Document 5Dr65Y0k0azG0GQ3wd5gBx7qe

TM . Ltc ingust-a Envirorr^e^ia. Consults1 November 4, 1988 Chrysler Motors Corporation 30500 Northwestern Highway Farmington Hills, MI 48018 ATTENTION: Ms. J. B. Spencer, Buyer REGARDING: Industrial Hygiene Summary Report for the Asbestos Identification Survey at Acustar Inc., Trenton Chemical Division, 5437 West Jeffer son, Trenton, Michigan Dear Ms. Spencer: Thank you again for providing Industrial Environmental Consultants, Ltd. the opportunity to serve the industrial hygiene needs of the Chrysler Motors Corporation and Acustar Inc. Enclosed is the industrial hygiene report for the Asbestos Identification Survey of September 6 - 23, 1988 at the subject location. If there are questions concerning any aspect of this report, please do not hesitate to contact us. We look forward to serving the industrial hygiene needs of the Chrysler Motors Corporation and Acustar Inc in the future. Sincerely, LTD President/Industrial Hygienist MEY/cmf Enclosure cc: Ray Grynieviex, Acustar Vine* PtfSrjrfir^CSeetar'Yogi neer*y Corporal* Offie# 2875 Nonnwna Suita '' 3 cast Lansing Mien.gan *8823 |5171 332-7026 Laboratory 1350 East Lax* Lansing Rsao Suita C East Lansing. Merugan *8823 (517) 351 *4002 Branch Office 2*780 Hamaway Suit* 200A Farmington Hills. Michigan 48018 (313) 476-5773 Branch Ottle* 55 Wast Wacxar Dnvt Suita 716 Chicago. Illinois 60601 (312) 419-1160 TV Lta. C'L.s:r a E~yirc-~'e,~:a: Consu ta^ts INDUSTRIAL HYGIENE SUMMARY REPORT OF THE ASBESTOS IDENTIFICATION SURVEY ACUSTAR INC. TRENTON CHEMICAL DIVISION 5437 WEST JEFFERSON TRENTON, MICHIGAN FOR CHRYSLER MOTORS CORPORATION FARMINGTON HILLS, MICHIGAN PROJECT NO. 2088 SURVEY DATES: SEPTEMBER 6 - 23, 1988 SURVEY CONDUCTED BY: W. JAMES BOLAND VICTOR M. COCCO MARILYN M. LAKE SCOTT G. SHEPHERD INDUSTRIAL HYGIENISTS INDUSTRIAL ENVIRONMENTAL CONSULTANTS, LTD. Corporate Offleo 2S7S Nonnwmo Suite 113 Ear Lansing Michigan 48823 1517) 332*7026 Laboratory 1350 East Lax* Lanarng Roao Suita C Ear Lanarng. Michigan 45823 (517)351*4002 Branch Offlea 24780 Hathaway Suita 200A Farmington Hill*, Michigan 48018 (313) 476-5773 Branch Offic# 55 Wan Wackar Dnva Suita 716 Chicago. Illinois 60601 (312) 419-1160 ENDORSEMENT Acustar Inc./Chrysler Motors Corporation Project No. 2088 This survey was conducted by industrial hygiene professional as defined by the American Industrial Hygiene Association and the American Conference of Governmental Industrial Hygienists* represented by the undersigned. tted by: i/jfe 'y^rn, victor M. Cocco Industrial Hygienist 3 (aj Reviewed by: 1.0 INTRODUCTION The Chrysler Motors Corpontion, in keeping with Environmental Protection Agency (EPA) guidelines, contracted Industrial Environmental Consultants, Ltd. (IEC) to identify friable asbestos-containing building materials (ACBM) in specified areas of Acustar Inc., Trenton Chemical Division. This action was initiated by a con cern for potential exposure of employees to airborne asbestos and to provide documentation for planning abatement activities. In addition, IEC was contracted to quantify all asbestos containing material and provide cost estimates for repair or removal. Following each material descrip tion section, an approximate unit price is given for information purposes. For repair costs, manpower was estimated for various types of patch and repair work, and approximations were given by various contractors for unique problems (such as the surface contamination in the friction building). Please note that these prices only include the costs of removal and reinsulation. In many cases, reinsulation costs are 30% to 40% of removal costs. 2.0 CONCLUSIONS friction building Piping - All piping that is wrapped with insulation other than fibrous glass has asbestos-containing materials (ACM). This includes all mudded joints, tees, and elbows. The condition of ACM ranges from Class 1 (Good Condition - Raw or Fri able ACM is not exposed and no repair is needed) to Class 2 (material is torn, ripped, opened, or damaged to a degree which is repaired or can be encapsulated). The exception is the area above the west mezzanine (Bay F-l and G-l). Much of this piping is Class 3 (material is damaged so severely that complete removal is required) due to moisture damage from steam and condensate leaks. There are also many isolated Class 3 damaged areas throughout the Friction Building that need immediate attention. These areas are indicated in the section of building system drawings of this report. The damaged areas are noted on the drawings by the let ter . Total quantity of ACM: Approximately 4,164 linear feet. Unit price: Approximately $10.00 per linear foot. Hlah and Low Pressure Condensate Tanka - Both tanks are insulated with ACM in Class 3 condition. Total quantity of ACM: Approximately 400 square feet. Unit price: Approximately $25.00 per square foot. Material Transport Bins - Nlpe samples indicate that bins contain asbestoscontaminated dust. (Note, all equipment that will be removed from the Friction Building should be wet wiped before removal.) Roofing - Samples indicate roofing material has ACM in both the surface and sub strate. This material poses no health threat, providing the surface material (stone and gravel) are not disturbed. Any disturbance would most likely be due to renovation work on the roof level, therefore, the cost of removing this material has been included in the demolition situation coat estimate. 