Document 6wD4DeaO9wr1ndkNEBj5O0Eem

Crisp Analytical Laboratories/ L.LC. 2081 Hulton Dr. Suite 301 Carrollton, IX 75006 (972)488-1414 Fax (972) 488-8006 CA Labs L.LC. 11800 Induslriplex, Suite 5 Baton Rouge, LA 70809 (225)751-5632 Fax (225) 751-5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 / 100.2 Sample Prep Method: Samples are filtered on 0.1pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesate washer (coldfinger). All preps must beverifled by another analyst. Client Information: Report Date: CA Labs project no. CAL0103778 Continental Analytical Client project name Yearly Asbestos Sampling 1804 Glendale Rd. 29 March 2001 and number: DS032101 Salina, KS 67401 phone# 785-827-1273 fax # 785-823-7830 Attn: Sample # Location provided by client Filter Area: (mm1) Volume Filtered: (mi) Area Analyzed: (mm1) Samples received: Turn-around time: PO number: Asbestos Structures Detected >10 pm: chrvsotile Asbestos Structures Detected >10 pm: amphibole 03-22-01 10:00am 5 day Analytical Sensitivity: S/Lx 10` Concentration of Structures >10pm: S/L x 10` I F032101- N/G 74 1,064 20 0.2704 0 0 0.1967 <0.1967 F032101- N/G 75 1,064 20 0.2704 0 0 0.1967 <0.1967 F032101- N/G 76 F032101- N/G 77 1,064 20 0.2704 1,064 20 0.2704 0 0 0 0.1967 <0.1967 0 0.1967 <0.1967 F032101- N/G 78 1,064 20 0.2704 0 0 0.1967 <0.1967 Grid Opening Area: 0.0104mm2 Sample Check-in Time: 03-22-01 10:00am Particulate Loading: high Sample Filter Time: 03-22-01 11:15am Asbestiform Identification: Fibers <10pm present (Y/N): no NVLAP #200349-0 Approved Signatories: TDH #30-0235 EPA #TX01402 Leslie Crisp Leslie Crisp, IBertolact ci, Now: Analyst page 1 ofl General Manager Laboratory Director The current EfA guideline for compliance it 7.0 million structures per liter (S/L x 10*) for tebestoe structures greater than 10 microns in length. Analytical Sensitivity is calculated train! on one structure in Men analyzed. CA Labe is accredited by the National Voluntary Laboratory Accreditation Program (NVLAP) for selected test methods for tirbome asbestos fiber analysis (TEM), asbestos fiber analysis (PLM), and by the EPA for analysts of asbcMos in drinking water. This test report relates only to the items tested. Neither NVLAP nor EPA accreditation implies endorsement by any US Government agency. This report may not be reproduced except in full, without written permtsMon by CA Labs. These results are submioed pursuant to CA Labe' current terms and condition of sale, including the company's standard warranty and limitation of liability provisions and no responsibility or liability is mturwH for the manner in which the results are used or interpreted. Unless notified in writing to return the samples covered by this report, CA Labs will store the samples for a period of thirty (30) days before discarding. A shipping and handling foe will be Mimed for the return of any samples. Analysts performed t Crisp Analytical Labs. LL.C. 20SI Hutton Dr. Suite 301 Carrollton, TX 75006; phone (972>4ga-14l4, ft* (97D4SS-8006, after-hours mobile (469)233-32S2 or (2 )4)56M366. Utmums IXBOARD Sample Chain of Custody Form . El Paso Water Utilities Central Laboratory Sample Information YEARLY ASBESTOS SAMPLING Requested By: John Balliew Analysis Requested: Project: Date Collected: Asbestos DS 032101 SAMPLE SIZE : SAMPLE TYPE: 250mL plastic GRAB Sample Identification Sample Location F032101-74 FHWRP 11700 RAILROAD F032101-75 FRANKLIN CANAL INLET F032101-76 ANDRES PIZZA 3233N Mesa F032101-77 F032101-78 Mesa & Kem 1 Residence-2651 Missouri F032101-79 Rosewood & Missuri 2600 Rosewood F032101-80 Residence 1290 Kentucky F032101-81 San Jose & Kentucky F032101-82 Community College 919 Hunter Sample Point Time Collected Collected By DI Tap Blank Canal Influent AT" Hydrant # 4605 -Sm K ArT~ o&W tfV mm t>%D Uyi\1 bbO hm Hydrant# 1610 ,/HT Hydrant # 2208 lt>& Ills' U& 12.1 > F032101-83 919 Hunter F032101-84 Residence 10701 Sugarland F032101-85 Round Rock & Sugarland 032101-86 Round Rock & Sugarland Hydrant # 4506 ouH'OS- , rT Hydrant # 4633 Hydrant # 4633 \l\0 iz lilS" Delivered By ] 1 1 \ Received by: Delivered by: Received by: Date: DATE/TIME DATE/TIME lTirae: ____ /,^C " ____________ Crisp Analytical Laboratories, LLC. 2081 HuMon Dr. Suite 301 Carrollton, TX 75006 (972) 488-1414 Fax (972) 488-8006 CA Labs L.L.C. 11800 Industriplex, Suite 5 Baton Rouge, LA 70809 (225)751-5632 Fax (225) 751-5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by PA 100.1 /100.2 Sample Prep Method: Samples are filtered on 0.1pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jafTe wick and condesate washer (coldfinger). All preps must beverified by another analyst. Client Information: Report Date: CA Labs project no. CAL0103778 Continental Analytical Client project name Yearly Asbestos Sampling 1804 Glendale Rd. 29 March 2001 and number. DS032101 Salina, KS 67401 phone# 785-827-1273 fax # 785-823-7830 Attn: Sample # Location provided by client Filter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm1) Samples received: Tum-around time: _________ PO number: Asbestos Structures Asbestos Structures Detected >10 pm: Detected >10 pm: chrysotile ampbibole 03-22-01 10:00am 5 day Analytical Sensitivity: S/L *10* Concentration of Structures >10pm: S/Lx 10* F032101- N/G 84 1,064 20 0.2704 0 0 0.1967 <0.1967 F032101- N/G 85 1,064 20 0.2704 0 0 0.1967 <0.1967 F032101- N/G 86 1,064 20 0.2704 0 0 0.1967 <0.1967 * Lab Blank 1,064 20 0.2704 0 0 0.1967 <0.1967 Grid Opening Area: 0.0104mmJ Sample Check-in Time: 03-22-01 10:00am Particulate Loading: high Sample Filter Time: 03-22-01 11:15am Asbestiform Identification: Fibers <10pm present (Y/N): no NVLAP #200349-0 Approved Signatories: TDH #30-0235 EPA #TX01402 ____________ Leslie Crisp Leslie Crisp, Analyst page 3 of) General Manager Laboratory Director Notes: The current EPA guideline for compliance k 7.0 million structures per tiler (S/L x 10*) for asbestos structures greater than 10 microns in length. Analytical Sensitivity is calculated based on one structure in area analyzed CA Labs is accredited by the National Voluntary Laboratory Accreditation Program (NVLAP) for selected test methods for airborne asbestos fiber analysis (TEM), asbestos fiber analysis (PLM), and by the EPA for analysis ofasbestos m drinking water. This teat report relates only to the items tested. Neither NVLAP nor EPA accreditation implies endorsement by any US Government agency. This report may not be reproduced except in foil, without written penauston by CA Labs. These remits art submitted p*----t* to CA Labe' current terms and condition of uie, including the company's standard warranty and limitation of liability provisions and no reyonaibility or liability is assumed for the manner in which the results are used or interpreted. Uatatt notified in writing to return the samples covered by this report, CA Lobe will store the samples for a period of thirty (30) days before discarding. A