 fibers/mm 2 Floor counts outside the 100-1300 fibers/mm 2 range have greater than optimal vanabllrty and are probably biased. Analyst: W. B. Egeland Date: _ _.....;.9;.;;/2,;;.;.8/..;;.20;...;1..;..0 Reviewed By: ,;;.;.M.:..:..,.;.:..M:,:.ou;;.;.n.;.:..t_ _ _ _ _ _ _ _ __ Date:- - - - - - 9/281201 0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 2 . MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-004 Client Sample ID: -----------A---0-2--0----------- Analysis Date: 9/28/10 Pump Flow Rate, liters/Minute (FR) 9.1 iO Sample Time, Minutes (T) 50 Total Sample Volume, Liters M 455 Notes: o 0 o o o o Total Fibers Counted, Sample (FCS) 4 Total Fields Counted, Samples (FLS) 100 Total Flbers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 111 _ _ 385 _ _ _ _ _ 0.00785 Cale. of Fiber Density (El In Fibers/ mm2 E;;;I 5.1lfibersfmm2 Cale. of Flber Cone.(C) in Fibers/em' C Ib==== iberslcm3 Media Type: 25 mm MCE F.~er Llm~ ot Quantit.on (LOO) ~ 7 fibers/mm 2 Flber counts outside the HXH300 fiberSlmm 2 range have greater than optimal variability and are probably biased. Analyst: W. B. Egeland Reviewed By: _M__._M_;.;.o_u_"_t__ _ _ _ _ _ _ __ Date:- - - - - 9/28/20-10 Date: - - - - - 9/28/20-10 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 2 MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-005 -------------------------- Client Sample ID: P-02-A Analysis Date: 9/28/10 Pump Flow Rate, Litem/Minute (FR) 0.6 10 Sample Time, Minutes (T) 5 Total Sample Volume, Liters M 3.0 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FlS) 104.5 24 Total Fibers Counted, Blank (FCB) Tolal Fields Counted, Blank(FLB) ."----,,o,,---*100 Area of Filter, mm2 (AF) Gralieule Field Area, MM2 (GFA) 385 0.00785 E:I Cale. of Flber Density (El in Fibers/ mm2 '554.7Im~erslmm2 Notes: 19.5 18.5 17 30 Cale. of Fiber Cone.(C) in Fibers/em' C l!====== Media Type: 25 mm MCE FiHer Umd or Ouant~ion (lOa) = 7 fiberslmm 2 Fiber counts outside the 100-1300 fiberslmm 2 range have greater than optimal variabll~ and are probably biased. Analyst: W. B. Egeland Reviewed By: ,;.;M.;.;.'.;.;.M;.;.ou.;.;n.;..;.t_ _ _ _ _ _ _ __ Date:- - - - - - 9/2812010 Dale: _ _......;:.9/,;;;2.;;,8/,;;.;20;.;.1.;;.0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 2 . MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-006 -------------------------- Client Sample ID: P-02-B Analysis Date: 9/28/10 Pump Flow Rate, LiterslMlnute (FR) Sample Time, Minutes (T) _-- _.._.. 0.....5_8-"........_- 5 Total Sample Volume, Liters M 2.9 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 125.5 20 Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) -*----o------ 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) - - - -38-5- - 0.00785 Cale. of Floor Density (E) in Fibersl mm2 E=I 799.4lfioorslmm2 Notes: 20 34 24.5 Cale. of FiOOr Cone.(C) in Fiberslcm' c 106.1 bers/cm' I!::::.=====~d Media Type: 25 mm MCE Fo"er Ltm~ of Quant~ion (LOO) ~ 7 fillers/mm 2 Filler counts outside the 100-1300 fiberslmm 2 range have greater than optimal variabily and are probably biased. Analyst: W. B. Egeland Reviewed 8y:.;.M..;.;...;.;.M;.;.o.;.;un.;.;.t_ _ _ _ _ _ _ __ - - - - - - Date: 9/28/2010 - - - - - - Date: 9128/2010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 2 . MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-007 Client Sample ID: P-02-C Analysis Date: 9/28/10 ------------------------------ Pump Flow Rate, Liters/Minute (FR) 10 Sample Time, Minutes (T) 0.61 5 Tolal Sample Volume, Lilers M 3.05 Tolal Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 126 20 Total Fibers Counted, Blank (FCB) Total Fields Counled, Blank(FLB) .._._,o.,--_.- 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Cale. of Floor Density (E) In FiOOrsl mm2 E=I 802.51fioors/mm2 Notes: 29.5 29.5 27 17 Cale. of FiOOr Cone.(C) In Fiberslem' Media Type: 25 mm MCE Finer Limit of Ouantrtian (LOO) ; 7 fibers/mm 2 Fiber counts outside the 100-1300 fibers/mm 2 range have greater than optimal variabllrty and are probably biased. Analyst: W. B. Egeland Date: _ _~9/;..;;2.;.;.8/.;;.20;..;1...;;..O Reviewed By: M. Mount ------------------------ Date: _ _~9;..;;/2.;.;.8/2.;;.O;..;1...;;..O Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 2 . MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-008 Client Sample ID: P-2-D Analysis Date: 9/28/10 ------------------------------ Pump Flow Rate, Llters/Mlnute (FR) Sample Time, Minutes (T) 0 . 6 5 .#>..........- ..._ - -......._ 5 .......... Total Sample Volume, Liters (V) 3.25 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) 118,5 20 o 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Cale. of Flber Density (E) in Flbers/ mm' E=I 754.81llbersfmm' Notes: 21 24 22.5 19 Cale. of Flber Cone.(C) in Flbers/em' ibersfcm3 Media Type: 25 mm MCE Fitter Llmil of Ouantttlon (lOa) =7 fibersimm 2 Flber counts outside the 100-1300 fiberslmm 2 range have greater than optimal variability and are probably biased. Analyst: W. B. Egeland Reviewed 8y:.;,;M;.;..;.;.M;.;;.0.;;,;un;.;.t___________ -------- Date: 9/28/2010 Date: _ _ _9/_2_8/_20;,..1_0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 2 . MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-009 Client Sample ID: -----------A---2---A----------- Analysis Date: 9/28/10 9 13 10 13.5 9.5 15 Pump Flow Rate, Liters/Minute (FR) Sample Time, Minutes (T) Total Sample Volume, Liters (V) ----2-.0-4------------_5._------- 10.2 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 210 20 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Calc. of Flber Density (E) In Fibers/ mm2 E=I" 1337.6Ifioors/mm2 Notes: 50 42 40 41.5 Calc. of Floor Cone.