2 Totai quantity of ACM: Approximately 120,000 square feet. Unit price: Approximately S8.00 per square foot. Mixing Mezzanine Landing - Areas to the elevator contain large amounts of friable ACM. Floor Tile - All gray vinyl floor tile (9" x 9") proved to contain the same as bestos found in the Dynameter room and the office above the lunch room. Total quantity of ACM: Approximately 5,600 square feet. Unit price: Approximately $1.00 per square foot. Ovens - Door gaskets are ACM. Total quantity of ACM: Approximately 400 linear feet. Unit price: Approximately $1.00 per linear foot. General Equipment - Due to gross contamination, all equipment should be wet wiped, and cleaned before removal from the building. vents and Bao Housing - Approximately 12,000 square feet of duct work and 35,400 square feet of the bag house area was grossly contaminated with ACM. Extreme caution should be used when removing or entering access panels. mom cost zstxkatzs The parameters used in each cost estimate area: 1. Compliance Situation - Patch and repair damaged friable material in addition to cleanup of any surface contamination (i.e., exposed insulation, dropped insulation, asbestos-containing dust). 2. Non-Demolition Situation - Removal and clean up of all friable and accessible ACM only. 3. Demolition Situation - Abatement and clean up of all friable and non-friable ACM, as well as the removal of structurally inaccessible materials. Compliance Non-Demolition Situation Demolition Situation $ 650,000 9 941,000 $ 2,000,000 3 CCTMICAL BUILDING Pining - All piping, other than those pipes listed below, are ACM including tees, elbows, and union joints: -- Blue transport lines including joints; -- City water pipe (runs only); -- Mill water 6" outside diameter runs and return piping in Room 26 (Bay Dl) ; and -- Fibrous glass wrapping. Most piping located in the Chemical Building and the Chemical Building storage areas are Class 1 and 2. Damage due primarily to storage fork lift traffic. Areas of Class 3 damage is restricted to mezzanine piping valve-header stations, and north Administration office mezzanine east/west pipe chase. See drawing sec tion for pipe system locations of severely damaged areas. Total quantity of ACM: Approximately 9,047 linear feet. Mixing Tanka - Mixing and storage tanks have ACM with the exception of the tank heat exchanger and Room 3 under coating tanks. The insulation on these tanks is Class 3. Total quantity of ACM: Approximately 1,650 square feet. Unit price: Approximately $25.00 per square foot. All Floor Tile - Gray 9" x 9" floor tile in east west hall and administration of fices. East-west hall, administration offices, reception area, personnel of fices, and mezzanine electrical storage. Total quantity of ACM: Approximately 9,350 square feet. Electrical Storage Room - The storage room ceiling above the cold storage room proved to be 60% amosite dry board. The condition of the ceiling is Class 2. Total quantity of ACM: Approximately 750 square feet. Unit price: Approximately $2.00 per square foot. Chiller Bridging and Duct Work - The material proved to contain asbestos. The condition of the material is Class 1. Total quantity of ACM: Approximately 8S0 square feet. Roofing Material - Includes loose top coat and substrate: both layers contain asbestos--Substrate is Class 1, top coat is Class 3. Total quantity of ACM: Approximately 80,000 square feet. Window Caulk - Proved to contain ACM and is in Class 1 condition. Insignificant quantity of ACM. 4 REMOVAL cost estimates Compliance $ 15,000 Non-Demolition Situation $ 160,000 Demolition Situation S 830,000 POWER HOUSE Piping - All piping except 8" outside diameter city water runs, joints, and fibrous glass lines without a mud wrap coating have ACM. Piping condition is mostly Class 1 with few scattered Class 2 within system. See pipe system draw ings for damage locations. See pipe system drawings for damage locations. Total quantity of ACM: Approximately 576 linear feet. Duct Work - Total quantity of ACM, approximately 400 square feet. Unit price: Approximately $25.00 per square foot. Condensate Tanks - Approximately 160 square feet of ACM in Class 2 condition. Roof Material - Insulated with ACM, approximately 4,250 square feet. REMOVAL COST ESTIMATES Compliance $ 6,000 Non-Demolition Situation $ 20,000 Demolition Situation $ 60,000 MANUTACTURIMO BPI1PCTG Piping - All steam and condensate lines have ACM in Class 1 condition and some scattered Class 2 sections of pipe. Total quantity of ACM, approximately 1,328 linear feet. Roofing Material - The material proved to contain asbestos. Total quantity of ACM: Approximately 38,000 square feet. REMOVAL COST ESTIMATES Compliance Non-Demolition Situation Demolition Situation $ 7,000 $ 18,000 $ 350,000 5 SOLVENT POMPIKS BUILDING P-nino - There is thirty-eight feet of steam pipe in Class 3 condition. Roofing - The material proved to contain asbestos. Total quantity of ACM: Approximately 750 square feet. REMOVAL COST ESTIMATES Compliance Non-Demolition Situation Demolition Situation $ 3,000 $ 3,000 $ 8,000 ROLLING OIL BUILDING No ACM was found in this building. SEWAGE DISPOSAL BUILDING No ACM was found in this building. EXTERIOR PIP INS AMD MAIN PIPE TUNNELS Three hundred linear feet of piping and approximately 150 elbows are ACM. All fibrous glass lines, except elbows, are free of ACM. REMOVAL COST ESTIMATES Compliance $ 5,000 Non-Demolition Situation 9 12,500 Demolition Situation 9 12,500 bemoval ma-r (PLANT-WIDE! The following removal cost estimates (plant-wide total) have been derived witb the assistance of estimates from several abatament companies in the Midwest. (industrial hygiene costa ara estimated and included). Compliance Non-Demolition Situation Damolition Situation $ 900,000 $ 1,155,000 9 3,400,000 6 3.0 DESCRIPTION OT SURVEY METHODS AMD LABORATORY ANALYSIS Bulk material samples were taken from various locations throughout the facilities of Acustar Inc. located in Trenton, Michigan. method of wetting that prevents fiber release. Each sample was collected using a Sample locations were sealed with duct tape and labeled with an identification number. Bulk material samples were analyzed by the IEC laboratory utilizing polarized light microscopy and dispersion staining techniques. 