shipping and hsodfing foe anti be stocsaad far the return ofeny simples. Amtyta performed Crup Amlyncal Ubt. LL-C. 2011 HutKM Dr. Suite 301 Cvrollun. TX 75004; phone (972>4M-I414. fu (972HM-8006. fler-houra mobil* (449)233-5212 or (214)564^366. c Crisp Analytical Laboratories, L.LC. 2081 Hulton Dr. Suite 301 Carrollton, IX 75006 (972)488-1414 Fax (972) 4888006 CA Labs L.L.C. 11800 IndusJriptex, Suite 5 Baton Rouge, LA 70809 (225) 751-5632 Fax (225) 751-5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 / 100.2 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jafle wick and condesate washer (coldftnger). All preps must beverified by another analyst. Client Information: Report Date: CA Labs project no. CAL0103778 Continental Analytical Client project name Yearly Asbestos Sampling 1804 Glendale Rd. 29 March 2001 and number: DS032101 Salina, KS 67401 phone# 785-827-1273 fax # 785-823-7830 Attn: ______ ______________ Sample # Location provided by client Filter Area: (mm1) Samples received: Tum-around time: __________________________ PO number: Volume Filtered: (ml) Area Analyzed: (mm1) Asbestos Structures Detected >10 pm: chrysotile Asbestos Structures Detected >10 pm: amphibole 03-22-01 10:00am 5 day Analytical Sensitivity: S/Lx 10* Concentration of Structures >10pm: S/Lx 10* F032101- N/G 79 1,064 20 0.2704 2 0 0.1967 0.3938 F032101- N/G 80 1,064 20 0.2704 0 0 0.1967 <0.1967 F032101- N/G 81 F032101- N/G 82 1,064 20 0.2704 1,064 20 0.2704 0 0 0 0.1967 <0.1967 0 0.1967 <0.1967 F032101- N/G 83 1,064 20 0.2704 0 0 0.1967 <0.1967 I I Grid Opening Area: 0.0l04mm: Sample Check-in Time: 03-22-01 10:00am Particulate Loading: high Sample Filter Time: 03-22-01 11:15am Asbestiform Identification: chrysotile Fibers <10pm present (Y/N): no NVLAP #200349-0 Approved Signatories: TDH #30-0235 EPA #TX01402 Leslie Crisp Leslie Crisp, 0avid Bertolacci, Analyst page 2 of! General Manager Laboratory Director Note*: The current EPA guideline for compliance is 7 0 million structures per liter ($/L % 10*) for asbestos structures greater than 10 microns in length. Analytical Sensitivity is calculated based on one structure in area analyzed. CA Labs is accredited by the National Voluntary Laboratory Accreditation Program (NVLAP) for selected test methods for airborne asbestos fiber analysis (TEM), asbestos fiber analysis (PLMk and by the EPA for analysis of asbestos in drinking water. This test report relates only to the items tested. Neither NVLAP nor EPA accreditation implies endorsement by any US Government agency. This report may not be reproduced except in foil, without written permission by CA Labs. These results are submitted pursuant to CA Ubt' current terms and condition of ask, including the company's standard warranty and limitation of liability provisions and no responsibility or liability is wimrd for the manner in which the results are uaed or imopreted. Unless notified in writing to return the samples covered by this report, CA Labs will store the samples for a period of thirty (30) days before discarding. A shipping and handling foe will be assessed for the return of any samples. Analysis performed at Crisp Analytical Labs, Li~C. 2081 Hutton Dr. Suite 301 Carrollton. TX 75006; pbone (972)488-1414. fax (972)4tS-8006. after-bours mobile (469)233-3282 or (214)564-8306. Crisp Analytical Laboratories, LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Industriplex, Suite 5 Baton Rouge, LA 70809 (225) 751-5632 Fax (225) 751-5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 / 100.2 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesate washer (coldftnger). All preps must beverified by another analyst. Client Information: Report Date: CA Labs project no. CAL0003560 Continental Analytical Client project name Yearly Asbestos 1804 Glendale Rd 9 March 2000 and number: DS022900 Salina, KS 67401 i phone# 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am I fax # 785-823-7830 Attn: Elizabeth DeMoultrie Turn-around time: PO number: 21 days Sample # Location - Filter Volume Area Asbestos Asbestos Analytical Concentration I Area: Filtered: Analyzed: Structures Structures Sensitivity: of Structures provided by client (mm1) (ml) (mm1) Detected >10 pm: Detected >10 pm: S/Lx 10* >10pm: cbrytotile amphlbole S/Lx 10* F022900-60 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 I F022900-61 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-62 None Given 1,064 50 0.1133 F022900-63 None Given 1,064 50 0.1133 0 0 0 0.1878 <0.1878 0 0.1878 <0.1878 -- Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 Grid Opening Area: 0.0103mmJ Sample Check-in Time: 3-1-00 10:00am r I Particulate Loading: light Sample Filter Time: 3-1-00 11:00am Asbestiform Identification: none Fibers <10pm present (Y/N): yes - F022900-60 NVLAP #200349-0 Approved Signatories: TDH #30-0235 EPA #TX01402 Leslie Crisp Leslie Crisp, David Bertolacci, Analyst page 1 of 4 General Manager Laboratory Director Notes: The current EPA guideline for compliance is 7.0 million ttntcnues per liter (S/Lx HP) ior asbestos structures greater than 10 microns in length. Analytics! Sensitivity is calculated bnsed on one nrucaot in ares analysed. CA Labs is accredited by tbs National Voluntary Laboratory Accreditation Program (NVLAP) for selected test methods for airborne ssbettos fiber analysis (TEM), ttbetos fiber analysis (PLM), and by the EPA for analysis of asbestos m drinking waccr. This test report relates only to the items tested. Neither NVLAP nor EPA accreditation implies endorsement by any US Government agency. This report may not be reproduced except in foil, without written permiation by CA Labe. Thcee reeute are submitted purauant lo CA Labs' current terms end coodtdoo of sate, including the company's standard warranty and limitation of liability provisions and no responsibility or liability is assumed for the meaner in which the results me used or interpreted. Unices notified in writing to return the samples covered by this report, CA Labe will store the samples for a period of thirty (30) days before discarding. A shipping and hendling foe will be sweated for the return of any samples. Analysis performed at Crisp Analytical Labs, LL.C. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006; phone (972)488-1414, fox (972)488-8006. after-boun mobile(972)977.1951 or (214)564-8366. i Date/Time Stamp: CHAIN OF CUSTODY RECORD Laboratory No.j F022900-60 Collected by: Manny Moreno Collection Date: Feb. 29, 2000 Collection Time: Delivered by/date: Received by/date: Delivered by/date: Received by/date: Tamper Seal: PRESENT ABSENT Requested by: John Balliew Samp. Location: Residential Home Address: 2601 Missouri Project Code: PS Sampling Point: Outside Faucet Compromised: INFORMATION _(e.g. Residence, Plant Name, Co. Name) (Refer to list below) (e.g. Manhole, FE, Kitchen Tap) vfe' RepdrtFoirna't.fcyiS's Standard Report FAX Report to: Other: ^j?