(C) in FiOOrs/cm' Ibersfem1 lb::::::=====~ Media Type: 25 mm MCE Fi~er Limit of OuanWon (LOO) ~ 7 fiberslmm 2 Flber counts outside the 1()()'1300 fibers/mm 2 range have greater than optimal varlabitHy and are probably biased. Analyst: w. B. Egeland Date: 9/28/2010 --..;;.;.;;;..;;..;;.;;.;..;;.. Reviewed By:-M-.-M-o-un-t------------------ - - - - - - - Date: 9128/2010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 2 . MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-010 Client Sample ID: -----------A---2---B----------- Analysis Date: 9/28/10 Pump Flow Rate. Liters/Minute (FR) Sample Time, Minutes (T) 2.04 5 Total Sample Volume, liters M 10.2 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) 192 20 o ,100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Calc. of Flber Density lE) In Fibersl mm' E=I 1222.9)fibersfmm2 Notes: 41.5 34 37.5 42 Calc. of Fiber Conc.(C) in Fibers/cm' Media Type' 25 rrm MCE mer limn 01 Ouantn,OIl (lOO) = 7 fiberslmm 2 Flber counts outside the 100-1300 fiberslmm 2 range have greater than optimal vanabllity and are probably biased. Analyst: W. B. Egeland Reviewed By: M. Mount --~~------------------ Date:- - - - - - 9/28/2010 Date: _ _-.;;..9/;,.;;2;;.;,.8/.;;,.20;.,;1..;..0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 2 - MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-011 -------------------------- Client Sample ID: A-2-C Analysis Date: 9/28/10 Pump Flow Rate, Liters/Minute (FR) 2 Sample Time, Minutes (T) 5 Total Sample Volume, Liters (V) 10 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) 200.5 20 o 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) ._--38-5--0.00785 Cale. of Fiber Density (E) in Fibers/ mm' E=I 1277. 11frberslmm2 Notes: 42 31 37 41 Cale. of Fiber Cone.(C) in Fibers/em' C lk==== bers/cm3 Media Type: 25 mm MCE Fitter Limrt of QU<lntHlon (LOO) = 7 fiOOrs/mm 2 FlOOr counts outside the 100-1300 fiberslmm 2 range have grea1er than optimal vanabilHy and are probably biased. Analyst: W. B. Egeland Reviewed By:...;M.;,;...;,;.M;.;;.ou;.;n.;,;.t_ _ _ _ _ _ _ __ Date: _ _.-.,,;,,9_/2,,;,.8/_20.;...1_0 Date: _ _.....;;9/:,;:2;;;,8/;:,;20;;..;,1,;;.0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 2 MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-012 Client Sample ID: A-2-0 Analysis Date: 9/28/10 ------------------------------ Pump Flow Rate, L1ters/Mlnute (FR) Sample Time, Minutes (T) 2.16 5 Total Sample Volume, Liters (V) 10.8 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FlS) 313 20 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Cale. of Fiber Density (E) In Flbersl mm2 E=I 1993.Slfibers/mm2 Notes: 71.5 55 62 59.5 Cale. of Fiber Cone.(C) in Fibers/cm3 Media Type: 25 mm MCE Finer Um~ 01 Quanl~ion (LOO) = 7 fiOOrs/mm 2 Flber counts outside the 100-1300 fiberslmm 2 range have greater than optimal variabilrty and are probably biased. Analyst: W. B. Egeland Date: _ _-=:9;.:/2;:;81.::;20:.;1:.;:.0 Reviewed 8y:..;;M;.;.:..;.;M.:.;:;0.;.;un;.;.:.t_ _ _ _ _ _ _ __ Date: _ _.-..;,9/;.;;2.;,;8/;;.,20;.,;1.;.0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 2MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-013 Client Sample ID:-----------A---2---E----------- Analysis Date: 9/28/10 Pump Flow Rate, Liters/Minute (FR) 10 Sample Time, Minutes (T) 90 Total Sample Volume, Liters M 900 Total Fibers Counted, Sample (FCS) 7.5 Total Fields Counted, Samples (FLS) 100 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Cale. of Fiber Density (El in Flbersl mm2 E""I 1 9.6lflbersfmm Notes: 2 o 3 0.5 Cale. of Fiber Cone.(e) in Fibers/cm' C !k==== Media Type: 25 mm MCE Fmer Limff of Ouantrtlon (LOO) = 7 fibers/mm' FIller counts outside the 100-1300 fibers/mm 2 range have greater than optimal variabilrty and are probably biased. Analyst: W. B. Egeland Reviewed By: M. Mount ~~~------------------ - - - - - - Date: 9/28/2010 Date:- - - - - - 9/2812010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM AC Resin Pipe Cutting, Study 2 - MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-014 Client Sample ID. FB-2-1 Analysis Date: 9/28/10 ------------------------------ 0 0 0 0 0 0 0 0 0 0 0 0 10 0 0 0 0 0 0 0 0 0 0 0 0 20 0 0 0 0 0 0 0 0 0 0 0 0 30 0 0 0 0 0 0 0 0 0 0 0 0 40 0 0 0 0 0 0 0 0 0 0 0 0 50 0 0 0 0 0 0 0 0 0 0 0 0 60 0 0 0 0 0 0 0 0 0 0 0 0 70 0 0 0 0 0 0 0 0 0 0 0 0 80 0 0 0 0 0 0 oo ~0 0 0 0 0 0 0 0 90 0 o 0 0 0 0 0 100 Pump Flow Rate, Liters/Minute (FR) o Sample Time, Minutes (T) o Total Sample Volume, Liters (V) o Total Fibers Counted, Sample (FCS) o Total Fields Counted, Samples (FLS) 100 Total Flbers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Gratlcule Field Area, MM2 (GFA) 385 0.00785 Cale, of Fiber Density (E) in Fibersl mm2 E=I O.Olflbers/mm2 Calc, of Fiber Cone,(C) in Fibers/em' 11 0.0 0 0 0 0 c 0.0 I1 Notes: MedIa Type 25 mm MCE FIlter Lim~ of Ouantltion (LOO) = 7 flbers/mm 2 Fiber counts outsIde the 100-1300 fibers/mm ' ra"ge have greater than optImal variabIlity and are probably bIased Analyst: w. B. Egeland Date: _ _....;.9/;,;;2,;;.;8/;;;.20;;.;1~0 Reviewed By: .;,;M;;...;,;M;.;;o;;;.un.;,;,t_____________ Date: _ _ _9/_2_8/_20_1_0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM AC Resin Pipe Cutting, Study 2 . MAS Project: Electric Saw, Steel Blade MAS Sample #: M51857-015 Client Sample ID: FB-2-2 Analysis Date: 9/28/10 ------------------------------ 0 0 0 0 0 0 0 0 0 0 0 0 10 0 0 20 Pump Flow Rate, Llters/Minute (FR) Sample Time, Minutes (T) Total Sample Volume, Liters (V) _. "''''................0.'''_................. 0 >- ....... - - - - - .. - .......... --~-~~-- 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2;0 0 Notes' 30 40 50 60 70 80 0 0 0 90 0 0 0 0 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) - - ..- ........ ...... 2 ... "" - ... .,.,.._ ...1. _00"' ... Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 0 .... ,,-,1_ .. _--,,- -..,---1-00--,--- . _ - -38-5 - - - "'--0_.00..7. _85-- Galc. of Fiber Density (E) in Fibersl mm' E=I 2.5lfiberS/mm2 Calc. of Fiber Conc.