4.0 DESCRIPTION OP ASBESTOS IDENTIFICATION SURVEY SHEET INTORMATXQN The following section is provided to assist the reader to better understand the information reported in Appendix I, Asbestos Identification Survey Sheets. The sample summaries include the following information: 1. The facility investigated 2. The name of the IEC investigator 3. The sample number assigned at the time of collection 4. Sample Location Column - This column identifies the general area of the build ing being sampled. 5. Pipe/Fixture Designation Column - This column identifies the general type of sample as well as its origin; these include but are not limited to architec tural ceilings, pipe fixtures, structural ceilings, etc. 6. Physical Description Colusm - A general description of the physical charac teristics of each sample. 7. Estimated Quantity Column - Gives an estimate of the total quantity of the material under analysis. 8. Asbestos Colusm - Indicates the type and percent of asbestos found in the samples. Some siaterials, upon microscopic exasiination, may contain no detec table asbestos and are reported as ND (<1%) . One percent (1%) is the accepted limit of detection for bulk analysis. 9. Non-Asbestos Column - Indicates the type and percent of non-asbestos material found in the sample. 10. Condition Factor Colusm Class 1 - Good condition Class 2 - Requires repair or encapsulation Class 3 - Material is exposed and is damaged beyond repair 7 DIAGRAMS EXTERIOR PIPING SYSTEM NOT TO SCALE 0 VERTICAL PIPE SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREAS figEpf* --------------- |Oj 1. CHEMICAL BUILDING 2. POWER HOUSE 3. PUMP HOUSE (SOLVENT) 5. PUMP HOUSE (OIL) 8. GARAGE 9. FRICTION BUILDING 19. ROLLING OIL BUILDING 20. MANUFACTURING BUILDING CHRYSLER MOTOR CORPORATION ACUSTAR, INC. TRENTON CHEMICAL DIVISION EXTERIOR PIPING 9-6-88 TO 9-23-88 P.A. 2088 V.C. M.L. S.S. s* CITY WATER SYSTEM NOT TO SCALE 0 VERTICAL PIPE 8 SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREAS CHRYSLER MOTOR CORPORATION ACUSTAR. INC. TRENTON CHEMICAL DIVISION POWER HOUSE 9-6-88 TO 9-23-88 P.A. 2088 V.C. M.L. S.S. N DRAIN ~ATER SYSTEM 0916B05P NOT TO SCALE 0 VERTICAL PIPE SAMPLE LOCATION AND SAMPLE NUMBER D DAMACED AREAS CHRYSLER MOTOR CORPORATION ACUSTAR, INC. TRENTON CHEMICAL DIVISION POUER HOUSE 9-6-88 TO 9-23-88 P.A. 2088 V.C. M.L. S.S. N FEED WATER SYSTEM n NOT TO SCALE 0 VERTICAL PIPE B SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREAS CHRYSLER MOTOR CORPORATION ACUSTAR. INC. TRENTON CHEMICAL DIVISION POWER -HOUSE 9-6-88 TO 9-23-88 P.A. 2088 V.C. M.L. S.S. N CONDENSATE STEM 0916B08P - D-- ~d _a_ d STORAGE TANK P- 7 0915B1IP 0915B12P 0915B13P NOT TO SCALE 0 VERTICAL PIPE R SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREAS CHRYSLER MOTOR CORPORATION ACUSTAR, INC. TRENTON CHEMICAL DIVISION POWER HOUSE 9-6-88 TO 9-23-88 P.A. 2088 V.C. M.L. S.S. N MILL WATER SYSTEM NOT TO SCALE 0 VERTICAL PIPE ft SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREAS CHRYSLER MOTOR CORPORATION ACUSTAR, INC. TRENTON CHEMICAL DIVISION POWER HOUSE 9-6-88 TO 9-23-88 P.A. 2088 V.C. M.L. S.S. STEAM SYSTEM o- naj6B09P \ 0916BO6P DUCT 0916B03P -o- H 1 0915B15P _g) 0915B14P -D-D -/ DUCT NOT TO SCALE 0 VERTICAL PIPE B SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREAS CHRYSLER MOTOR CORPORATION ACUSTAR, INC. TRENTON CHEMICAL DIVISION POWER HOUSE 9-6-88 TO 9-23-88 P.A. 2088 V.c. M.L. S.S. \' A STEAM SYSTEM NOT TO SCALE 0 VERTICAL PIPE SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREA? CHRYSLER MOTORS CORPORATION ACUSTAR, INC. TRENTON CHEMICAL DIVISION MANUFACTURING BUILDING 9-6-88 TO 9-23-88 P.A. 2088 V.c. M.L. S.S. 14 c3 A N --> CONDENSATE SYSTEM NOT TO SCALE 0 VERTICAL PIPE B SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREAS CHRYSLER MOTORS CORPORATION ACUSTAR, INC. TRENTON CHEMICAL DIVISION MANUFACTURING BUILDING 9-6-88 TO 9-23-88 P.A. 2088 V.C. M.L. S.S. > C 0915B06 A fi * -0915Bn8 ^ '1 4 0915B09 \ --7 CITY WATER SYSTEM NOT TO SCALE 0 VERTICAL PIPE 8 SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREAS A 091^*10 CHRYSLER MOTORS CORPORA!I0> ACUSTAR. INC. TRENTON CHEMICAL DIVISION MANUFACTURING BUILDING 9-6-88 TO 9-23-88 1 P.A. 2088 d V.C. M.L. S.S. I u _________________ 1 N 0 VERTICAL PIPE 8 SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREAS CHRYSLER MOTORS CORPORATION ACUSTAR, INC. TRENTON CHEMICAL DIVISION PUMP HOUSE-SOLVENT 9-6-88 TO 9-23-88 P.A. 2088 V.C. M.L. S.S. I } I N MILL -ATE?. AND MILL wATi... RETURN ?I?ES V S SAMPLE LOCAI^.o .