^STum-Around-Tlniie'`Reoueated 21-day TAT 14-day TAT Other: tSss i.. Sample Description:. Grab Composite/Flow Proportional Composite/Time Weighted Number of aliquotes: Efcife^*</iAnalysis Requested='*'j^JgSi& 39^vNo.-of.Containers js-As 5toypeXj^eontairerslSfe %:v^w:ii^Easervation^-BvrIJ>atflfaui::)sVt: ASBESTOS 1 250mL HDPE ^9m^^^^^mal^n7ResultlHliS^BHRB Stuarammellwllecfiol^ * pS3ESliHMiSBBWHI CL = Laboratory Services CS-Collection System DS = Distribution System FH = Fred Hervey WRP HS = Haskell R. Street WWTP REMARKS: PROJECT CODES IP "Industrial Pretreatment JR = Jonathan Rogers WTP LF = Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR = Umbenhauer/Robertson WTP WC = Water Complaint WR = Water Reuse/Biosolids WS=Well Sample 0 = Other Crisp Analytical Laboratories/ LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Industriplex, Suite 5 Baton Rouge, IA 70809 (225)751-5632 Fax (225) 751-5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 / 100.2 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesate washer (coldfinger). All preps must beverified by another analyst. i Client Information: Report Date: CA Labs project no. CAL0003560 Continental Analytical Client project name Yearly Asbestos 1804 Glendale Rd 9 March 2000 and number: DS022900 Salina, KS 67401 phone# 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am fax # 785-823-7830 Turn-around time: 21 days Attn: Elizabeth DeMoultrie PO number i i Sample # Location - Filter Volume Area Atbettot Atbettot Analytical Concentration i Area: Filtered: Analyzed: Structures Structures Sensitivity: of Structures provided by client (mm1) (ml) (mm1) Detected >10 pm: Detected >10 pm: S/Lx 10* >10pm: chrytotile amphlbole S/Lx 10* i F022900-60 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-61 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-62 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-63 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 Grid Opening Area: 0.0103mmJ Sample Check-in Time: 3-1-00 10:00am ^ Particulate Loading: liRht Sample Filter Time: 3-1-00 11:00am Asbestiform Identification: none Fibers <10pm present (Y/N): yes - F022900-60 ( NVLAP #200349-0 Approved Signatories: TDH #30-0235 EPA #TX01402 Leslie Crisp Leslie Crisp, David Bertolacci, Analyst page 1 of 4 General Manager Laboratory Director Notes: The eurrem EPA guideline for compliance it 7.0 million structures per liter (S/L x 10*) for asbestos structures greater than 10 microns in length. Analytical Sensitivity it nkmlfed baaed on one structure in area analyzed. CA Labs it accwdired by the National Voluntary Laboratory Accreditation Piugiani (NVLAP) for aricctad lett methods for airborne atbettot fiber analytic (TEM), asbestos fiber analysis (PLM), and by the EPA for analysis of asbestos in driafdng wtecr. Tbit lm report relates only to the items tested. Neither NVLAP nor EPA accreditation implies endorsement by any US Government agency. This report may not be reproduced except in folL without written penaiastoo by CA Labs. These route are submioed punwsnr to CA Labs' current terms and condition of ole, including die company's standard warranty and linutaboe of liability provisions and no responsibility or liability is sananed for the manner in which the wrote are used or interpreted. Unket notified in writing to return the samples covered by this report. CA Labs will store the samples for s period of thirty (30) days before discarding. A shipping and handling fee wilt be aaaeaaad for the return ofany samplea. Analysis performed at Crisp Analytical Labe. LLC. 2081 Hutson Or. Suite 309 CarroDtoa, TX 7S006; phone (972)488't4l41 fox (972)488*8006, after-hours mobile (972)977-1938 or (214)564-8366. Date/Time Stamp: CHAIN OF CUSTODY RECORD Laboratory No. F022900-61 Collected by: Manny Moreno Collection Date: Feb. 29, 2000 Collection Time: Delivered by/date: Received by/date: 1 J J Delivered by/date: L Received by/date: Tamper Seal: PRESENT Is ABSENT /. Compromised: : ' * ?CUENT INFORMATION^-. Requested by: John Balliew Samp. Location: Residential Home(e.g. Residence, Plant Name, Co. Namel Address: 2601 Missouri Project Code: PS(Refer to list belowl Sampling Point: Outside Faucet(e.g. Manhole, FE, Kitchen Tap) . ' \ .. - Standard Report | I FAX Report to: 1 1 Other: urn'Around-Time Rebuested: af^.t^ M 21-day TAT | 14-day TAT 1 Other: tirab 1 Composite/Flow Proportional I Composite/Time Weighted Number of aliquotes: JSBSRffiSffv - Analysis:Requested ASBESTOS 4^ No. of Containersai- -**JypefXontainers?*~ ^T^'*^^aservafidn3 ByyXate.?*&i*4 1 250mL HDPE WBafeirfmei^llecobniSt '^DateWmelSnatvsIS^s CL = Laboratory Services CS = Collection System DS = Distribution System FH = Fred Hervey WRP HS = Haskell R. Street WWTP REMARKS: PROJECT CODES IP = Industrial Pretreatment JR = Jonathan Rogers WTP LF = Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR = Umbenhauer/Robertson WTP WC = Water Complaint WR= Water Reuse/Biosolids WS=Well Sample 0 = Other Crisp Analytical Laboratories, LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Industriplex, Suite 5 Baton Rouge, LA 70809 (225) 751 -5632 Fax (225) 751 -5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 /100.2 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesate washer (coldftnger). All preps must beverified by another analyst. Client Information: Report Date: CA Labs project no. CAL0003560 Continental Analytical Client project name Yearly Asbestos 1804 Glendale Rd 9 March 2000 and number: DS022900 Salina, KS 67401 phone# 785-827-1273 fax # 785-823-7830 Attn: Elizabeth DeMoultrie Water System ID: Samples received: Turn-around time: PO number 3-1-00 10:00am 21 days Sample # Location provided by client Filter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm1) Asbestos Structures Detected >10 pm: chrysotile Asbestos Structures Detected >10 pm: amphibole Analytical Sensitivity: S/Lz 10* Concentration of Structures >10pm: S/Lx 10* F022900-60 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-61 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-62 None Given 1,064 50 0.1133 F022900-63 None Given 1,064 50 0.1133 0 0 0 0.1878 <0.1878 0 0.1878 <0.1878 Lab Blank I I ! Grid Opening Area: 0.0103mmJ Sample Check-in Time: 3-1-0010:00am 1,064 50 0.1133 0 Particulate Loading: light Sample Filter Time: 3-1-00 11:00am 0 0.1878 <0.1878 Asbestiform Identification: none Fibers <10pm present (Y/N): yes - F022900-60 NVLAP #200349-0 Approved Signatories: TDH #30-0235 EPA #TX01402 Leslie Crisp Leslie Crisp, David Bertolacci, Analyst page 1 of4 General Manager Laboratoiy Director Note*: The current EPA guideline for compliance is 7.0 million structures per liter ($/L x 10*) for asbestos structures greater than 10 mtatm in length. Analytical Sensitivity it ciknifed bond on one structure in nee analysed CA Labe ia accredited by the National Voluntary Laboratory Accreditation fogrem (NVLAf) for aclectcd ten method* for airborne aabeeto* fiber