(C) in Fiberslcm3 c= NA flbersfcm' Med'a Type: 25 mm MCE Filter limIt of Quantltlon (LOQ) = 7 nbers/mm' Flber counts outside the 100-1300 f,bers/mm ' range have greater than optimal varr.b.lrty and are probably biased Analyst: W. 6. Egeland Reviewed By:,;.;M.;....;...M;...;o.;;..un,;.;t_ _ _ _ _ _ _ __ - - - - - - - - Date: 9/28/2010 Date: _ _ _9.;.,/2;..,;8;..,;/2.;.,0_1_0 MAS CLIENT NAME: TEM ANALVSIS M51857-005 Materials Analytical Services Atlanta CLIENT SAMPLE ID: P-2-A 7402 ANALYSIS Sample Areal Volume: r Filter Type: 3 MCE 25mm Liters Date Analyzed: I 10/1/2010 Analyst: ~MehrdadMotamedi Pore size: 0,8 Scope Number: 4 Effective Filter Area: 385 Accelerating Voltage: 100 KV Sample type: Air Indicated Mag: 25 >,~=~._A~' KX Analysis type: Grid Acceptance 7402 YES 5 % Screen Mag: 20 KX ----~ Grid_box: 7809 - - QM_ IiOs Number of grids: 2 If Numbel' of openings: 22 #1: #3: #2: 106 #4: ~ Asbestos Average Grid Size: 0.011556 Total Area Analyzed: 0.254 Non-asbestos % Asbestos 100 Str#, 2 ~qudftlD E1-F1 F2 hba !yp(' ! ! ~ >, ' .. ,,~>- _ _ .......~,. _ _,~......l \ SIZU iAn:u()phyl!tfl ,-,-- :CrqcldQ!Jle 36,5 0,5 19 OA 3 I iCroCldolite 6 04 4 r--IIAnthophyllte 58 0,5 5 L~':> -ll6O!b>9P[1YJ~~~- 8 06 ! 6 F3 - 7 !Crocidollle ::A~;h~;;hYhie 9 OA 6_5 0,8 8 9 F4 - - -::;_ ;899fl,91i!~::':", 5,5 03 'i~J9fj9gILt~, ______ 6 OA 10 F5 ' ICrocidolite 11 0,3 11 12 F6 13 fAnthoptlylite 7 0,6 -".~-'--- - - , ",(Crocidolll!'l. ~~~'" n _ _' 14 _ Ai'H;npl1ylt>() 14 O,g 14 C>-l;:;ldc.l[c 22,5 0,5 15 : ,GS9cidolile 15 0,8 16 17 F7 -'I'licrocidoi;i'; 24 1.5 jA~th~~Ph';~t;' ,~,~"- 8,5 08 18 r~- iAnt>lop-tiyllte 12 1 19 ~ AnthophY!lte B 0,8 20 'Croc!idc!!le 31 08 21 LCrocieJolile 14 0,7 22 ~~C1QC!dohJc" 20 05 23 I'Crgydol,te 8 04 24 ,Anthophyli!e 12 1,5 25 F8 l(\,ry!IJ9Phylit(L 6 26 JCro~ldolite, 13 27 F9 [C[Qyldol le 6 04 28 CroCl(;ol te 28 2 Morpll Amphibole Amphibole Amphibole Amphlbole Amphibole Amphibole Amphibole Amphibole Amphibole Amphlbole Amphibole Amphlbole Amphlbole Amphibole Amphibole Amphlbole Amphlbole Amphibole Amphibole Amphibole ArnphlbOle Amphibole Amphlbole Amphlbole Amphlbole Amphibole Amphlbolc Amphlbole Si\ED Amphlbole Amphlbole Amphlbole Amphibole Amphibole Amphibole Amphibole Amphibole Amphibole Amphlbole Amphibole Amphlbole Amphibole Amphibole Amphibole Amphlbole Amphlbole Amphlbole Amphibole Amphlbole Amphibole Amphlbole Amphibole Amphibole Amphlbole Amphlbole Amphlbole Amphlbole 29 NSD G10 30 G9 31 32 G8 33 34 35 G7 36 37 38 39 40 41 G6 42 43 G5 44 45 46 47 48 49 50 51 G4 52 53 54 55 56 57 58 59 E2-14 60 61 62 63 64 15 65 66 67 68 69 70 16 71 72 73 74 75 76 77 78 79 80 81 7 0.8 Amphibole Amphibole 42 0.5 Amphibole AmphiboJe 16 3 Amphibole Amphibole 9 0.4 Amphibole Amphibole 5.8 0.3 Amphibole Amphibole 6.5 0.9 Amphibole Amphibole 9 0.3 Amphibole Amphibole 8 1 Amphibole Amphibole 11 1.5 Amphibole Amphibole 6 0.8 Amphibole Amphibole 6.5 0.3 Amphibole Amphibole 7 0.3 Amphlbole Amphibole 6.6 0.4 8 OA Amphibole Amphibole Amphibole Amphibole 20 2 Amphibole Amphibole 23 0.7 Amphibole Amphibole 5.7 0.4 Amphibole Amphibole 58 0.4 Amphibole Amphibole 5.8 0.4 Amphibole Amphibole 6 0.4 Amphibole Amphibole 11.5 0.4 Amphibole Amphibole 7 0.3 Amphibole Amphibole "/1 28 0.7 Amphibole Amphibole 12 Amphibole Amphibole 12 0.4 Amphibole Amphibole 12 1 Amphibole Amphibole 18 0.9 Amphibole Amphibole 175 0.7 Amphibole Amphibole 7 0.7 Amphibole Amphibole 9 0.9 Amphibole Amphibole 8 0.4 Amphlbole Amphibole 16 0.5 Amphlbole Amphibole 9 0.8 Amphlbole Amphibole 9 0.6 Amphibole Amphibole 10 1.5 Amphibole Amphibole 8 1.5 Amphibole Amphibole 12 0.5 Amphibole Amphibole 12 1 Amphibole Amphibole 6 0.9 Amphibole Amphibole 8 Amphibole Amphibole 11 0.4 Amphlbole Amphlbole 36 3 Amphibole Amphibole 16 2 Amphibole Amphlbole 12 1.5 Amphibole Amphlbole 10 AmphlbOJe AmphibOle 6 0.3 Amphibole Amphibole 24.5 0.9 Amphibole Amphibole 10 0.6 Amphibole Amphibole 7 0.9 Amphibole Amphlbole 7 1.5 Amphibole Amphlbole 9.8 0.3 Amphibole Amphibole 5.8 0.8 Amphibole Amphibole 8.5 0.4 Amphlbole Amphibole 82 L...J!AnlhophyHte 10 0.6 Amphibole Amphibole J 83 17 L~J!Q~QS:istO!!!lL~"_m"'~ 12 0.8 Amphibole Amphibole 84 13 1~lcroclqQlite .,"-" '"' .1 24 0.34 Amphibole Amphlbole ~ L... 85 ,m J~ro~idolile .~~ .. J 10 0.6 Amphibole Amphibole ,WlI C 86 19 .. UA~!~,9Pl)Ylit~=--:=J 7,5 04 Amphibole Amphibole :t-i; 1 87 C\!Antl}QpbY!i!~_ _m 6 0.5 Amphibole Amphibole r I 88 ![;rocidoii.-e--~' 6 0.5 Amphibole Amphibole I 89 [ lK;LQcid~olile., 14 O.B Amphibole Amphibole .fiJ 90 [ IIAnthoPh1:lite-=--~..J 7.6 0.4 Amphibole Amphibole 91 !.=~JlCr9.f!.~;;lii~:,.,~_=:J 6 0.4 Amphibole Amphibole l 92 [ J!CrOc;kl.911IL. ___ 12,5 0.4 Amphlbole Amphlbole 93 12 0.8 Amphibole Amphibole f{l{, 94 .. (Cr9~i90Iile ,. 8 2 Amphibole Amphibole }5] 95 I IiAnlhQllh't1i1e 6.3 0.5 Amphibole Amphibole ..0~ ""..JJ 96 97 c!--il!lQ~!rlOt~Copi'diloYJi!lllLe_ . _. _] 7 22 0,3 1.5 Amphibole Amphibole Amphibole Amphibole I 98 C~::UCrocl99Ij!g ,mm ,_"~",, 35 0.7 Amphibole Amphibole 99 [, .." HAD!hophylite ] 15 2 Amphibole Amphibole ,.d. L I 100 "",.JIADJI]J?WyJite 8 Amphibole Amphibole :;7l 101 I 'l!Antllopli~,:==:J 7.5 0.4 Amphibole Amphibole ~,>,d #GridOp 22 M51857 005 Sllll1ple Comlnents: !po~l>nal rl$lllt 10.210 i).OOO o.QO<> o .5,12Q . l\-R.V EMI~V (r.v) 1$.120 X-R.y ~"OT9Y (V.~V) Mg 3.940 :;.\20 )(-I1>y t '9V (KW) 3.