->.w CONDENSAT PIPES SAMPLE SLH3ER j DAMAGED AREAS |i i i 090 7 B15 0907B04 0907B05 i '> CHRYSLER MOTORS CORPORATION ACUSTAR, INC. TRENTON CHEMICAL DIVISION 9-6-88 TO 9-23-88 P.A. 2088 V.c. M.L. S.S. i A N MISCELLANEOUS WATER LINES 8 SAMPLE LOCATION N SAMPLE NUMBER STEAM PIPES D DAMAGED AREAS ROOF DRAINAGE ?""ZS F ED C BA HOOK DRAINACF. PIPES P.A. 2088 V.C. X.L. S.S. 0 SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREAS FRICTION BUILDING 9-6-88 TO 9-23-88 P.A. 2088 V.C. M.L. S.S. CITY WATER c> DUCT WORK WITHIN FRICTION BL" o D DAMAGED AREAS FRICTION BUILDING RIVER WATER > /X I ' y A. v < x xXX a // : X ,r Xr / / 0913B02 ./ / / / /X / [/ >z'. XX x tr OZ,' H V ..' or l. / / X./ > / ' [/ XX ' / c.. h' ///// / ' . / '' / / 4' / X /! / / !L -.I H 5 n 0 H 0 zi 5 m T1 0914BOI *0 A x. JT - --f ^ . __L / /' X -/ ' / 0 VERTICAL PIPE 0 SAMPLE LOCATION AND SAMPLE NUMBER D DAMACED AREAS CHRYSLER MOTOR CORPORATION ACUSTAR, INC. TRENTON CHEMICAL DIVISION FRICTION BUILDING 9-6-88 TO 9-23-88 P.A. 2088 V.C. M.L. S.S. --v.i & 0 VERTICAL PIPE $ SAMPLE LOCATION AND SAMPLE NUMBER D DAMAGED AREAS I 9-6-88 TO 9-23-88 P.A. 2088 V.C. M.L. S.S. CHRYSLER MOTOR CORPORATE ACUSTAR, INC. TRENTON CHEMICAL DIVISIC! FRICTION BUILDING APPENDIX I INDUSTRIAL ENVIRONMENTAL CONSULTANTS, LTD. ASBESTOS IDENTIFICATION SURVEY SHEETS i o0 sl o o O U| O kO' o <Si o - 3 to tqe * t0e 4C) *> S' ttee Ol %k vj < 15 44 4J .>. tooe 4*> _t) *4 C q q 4J v c .* S3 i rs it & ac s* OX 51 fci 2 n r> 4) ) a tx 0q Wi 4uJ. 4 o k% tNeB te r> *> <0 H 0 0 *> 0 a H 0a k4 i q Q */i 4> u k CJ s te mte I A O 0 4) q -t O q ** L, q a 0 44 cW i O 4) XO te w> te w> > q O q a 0 kx Wi q 4J *< 4, k0 Nm X u-> te w> o 0 1 q H O L, q i q k* a 44 kx 4) 4 C 4 o *4 XXo te u-> te ir 4 uo q3 4J -4 W -4 0 4) xo 451 C h ry s o tile J5I 101 A m osite 101 Q Z na ns I Q * <>a I o ) & g qo* q ' o x X) q 15 I o q & qo tqe Nte 150 lin e a r fe e t INDUSTRIAL ENVIRONMENTAL CONSULTANTS, LTD. ASBESTOS ID E N T IF IC A T IO N SURVEY SHEET W h ite mag 4 " steam s tra ig h t run qq q q q 41 n q q 3 a I55 cti t*%e <tuoj 2eg q a Xo*4J q a o -o 2 i 5 o q a o qo m u 6 t> MO 4J tq*e4 tCoeQ <N X *o > a "i TJ <r> 4J I O >4 e "vi, s, 1 0. * cm a NN kO * 253 q 9U en u < 44 te "2 * 44 > 4J I q ttOee *4 ** ^ qm Ai m4 4> N O XI 253 *k : *-< ^* te *4 44 1 0 *i c H *4 k q qX q H> 4 N o X) 53 44f>4 CM3 q TJ x: 0g o q4a *^n 44 k 44 uq te **4 44 1 ok q q N *i k q qQ q N > % N s uk 22 q te qo qw oa 44 * te 4 44 1 0K **i q **i k H q k tqe q H M > O te4 25 3 gO c a o 33 te toue <o H tei rs, te teI ttee NN Ntteei fttteee* iN te **> te te "4 NN ttene ttrtseee. i <n te *> te te te *4 fi N ttteee trtees te i te te q te te te ** cm tteeo rttees te i w> ttee te te te ^4 <N Lab, Bay K-16 above P ilo t 2088-0907-B 06 M ezzanine 21136 I *01 F ibrous glasz -30* C e J iu J o a e 201 M ortar lO t H air N.D. ( < lt) A pplicable M ineral wool and Not gl o* <01 O 1 ft 2 <0 O to 2G <0 < <cf(u/t0; <G0 thQo fvftt <CfSf2Oott 0s3^bG *2 3 H ft G fftt (fJt ft ft G \G * f*0t 58 *1 f8*t bk 8 80a -8oi a k< 8 ^N fftt 4V4* fUt* O8 5O fS"> fftt Gft o0* 8W k* 484 C k. X1 o X Gw*j k^r> -s fvt Q G ff8CU8tt 44 G f88t 484 f8ot 4 kmO f44b8ct44* ft <ft> U3 G<*> *CTMk 8 ff48Ott4 f48t4 pON^ <5oi fGt kfOt ff88NCtt *fs8 44 ffttS f88t 4i G ft ft CM f8t f4O8t4 f48t4 fNt 8O &o <i mft mG CM CM ffC8U8tt GGfGt% f488t4 Mo 484 f3t Mo f-1t *5 GOk CM p fsVt Q G 8 *- 8o 8 *1 4W0J ff3tt 13 f<tn <fnt ft f8t 44 o8 xfuzt o mft 8 f8t it 8O 2O fMt ^ <0s. f448cbt44i fftt ft I G CM f8t f4t4 xo8wfzt f48t4 8OI 484 fffottto ookl o<O m Gft m fftt fftt ff88qtt GG <M 44 f88t O 02 4InJ M8 5*'Sc G ft VO ft ff488ott4 xw: o mGCM ff88O>Matt fff*483C80ttt4 ft* o 5o 88. a Q. ** o3M> c8 ft *Q *2 Fft S*4 ca N ft 4i 44 *bk. 3 * n f48k8t4 o i fut M* ft <n ft O bk I bk 8 co *33 8 i 5 3* 3 ft ga ft Ca N 88 U f<4Ot4k ft 44 *8 caft 8e <4bjc *4 t 44 eaft e<0 <4q4 o bi ft K 44 G8 88 2k :* ft G8 bk 8 ft 48 c 88 aft C J'O) <44 S0O f0mftt1 44 <8 8 8O ki f8kit O caki 88 4bc1k 44 ft 8 8ki 44 >8 8 f4Ot1 GI C ft ft ft ft 8 CmN > G 4 SSS % 8 ft 44 I . O ft 8 ft fCC8Nt fftt 8> Gf8t s NOG S3 3 o PfiSt g Ok GOCIM GffCfMttt Ok g PGIs. G Ok G 0I3 Oftk G ft G ft CM <M *l> 8ft G GI PGs Ok G G ft CM CM "Ii ft 8 G NGi G Ok Gl ft G ft Cm CM ft 8 G <fMt fGsl. G Ok G G ft CM CM ft 8 G PQIs G Ok GI ft G ft G ft G ft CM CM Ok Gi ft G ft G ft G ft CM CM sIi ft 8 G uftk Q G Ok G G ft cm cm fo il M all in s u ia tio n C h ry s le r M o to rs C o rp o ra tio n - T renton Chem ical P la n t P ro je c t N o .: 2088 south e a li 2088-0907-B16 Bay H-15, 214*6 r 20% H a ir 151 M o rta r 10% M in e ra l wool 51 C e llu lo a e 501 C h ryso tile 38 f it t in g s 88i t/* ,8 Z O Uo3 Z 4 o 0 m "i Ok 9 3 k* UO } 44 c m SO Os SO X O * X < 4| X9 44 Gw `5 k C> X o 1 0O x X * 33o^ X X 44 X -X u G 5 m o o o c <M to <o CM Os 3 X O3 lx ^x -a X fi 4| 44 tx m o <3 o rx <M X X X x X3 X 44 G X Vi s5 mmm C3 o c> X Ok 0 3 -X o3 i4 X *x x 5 ha lx 44 V* 40 to o rx CM SO 0 X 3 k-t *4 "X 44 v< U <3 Os so 1 O> <u/] so fr S 4 Q Q Q Q Z Z Z Z to *3 * Q O i 0x) <0 41 $ oJ f X) |3 $ 8. *c1 44 <*> 5 Vh f?t* f* <Sj'3 ki V| * 5 o * Vi D3 1 5S= Ot !0 x> f> i O Ot 3 s C o rp o ra tio n - Trenton Chemical P la n t *c Ot **i -2 6 44 *1 oc * 5 k : C *1 5 VO c x 5kx C *1 k as to M Ook 44 if *i am 44 e t c MO 3 te g *x g x aVi *x *0 V* <M o to 44 o O x*s 0 > S< oJ > 01 Cau, `xola o. O a. a3 la to H 4c< O CH *x% J sg H> | * -i 0} = rs 4 5 os o IN * % 3 *x Q M M G1 ^ G %i nHH ->i Z ^ in i 1 Oi r<ixq Os o I D Q <N N G vI 5 * i i- zrIx I Os O - N N m *+ *x it At m o N fQxl C3 OOs IO V) oo* O^i Vi n t G rx it *m fxi <3 O<3s I -1 ^ V> ^<cn3, % cm o 6 Q Z ) |3 * 0^9 444) *1 St s* w 3 3 O X0w) S X V| *o 5 *x O 44 44 3 8 oi 3 o-5 a> I ec 44 3vi 44 X C Os *: t 44) t a< u 0 5i:l< ~' 5> f> V O C8O {2o