analysis (TEM), asbestos fiber analysis (PLM), and by the EfA for analysis of sOnatae m dnafcmg wmcr. This tea report relates only to the Hama tested. Neither NVLAP nor EPA accraditatioo implies endorsement by any US Government agency, This report may not be reproduced except in foil without wriaen pcnmasMU by CA Lab*. Them risuln arc whmittad purwnnt to CA Lab** current terms and condition of sale, including foe company** standard warranty and limitation of liability provisions and no responsibility or liability is assumed for foe manner in which foe remits are need or wfrrprrtrd Unices notified in writing to return foe templet covered by this report, CA Labe will store foe aamplea for period of thirty (30) days before discarding. A shipping and handling foe will be aaecaaad for foe return ofmy sample*. Analysts performed at Cfi^ Analytical Labs, LLC. 2011 Hutton Dr. Suite 309 CaRoUton, TX 7S006; phone <972)4W-I4I4. fox (972)4*1-8006, after-hour* mobile (972)977-1938 or (214)364-8366. Date/Time Stamp: CHAIN OF CUSTODY RECORD Laboratory No.l F022900-62 Collected by: Manny Moreno Collection Date: Feb. 29, 2000 Collection Time: ______ ^ Delivered by/date: ///fffS/fsr__/I___________ JZ-Z7- Received by/date: -I-I-------^ Delivered by/date: 1 Received by/date: Tamper Seal: PRESENT ABSENT Compromised: 1 _________ -- Requested by: John Balliew________ Samp. Location: Rosewood & Missouri Address: 2600 Rosewood Project Code: DS___________ Sampling Point: Hydrant #1610 CLIENT. INKJRMATTdN'^;^' le.g. Residence, Plant Name, Co. Name) (Refer to list below) (e.g. Manhole, FE, Kitchen Tap) ggjSrti&L iRaport FpfmaL-'t^'^l^^s fT^j^ ^Turn-Around-Tirne Requested: . H Standard Report 21-day TAT I I FAX Report to: 1 1 Other: 1 1 14-day TAT | 1 Other: fit jJSE&E$?r'.. Sarnple Descrjptlpn: Wiki.wwf. Grab 1 Composite/Flow Proportional 1 Composite/Time Weighted Number of aliquotes: 1 1i to. if KS*r:t^l^^'^alysisTtequested^.rrS,'ir~aaiaj 52 -No. of.Containers *3r ASBESTOS 1 250mL HDPE ' a&yafflKrai^BSlagEsaaaaB: ipaf|ffPBM8ii Date/TirneTConectiorre3 *5Dtte/TirnAnilysis3w CL = Laboratory Services CS = Collection System DS = Distribution System FH = Fred Hervey WRP HS = Haskell R. Street WWTP REMARKS: PROJECT CODES IP = Industrial Pretreatment JR = Jonathan Rogers WTP LF = Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR = Umbenhauer/Robertson WTP WC = Water Complaint WR = Water Reuse/Biosolids WS=Well Sample 0 = Other Crisp Analytical Laboratories, LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Industriplex, Suite 5 Baton Rouge, LA 70809 (225)751-5632 Fax (225) 751-5634 Transmission Electron Microscopy keport I Analysis Method: Asbestos in Drinking Water by EPA 100.1 /100.2 Sample Prep Method: Samples are filtered on 0.1pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesate washer (coldfinger). All preps must beverified by another analyst. Client Information: Continental Analytical I 1804 Glendale Rd Salina, KS 67401 Report Date: 9 March 2000 CA Labs project no. Client project name and number CAL0003560 Yearly Asbestos DS022900 phone# 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am fax # 785-823-7830 Atm: Elizabeth DeMoultrie Tum-around time: PO number: 21 days Sample# Location provided by client FUter Area: (mm1) Volnme Filtered: (ml) Area Analyzed: (mm1) Aibesto* Structure* Detected >10 pm: chrysotUe Asbestos Structures Detected >10 pm: amphlbole Analytical Sensitivity: S/L x 10* Concentration of Structures >10pm: S/L i 10* F022900-60 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-61 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-62 None Given 1,064 50 0.1133 F022900-63 None Given 1,064 50 0.1133 0 0 0 0.1878 <0.1878 0 0.1878 <0.1878 Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 Grid Opening Area: 0.0103mm} Sample Check-in Time: 3-1-00 10:00am r Particulate Loading: light Sample Filter Time: 3-1-00 11:00am Asbestiform Identification: none Fibers <10pm present (Y/N): yes - F022900-60 Leslie Crisp Analyst NVLAP #200349-0 TDH #30-0235 EPA #TX01402 page 1 of 4 Approved Signatories: Leslie Crisp, General Manager David Bertolacci, Laboratory Director The current ETA guideline for compliance is 7.0 million structures per liter (S/L x 10*) far asbestos structures greater than 10 micrans in length. Analytical Scnutivity i> calculated bated on ok structure ia ana analyxed. CA Lata it accredited by Ac National Voluntary Laboratory Accreditation fropam (NVLAf) for ittoctcd Mat method! for aubomc aataatoa fiber analysis (TEM), aabtafot fiber enalycie (PLM). mid by the EPA for analysts of eebretor in drinking water. Tkie teat report relates only to die neme tested. Neither NVLAP nor EPA accreditation implies endorsement by any US Government agency. This report may not be reproduced except in foil, without wnoen pernueeioo by CA Lota. Theee reaultx are ndmeoed punuant to CA Labs' canent tarns and coodthon of ask, including die company! nandaid wananly and limitation of liability prtmirons and no responsibility or liability is aasumsd for the I mannar m which foe leniha we used or interpreted Uelcaa noofied in writing lo return the temples covered by ties report, CA Lata will eaort the samples for a penod of tarry (30) dayi before dtacarduig. A shipping end handling foe will be amemad for dm ratum ofany templet. Analym perfonnad at Crisp Analytical Lata. LLC. Mil Hutton Dr. Suite 309 Carolkon, TX 75006; phone (72)4U-I414, fox (972)4114006. aftertaxn mobile (972(977- l5l or (2 H)S64-I166. Date/Time Stamp: CHAIN OF CUSTODY RECORD Laboratory No.| F022900-63 Collected by: Manny Moreno_______________________________ Collection Date: Feb. 29, 2000 Collection Time: Delivered by/date: Received by/date: Delivered by/date: Received by/date: Tamper Seal: y PRESENT (S ABSENT Compromised: Requested by: John Balliew______________________________________ Samp. Location: Franklin Canal Inlet________________________________ Address: Project Code: PS Sampling Point: Canal Plant Influent jr-*rL" (e.g. Residence, Plant Name, Co. Name) (Refer to list below) (e.g. Manhole, FE, Kitchen Tap) IfjSV i^Aepoit Format:^' *'' H Standard Report [[ FAX Report to: 1 I Other: 21-day TAT J 14-day TAT | Other: lilHftTTT" 'l*iiiiiirPWilii|iilM~ ~ |~ 11|" 1 ) , PH Grab 1 Composite/Flow Proportional I Composite/Time Weighted | Number of aliquotes: | s 1 k4&^f*^:,-AnalysisRequested ASBESTOS ' =., 'No. of Containers < > 1 250mL HDPE CL = Laboratory Services CS = Collection System OS Distribution System FH = Fred Hervey WRP HS Haskell R. Street WWTP REMARKS: PROJECT CODES IP Industrial Pretreatment JR = Jonathan Rogers WTP LF = Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR = Umbenhauer/Robertson WTP WC = Water Complaint WR=Water Reuse/Biosolids WS =Well Sample 0 = Other Crisp Analytical Laboratories, LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Industriplex, Suite 5 Baton Rouge, LA 70809 (225)751-5632 Fax (225) 