$40 5,120 < X-R.y f:".,qy (I(.V) iO.240 Si (MOO 3.1}40 5.120 X-R,y ""9Y (t:.V) SECTION 6 MAS, LLC. PROJECT COC MASID: M51863 Client Name: Materials Analytical Services Atlanta Project Name: ECl AC Resin Pipe Cutting Electric Saw logged By: -d-dm-o-u-n-t--------------------- TRANSPORT INFORMATION: Client Job No: Client PO: Date In: Client Code: 9128/2010 MASCORP Submitted By: Michael Mount, CIH Delivery By: Received By: Condition: Hand Delivery -N-an-c-y-S-e-ar-s~----------------- -go-o~d----------------------~------------------------- CONTACT INFORMATION: Documents: COC CommentsfurCOC: _______________ Contact: Bill Longo Title: First Name: Last Name: Mr. William Longo Suffix Work Phone: (770) 866-3200 Ext: - - - Other Phone: Ext: ---------- - - - Fax: (770) 866-3259 # Client ID 000 lab blank 001 A-03-A 002 A-03-B 003 A-03-C 004 A-03-D 005 P-3-A 006 P-3-B 007 P-3-C 008 P-3-D 009 A-3-A 010 A-3-B 011 A-3-C 012 A-3-D 013 A-3-E 014 FB-3-1 015 FB-3-2 RECEIVED BY: SAMPLE INFORMATION: Volume # 0 540 100 540 500 2.4 2.32 2.44 2.64 8.16 8.24 8.2 7.52 900 0 0 Client ID SIGNATURES Volume f"\\ 5\ DV~ INDUSTRIAL hI GIENE AIR SAMPLING CHAIN OF CUSTODY MAS. ~.~. ~,#-!/I\ COMPANY NAME Illtts. 1. J..G j Pep t 1'1 ADDRESS: 3945 Lakefield Court Suwanee, GA 30024 Phone: 770-866-3200 Fax: 770-866-3259 PHONE: FAX: page-L of J .z';1.. C Ffrl lHbo~ (p{.Lf/)h fat PROJECT NAME: WORKAREADESCRIPT10l'f PROJECT REPRESENTATIVE: mi}Ze SAMPLING DATE: er /';l? 11ft) v l>tu4y J - rn~ ca('hrd~ 811'K. DATE Iq!2-, lI -I I..- TURNAROUND TIMES: _ _ _ 1 DAY SAMPLE NUMBER SAMPLE LOCATION SAMPLE MEDIA In IA-OJ"a IRJ\.cJ.<'<lf-QuuJ. NE 131' 01 ,$6 {/ Gn II J/ SVJ J\J/D Jp. :; ...,.4 IJ?t!.r.:>c~ J ,t>/'J tUc/lk(;., R Il " f 7 ( I l <.1 ~ ~/ 0 I 'J/ V7 L lA' 3 - A: t~ J ~ u~Vij$i~N. 11 [3. I C.I .~t: ;w 01--'-- / JJUJ JJ ~! \j;-Otl+s; irf;~ l?fJ. I~To.,.]..J::--:1Ir'F1...'i..Fi.Tri-_=-.tnJfJivK {Y\6 1glOq ~ t.u\I. fila- ..v v- fi:"tl~?=1 IF'ft nf\;<. 5)... '.Ii'"'' 1Y~t:oP t:...r~bl) ic. 1 ~T ~r ~.-A: ~>rtrf\J D _ _ _ 3 DAYS _ _ _ STANDARD 5 -7 DAYS I I ANALYSIS DESIRED START STOP I TOTAL TIME PRE FLOW POST FLOW AVG. FLOW Total Volume TIME TIME MINUTES RATE RATE RATE Llters LPM LPM LPM .r;O Ill.f CO , -; 'fO)..J 1,: 5.<"; I J: 40,~ I liQ,O I".?J rio~g' I S'"'f () [~ J I ;t.0 I ~.o I :J..D I 100 VI---Jj-I-\17 /0.0 I Il,lP I ((){gj S'tit[) I/o. 1I 9.'1 110, () I S"DO . 7.!tfL-;;"'L~OLf 14. 'l)r(l--~ tt~J-;J.:31 ,/~O I Z,4-f) 7 '-107). ,1t241~C~1.~~ rAr3~ ~ 0 I .16 'l.1 ,bt T~tJq. iD ~ I ,~~ /,("t.: J~~ 200~ i.o/' 12,{)2r;Z;lClfl-~~7'" f~ :2, o~I~. D.zr.:i,&'..IR,2..~ r.2.. :1. () f I ~.~ I 2. c~!.... Jt .J,;mT-J,; I J83 I I, 8") II, RSl 1J'~7~f.i $;6)~S-T i.f.-~) I qll-'Io.t?l /().t? I /() ~m .......r- ~7@~L ___ A .:/f"---Y--17I- 0 r- ~ ~Cf6~~ 1/"""",../ I-m y <0 m - . A A 0/1 ::;:::p' ~ ~1~17VI7 ,v __ CHAIN OF CUSTODY First Transfer by: Second Transfer by: Third Transfer by: . NAME N~ AJ:." CO)'PANY 17~ ./7ll/l:f tL.C 0rRl' MODE TRANSFE Mt- ./ ( LOG IN DATE RECEIVED BY 9 -'d'6 -['0 I( p-~o--1S I ~ COMPANY fY'-1'"'- ~ Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M51863-001 Client Sample ID: ------------A---0-3---A------------ Analysis Date: 9/29/10 o o o o o -_ _--_ Pump Flow Rate, LitersJMinute (FR) ......... 10.8 .. 10 Sample Time, Minutes IT) 50 Total Sample Volume, Liters M 540 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 12.5 100 Total Fibers Counted, Blank (FC8) Total Fields Counted, 8Iank(FLB) Area of Filter, mm2 (AF) Graticule Field Area. M~ (GFA) o _ _ _ 011_"* _ _ _ _ _ ...._,-,1-0-0"""-,- 385 0.00785 Cale. of Fiber Density (E) in Fibersl mm2 E=I ! .' .'. :fS:91fibersJmml 4 2.5 2 Notes: Cale. of Fiber Cone.(C) in Fibers/em' C I.!===== iberstem3 Media Type: 25 mm MCE Finer limrt of Quantrtlon (LOO) ~ 7 fibers/mm 2 F,ber counts outside the 100-1300 fiberslmm 2 range have greater than opllmal variablhty and are probably biased. Analyst: W. 8. Egeland Reviewed By: ,.;.;M;.;.,.,.;.;M;,.;;o,;;.un,.;.;I_ _ _ _ _ _ _ _ _ __ Date: _ _ _9_1_29_/2_0_1_0 Date: _ _ _1...;0.;../4;../2.;.;0..1._0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M518635-002 Client Sample ID: A-03-B Analysis Date: 9/29/10 -------------------------------------------- 0 0 0 0 0 0 0 0 0 10 Pump Flow Rate, Liters/Minute (FR) Sample Time. Minutes (T) Total Sample Volume, Uters M ------_.._2 ---...-- -_.._----5-0--------- 100 Total FiOOrs Counted, Sample (FCS) Total Fields Counted, Samples (FLS) Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) 1.0 100 - ------o--_.... 100 Area of Filler, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 0.00785 Cale. of FiOOr Density (El in Fibersl mml =I :,; ..' E ;;<,;1 ~31fibers/mm2 A q;/a o Notes: Cale. of Fiber Cone.(C) in FlOOrs/em' Media Type. 25 rml MCe Finer limd of Quant~ion (LOO) =7 fibers/mm 2 Fiber counts outside the 1()()'1300 fiberslmm 2 range have greater than optimal variabllrty and are probably biased. Analyst: W. B. Egeland Reviewed By: .:.,;M.;,;.';.;.M;.;;.o;;,;un;.;.t_________________ Date: ______~9/;.;;;2.:.;9/.:;.20:...;1..:..0 Date: _______1.;,.01.4./._20_1_0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M51863-003 Client Sample ID:-----------A---0-3--C----------- Analysis Date: 9/29/10 0 2 0 0 0 0 0 0 0 0 0 0 0 0 0 3 0 0 0 0 Pump Flow Rate, Liters/Mlnute (FR) Sample Time, Minutes (T) Total Sample Volume, Liters M ___ ----10-.8_.. .... --_.....-_..5._0...... .. 540 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) Total Fibers Counted, BlanK (FCB) Total Fields Counted, Blank{FLB) -_ ..... 1...5-.5..--- _ _ -_ ... ...100.... .. . , , . , - , _0# . - , - , . .,---1-0-0 --,- Area of Filter, mm2 (AF) Gratieule Field Area, MM2 (GFA) 385 iIj . . . . . . . . . . . - - . . . _ - . - _0...0.. 0-7-85- - Cale. of FiOOr Density (E) In FiOOrsl mm2 E=I ~ . i';~1~k1lfibers/mm2 Notes: Cale. of Fiber Cone.(C) in Fibers/em' C'"I l = = = = Media Type: 25 mm MCE FI~er Llmn of Quantnion (lOO) =7 fibers/mm 2 Fiber counts outside the 100-1300 fiberslmm 2 range have greater than optimal variability and are probably biased. Analyst: w. B. Egeland Date: _ _.....;;.9;.,;;;/2.;".9/,;;,,20;.,;1.;;.,0 Reviewed By: .;".M;;,..;.;;M.;".ou:;;.n;.;;t_ _ _ _ _ _ _ __ Date:- - - - - - 10/4/2010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M51863-004 Client Sample ID: A-03-0 Analysis Date: 9/29/10 ------------------------------------------- 0 0 0 0 0 0 0 0 Pump Flow Rate, Uters/Minute (FR) Sample Time, Minutes (T) Total Sample Volume, Liters M -_ ___--_-- ----_.. 