N s NI O oOs I Nto O -4 cm cm 5 cm S *f i * N > >s 5x *3a 0 (Q1 O oOIs to * Os * o cm CM m ineral wool 8" m i l l w a te r G ray mud o v e r elbow Bay G-2 le v e l, 2088-0908-B02 M ezzanine 21397 r 601 C h r y s o tile 304 M o rta r 104 C e llu lo s e 780 lin e a r fe e t o <J oX o * ^ O5 "i 8 -4 8 4J 3 S -V -N 8 *52 XV m(O vm> -8o4 Cl 38 -4 4J -4 ,O8 V % XX Ok 8 "8Oi 3W 8 84 4WJ S p w0s\ mkft 18o) 0) k, m Xm X CM 4) -8O* S 3 <0 Q) o OX em m X IA o ^ 8S og X x o X p X A 88 *4 8 `4 *4 s tni 8 O 8 s12 CO 44 *4 8 44 o 44 44 O 8 O *1 8 ^4 V s >4 u fi 8 8 V, i2s7 0P G o fi < O <0 QQ o O XX x*/> 2; X $ z ws <*) dm u> 8 *n X 8 Ok U C8 o cH 8 Ok i c g8 *w> oov 8o <n oX 8 |3 22 x^N *884 oo ot> X *4 -I s *1 N <0 bas vtii a. u 3 |a X 1 fa) aa~..l iHu3n (0 35 .a <> H s s m a ki e *< >0 4s i *k 8 55 2Q u 0k 1 k *1 0 2 5-3 g xi 49s4 G -1 N G9*4* 0I *p NV V i ^*4 * at o I oOot 1 Ok * <K CM CM 8 Ok 2* 8M ok4 4 * * o8 u 8 44 ca 41 M 44 -4 G *4 G Ok H ^ *4 834 4J 14 44 X *4 8 ko N i * a, C VS ^ *4 4 n > *m4 008 X -4 c oA ai j oos o OIft oo O >"* CM CM a* & 8M k9 o --44 *_4 * 8o 4 44 ca am a 44 4 G Ok X8 kO M *4 I 8 0 C os 5s *cnN4 -*% 080 4 N>8 888 X *s G koO I O*o0k 1 *4 8O CM CM >S 8 Ok 2* mu k9 "o4 *4 *4 * 8O `8ch ca *1 M i4 41 44 -OCl *? X 4>4 8 G *4 N GoN N% Oi N > U, 8 X 8 -4 m8 cos CO Ook l 0ft com o^ CM CM 8is Oi 8c **o4 39 O*4 *^4 U_ 8o G *4 M ^ G '* N GHn % 9 lil N8* 888 X *4 X I oOk 8 n8 O CM CM >4 2 01 cp 41 M ok 9 "4 W 22 0G G *H 3 -1 M M 44 2 Ok 2 u 44 ^n kO N 6i OQ 8C O iS G8N8 % 8 8U N88 888 X -4 G XI XOok X I CM CM Ok I S i 8M 4 S -4C4 44 Ok Ok N*> OacMW^mM -4 '** t> 0 *4 In 8 **4 8 *4 C a8 8 *G4 % C 8N > 88 8 8G X -4 O XI XoOok I kA XXo X^^ cm CM Gray a ir c e ll 10m condensate (green) s tra ig h t run M eztanine le v e l, pipe chase near o ld personnel o ff. Page 4 o f 16 C h ry s le r M otors C o rp o ra tio n - T renton Chemical P la n t P ro je ct N o.: 2088 2088-0908-B11 21406 V o' Z i P ^a 8 id B) <0 Q S 0 0 0 14 u it w 4IfJl *4 u. it 4 a c 4J w -I a 0 XXu 0 SO so so *0 u ^h *4 <a-< ^ -h va o0 > t) *1 >U4 *N 2r >U 5o > 6 H <N H Q z 4 & ) % JP 4 4 *3 I H aU0 0 14 4^ *4 a H *4 *4 0 -4 ty X 3 <0 0 ^4 SO O z o c 0 Sm *4 w u a -4 *4 0 XO m SO SO N Q z --4 Q g3 I 4_I w aO: o % *1-3 o .2 *1 m m pv. o ti 4* 6 4 13 1 U0 *4 4J S 4 0 4 *3 Om os so o > 2r 6 4 a Ov U %4 o so fN. *4 o a: o SO O0 OO >4> X 4 s6 4 c *4 4 4J * *4 c4 *4 *2 5 $: HH S2g S <* u 1 6 C 4 a4 0 m Q 4 o Ok c <4 Tl *4 4 0 ll) c 44 c 0X S' & Z5 c %C 4 N5 A5 H> tt X X 4 9 . O it N H 5 so 4J CM 4 4 i O \Q & m Q 1 SM O it Z a% *4 *4 O u 0 Ok aSO *4 0 **> Ul 4 4 J 3 a O 1N 2O |O X Sj f s k 5 0 4 0. O 0* H (J *4 3 2 4 4c 8, * 2 3 C "H *J 5 4 *4 2 *4 424 *1 81 14 00 QK 44 C %m -4 NH N> 2X -4 *0 ^4 0} 1 00 Ok 0 1 > 0 0 4 N * *1 4 1 W O 4J C 4J o 4 43 M O -V a s c *2 5a U* . ss 3 **1 -4 -4 r* l i1 14 O C X is *4 c % *4 HU N X 4 c c 4 o o os *4 O > -4 V O O 4J 0 0 ^4 Q 1 O Ok O l Os Q0 0 ) O 4 NN SO 4 Ok 1O * 0 4 NN Jr I8 a c >. 54J A ki a u > 4 1 o ooc %O s 4 4J 3 4 O 0 t *4 O * 1 O Ok O 1 *1 O 4 M a c S c o s a y 5TJ ac *H <0 * -4 > 4J 3 4 % m a 0 f*. 4 1 9s 1 <N *4 O *4 *4 N ia u c o <OM 3 a; *hC 3 *4 6 o 4 >* c c 1 a 6 <*Ocj 4J *H * 4J o `q4 6 Sa ;* *-1 *4 % 4 > 4J i4 <4 c %t 0* 0 4 O ^ 0 0 n *4 1 0 Ok 1 so 0 N % M 0 -4 it *4 u *0 m w 9s 4 | Ok 1 4 4 CM it -4 W *4 4J o kl <0 CM 1 1 4 *4 CM CM il 8| 0( o frp * V) o U9 * OS A st 2*a>4* 4?(WJ1 O 1 * ha.i y tO-i. IQd H al It 4> H 0 t! s * 3 M Q % 00u & 0 x X 44 ^v 00 CM <m w 9 4M4 I 5 0 44 S o coo s o * 8 xI * ID iWvsok xo <N cm 0 s 9 i* 9 sO 0 4J 0 4J M as s s M 0 X o PM X X .0 O CD o D o o p o M Ok cm P*4 QQQ a: a- a; 0W 0 & 0 44 cxW*>> MO* -Q 0 S3 1 5 <0 6 0 44 O0 X9 c 0 s s 0 4J 4J 9 s is o M X0 a. m U"k D Ok u-> u3 3 i Hv a5- Q 0W 0 & 0 -o0 S A *1 $ M o UX) *0 & J*i 3 q 9a a ry D os *9 129 w 4J 0 0 Q, uN t9kt 0e 9 *1 28 coas A *s Q * w O 3 t Ok i Q 82 0 Cv 9 NS w| ks, Q -2 M K. COO o (0Q (Ck ^p M 00C * "4 C C 211 s k 2M o 0 l. 11 0 s CO H *4 0, 8-2 3 i x Ok x i vr x NN <CNM xi x x 9OV I 'O o M cm a*ooCID\ I Cv toot) ^-*< CM CM *M I * ooOv I* * *M COD ^ CM CM Ss 00 s> 4J SS oo XX w Ok wk Ok *k o 0 0a 0 s o "M 0 M 0 uau U -M 0 O M c X 0 *4 p U X u* m n w> w> 0 0 --4 s 30 M 4J M S o uX m oO Ov M o a 0 M r> so M 0 M 0 4J 3 c S M o M XX 0 m p o kO G> m cm cm Wk O) 0 p 0 >k M is & W < >Vw M -c 6o O m Qm VO vn O X* VO 05 6 0 44 *Xo 9U 9 & 0 44 X0 Xv> V| fr 8 a1 9Oa 4HJ -4VQ)i * *9i aos * * *0 cC .0 0 41 5^ *& *SD O s o <9pci iss O ^v -m 9 93 V OH 1 44 >C 0S. O3 aeo s tD o 8 uu 8 *o 55 A9 H0 c *p4 *iN. <IVkcI pO0> Uuh sa X o 4J 4^4 Ok 0 0L4 44 X0 41 4 4 0 4f04t * *M > 9 . 5 o 5 |i 8 <OMI l I Ok O p<4 CM CM 0 K 0o 08 pVt 4C 4i 0> PM H c 3 41 0 a ^3 5 &0 "1 VO <mM oOok Io CM o p^ CM CM V S o 0 C0 Sh^4. fV1Jv 44 00 PM X o Omik 0Ook 1 w> oO cs CM CM V S w 0 cn k^M4.. iV1J> 44 ^ 00 4 X No01 Ok o Ook I <Od <n CM CM M O' 0 n no 3 o3 s M .Q 0 sj gp gp oo fs cs V Nw Q X X) 44 o^ } TJ C Vo| w0 as &9. -O1k Cn c o oow TJ c sa wp "1v 4c4 Eo0 i --I "1 a: S CM 4i a c *o4o*c0 o*I> O0k Oo1t c* 0) 0 do --ni cm cm Page 6 o l 16 C h ry s le r M otors C o rp o ra tio n - Trenton Chemical P la n t P ro je c t N o.: 2088 9 i to O 1h % to o U3 2 CQ VJ < M Q a <fa0] Q <0 i -1 3 HH J* > Ij C <3 a. w *a4. eg 0 1 c o 44 c u h o O -4 0t 9) 9> 2 5 > 3 0 O M *4 33 c V 4J *4 v< *4 *l-5 r 2 t ,9) <J o < tr> m w*> O M CM CM Vi 0 4J k| o % VO 0 "M *4 4J ** O 4J ) *H 4 N 2 V -icf j o< Q mm c> o % M- 1-4 Vi 9) 4i v< o X wo CM 0 "4 *4 9> 4J 4J O *4 9) O O V>|4 e <O 00 D o to to CM 0 ~4 *5 k< c s 0 0 1 >4 5 >4 *4 (5 Ot u 3 Oct 91 o X 2 Vi & u <O=> * M| s o 3O 4c4 4 4U 9) 74 3 ha 9) V| & **1 4* %4 t ? 