751-5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 /100.2 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condcsate washer (coldfinger). All preps must beverified by another analyst Client Information: Report Date: CA Labs project no. CAL0003560 Continental Analytical Client project name Yearly Asbestos 1804 Glendale Rd 9 March 2000 and number: DS022900 Salina, KS 67401 phone# 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am fax # 785-823-7830 Turn-around time: 21 days Attn: Elizabeth DeMoultrie PO number: Sample # Location provided by client Filter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm1) Asbestos Structures Detected >10 pm: chrysotlle Asbestos Structures Detected >10 pm: ampbtbole Analytical Sensitivity: S/L z 10* Concentration of Structures >!0pm: S/L z 10* F022900-64 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 I F022900-65 None Given i F022900-66 None Given 1,064 50 0.1133 1,064 50 0.1133 F022900-67 None Given 1,064 50 0.1133 0 0 0 0 0.1878 <0.1878 0 0.1878 <0.1878 0 0.1878 <0.1878 Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 Grid Opening Area: 0.0103mmJ Sample Check-in Time: 3-1-00 10:00am Particulate Loading: Jight____________________________________ Sample Filter Time: 11:00am 3-1-00 Asbestiform Identification: none Fibers <10pm present (Y/N): no Jo Leslie Crisp Analyst NVLAP #200349-0 TDH #30-0235 EPA #TX01402 page 2 of 4 Approved Signatories: Leslie Crisp, General Manager David Beriolacci, Laboratory Director The cuneot EPA guideline lor oomptianoe is 7.0 million atmcMras per liter (S/L110*) for rebesto* rtructurci greater than 10 mkrem in length. Analytical Semirivity is calculated baaed on one rtmeture ie era analymL i CA Labe ii accredited by the National Voluntary Laboratory Accreditation Program (NVLAf) for selected teat methods for airborne aabewot fiber analysis (TEM), asbewos fiber analysis (PLM), and by foe EPA for analysis of sahwni in taking water. This tot report relates only to foe items tested. Neither NVLAP nor EPA accreditation implies endorsement by any US Government agency. This report may not be reproduced except in foil, without wwaan permission by CA Labs. Three route are submitted pursuant to CA Labs' current toms and condition of ante, including foe company's standard warranty and limitation of liability provisions and no ireponaibility or liability is resumed for the meaner in which foe mote are read or interpreted. Unkas notified in writing to return foe samples oovered by this report, CA Labs will store foe samples for a penod of thirty (30) tfoys before discarding. A shipping and handling foe will be sreeosad far foe return of any samples. Analysis performed m Chap Analytical Labs. LLC. 2011 Huttoo Dr. Suite 309 Cmihao, TX 75006; phone (972)418-1414. fox (972)488-8006, after-hours mobtk (972)977-1938 or (214)S64-J366. Date/Time Stamp: CHAIN OF CUSTODY RECORD Laboratory No. F022900-64 Collected by: Manny Moreno Collection Date: Feb. 29, 2000 Collection Time: f o 0 DLreelnivveorieodu bujy/w/dwaktev:i Received by/date: Delivered by/date: f7 ay/ ^ Received by/date: Tamper Seal: PRESENT ts ABSENT <rr;~ Compromised: Requested by: John Balliew______ Samp. Location: Andres Pizza______ Address: 3233 North Mesa Project Code:_DS_______________ Sampling Point: Bathroom Sink - - ... f--. - ` V-'tK* (e.g. Residence, Plant Name, Co. Name) (Refer to list below) (e.g. Manhole, FE, Kitchen Tap) ^^?^C;3';R^^.FormatLa6s^ HH Standard Report FAX Report to: 1 1 Other: _________________________ l^fe^i^^urh^Aro,und-TiirieRj^wited; 21-day TAT 14-day TAT Other: Grab Composite/Flow Proportional Composite/Time Weighted________________ Number of aliquotes: ASBESTOS i'^No.^bfCointairiers1^^ WMsypelpfflBoniainewPi 1 250mL HDPE CL Laboratory Services CS = Collection System DS = Distribution System FH = Fred Hervey WRP HS = Haskell R. Street WWTP REMARKS: PROJECT CODES IP = Industrial Pretreatment JR = Jonathan Rogers WTP LF = Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR = Umbenhauer/Robertson WTP WC = Water Complaint WR = Water Reuse/Biosolids WS = Well Sample 0 = Other Crisp Analytical Laboratories, LLC. 2081 Hutton Dr. Suite 309 Carrollton, 7X 75006 (972) 488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Industriplex, Suite 5 Baton Rouge, IA 70809 (225) 751 -5632 Fax (225) 751 -5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 / 100.2 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jafle wick and condesate washer (coldfinger). All preps must beverified by another analyst Client Information: Report Date: CA Labs project no. CAL0003560 Continental Analytical Client project name Yearly Asbestos 1804 Glendale Rd 9 March 2000 and number: DS022900 Salina, KS 67401 phone# 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am fax # 785-823-7830 Tum-around time: 21 days Attn: Elizabeth DeMoultrie PO number Sample # Location provided by client Filter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm1) Asbestos Structures Detected >10 pm: chrysolite Asbestos Structures Detected >10 pm: amphibole Analytical Sensitivity: S/L 110* Concentration of Structures >10pm: S/L * 10* I | I ! F022900-64 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-65 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-66 None Given 1,064 50 0.1133 F022900-67 None Given 1,064 50 0.1133 0 0 0 0.1878 <0.1878 0 0.1878 <0.1878 Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 Grid Opening Area: 0.0103mm2 Sample Check-In Time: 3-1-00 10:00am Particulate Loading: light Sample Filter Time: 11:00am 3-1-00 Asbestiform Identification: none Fibers <10pm present (Y/N): no NVLAP #200349-0 Approved Signatories: TDH #30-0235 EPA #TX01402 Leslie Crisp Leslie Crisp, David Bertolacci, Analyst page 2 of 4 General Manager Laboratory Director Notes: The cmnut EPA guideline for compliance n 7.0 million structures per liter (S/L x UP) for asbestos souemwa greeter than 10 microne in length. Analytical Sensitivity is calculated baaed on one soucture m area analyzed CA Labe ie acciaditad by the National Voluntary Laboratory Accreditation Program (NVLAP) for selected teat methods for airborne asbesroa fiber analysis (TEM), asbestos fiber analysis (PLM), and by the EPA for analysts ofasbestos ie drinking water. This test report relates only to the items tested Neither NVLAP nor EPA accreditation implies endorsement by any US Government agency. This report may net be reproduced except in foil, without written peraiaatoo by CA Labe. Theee remits are aubmioad pinuanl to CA Labs' current terms and condition of sale, including the compress ttsndsrd warranty and limitation of liability provisions and no responsibility or liability a aaaemad for foe eMaoer in which foe results arruaed or interpreted Unices notified in writing to non foe samples covered by this report, CA Labs will store foe samples for a period of thirty (30) days before discarding. A shipping and handling foe will be aaaemad for foe reften of any samples. Analyns performed at Crisp Analytical Labs. LL.C. 2011 Huoon Or. Suite 309 Carrollton, TX 75006; phone (972)488-1414, fax (972)48*4006, after-born mobile (972)977-I9S8 or (214)3644366. Date/Time Stamp: CHAIN OF CUSTODY RECORD_________ Laboratory No.I F022900-65 Collected by: Manny Moreno Collection Date: Feb. 29, 2000 Collection Time: fO 5TP_____ Delivered by/date: Received by/date: Delivered by/date: Received by/date: Tamper Seal: PRESENT ABSENT Compromised: Requested by: John Balliew Samp. Location: Mesa & Kern Address: Project Code: DS Sampling Point: Hydrant # 4605 (e.g. Residence, Plant Name, Co. Name) (Refer to list below) (e.g. Manhole, FE, Kitchen Tap) -V .