10 - ......... ... 50... .....-""... 500 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) 8.5 100 o 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) 385 - - -0.-00-78-5- - Cale. of Fiber Density (E) in Fibersl mm2 E=I,\ , ':1,O:alfiberslmm2 o 1.5 2 3 Notes: Cale. of Fiber Cone.(C) In Fiberslem' Media Type' 25 mm MCE Fi~ef lim~ of Quant~ion (LOO) = 7 flbers/mm 2 Flber counts outside the l00-l300fibersimm 2 range have greater than opUmal variability and are probably biased. Analyst: W. B. Egeland Reviewed 8y:_M.;;..;;.M;.;.o.;;;.;un;.;.t_ _ _ _ _ _ _ __ Date: _ _....;9;;;/2;;;;9/.:.20:...:1~O Date: _ _--.:1..:;O/...;;4/..:;20:...:1~O Materials Analytical Services Airborne Fiber Analysis~NIOSH 7400 Issue 2, PCM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M51863-005 Client Sample ID: -----------P---3---A----------- Analysis Date: 9/29/10 Pump Flow Rate, lIters/Minute (FR) 0.6 Sample Time, Minutes (T) 4 Tolal Sample Volume, lilers (V) 2.4 Total FiOOrs Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 100 23 Tolal Fibers Counted, Blank (FCB) Total Fields Counted, Blank{FLB) Area of Filter, mm2 (AF) Graticule Field Area, M~ (GFA) o W"_,~,_~_._ . . - - - - 1*0-0- - - * - 385 0.00785 Cale. of Fiber Density (c) in FiOOrs/ mm2 E=t;S53.9Ifioors/mm2 Notes: 21 23.5 25 19 Cale. of Fiber Cone.(C) in Fibers/cm' Media Type: 25 mm MCE Flker LImR of QuantnlOll (LOO) =7 fibers/mm 2 Flber counts outside the 100-1300 fibernlmm 2 range have greater than optimal vanabilRy and are probably biased. Analyst: w. B. Egeland Reviewed 8y:.;.;M..;.;..;.;.M.;;,o.;;;.;un.;.;.t_ _ _ _ _ _ _ __ Dale:- - - - - - 9/29/2010 Date: _ _.....;.1_0/_4/_20,;...1_0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: MS1863-006 Client Sample ID: P-3-B Analysis Date: 9/29/10 ------------------------------ 7 7 6 5.5 3 Pump Flow Rate, Liters/Minute (FR) Sample Time, Minutes (T) -_ _ ........_0""._5.8 ..._-.., 4 Total Sample Volume, Uters M 2.3 Total Fibers Counted, Sample (FCS) Total Fields Counted. Samples (FLS) Total Fibers Counted. Blank (FCB) Total Fields Counted. Blank(FLB) Area of Filter. mm2 (AF) Graticule Field Area, MM2 (GFA) 130.5 20 o 100 - - - -38-5- - - 0.00785 Cale. of Flber Density (El in Fibers/ mm' E=I ,. ,'.) 831..2lfibers/mm' Notes: 27.5 30.5 24.5 27 Calc. of Fiber Conc.(e) In Fibers/cm' C 1'===== bers/cml Media Type: 25 mm MCE Fi~er Limit of Quantition (LOO) = 7 fiberslmm 2 Fiber counts outside the 100-1300 fiberslmm 2 range have greater than optimal variability and are probably biased. Analyst: W. B. Egeland Reviewed By: _M_.;..M..;,o.;..un.;..t______________ Date: 9129/2010 --...;.;.;;;.;.;.;;.;;.;..;.. - - - - - - - Date: 10/4/2010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M51863-007 Client Sample ID: P-3-C Analysis Date: 9/29/10 ------------------------------------------ Pump Flow Rate, Liters/Minute (FR) Sample Time, Minutes IT) 0.61 4 Total Sample Volume, Liters M 2.44 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 148 20 Total Fibers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) _.----o----30 Area of Filter, mm2 (AF) Gratieule Field Area, MM2 (GFA) 385 0.00785 Cale. of Fiber Density (E) in Fibersl mmz E=I 942.7lfiberslmm1 Notes: 31 25.5 26.5 40.5 Cale. of Fiber Cone.(C) In Flbers/em' C= Ibers/em' t!::=====dJ Media Type: 25 nm MCE FiKer Limd of Quantnion (LOO) ~ 7 fibers/mm 2 Flber counts outside the 1()(J..1300 fibers/mm 2 range have greater than optimal vanabimy and are probably biased. Analyst: w. B. Egeland Reviewed By: M. Mount -------------.----------------- - - - - - - - Date: 9/29/2010 Date:- - - - - - 10/412010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM MAS Project: AC Resin Pipe Cutting Study 3Electric Saw, Carbide Blade MAS Sample #: M51863-008 Client Sample ID: ------------P---3--0------------ Analysis Date: 9/29/10 o Pump Flow Rate, Liters/Minute (FR) .. _._. _0.-6-6--'*.. Sample Time, Minutes (T) 4 Total Sample Volume, Liters (V) 2.64 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FlS) 102 36 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FlB) 100 Area of Filter, mm2 (AF) Gra!icule Field Area, MM2 (GFA) 385 0.00785 Cale. of Fiber Density (E) in Fibers( mm2 E=I 360;9lfloorsrmmi Notes. 22 14 30 23 Cale, of Fiber Cone.(e) in Fibers(em' bersfcm3 Media Type: 25 mm MCE Finer Limit of Ouantnlon (LOO) = 7 fiberslmm 2 Fiber counts outside tI1e 100-1300 fiberslmm 2 range ha~e greater than optimal ~ariabilily and are probably biased Analyst: W. B. Egeland Date: _ _-.;;9;,;;/2;;;;;912.::.0;;.;1~O Reviewed By:.;;M;;;..,;.:M.;.;;o.:;un,;.:t_ _ _ _ _ _ _ __ Date: _ _--.,;1.:;O/..;;412.;;;.0,;;,;1~O Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M51863-009 Client Sample ID: A-3-A Analysis Date: 9/29/10 ---------------------------------- Pump Flow Rate, Liters/Minute (FR) Sample Time, Minutes (T) _ ...._..,... .._2.,....0_4---_..- 4 Total Sample Volume, Li!ers M 8.16 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 274.5 20 Total Fibers Counted, Blank (FCB) o Tolal Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Gralicule Field Area, M~ (GFA) 385 0.00785 Gale. of Fiber Density (E) In Fibersl mm1 E=I,~ ,... 1 ';:1,748.4lfibers/mm2 Notes: 56 63.5 50 48 Gale. of Fiber Gone.(C) In Fibers/em' CI'====== Media Type: 25 mm MCE FIHer Llmn of Quant~lon (LOO) ~ 7 fibers/mm 2 Fiber counts outside the 100-1300 fiberslmm 2 range have greater than optimal variabil~y and are probably biased. Analyst: W. B. Egeland Date: _ _~9..;;f2.;.9.1.2.0...1_0 Reviewed By:.;.;M.....M....o..u..n..t.