9) 3 O 5 * 3 So c e a 4J M e3 c C <4 9> 9) -*4 0C C M h OMM l) Q *4 9) 5 3, --5 5o t < VJ * u 4 **4 4J Vi u < M C 4J 0 -4 c z z >k p to to *o 00 ^ cm to 4 *H 4J O 6 ^Vk| c o 00 to CM V, & ) 4J oo *4 *4 o o *4 k4 3 -4 4J -*4 Vi o UZ 00 00 to to cm cm *M *4 o Xk4 x: U 00 o to N Mi o o Vi *>4 3 4J *-k 4 d o to cm +* -4 *4 4J O *w4 x; O to NO St c 4J *c i N *3 V| {. n S5 mo o M *4 5 <M `O 8* S3C* y -O4 --VIik g ^ S M *M ^3 4J c 44 > 41 c O O Mm Q 0 ( 44 4 c 3 Vi *4 -C 2 '2 2 JM ) 2 V, 3 4J 5 ik * **4 C o 4 0 0J V V, *4 a 4J _ V Li 4 c O 0 X t o to m 00 00 Ok o to o Ok to C 4 1 1 -1 a V1 -4 *4 o 4J 1 0 1 00 X CSi V, *4 <Vw V C V o * 1 d 00 41 z V< 91 & v CM *4 Vi o o *4 >4 Vi Vi O o % k4 0C 0 4 r4 1 vm Q 4J 0 o ^4 Q v- o sQ Ok 4 o k I to I < > O *4 N <M u v Vi 0c 0 4 4 1 Mi Q | 4J 0 o 4 oc m to l Ok Ok o Q *4 N CM *1 Ot k4 c o a o 3 *3 ^4 *3 l M| o *M 4J C 0 M o 4 41 o *3 % V| 0 o IO 51 14 4i 3k V) m 4 m VO I Ok o Ok *4 CM CM I Ok Ok I *4 Ok *> O *4 cm CM M o0 e% 91 -M4 OO VM M 4J X) t4 >4 Z -4 I CM Ok *> 4 CM CM M 0 % 91 0 6 9) -M4 OO VVi M 4J , 0 44 W 4 & Ok o I Ok o Ok 0 1 0 Ok Q -4 cm <M V, V * M *4 4i 0Mc 0MO -4 O V| Ml o Ml 9) t> O nC ^9) la ) C MOl I Ok o Ok Q I> Ok CD **> O CM <M C o rp o ra tio n - T renton Chem ical P la n t Not Not Wot Not si o ua 4 <01 O h 2 V) O co 29 <0 d 0) k* i9Uj *034 $ "1 23 *C*D S *M <s0 <90 e g yco> o 3 N *a1J 23 u Q is x t< 1 (a*44, H<k/i a. 3 "s V O* 2 3 0V)* 9 9 9 4J NV "4 O;3 9 4J -9s *i 4 4J U o k N i 1 <Ni 4 <4 9 *4 a s 0u O 30 0W| *a4 k at *kr 4 *< 3 D 9 a* MB *1 S 4 "s *1 NV-- O 2 0) -1 o <J *a44 a K m *4 wV o' 2* 9*3 0 4 CL 0, < t40J1) c4 5 4 > o D *4s cw o c U tr1 4i1 n * t <e *4 M 4J is *e4 5 o* > 4 i e ! > g o O 7*41 w 40i k L| $> ft* 9 f> *7N1 4 3 0i* <Q Li 4J -0i --34 k 4 S2 O m > P 4 V o 2 o *1 a a < tJ 4i *c90M, w cp > o * Ck M1 f> *OSH c O U *L3i u H i4 o t 9 41 * H a 0L, k 9 9 1 "S * V o' 2 *jQ1 0 **i aa < T4>J *c** a 14 eM Li k 0 *1 Li1 >c f O O <M 41 c U nGO0 L< O 4 a -I 0 0* ** u 41 LVi MC 0 22 R 99 > f\ *4) 0 & 0 9 fet *4G1 41 *1 ov f\ _ ^a3 6 Cw k0 u 5^ > in o* u *1 -1 > L, 0O > G 0 a 0 n 4e1 V) 4 0 0k u 44_J 0 *wVc4 "0as4 4 2 am 2 3 9 OS p M 1 *411 0 & c O < 9 0 0k 4 r> c *4 2 4L1i 0 2 *0344 4 3 am o Os M -4441 o Li c O 9 Li a O' 41 9 9 Li > 0 *ae0 4H1 u fl H 2 2 M ok C 41 -1 41 G G Li a s *C *G0 (0J JZs < L< a as k s C *44411 *kHi 9 N 41 c4 a0 a e Li G > V| Lt 0 1 N. * Li > G -ok4i O O L| 41 4 G Li k Go o O L| 41 O 1 *4 M o -i 4i G a<a o 6 9 4 *4 c 4 0 91 OS 9 Os *: 9 9 A4 9i <n 2 *4 0 os 9 N9 i i (4 19 9 Os o 9 fs 9 *4 9 9 *4 2 9 N N N k CVj 1 *4 1 O * 9 <M 9 9 <n 4 Os 9 1 Os 9 rs 9 9N NN *4 o1 k 2 **> 9 9 4 Os 9 1o 99 9 *"> 9N NN 4 o1 is 2 9 9 i 4 Os 9 i *4 99 9 *> 9 <N NN % G *4 *4 G1 O H Nk 22 9 9 i 4 Os 9 i <\ 99 9 9 NN G 4 *4 G1 O N is 22 9 9 9 1 n 4 Os 9 1 f 99 9 n 9 cs <M <M 4 o1 is 9 fs. 9 9 1 < 4 Os 9 i^ 99 9 9 CM N CM Page 9 o f 16 C h ry s le r M otors C o rp o ra tio n - Trenton Chem ical P la n t P roject N o.: 2088 Not p li Not Not Not p iii Not Not p lii Not Sanples n o t q u a n tita te d due to s m a ll sample s iz e Evidence o f m a te ria l present b u t u n o u a n tilia b le o U0cn33 K o(n h03j q Q <2Sn >4 IHhn (n b) o< S H3 5VHb)|j X Iftn. n VJ <0 o* QJ XHIn OsI<2n N sH u 92*s oSi H 3 \OH O5) o 3 tHo joshcM?SS oo Swa> w 5z aMs 4> c a: 4aO) *S a H *1 u vo 0| *vn a *s 4J 2a In O r> *4SHSaii *N >fat Ta> aqa aoq 41 *SaaI a mx fcN -c c -H ka| h a > ^ a0 oo a S 4aJ S %o aSs 4) C *X13 oVO c*> a SJ a0 In JQ O *1 a q 4Wh1J VO a aqa u >qa _ao aa ^a3 6 miss 0s 4q> p-N *N aIn 3,u5 9 > 0 Oo 4) a aO a <s0 *msm O4> a cs X CM s em mm V N. d 2 a .. ao Q. < S a> 0 aa >ea aaa O q o> Ua S *s Vi O0a W 4DJ oS --as< 4> C X *** *~ams 4J 0l W( JoC <n qa 44sJJ V| fCMN aI>n 0 a>a c_ o e5o 6a ais MS oaa *S ^--a-41 S 4aJ O S ao: --s *1 wV Q as -aN *aos <a3, VooWSi 4aaN oWq O O aao -i a mm a o In 4J S 0 X em p*N V Q as -aN ao i as < V*oIO1n| oaa oqIn O o 4) O *s a In -- 4) 4J u Ion X %V Q d a Aaa s < *ooI1n a a oqIn O U a a 0 In -ai 4aJ s oa In o X a 4oJ) r o as *aoH Qs, K Ioon V| a a oIN oc O s a In 0 X mm wV d d "aN ati <Q, OoIn ^N 4aaJ oIn oc O Cj Ui mm Vmm S* d d -aN Aao 3-QNs, < S % 0o 4oIJn a V *aD H aa< ac*i aH 4J ooIn a PS t Hn In 4a5J aIn AaH S 4aJ 3 7O43J k A --ai a aq *so *s 30aa. a aqa aIn Q* Aa a a3ka U00aa. 3aka aIa0as a3ka o0u mm Ue a3 k pI0I0sNn a3ks 00In mm K ph0a3k10Ss4. % i%aqcaHNN a a *4aqqNaNs %* *aqes 4aaa 1 k, a aqqa aaa a1 is a aaIn Saa0aI S<n i a \o saaaIa03^n a 4a.IqJn a0 *Oia SaaaIanI \ \Qi a*" v, a aa^ a SaaaInI ao3 V i is a xfc* 4aaiaa3axnJ a Vfs. *<is aoIksn 0, 4o3Sq>J saIni 4OI1n a> a mam is *OooN1n N M<isiN rnm OOnn in Os1l NOonn *i mO1ml Nmm Oonl Ois1l OCo0Mn|l oisin Coca*Mmn>- rsi mc1mm ccOmmn Oistl aCOOMNl CNi1M COOMll pp<*|*M1NN iCCCnMMM & CO oH 2 O2 (o Um01 V| u* -O4 3 I4 %o *H< , r>>. m VO Ut SuJ, p % o0 -H 3 "<S-* 0) O v. 4<40 w o % ---0344 >4 *_> *1 w 0 o 0 % 0o3 O *4"m4 c 3Ou> p u 4KsJ '5 3 m a* or*^ o <N 43 oo34 K -4M04 >o934) OPv c 3 mvo fs rU4. VO oo34 "4 4 $c 4LsJ. 3 VOO o -0o34 u. m u <k440 *f0*34i "4 U c 4 i3 mO VO CVMO 4UJl 44 X 0O 44 c r034>4 -o4 4 m VVOO <VNO O4 Page 10 o f 1 C h ry s le r M otors C o rp o ra tio n - Trenton Chemical P la n t P ro ie ct N o.: 2088 * Samples n o t quant it a t e d due to s m a ll sample s ir e Evidence o f m a te ria l p re se n t but u n q u a n tifia b le <4 3 oj MH 5? ,* * g o 2r 6 o QQ 22 A Am A J5 o .2 I I "i *o4 44 5 e r44 V 3.12 s s.S c oe O oO 8S a* 5 2 O 41 OI c e 41 N I" SI 3 if e*4 3 8. 3 c 3 3. 