\:y.i>Report Standard Report FAX Report to: Other: iinArpuiia 21-day TAT 14-day TAT Other: Grab Sample Description: Composite/Flow Proportional Composite/Time Weighted Number of aliquotes: ifcr*S&yi?XiAnalysis RequestedSr-1- t 8BfrNo:!of'CorttairiersY-ji SiflBSTwEdftCdhtaine^s^iSI ASBESTOS 1 250mL HDPE i I* 1 DeWmefESirectionfe8 CL = Laboratory Services CS = Collection System DS = Distribution System FH = Fred Hervey WRP HS Haskell R. Street WWTP REMARKS: PROJECT CODES IP = Industrial Pretreatment JR = Jonathan Rogers WTP LF = Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR = Umbenhauer/Robertson WTP WC = Water Complaint WR = Water Reuse/Biosolids WS = Well Sample 0 = Other Date/Time Stamp: CHAIN OF CUSTODY RECORD Laboratory No. F022900-66 Collected by: Manny Moreno Collection Date: Feb. 29, 2000 Collection Time: Delivered by/date: Received by/date: Delivered by/date: Received by/date: Tamper Seal: PRESENT ABSENT t Requested by: John Balliew Samp. Location: Residential Home Address: 2500 San Jose Project Code: JDS_____________ Sampling Point: Outside Faucet Compromised: rCUENT-INFORlfilAfiON*^^l (e.g. Residence, Plant Name, Co. Name) (Refer to list below) (e.g. Manhole, FE, Kitchen Tap) >.^.'^ePeport HP Standard Report [[ FAX Report to: 1 1 Other: pH 21-day TAT 1 1 14-day TAT 1 1 Other: ^^l^ fr.t-Saifnple D'escription:HP Grab 1 Composite/Flow Proportional 1 Composite/Time Weighted Number of aliquotes: BBW^S?i!Sg^Aria1Vsia;Requestedll IWfllllWii JBBWo.dfContaiherayMfc Dypefi(kftta1hers ASBESTOS 1 250mL HDPE , l 111Wl" 'js3giPlwrili^wWesuitWBwwlB^ Hbaw liirWUillectiorwfl! tur - --- ^Tnrrianrr^Ufi^r^fii CL = Laboratory Services CS = Collection System DS * Distribution System FH Fred Hervey WRP HS-Haskell R. Street WWTP REMARKS: PROJECT CODES IPs Industrial Pretreatment JR = Jonathan Rogers WTP LF * Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR = Umbenhauer/Robertson WTP WC = Water Complaint WR =Water Reuse/Biosolids WSWell Sample 0 = Other Crisp Analytical Laboratories/ LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Industriplex, Suite 5 Baton Rouge, IA 70809 (225)751-5632 Fax (225) 751-5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 /100.2 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jade wick and condesate washer (coldftnger). All preps must beverified by another analyst Client Information: Report Date: CA Labs project no. CAL0003560 Continental Analytical 1804 Glendale Rd 9 March 2000 Client project name and number Yearly Asbestos DS022900 Salina, KS 67401 phone# 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am fax # 785-823-7830 Attn: Elizabeth DeMoultrie Tum-around time: PO number: 21 days Sample # Locationprovided by client Filter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm1) Asbestos Structures Detected >10 pm: chrysotlle Asbestos Structures Detected >10 pm: amphibole Analytical Sensitivity: S/L z 10* Concentration of Structures >I0pm: S/Lx 10* F022900-64 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-65 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-66 None Given 1,064 50 0.1133 F022900-67 None Given 1,064 50 0.1133 0 0 0 0.1878 <0.1878 0 0.1878 <0.1878 Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 Grid Opening Area: 0.0103mm1 Sample Check-in Time: 3-1-00 10:00am Particulate Loading: light Sample Filter Time: 11:00am 3-1-00 Asbestiform Identification: none Fibers <10pm present (Y/N): no NVLAP #200349-0 Approved Signatories: TDH #30-0235 EPA #TX01402 Leslie Crisp Leslie Crisp, David Bertolacci, Analyst page 2 of4 General Manager Laboratory Director Noras: The curreut EPA gwidelmc for compliance it 7.0 million mount per liter (S/L k 10*) for artirasor mount greater than 10 microns in length. Analytical Sentitivity it calculated baaed on one maun in ena ilyind CA Laba ia accredited by the National Voluntary Laboratory Accreditation Program (NVLAP) far tclotted teat metbodt far airborne etbettoa fiber analytit (TEM), asbestos fiber analysis (PLML md by the EPA far analytit of aebcaaos in drinking water. Tbit lett report relatet only to the items tested. Neither NVLAP nor EPA accreditation unptaei endorvemcM by any US Government agency. Tbit report may not be reproduced except in fell, without wntteu permission by CA Laba. That reautai an tubmioad pursuant to CA Labs' cwrent terms md condition of tale, ineluding the company's Stanford warranty and limitation of liability provisions and no responsibility or liability is nramed far the manner in which foe results in and or inttryutud. Uakn notified in writing to ream foe samptes covered by this report, CA Labs will store the samples far a period of thirty (30) days before discarding. A shipping and handling fce will be aeaaaaad far foe return of any samples. Anatyais performed at Crap Analytical Labe. LLC. 2011 Hutton Dr. Suite 309 Cmtfam, TX 75006; phone (972)488-1414. fax (972)4U-8006. after-born mobile (972)977-1931 or (214)5644366. Crisp Analytical Laboratories, LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Industriplex, Suite 5 Baton Rouge, LA 70809 (225)751-5632 Fax (225) 751-5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 /100-2 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesate washer (coldfinger). All preps must bcverified by another analyst Client Information: Report Date: CA Labs project no. CAL0003S60 Continental Analytical Client project name Yearly Asbestos 1804 Glendale Rd 9 March 2000 and number: DS022900 Salma, KS 67401 phone # 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am fax # 785-823-7830 Attn: Elizabeth DeMoultrie Tum-around time: PO number 21 days Sample # Locationprovided by client Filter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm1) Asbestos Structures Detected >10 pm: chrysottle Asbestos Structures Detected >10 pm: amphlbole Analytical Sensitivity: S/Lx 10* Concentration of Structures >10pm: S/Lx 10* F022900-68 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-69 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-70 None Given 1,064 50 0.1133 i F022900-71 None Given 1,064 50 0.1133 0 0 0 0.1878 <0.1878 0 0.1878 <0.1878 Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 i Grid Opening Area: 0.0103mml Sample Check-in