______________ Date: _ _ _1_0/_4/_20_1_0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M51863-010 Client Sample ID: A-3-B Analysis Date: 9/29/10 --------------------------- Pump Flow Rate, LitersfMinute (FR) Sample Time, Minutes (T) 2.06 4 Total Sample Volume. Liters M 8.24 Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 206.5 20 Total Fibers Counted. Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area, M~ (GFA) 385 0.00785 Cale. of Flber Density (E) In Fibersl mm2 E=ll::i;<;> .1'315.31f1bers/mm2 Notes: 38 37 30 49 Cale. of Flber Cone.(e) in Fibers/em' Media Type: 25 mm MCE Fmer Limij of Ouanmion (LOO) ~ 7 fiberslmm 2 Flber counts outSIde the 100-1300 fiberslmm 2 range have greater than optimal vanablllty and are probably biased. Analyst: W. B. Egeland Reviewed By: ,.;;M;,;.;.,..;.;M,;.;;o.,;;;u;,;.;nt:..-____________ Date: _ _ _9;;;,/:;,29;;;,/2:;,0;.,;1..;;.0 Date: _ _ _,.;.;10;,;./4,.;.1;;,.20;.,;1...;.,0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: MS1863-011 Client Sample ID: A-3-C Analysis Date: 9/29/10 ------------------------------ Pump Flow Rate, Llters/Minute (FR) 10 Sample Time, Minutes (T) 2.05 4 Total Sample Volume, Liters (V) 8.2 Total Fibers Counted. Sample (FCS) Total Fields Counted, Samples (FLS) 302 20 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area. M~ (GFA) _ _ _ 385 """"'Iil _ _ _ _ __ 0.00785 """""'*iwIrIw _ _ _ _ Cale. of Fiber Density (E) In FibersJ mm2 E=I. ,}]:,;~:1~2:f3lfibers/mm2 Notes: 60.5 71 68 54.5 Cale. of Fioor Cone.(C) in Fibers/em' C Media Type: 25 mm MCE FIHer Lim~ of OuanlitJOn (LOO) ~ 7 fiberslmm 2 Fiber counts outside the 1()()'1300 fibersJmm 2 range have greater than optimal variability and are probably biased, Analyst: W. B. Egeland Reviewed By:-M-. -M-o-un-t------------------ ----.:.--- Date: 9/29/2010 Date: 10/4/2010 ---.;..;.;......;..~ Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M51863-012 Client Sample ID: A-3-D Analysis Date: 9/29/10 ------------------------------ Pump Flow Rate, LitersiMinute (FR) Sample Time, Minutes (T) 1.88 4 Total Sample Volume, Lilers M 7.52 Tolal Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) 251.5 20 Total Fibers Counted, Blank (FeB) Total Fields Counted, Blank(FLB) Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) o 100 _-_.. 3.8...5_-0.00785 Cale. of Fiber Density (E) in Fibers/ mm2 E=I1601~9Ifibers/mm2 Notes: 57.5 49.5 57 39 Cale. of Fiber Cone.(C) in Fibers/em' 82.0 fibersfcm) 1!=:======lI Media Type- 25 mm MCE Finer Urnft of Quantftion (LOO) =7 fiberslmm 2 Fiber counts outside the 100-1300 fiberslmm 2 range have greater than Op1unal variability and are probably biased. Analyst: W. B. Egeland Reviewed By:.;.M..;...;.M;.;.o.;..un-..t___________ Date: _ _--.;9;.../2.;;.;9/.;.;.20.;..;1..;.0 Date:- - - - - - 10/4/2010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM MAS ProJect: AC Resin Pipe Cutting Study 3 ~ Electric Saw, Carbide Blade MAS Sample #: M51863-013 Client Sample ID: -----------A---3---E----------- Analysis Date: 9/29/10 Pump Flow Rate, Liters/Minute (FR) 10 10 Sample Time, Minutes (T) 90 Total Sample Volume, Liters M 900 Total Fibers Counted, Sample (FCS) 10 Total Fields Counted, Samples (FLS) 100 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Graticule Field Area, MM2 (GFA) ____38_5_ Wllllt_ 0.00785 Cale. of Fiber Density (E) in Fibersl mm2 E=I': ,,'12:7Ifibers/mm2 3 3.5 2 Notes: Cale. of Fiber Cone.(C) in Fibers/em' c=l l = = = = = Me<lla Type: 25 mm MCE Finer Limit of Ouant~ion (LOO) = 7 floors/mm 2 Flber coums outside the 100-1300 flbers/mm 2 range have greater than optimal variabil~ and are probably blase<!. Analyst: w. B. Egeland Reviewed By: .;.;M.;..;..:.;M.;.;:o..;;.u;.;.;nt;....._ _ _ _ _ _ _ __ Date:- - - - - - 9/29/2010 Date: _ _ _1...;0_/4_/2_0_1_o Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, peM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M51863-014 Client Sample ID; FB-3-1 Analysis Date: 9/29/10 -------------------------- Pump Flow Rate, LiterstMinute (FR) o 10 Sample Time, Minutes (T) o Total Sample Volume, Liters M o Total Fibers Counted, Sample (FCS) o Total Fields Counted, Samples (FLS) 100 Total Fibers Counted, Blank (FeB) Total Fields Counted, Blank(FLB) o 100 Area of Filter, mm2 (AF) Gratieule Field Area, MM2 (GFA) ----38-5--0.00785 Cale. of Fiber Density (E) in Fibersl mm~ E=I<\' J, " 7:0lfiberstmml Notes: o o o o Cale. of Fiber Cone.(C) In Fibers/em' c", NA lberslem3 I!::=====:::!J Media Type. 2S mm MCE Fi~er Lim~ of QuantrtlOO (Loa) : 7 firers/mm 2 FIbet' counts outside the 100-1300 fiberslmm 2 range have greater than optimal vanabilrty and are probably biased Analyst: W. B. Egeland Reviewed By: ,.;.;M';';".;.;M.;.;;o..;..u;.;.;nt~_ _ _ _ _ _ _ __ Date: 9/29/2010 --.....;.--.;....-;..- ---.;.;...-- Date: 10/4/2010 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M51863-015 Client Sample ID: FB-3-2 Analysis Date: 9/29/10 ---------------------------------- Pump Flow Rate, Liters/Minute (FR) o 10 Sample Time, Minutes (T) o Total Sample Volume, Liters M o Total Fibers Counted, Sample (FCS) Total Fields Counted, Samples (FLS) Total Flbers Counted, Blank (FCB) Total Fields Counted, Blank(FLB) Area of Filter, mm2 (AF) Graticule Field Area, M~ (GFA) o 100 o 100 385 0.00785 Calc. of Fiber Density (E) In Flbersl mm' E=I< :" 7~Olfibers/mm2 Notes: o o o o Calc. of Fiber Conc.(C) in Fibers/cm> c=~ NA Medoa Type: 25 mm MCE Fi~er Um~ of Quantrtion (LOO) = 7 fiberslmm 2 Fiber counts outside the 100-1300 fibers/mm 2 range have greater than optimal vanabil~ and are probably biased. Analyst: w. B. Egeland Date: _ _ _9::.;,/:;,;29;,;./2:;,;0;,.:1,;;.0 Reviewed By: .;.,M;.;"..,.;.M.;..;o;.;".u,.;.nt;,...