8.3 ? 8. o & g *0 .5$ '1 o u o o 8 c 53 C ** I4 8.* 3 8. to 3 V"4 N"' eV-m4 s" 4wV4 Q Q QQ 2 as a: X A* *1 oPv c 44JJ o if 585 3. " * 0. 5 J> ke C^ -AH (9 U *M 4J **0J 3 44 51 >s *: >e mc* _t3 (9 0 6 Vi *C4 'S oVO S44J O3W 3 tt S o3 V q 44JJ S4 N Vi > O > 5 TJ g 8C. 4J {( |i 3 8. 3 a 8S 5 *3. o t4o4 44 <0 vV 6 z pi *44c4JJ vo > _ CO P36 31 *(i *o*1. > v* O s4J 5S 2 44 -1 32 i &5a 5 4J c96, u -4pw031i *XCC*N4% *o1s C3Q, ttooi% to 44J4 4SQq^T4, (443 40J ^^Q4 ttooi% toS 440acwk44f 40444 4tc1o4% AOvem kS 44% tcIo VckoOi fftt 4tSIco4 Wcwooi kS 4to4V o4uoc4 fftt 4t81o4 Oo4444 ttoo sf3QraJ *4 1 aooH(fpkr4-sl 0O"144> N o cNm v4 1 *> toi OtqttOooo1>vj <9CmNS4s* Ot*tttt<ooooo41NN ton COMi *tt*oo4 tttttt9oooooo14 ***4> COMl t*toos ttttttNoooo4ooi to t*NMo ttoos t*tttttCoooooos1M rs nC<toMM rtsos t*t*oo4 tttttCtoMooooolM <*> ttttttCMoooooo1M cton CCMM *ttttt*tttoo4ooiooooMsl ttoo CCMM u Oo <J: zi 1 o(-1 2 O 2 Z(zz4 0 0* s Ok 4 v< 44 sV| 9 0S 5 0 Q z Z VZH M z VO kA N V*4 c 4 V| Ok 44 u 9 "4S 44 4OVi 0 cv Oz H k m oO <n cn v< 44 V. Zo ko ko c V. 4is4 S iS 44 V. 0 ^ zo mm OQ vo ^ 0 3 14 V 44 s o z0 m O < s00 44 9 3 s z0 m *41 o -4 U 0vr> \ S uo s 44 4J 3 44 Ss s z0 zo i o zo a rs Ok kA Ov m CD Ok I uiwsi < Q ZH zZ Q3 c g i 8 4CoJ cWi (i o 1 6 Q a Vi 41 C "i 44 i S| 4c4 0 44 os s *Osk sS c oV *s *g65 2 ss 1ii H zoo 0_ cP> " "3. S'"3. 3 i * 15 44 o C * c e cb> tcj e> nS -* i*55> 44 *4 -4 *S 44 5 3 * Q * < 0 u c o 44 o 4 kM Ok g 9 U m Oi c 0ek 0 1 e 52 r2 a s S X o 3i o oo & Jr Jr 5 88 ia Z <n Q % v. e 44 <3 kV| &. 5 g C n*u. C 0> o 5Ok n h&c. 44 MV *eH >c 41 O Z Q, O Vi O q 44 orv <V| 4o4 Q Ok H c a, s V4 c3 0 s o Ok 9& g * Vi C V| Q O Ok 44 W> u> V > Ok c9 0 , o s Ok 44 He Ok c s, O O* g .0 4**J ^ *a < % Vi o o *V4i ts c< w V| Ot m *< > t 3 C 3* 52 2 <0 0,0 $ s *z z I w u *O 3 C ~1 ^3 . 2 Z Q, O s 2 0) I *C ow -4 9 < *Z Vi -t Q. I s u X O\k Z 40 S o 0 o .c "g foci _oo_ -i C -H O o Jr"" 5 > Q Z 0 V| o CM M 4*44 5j 3, hC > 6 O o o H w S* "M C OM 0 oo Is Jr .oc 0 Vi & o Z 44 O0 * n 'Vi s o os o VVI O JZ S *Oo1 , m CM eo oc 0M 9-4 ^ 0Z O 0 434 30 C6M IZd O A o &Z *4 Ok 1 z C3 N CM N 1 l ^4 Ok O CM 00 O CM NN CM M m 4 Ok o 1 *> z oN CM CM CS *M Z Ok CO i ^ CS M O <M CM CM CZM Ok o i *o s ^ O CM CM CM o Z kT 4 Ok o 1 CM D Ok Z C O cm CM M CM O Z kA Ok o 1 cs oo Ok zn O CM CM CM z Z kA ^4 Ok o 1 0z3 Ok <A z CM CM CM . eq 8 p <j 2 toi z0 % ON CO hS]) 3 u u X <N c ka ut tUo! -*oi % a. oCM o-a c 0 M * 3H 4) 4 4> M -M ka 4> ,O m fot, m pX m *c50s tvoo o cm o~a no s OO* 4kJa %kOa -kaa c *% *Oa4 -a O ap Or*N. O O-a 4Oa <4J c <0 --Oasa a O ka 4k1a XO 0 ONO O OCM 0 ka as 41 0s XkOa 0v> m w> ka 4kJ. X0 00-a * a04 Oua. akkaaj X0 VP a O> OCM --a a04 4kJa *XUHt. ka XO m CM COM /* 8 w002 < l i!4ta0 3< (at Ql *4 N 3 HH CuO %ft, <C(ueJ0Cg 4H> 40J * gJr no o<\i o gJr fs Q SB *4 c no ka *o s t> :* o C 4J O4 <* 4 c ofs o > c O ~-ii 41 O *4 4 tzS 4 ** *1 2 Oc *"1i 4J O *4 ka 5 - u 4J ** co 4 4 41 4 e 4 C_ G OO *-*1i 4 4> 3 74x1J O *tH* C o rp o ra tio n - T renton C hem ical P la n t o CO oka <M P X zO ka 4 -a O k? O p ka O ft. , sO Q N Id 33 fiu 9 <j b3 *4 BIJ (ft O at N 1 k y i Ok 0 c 1 w% CO k- * aq <?N cm <M I CQ (ft w O at 1 Ot 0 1 NO 0 CO 1 O CM <M <M I OJ NoO at 1 w> Ov 0 1 fs. NO <M cm CM Q Q OQQ SB % z % z o> gJr VO *1 ka 3 o C UG J 4J *4 *4 ? l1p O Q 0 J3 *1 9 *9 > Oe Gt* *4 Q9 O s-a id * 9 *D M OO X) 5 -3 *& 9 T5 4 O o s 1*13 c1 u> g8 s. *4 4J G O -i 6 *1 4 v O 41 C *<44 *-M4 c h*4 vo t*>i Z S'g o4O kOoa G> Us 4J hM co 40 .0 13 S fc TG3 * OQ -a _TaJ ~i _T> 6 2" 5 su a O4 **44 0C -i O "toJi> zK ' " G 4k1a 4J f * >a CO I u (ft (ft 1 I Oi O 1 CO C O CM <N <M I < Q <0 1 NO M Ok O 1 o NO ft c O CM CM CM NtT> aa at o* O <0 1 NO i Ot O 1 00 fs c 0 CM CM CM On __ G ka a 1 O **a at a Q. ka G 41 ka G 6 s 2 >O 4) 4ka) <0 1 NO *1 * 1 *4 * fs * * O CM CM CM at 1 NO M On O 1 CfsM < O <M CM CM G *Tko<a TJ *QQ7,, 4k>a G>a mc eka U] O 4 aj at 1 NO "M On <3 I f Cft fs Gn c Cft CM CM CM t 501 C 7iry.soti.le 49* M ortar 2* C ellulose , as Qp X fro aO u u Co O H % to o to % cq CO < tdo 8/ b; AC CO < Q to H <H 2 (n w 4< CO a to c3 ** 5 O -M C* 94 -M C< ,o sx O W*> wo C\J 4 m 4 MJ o 4 *Cm O wo <N Cm 4 9C H i MJ 4 O4 ** 4 i 9 O4 0 M ao -i 4 4 9 Cm MO4 4 Cm MJ C Q w j XkX w ooo X m *** MP *M SV> cj X 4 4 4 MJ O sX *1 Q, s 4 4-i 4 0 0 1 4 4* 4 -M O 4a Wa0 4 t4 C i A *1 4 H X o u. pi Ooo x 4| r< V Q X 4 Os c 4 MJ MJ X M 444 0t 4 ua 4O 4J tn U i O X k< O w> 4 4J o 4 < o w> 4 4 OC 1 4J 41 *H O <N *1 444 4 a 44 o u oa4 M 4J *4 `4 4 0 Ue o X m gB Qoo <5> 44 O *< ^ 34 --1 4J -i N 00 Cj X mm oo 9s >* --^ P *1 V NVv QQ X* X 4 -i X) 4 o o 1 s X aS < 4 4 c 1 O 44 ^ 'M 4-* O9 o4 --M 4 4 4tM 4m O 4 "M 9 a 4 4J a 0 C 4m M 4m 4M 0 -M XX V O U. o a m % o wo * V Q X 4 COt *-M 4J 4J *1 'C, fs. wo 160 lin e a r fe e t Green p a in te d cheesecloth over w h ite mag 8" /ed lin e p ip * 13 o f 16 tie r M o tors C o rp o ra tio n - T re nton Chemical P la n t >ct N o .: 2088 c S3 S Sa NH 52 8 X CO * SQl 4J U c i W s a -i > i s* >o S S 14 {sum 4 4 4 ** Os 4 9 O H *r< t* 4 44J 4 Os 4H 4C Cm 4J *c2 4 o0 % f 1 0. 5 Xa Cm 4 > 0 TJ 9 9 44 4J H 44 X ^bs 4 M4M 9 O 4c 44 Ce 0 Cm 09 4J 4 X Cm Cm 44 >4 04 H TJ Os a 84 9 4O 4i Cm X 46 4 MM 4k 0 t 25 CM M 4 4 4 *1 Os 4 9 O 4* 4 **i u. c 9 Cm 64 4J MJ 0* 4 .2 CM 4i *"i 4 *9 4 Cm O 4C 04 ^ VCm ^5 49 04 4X 4 M Cm *1 O 4J O 02 MJ 4 Cm 4 > 0 *0 a e 44 4J 4 H 4 X *1 X 0s . 8-H <o 2088-0916-B01P A t pumps 22405 *) 8, & ? * * 0. O 0. S0 Q2 S3 v>- ^H S 20 10u 4m1 * ** * *1 *4 Co 4 N1 k Q Xl W> ot O I X* XO *fM4 NN c8 8 14.