Time: 3-1-00 10:00am Particulate Loading: light Sample Filter Time: 11:00am 3-1-00 Asbestiform Identification: none Fibers <10pm present (Y/N): no NVLAP #200349-0 Approved Signatories: TDH #30-0235 EPA #TX01402 Leslie Ciisp Leslie Crisp, David Bertoiacci, Analyst page 3 of4 General Manager Laboratory Director Norex: The cuna* EPA giaddii* for compliance 7-0 millioo structures per Itter (SA. x UP) for aabestoa structures greeter than 10 micros* m length. Analytical Samovity a calculated broad on one structure in n analysed CA Laba it accredited by ibe Nmional Voluntary Laboratory Accredttaboc Program (NVLAP) for selected teat methods for airborne asbestos fiber mslysis (TEM), asbestos fiber analysis (PLM), and by die EPA for analysts of aabemos ta dhakiog water. Hus teat report relates only to (be items teamd. Neither NVLAP nor EPA accreditation implies endorsement by any US Government agency. This report may not be reproduced except in folk without written permission by CA Labs. Tbees reauht are submitted pureuant to CA Laba* current terms and condition of sate, including foe company's ttanrtaid warranty and limitation of liability provisions and no responsibility or liability is taunted for foe manner in which foe reulis are used or interpreted Unless notified ta writmg to return foe tamplei covered by this report, CA Labe will taore foe temples for a period of thirty (30) days before discarding. A shipping and handling fee will be aaunad for foa return ofany samples. Analysis performed at Chap Analytical Laba, L-L.C 2081 Hutton Dr. Suite 309 Carrollton. TX 7S006; ptrac (972J4U-I4I4. fat (972)40-8006, aftcr-bour* mobile (972)977-1951 or (214)564-1366. Date/Time Stamp: CHAIN OF CUSTODY RECORD Laboratory No.^TM^^^ F022900-68 Collected by: Manny Moreno_________________________________________ Collection Date: Feb. 29, 2000^ Collection Time: Delivered by/date: 'a' m Received by/date: Delivered by/date: o Received by/date: Tamper Seal:! PRESENT ABSENT Compromised: Requested by: John Balliew Samp. Location: Community College Address: 919 Hunter Project Code: DS Sampling Point: Drinking Fountain by Gym 'CLIENT INFORMATION 7 (e.g. Residence, Plant Name. Co. Name! (Refer to list below) (e.g. Manhole, FE, Kitchen Tap) ^ ^i^ tpiJIeport Format:^.. B Standard Report FAX Report to: Other:________________________ ieiaBS(*bMyAnalysis.Requested ASBESTOS ^iSi;^g;Juni;Around-Time Requested 21-day TAT 14-day TAT Other: v No. of.Containers 1 250mL HDPE 1 f | 1 I sCv^rSample Descript]on:~<^r^v^jji Grab Composite/Flow Proportional Composite/Time Weighted________________ Number of aliquotes: 5lK)enTmfColiel3ioi?!B ^^ate7TmMmnaivsisS) CL = Laboratory Services CS a Collection System OS = Distribution System FH = Fred Hervey WRP HS-Haskell R. Street WWTP REMARKS: PROJECT CODES IP = Industrial Pretreatment JR = Jonathan Rogers WTP LF = Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR = Umbenhauer/Robertson WTP WC = Water Complaint WR = Water Reuse/Biosolids WS = Well Sample 0 = Other Crisp Analytical Laboratories/ LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Industriplex, Suite 5 Baton Rouge, LA 70809 (225) 751 -5632 Fax (225) 751 -5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 /100.2 Sample Prep Method: Samples are filtered on 0.1pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesate washer (coldfinger). All preps must beverified by another analyst Client Information: Report Date: CA Labs project no. CAL0003560 Continental Analytical Client project name Yearly Asbestos 1804 Glendale Rd 9 March 2000 and number DS022900 Salina, KS 67401 phone# 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am fax # 785-823-7830 Turn-around time: 21 days Attn: Elizabeth DeMoultrie PO number: Sample # Location provided by client Filter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm1) Asbestos Structures Detected >10 pm: chrysotUe Asbestos Structures Detected >10 pm: amphlbole Analytical Sensitivity: S/Lx 10* Concentration of Structures >10pm: S/LilO* F022900-64 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-65 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-66 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-67 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 Grid Opening Area: 0.0103mm* Sample Check-in Time: 3-1-00 10:00am Particulate Loading: light Sample Filter Time: 11:00am 3-1-00 Asbestiform Identification: none Fibers <10pm present (Y/N): no Leslie Crisp Analyst Notes: The current EPA guideline for compliance is 7.0 millioa structures per liter (S/L x 1(f) for NVLAP #200349-0 TDH #30-0235 EPA #TX01402 page 2 of 4 Approved Signatories: Leslie Crisp, General Manager David Bertolacci, Laboratory Director structures frteier than 10 nuertms in length. Analytical Sensitivity t calculated CA Late a aocradM by fac National Voluntary Laboratory Accreditation Frepam (NVLAT) far KkcMd teat method* far aubomc aateatoe (iter snalysis (TEM), abeui fiber analyaia (PLM), and by fac ETA far analyiia of asbestos is Arakins water. This teat report relates only to the item mad. Ncifaa NVLAF nor ETA accreditation implies endorsement by my US Government sfcncy. Tbit report may Ml be reproduced except in ML These itsuks we mbmmed pureueru to CA Labs' current unis and condition of anlo. inchidint Ac company's mndard snnaniy and timitatioa of liability provisions and do rcapooaibility or liability is aaaomad for die manna' in which (be manta am seed a interpreted- Unlem notified in wntin| to roam die temples covered by Ibis report, CA Labs will atom die temples far a penod of fairly (30) days before diacarfanp. A lUpping and tendlini fee will bs siaesaed far tte return of any samples. Analysis performed si Crap Analytical Late. L.L.C. 2011 Hunoa Dr. Suite 309 Carroltoo. TX 73006; phone (572)4**- IS 14. fas (972)4tt-t00t. site-hotel mobile (972)977-1931 or (214644346. I Date/Time Stamp: CHAIN OF CUSTODY RECORD Laboratory No. F022900-67 Collected by: Manny Moreno Collection Date: Feb. 29, 2000 Collection Time: Delivered by/date: Received by/date: Delivered by/date: Received by/date: Tamper Seal: PRESENT ABSENT s * A___ rJ-2-4- Zrrts____________ y Compromised: U ; ^'tft^TINFORM^^ Requested by: John Balliew Samp. Location: San Jose & Kentucky(e.g. Residence, Plant Name, Co. Name) Address: Project Code: DS____________ Sampling Point: Hydrant if 2208 . (Refer to list below) (e.g. Manhole, FE, Kitchen Tap) :sS<*'4PepprtForrnat^ Standard Report FAX Report to: Other:__________________ 21-day TAT 14-day TAT Other: ).^rcOSaihpj^Pjeso$>tjgru: Grab Composite/Flow Proportional Composite/Time Weighted Number of aliquotes: I 1 fcatj^iBa^^alvsisiRequested ASBESTOS 3SJ5^o;.ofreodtainers?jjfcfc ^v^ottf^taioec?