-_ _ _ _ _ _ _ __ Date: _ _ _..:.:10::;,./4,;:,/2:;,;0:...:1,;;.0 Materials Analytical Services Airborne Fiber Analysis-NIOSH 7400 Issue 2, PCM MAS Project: AC Resin Pipe Cutting Study 3 Electric Saw, Carbide Blade MAS Sample #: M51863- Client Sample ID: ------------------------------ Analysis Date: Pump Flow Rate, Liters/Mlnute (FR) o Sample Time, Minutes (T) o Total Sample Volume, Uters M o Total Fibers Counted, Sample (FCS) o Total Fields Counted, Samples (FLS) 100 Total Fibers Counted, Blank (FCB) o Total Fields Counted, Blank(FLB) 100 Area of Filter, mm2 (AF) Gratieule Field Area, MM2 (GFA) .---..3.8.5.,--0.00785 ' . Cale. of FiOOr Density (El In Fibersl mm2 E~I< .7 .Olfioors/mml Notes: o o o o Cale. of FiOOr Cone.(e) in Fibers/cm' C <: #DIVlO! Media Type: 25 mm MCE FI~er Limrt of Quantrtion (LOO) =7 fiOOrs/mm 2 Flber courrts outside the 100-1300 fibers/mm 2 range have greater than optImal variability and are probably biased Analyst: W. B. Egeland Date: _ _ _ _ __ Reviewed By:.;;M;.;..;.;.;M;;.;;o;.;;u;.;;nt;...._ _ _ _ _ _ _ __ Date: _ _ _ _ ___ f<' 5'\ C3b3 INDUSTRIAL HYGIENE AIR SAMPLING CHAIN OF CUSTODY page-L of ;, CFJ)1 ( 1pbP ~ (p(,LfI);G tlf .'.....~:~MAS" ~'j$!#o COMPANY NAME /lilts; LI-{" I f)ep t 14 ADDRESS: 3945 Lakefield Court Suwanee, GA 30024 Phone: 770-866-3200 Fax: 770-866-3259 PHONE: FAX: PROJECT REPRESENTATIVE: 111 { SAr,t~L~NG ~~E: <r/"'/;rtJ TURNAROUND TIMES: _ _ _ 1 DAY _ _ _ 3 DAYS ___ STANDARD 5 -1 DAYS 'DA~E 14/:n L". ~({ll ~l.U'Y mrJi. 3"~.C: SAMPL~~-------------------r~S~AM~?~LE~~----------r---~----~-=TO~TA-L~IP~R~Elnp~O~ST~~~~G~.~-=TQ~~~I-- NUMBER SAMPLE LOCATION MEDIA ANALYSIS DESIRED START TIME STOP TIME TIME MINUTES FLOW RATE FLOW RATE FLOW RATE Volume Llters IA-C:::r-tBI- VMU_A,J ~IVGrE (SW) 'li' n 4/rutD 1(1e.(I$D~ 7Cf()~ 4;~ #~~ ; '/ ~~. rP-:;- 'Jh 1.,,t)Ill IdD/lKeJ.. R l ~ ~ ~/ 0 ,.,1,; \/ _ I 'A.~-l- ~~/t> Jlt5J\~ ur {o~ ,~tt 'I.D f.l.. r-3 '''' V /' '/ :Ms~E c, i, W n V 1J(J] ~ ~ 7.~)" ~ ~ l?e rz I~~"'l I~,'",,'''/ ~fDf) -~ "j /tt' ,,/btl~;.4 .p ~l. .. I 1:?JIl-IIlK I J, J/ -1/1 11, r'0 c;S t,P., (0'-) It~hl"i<- ~ Ii::AfY"J- Sk. i""''';- t'?-e.fopt:,.. r::,.h/l ic. + ~I ~ V n. p::.-re:i\ V _ I-. l'7liO, O J I ! j J, -]I,.tf{(t)/:b>.. l'S,".~C::;- 0 LPM l(),Q IILSPM7ItJL.P9M! S't'O d..0 !L,O ;;,,0 10D 10.0 II.~ /O,-g S"i.!tD 7 'Yo~" 1 .. ,\. ,/" '"f - ,l~ 0 '-fn.r:{ CA -/~ 'l. Jf}. C J,,{} ,~ I bI $"'1)0 2..-u.:ij' ..... '3/_ ,-:till 7t//;O~')-, .;Z D~ 116'2. ~.,ulD.tXfr.:btt ( ~, 2..N. R,:z..'4 7. ;( I DC t.-i5~ C;{ ~.d:>;t .1 O~ ... 2[2- '/ -V l- l,q"? I, tJ 1 "~7 7f.j.O';). 4-.}S' q/) fat) IO.t? d> 1 / ' ..... '-" __ ........ I' / V v . / 0 l .-' ({) . / /'" /" 1/ .,/ . / ./ /'" ,.,., l -- .. -.--~_ ... ~ .......--.~ _ _ _- i - - _ - I - _ - J - . _ - - - L_ _~__ ... . First Transfer b ; Second Transfer b : Third Transfer by: o--iS COMPANY fV' - - - - - - - - - - - - .. ------ f<' 5\ <3 C:,3 INDUSTRIAL HYGIENE AIR SAMPLING CHAIN OF CUSTODY :MAS ~.\.. oil> ~~~ COMPANY NAME tll/ts" Lt.." I {Jep t 14 ADDRESS: PROJECT NUMBER: f of Page--L... 3945 Lakefield Court Suwanee, GA 30024 Phone: 770-866-3200 Fax: 770-866-3259 PHONE: FAX: TURNAROUND TIMES; ___ 1 DAY PROJECT REPRESENTATIVE: SAMPLING DATE: Cf 17111h _ _ _ 3 DAYS _ _ _ STANDARD 5 -7 DAYS l :Ffrl ( 1(;'i1!1,>'10 hF" KIf b DATE it//;n 1/ SAMPLE NUMBER. SAMPLE LOCATION ..sG n [It-Oj-a. I[{1\.t"(.(,d "'-OlJ\,AJeL 13 ~ -( Id'; .$ Vl '1I N/' fU/D [P4 ,;-.4- I17e.().;S ,IIK1 I ./;)111 IdDJIkPt. R lJ J t (" ({ a ~ / 0 ,:,; A.~-3- n.~"'/.9 A \V L An" ~.A:la.. / ut-AlE:. '"'- f '/?;i (" ~w () ,1/ JJf1) 'J :s ~IJ It:' Ollt'S rd."i". 11!~-3- I ,~"",; 1..1 1? }.4IVi< j~ J.., ~ ~l\ tJl rn ifS (,pLI 1i::.Q1Y1- I r:'/rhi"i<... S~;v--..,.- ;}./ + jl ~ ~r:l G'c.fopt:-. A. p:.--r~A --J SAMPLE MEDIA 8u.w.m~ ..Iv 1=A-h/l ,"c. U ANALYSIS DESIRED 1'140I 0-, ]i.f();i. '7~ 7'fO~ l'iO?. '7t/;<)'ih -,&i.Oi.. I '?~;;.. ~ -, URI)' START TIME l;~~ ~V 4: ')4 .. I '$ :bS' ../'" --- STOP TIME l:\..'~ TOTAL TIME MINUTES .~C '\J'r / #.~~ L s- ./ I.f~;' :, I--qK} ___ I- ./ ~ ./"'" PR!: FLOW R.ATE LPM iD. 0 ~.O 10.t> ..G")0.1 .it! \of .~ 0 .~g ~.D(; ;/.,0 ;<.f)x lR"< laf) l..- 1/ POST FLOW RATE LPM If.n a.. 0 11. (p <i.q In ..c-)... :ID "l- I It <f 2. e'2 1~,C2 .2.,92. " 'If') /().o V AVG. FLOW RATE LPM I/~.~ i1..D 1~lg LD.e .;,,0 ,Sf? IbJ ./A/_ A,/rl\f 2."<')' l e r-' 1'2() /() ./ v ,/ ./ ./ ./ ../ .~ /' V ......... - . /V .-/' ./ ._._.- Total Volume Liters S-'f(j lOO ,i)(jt() 5'DO 2...1.J../) ;.. 3" 1,. 2.1/.4 l 2..~ (j .11 b 9,.2..4 i.2.. ~.':J:#:' 7.".2. quo l-:> <0 - CHAIN OF CUSTODY NAME COJlPANY MODE 0;10/' LOG IN DATE TRANSFE RECEIVED BY COMPANY ~ First Transfer by; FV_ J~/. ~ 1.L.. :./$ $ U.& -;r:z.j ./ .- q-d~ to 1{~o-lS ~ fY".-M- --::> Second Transfer by: . . Ihird_IrcmsfE;lrJ:>y: MAS CLIENT NAME: TEM ANALYSIS MS1863-00S Materials Analytical Services Atlanta CLIENT SAMPLE ID; 7402 ANALYSIS Sample AreaJ Volume: L __ -.= Filter Type: .2.4 MCE25mm Liters Pore size: 0.8 Effective Filter Area: 3B5 Sample type: Air Analysis type: Grid Acceptance 7402 5 % Date Analyzed: Analyst: Scope Number: 10/112010 A.Keelo;; 2---"~ Accelerating Voltage: 100 KV ..- !--~---.,~-~-.'- Indicated Mag: KX Screen Mag: 20 KX I----~~--- Grid_box: 7710 OI: Number of grids: ~ Number of openings: Average Grid Size: 0.012100 #l:~ #3:~ #2:~ #4:~ Total Area Analyzed: L.. O.16~.... Asbestos Non-asbestos l , Str#: 1 2 3 4 5 " fijO ~~._"N~'~ " ~ SquarelD. FiberType' A5-A2 lite [~II\rlJh9Rhyll\~.,~. ] I IICrocidolite I ~Anthophylite I .] c=JIAllthoPtwiile-- m ~iliQM '~ , Size 16.2 1.1 21.4 0.6 8.7 0.6 13.5 0.5 14.8 0.4 Oi"ifF Morph: Amphibole Amphibole Amphibole Amphibole Amphibole SAEO' Amphibole Amphlbole Amphibole Amphibole Amphibole 6 IAnthophylltc I 6.5 0.6 7 A3 ~ll\nthophy-hte--'1 7.2 1.1 J 8 c=J[ArlihoPhyl~.] 14 2 9 r=:JiAnthOllhyjllL_'___ 7.1 Amphlbole Amphibole Amphibole Amphibole Amphibole Amphibole Amphlbole Amphibole 10 I IIAnthophylite I 9 1.2 Amphibole Amphlbole I 11 IIIAnthophylite I 13 0.4 Amphibole Amphibole 12 '![groCidol.ll!l :] 5.B 0.3 Amphibole Amphibole 13 _~ Anthoph'l'litc I 14 1.5 Amphibole Amphibole 14 '~AnthophylJtc- I 14.1 0.4 Amphlbole Amphlbole 15 810 L~J!