** T} * "i cO 5 (N *1 k 0. N i to Ok o O CN N 1 ^1o u N <S* Q z h0> o ta z4 AO o tr h; 4 m4s o9 03 3 n H H 4 .9 H o u. Ui 9 44 W OP u-> o VO N M CM 9 H *H 44 O 9 pN U 4O m 40 CM 9 9 "91 9 9 HO9 9 44 3 30 M H 4 5k OP o OP vn Vf> VO H O 9 -i 9H3 44 9 C M '2 OP OP pp w> CM M &9 9 9O 03 -M H 39 *0 ^-M 44 H 7k* sO* OP OP OP ko CM "0 9 9 -91 H H H 44 44 44 O 9 O 9 O 9 ph >k UUu 4 O fi o fi m 4 9 CM M kd 44 Id OP <M 9 *H 9 44 44 O H 9 90 ?H f& <O m p *> n Ui 0O) 9 -H 44 3 H O *5 CMOk op -91 H 44 9 O 44 9>1 M *H 90 <o ^f mm ^ 9 9 kd kd 9 9 44 C kd 2 OP OP C-> CN| 9 "H *H 44 o 9 >k O OP 19 0 to H s to H h v> s& 4 Q) 11 H *H* Q 9 99 Ok 9 Oi Ok 9 c W c c ^ i4 71H 44 44 9 & 4H4 44 H 44 44 999 9 C 9 C & 9 H *H *H H 9 44 *4 M 44 44 44 1 -1*n 9 9 w> 9 9 9 9 9 ko Q) CM 9 n Ok Ml Mo Mo u t kd TJ 9 O 9> *9c4H*OC1 T_o3) 9 9 9 4o 8^ C 9 9 9 y*0t 9 9 44 9 9 9 *H M *H <5 9 a *4 H TJ H 5S K 494 >5 H C TJ 4 a 9 O 69 1, ri 9 t Ok e *H 9 9 O 4 u .! 9 44 C u_ h 93. *1 O TJ 36 9 C99 9 9 44 o9W 49o *4aH ho 9 :44 "1 a o H -o s *s uu i O9 > U4 O CU 9 H O TJ 9 S.13 g.2 11 zz ssss Vi 5 c5 W o **.si &. a oa cC * Vi ji jq 0U m * O *M C 3 "3. 1 TJ k VI q v, Oi 1 5 * S6 ft y> oa C > Vi VGA M 'i O O *M si -1H *H iBs*J. 44 *H t* 454 9 "I 0 * vi Vi C 1 > *: C9 99 ae M9 O9 M e 99 44 4J 9 C9 9Oi 8 5 Is O9 Vi O W HI 4 N id 1 3 0 <9 H Ok 1n 1 4 i i 4 QM <CNm M *H S- gig a. 9 4 I AO i cm 44 o <M CM CM uO Mo oJfc OO M M V4 9 44 H TCJ OM O*H CM C 4 Qo AO *H 1 <M CM CM w O M 30 o 9. *H 55o Qt 1 <M CM CM ^ v V4 0a V| -M eO N ca M 1 O M CM M AV I ^0 W <H < C VI O V, -i COO NCW ts M 1 *H *M CM CM CM ^ it oo c -1 Vi <m O O ** M 1 CM CM M CM lwj kd o 9 "M u3 ^ --d P^ x5 op Ok op 9 --d *H 44 o 9 kd O vr> 9 M 9 & 9 4 44 9 CM M9o 9 3 TcJ TJ 9* O M9 44 *42 49 O9 90 -i O 4 *1 44 0 O 9 9 O9 99 Mo Ma O0 *h ** W 9 *4 9 C O TJ O 4O C3 494 Vi o*vi *vi O vi O U O0 CV| O* O-HH W0 ^v O O <V| VI O t) s sss c; 4 4 1 4 8 5Ok 0 1 *9 44 H^ O <M NN Page 14 o f 16 C h ry s le r M otors C o rp o ra tio n - Trenton Chemical P la n t P ro je c t N o.: 2088 -3 H 3 S: 2* F(J %a. ywj 801 M ortar 204 F ib ro u s glass N.D. (< lt) Not A pplicable L ig /it yreen p a in te d canvas o v e r w h ite mud d apZ <f-J V* , s w Za to 4bJ -1 3 -1 8-1 4 O ft) t* 0 r 1 sgj s00 0 a <3 Ps ft) r> e > > 3 O -oi m kH w 0 w3 4J ft) L, c i 4J x i X X X71 4i q b k| c H k O *a 1 0 M 0 0 k0 ft Zft me em O0 00O --1 to > On 4 CD *4 4 Z Q Q O Z ZZ I 1 5 aK. to cd >- (j % (0 kU G -k4 *0ft) ) *i 3V 0 **1 *H 4) P *C *4 3 ka -4 V3) yV^tl o H 4> 8S - *0 C 4J 4J bOb U O3 t) *0 * 41 4S * M *D*i a o k ff bb 3 -Q1 O^k "U1 c b *2 c bk I? a b> * <M ) O 3 4O41 taM>i <oOJ kUH C o rp o ra tio n - T re n to n Chem ical P la n t PI| u *2 o n 3 ) k <0 *a4, <g4 *4 O o Z* Vi o 44) 4) q ft) *4 r V u % c 544 ft) Q, *0 *1 o 0 ft) * *4 0 u 2 vi co o UV ft) o to ok4 N *4 41 4 .? o 00 1 ** to w) q 4) as4-10 ft) 4 ov <3 1^ bk >1 *4 o ft 4 ^ < h3 pe O N a, O a- to H NN 00 I to 4 ov O i to b^ b> ON M fs< eQ uO ** q .ft) ft) U ) q ft* b *i *3 5 > b > 3 > m o !q ca 4m OJu *U <M< 4 4J " 5 -5 I TJ l *CJ .k t>l g | o> Q<0 4 ft) 3 b b o C>M fWli c% ^ O O *4 0 4 bb j|3 s *0 ft) vb .u nn c 5^ i * o 90 a ft) *3 ebo t> w C 4) M <M OO Gm *1 ) ) b *> On 2* CCS bb o C O >4 t> T5 Q V* 44 44 <CM bt *4 b i b * * a o * kl 4f4t 3' e zk > !8t*t q 3 UM 5 *& 4^4 s14 n 4i Ob b 57 l! u 9 57 8* 1 M 57 8< ll 9 *4 6Cf1t CO4i 1<| H O 3s 15 5 z I to Ot C3 C 1 WN b On 4ca O N 0) z I to Os o 1 t b On 00 *") ON Ol ^ z I to o 1 CD ON b n O <M CM CM z I to OV o 1 On b On n O <M cm CM C ity vater elbow Bay A -l NN c o rn e r, 2088-0916-B17 M ezzanine, 22400 f tig 81 *4 o oft *4 4 9 nM u9 uC 3 * a w"> u*> -1 o o 9 L. 4 9 4u u& c S3 40 4P ca o vo 90 f) M 0 *4 4J 9 9 <c 41 4J M S c 5 40 4 4P oo O VO o o 34 *4 kg Vg 4J C L. 3 mm Ci g 0 i 41 41 4 C 41 L. <o o X vn <n vn t V) Li o --1 41 9 Vg **4 o D *-g i i C o rp o ra tio n - T ra n to n C hem ical P la n t *9 22 eg IS )< It 1 ft* y: HU 0. o a *> ao V, cvi vo o 4 J o. ** u VO 4J -4 -ti O > e at>, Oct* fovtg. Q H flQ 33 .b ^H QQQ as as as aoo 0 *ccJ -4*04J ll ss 3 > 41 8t C 3Si a o l 4 S 0 sa o M a ea 2 o M >4 *1 (9 %4 o -3 ** '* aa D & Q % a I "* ) 9 ) tf * 1% 3s c8 "2 -Q 8,53 S 38 oa o Jr D 6 fr S o VO a& 0 *) c <0 O 41 %* ^ a 3 2 Q *M Ot c 8>2 M SM *8 i sa * a, 82 OS t> c 41 &5 3 33 M C 41 3S 3 M C9 3 27 5 8" iIs Qi VO ov I o OOft (%\> NN O m 8 s.g a e o h 9 *4 41 9 ) e % 41 9 X ) 8. u *>4 0o a u c9 0c> *v vg, . >4 3 3 a ft a Na a aot I VO <J O C\* 0| o* 6 1 32 V| * *4 9 0 u, n N m1 vo 0O4 004| eo o O* Q QI O I VO 0o&| 0mm4 9 Ltd. industrai Environrrentai Consultants ANALYTICAL REPORT ANALYSIS OF BULK SAMPLES FOR ASBESTOS CONTENT All samples ere examined mseroseopicslly prior co analysis and nonhomogeneous samples are homogenized co ensure consiscenc results. Fibrous components of samples are identified through use of polarized light microscopy and dispersion staining techniques. Non-fibrous components are iden tified when possible using polarized light microscopy. A Leicz Laborlux 11 Pol polarizing microscope is used in the analysis. Percentage estimates for each component are made based on macro- and microscopic observations of the sample. Please see attached results. Jeanine Samuelson QA/QC Coordinator Corporat* Office 2875 Nortnwmo Suit* 113 East Lansing. Merugan 48823 (SI 7) 332-7026 Laboratory 1350 East Lake Lansing Road Suita C East Lansing. McNgan 48823 (517)351-4002 Branch Offlea 2*780 Hathaway Suit* 200A Farmington Hill*. Mehigan 48018 (313) 476-5773 Branch Office 55 Watt Wacktr Dnvt Suita 716 Chicago. Illinois 60601 (312)419-1160