~nt~()p.hvlite I 6.2 O.B 16 c=J!AnlhOI!.IJY~l'?._ ..___.1 8.5 0.5 Amphibole Amphlbole Amphibole Amphibole ,,>' , .. , 17 ! i!CroCidohte I 7 045 18 l~'-' I;Anthoptl.jjjle I 8 0.5 J 19 il~na!1.lQQIi!!L_~",,, 12.1 0.3 r'" ,",.... ",. "._....... .. L 20 . I!Af)\IJOP.hyQI?, __._~J 14 0.5 ~ 21 ;iCrocldolile L_ 22 D2 J IGJ().(;I.c!qiile 23 L~= l:[lQ!b,,9~l}yhie . ! 7.1 0.4 8.5 0.3 225 04 Amphibole Amphlbole Amphibole Amphibole Amphibole Amphlbole Amphlbole Amphibole Amphlbole Amphlbole Amphibole Amphibole Amphlbole Amphibole 24 ! IIAnthophylJte 5.1 0.6 Amphibole Amphlbole 25 r=-.-J:CrOCigOllt!'L......... 17.1 0,8 Amphibole Amphibole 26 [~ "1!AnthoQ;!ite__~, 18 2 AmphiboJe Amphibole 27 ~Antll0pj1yliie 67 0.4 Amphibole AmphlboJe 28 ~ --lCroc-;ctolite 23.1 1.5 Amphibole Amphlbole L--- 29 ,AnthoQhl::lite 10.2 0.5 Amphibole Amphibole J 30 r-:J!8!t\b9Pi!Y!i!~.'.m .. _~' 9 0.5 Amphibole Amphibole fYl . 31 c=JlAnthop):Iy!i!Lm . ~l 68 0.4 Amphibole Amphibole r:::::J 32 [gro,<;jQplite oom 1 11.3 0.3 Amphibole Amphibole r J 33 [m..JI.t)nthoPDYlitEil .. ......001 8.5 0.5 Amphibole Amphibole 34 1~.hyJlle~.m .. 5.8 0.3 Amphibole Amphibole 35 [m'_O: mm:j: \!J 1!h~ppm~Yllh-'.L.....0..0_ '.1.. 15.5 2.2 Amphibole Amphlbole 36 L_~fAn\h9phYli!'L.. mm,mm_J 20.B 0.6 Amphibole Amphlbole 37 c=J!t.nthoPDYJ.!t._ _ _ j 13 2 Amphibole Amphlbole .1 38 [:=:::JfAnth9R6Ylit~=..... 13.5 0.3 Amphibole Amphibole L I 39 JICrocidolite 13.3 0.6 Amphibole Amphibole 40 D4 c=JlAnthophylite mm J 7 0.6 Amphibole Amphibole Ivl [ 41 I~I~~Ule .~ .00.-1 10.1 0.4 Amphibole Amphibole 42 c:JICrOcidOll1Loom~m_~ 85.5 2 Amphibole Amphibole r- 43 J 48.6 2 Amphibole Amphibole 44 7 0.5 Amphibole Amphibole 45 c:J~9f<idollt~=~~=~ 13.5 0,5 Amphibole Amphibole .....<1 46 C __J~9~ldoiiie'~ 185 0.4 Amphibole Amphibole hOil 1 47 G2 c=JICrocidolite 22.5 2.7 Amphibole Amphibole L-.. - =:Jl t-ll 48 c=JlGrQf19.9illlt_ _ 10.2 0.3 49 m_J~L9g2iitEl~ m '] 5.1 0.4 - 50 !~!Crocidollie-mm. . .m 31.8 0.3 ~-~-- -,---~-- 51 Gl0 .m_J 23 1.5 Amphibole Amphibole Amphibole Amphlbole Amphibole Amphibole Amphibole Amphibole I 52 17 1 0.3 Amphlbole Amphibole I:J 53 [ __.I!9!Pi.~Q]lj~::.m m~ ...::] 35.1 0.5 Amphibole Amphlbole l 54 l::::::JfjGiihQPlJyllte" ............ 55 0.6 Amphlbole Amphlbole Ll J 55 c:JICrocidollte 17.3 2 Amphibole Amphibole 56 C=~][<~r.O.CJq9I1t~. ] 35.1 0.6 Amphibole Amphibole .... .. 57 L]I6DihQP,h~ ~ J 9 0.4 Amphibole Amphibole 58 c=JICrocidolite .......... m] 11.B 06 Amphlbole Amphibole .i 59 A6-A3 [ ][6,(1!hophYi;te m. 16.3 1.5 Amphlbole Amphibole 60 [mm ....J[pLQ..~.oi;te--~ m'l 9 0.3 Amphibole Amphibole :"1 .........J 61 [ l[groCidollt~ 5.3 0.3 Amphibole Amphibole 'j 62 r"mm'l[Anihop!lyliie J 11 8 0.4 Amphlbole Amphlbole I 63 C:.. I 64 A4 IIAnthoPhyllte' 6.7 0.3 .JI~.6jhQPhvte" . "j 9 0.3 Amphlbole Amphibole Amphibole Amphibole I J1.1I 1"1 65 [""llM1!Qphyiite __ 7 0.4 Amphibole Amphibole 66 IlAnthoPh'lli!~.._ .. - 5.8 0.5 Amphibole Amphibole 67 C3 [=~!Anth~QPl)Yl!1.mL~ . 9 0.4 Amphlbole Amphibole : J 68 h 1"~_"~~'~lcr~A,nthoP 'i.I.mI\e- . 13.5 1.1 Amphibole Amphlbole 69 L~]lcrpi&ql;te 13 18 Amphibole Amphibole 70 [ WW]!.gmr"idoQtfl WOO 51 0.3 Amphlbole Amphlbole :;';;1 I I 71 lite 11.2 0.5 Amphibole Amphibole !'--:l I 72 L-"~l .PDylltE)"w. 7 1 Amphlbole Amphibole .. 73 L~ ...JIAnth2P.~l'l!!L... 00 __ 1 7 1.1 Amphibole Amphibole ..J 74 L~J~~'\hQp.byjJ!.E!__oo ... 7.5 1.1 Amphlbole Amphlbole ! I 75 D8 m ]it\(1thophYllte 6.3 0.3 Amphibole Amphibole r 76 . !!Ant~ophYllte 306 1 Amphibole Amphibole l 77 m...J!6~tb2~e 108 O.B Amphibole Amphibole !.... I 78 ~...Jf8h\bQPhyl!1.~.... W 6.5 0.8 Amphlbole Amphibole j ! 79 .....1[A.DjilopJ:!yjlte - ....._1 18.6 05 Amphlbole Amphibole ; J 80 r.~::~i!Q[Of,dpl;ie I 14.8 0.8 Amphibole Amphibole \/1 81 F2 r==llC.r9cidolit~~~J 6.9 0.3 Amphibole Amphibole _J 82 [-IIAnthoph'll.ite....~:':" 9 Amphibole Amphibole r 83 L..jIAnthoehYllte I 6.7 84 ]rAvl,!!QPhylite ~""_,.:J 10.6 85 A7-D6 r Jll\Dft19P!lyli\~.-. ~ ~l 29.3 86 LM~JlAnthoI!DY@~ _ . J 22.6 87 c-l~R~9jilii-.-~ 7.5 88 c=J1[lotIlClRQYJii!L__,W] 10.3 89 [=~UGoC;laolit(l_~ ._] 16.1 90 c=ll8n!hQP1W1ite __._",~J 18 I 91 L8JlJ!JQPllYJiW 6.5 92 rAnttiQRhy!iJ~ _ "" .. 6.8 93 lite I 7 94 F7 [ IIAUIJlQp~_~ 6.9 [ -If8nllNii6Yiite 95 " ..~ 7.1 J 96 c=J[5::rocidQUte 13 J 97 L_o_Jl8nl!1gpp.YJile 9.3 I I 98 ]!Crocidolile 9 99 [Crocidolite ] 72 100 . oP. !Anlh~-hvii~-o''''''''-l 0 . . . . . . . . . . . . ." ' , . 13.8 1 101 c=J!Crocidolile 8.5 l 102 [~ !1Crocidolile 17.1 # Grid Op 14 M51863 005 Sample Comments: Ipersonal rl~--=~ -------- 0.8 Amphibole 0.8 Amphibole Amphibole 0.6 Amphibole 0.3 Amphibole 0.8 Amphibole 0.4 Amphibole 1 Amphibole 1.1 Amphibole 0.3 Amphibole 0.3 Amphibole 0.5 Amphibole 1.1 Amphibole 0.4 Amphibole 0.4 Amphibole 0.3 Amphibole 1.8 Amphlbole 0.4 Amphibole 0.4 Amphlbole 0.3 Amphibole v .~ _ _ _ _ _ Amphibole Amphibole 'W, Amphlbole Amphibole 3\1 Amphibole ~ Amphibole Amphibole Amphibole Iv! Amphlbole Amphibole [IP: Amphibole iSli Amphibole ;,*: Amphibole [ri!, Amphibole ~tY_ Amphibole Amphibole Amphlbole Amphibole Amphibole .\j Amphibole "~--- ] Si 0,01) <;> L1S 5,12 )<-Iby EM'1Y (K.\!) Si li, lHhV EM'?Y (!(,W) to.2. I __ ,,' "J SI o 0.00 5.12 )(-~'Y (0.'9'1 (l<.V) SI o 5. X-Rl'l EM'9Y (KtV) Si o F. 5,12 , X-Ray EMr~y (KW) Mg 5.12 x-thy ""99 (K.V) $. Mg o Fe Si o Fe :;.12 X-R,y En.'9Y (l<W) SI o :>.114 5.t2 X"RlV eM'?? (K6\1) F. 2.56 SI o 10.24 F. :l.12 X.Ray En.f9V (K.V) IO,:.?>! 1 SI r. /:,".R~ttJf1).I~:S~Mh 'J~f?Z7~:.::/, :J;<". ;"'; l:lv*ti/ii.'ni6,a 591 S~r----------------------------------------------------------------------------------------~ -~~ s, 147 Ft "!t"",.,,, 0.00 ' dz .JI ",-uh,,\l i I I 10.24 , X-Ray Ehtt9? (K&V) SI o G.Ol) F. 10.24