^ 1 250mL HDPE ' 9N3tm/mnStCollec&onf% ^^awTIm^Saws^al CL = Laboratory Services CS = Collection System OS = Distribution System FH = Fred Hervey WRP HS-Haskell R. Street WWTP REMARKS: PROJECT COOES IP *= Industrial Pretreatment JR = Jonathan Rogers WTP LF = Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR = Umbenhauer/Robertson WTP WC = Water Complaint WR=Water Reuse/Biosolids WS=Well Sample 0 = Other Crisp Analytical Laboratories, LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Industriplex, Suite 5 Baton Rouge, LA 70809 (225)751-5632 Fax (225) 751-5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 / 1002 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesate washer (coldftnger). All preps must beverified by another analyst Client Information: Report Date: CA Labs project no. CAL0003560 Continental Analytical Client project name Yearly Asbestos 1804 Glendale Rd 9 March 2000 and number: DS022900 Salina, KS 67401 phone# 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am fax # 785-823-7830 Turn-around time: 21 days Attn: Elizabeth DeMoultrie PO number Sample # Locationprovided by client Filter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm1) Asbestos Structures Detected >10 pm: chrysotile Asbestos Structures Detected >10 pm: amphibole Analytical Sensitivity: S/L z 10* Concentration of Structures >10pm: S/L 110* F022900-68 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-69 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-70 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-71 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 Grid Opening Area: 0.0103mm2 Sample Check-in Time: 3-1-00 10:00am Particulate Loading: light Sample Filter Time: 11:00am 3-1-00 Asbestiform IdentiGcation: none Fibers <10pm present (Y/N): no NVLAP #200349-0 Approved Signatories: TDH #30-0235 EPA#TX01402 Leslie Crisp Leslie Crisp, David Bertolacci, Notes: Analyst page 3 of 4 General Manager Laboratory Director The coral ETA guideitafor compliance is 7.0 million mcnm per liter (S/Lx IO') far acbeetae meant (feeler thee lOmienm in length. Analytical Senuuvuy it etloiletrd baled on one mean ia tne anolyicd. CA Lehe it accnditetf by Ibe National Voluntary Laboratory Accreditation Program (NVLAP) far teketrd tea methadt for airborne atbeatoe fiber tnelytu (TEMX eebeetoe liber tnalyae (PLM), end by fee EPA far aoalyaii t **taoe a dnniuRg water. Tbit teat report telatca only to the tana reeled. Ncilber NVLAP nor EPA eccraiiration implica endoreernent by any US Government agency. Thia report may aot be reproduced except in Ibl). without wnaea penmaeton tty CA Lobe. Theae rantla an tubotiaod ptewiant a CA Labe' current tentu and condition of Bale, mchjdmg die company'a tandard warranty and limitation of liability pmviaaona and no reapontibilily or liability ia .*---* far the manner in which foe retuka an uaed or iniapreted. Unlcat notified ia writio| to return the templet covered by thia report, CA Laba will non the templet for a period of thirty (10) deya before diacatanf. A tbippn^ and handling foe will be aeacaaed far the return ofany templet. Anelyait preformed ar Crap Analytical Labe, LLC. 20(1 Hunoa Dr. Suite X Caro/tat, TX 75006; phone 1971)4tt-1414. foe (72>Mg4006, aAcr-boure mobile(72)97MVSt or (2M)tt*SJi. Date/Time Stamp: CHAIN OF CUSTODY RECORD Laboratory No.^"""'*** F022900-69 Collected by: Manny Moreno Collection Date: Feb. 29, 2000 Collection Time: < 'X. O> >s Received by/date: Delivered by/date: Received by/date: Tamper Seal: PRESENT ABSENT 1/ Compromised: Requested by: John Balliew Samp. Location:____________ Address: 919 Hunter Project Code: PS Sampling Point: Hydrant #4506 (e.g. Residence, Plant Name, Co. Name) (Refer to list below) (e.g. Manhole, FE, Kitchen Tap) i Report Format: P|H Standard Report 1 1 FAX Report to: 1 1 Other: g ^Z5j.m3Arpund<nitel|(|iq!aitiSr*lfe2^aB6SE 21-day TAT HP Grab 14-day TAT 1 Composite/Flow Proportional Other: 1 Composite/Time Weighted Number of aliquotes: , Analysis Requested ~*!r- ASBESTOS i.^ajNo.of'Containers*1^ 1 250mL HDPE iiiaimB CL "Laboratory Services CS = Collection System OS "Distribution System FH = Fred Hervey WRP HS = Haskell R. Street WWTP REMARKS: PROJECT CODES IP "Industrial Pretreatment JR "Jonathan Rogers WTP LF = Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR = Umbenhauer/Robertson WTP WC = Water Complaint WR = Water Reuse/Biosolids WS = Well Sample 0 = Other Crisp Analytical Laboratories, LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Industriplex, Suite 5 Baton Rouge, LA 70809 (225)751-5632 Fax (225) 751-5634 t ransmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 /100.2 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Filters^Caibon Coated, and Dissolved with Chloroform in both jaffe wide and condesate washer (coldftnger). All preps must beverified by another analyst Client Information: Report Date: CA Labs project no. CAL0003560 Continental Analytical Client project name Yearly Asbestos 1804 Glendale Rd 9 March 2000 and number: DS022900 Salina, KS 67401 phone # 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am fax # 785-823-7830 Turn-around time: 21 days Attn: Elizabeth DeMoultrie PO number: Sample # Location provided by client FUter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm*) Asbestos Structures Detected >10 pm: chrysotile Asbestos Structures Detected >10 pm: amphlbole Analytical Sensitivity: S/Lx 10" Concentration of Structures >10pm: S/LxIO* t i F022900-68 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-69 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-70 None Given 1,064 50 0.1133 F022900-71 None Given 1,064 50 0.1133 0 0 0 0.1878 <0.1878 * 0 0.1878 <0.1878 Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 Grid Opening Area: 0.0103mm1 Sample Check-in Time: 3-1-00 10:00am Particulate Loading: light Sample Filter Time: 11:00am 3-1-00 Asbestiform Identification: none Fibers <10pm present (Y/N): no i Leslie Crisp Analyst NVLAP #200349-0 TDH #30-0235 EPA #TX0I402 page 3 of4 Approved Signatories: Leslie Crisp, General Manager David Bertolacci, Laboratory Director Thccunsal ETA fuiddiac for compliance is 7.0 million uniconi per liter (S/L 10") lor ashrams stratum greMer drao 10 mtcroro in length. Analytical Sensitivity a calculated based on one mew in arse analysed. ii CA Labs is snrradilcd by the Nahotml Voluntary Laboratory Accreditation Proyim (NVLAP) far lettered reel methods for etrbome esbcstoi fiber analysts (TEMX asbessos fiber analysis (PLM), md by the ETA for analysis of rabraiae dntdung wsser. Thu leet report ralatct only to die items tested. Neilher NVLAP aor EPA sccTediration implies endoracment by toy US Government agency. This report mey not be reproduced except in foil. Without wnoen pcmuseioo by CA Lab*. i These retain ere submitted praam to CA Labe' ament terms sod condition of tele, indudiaf foe company's standard warranty and Uraitation of liability provisions and no responsibility or liability is assumed for foe manner in which foe rosehe tee used or iitrctpresed Unices notified ta nridni to return foe samples emend by foie report. CA Labs trill store foe samples for a period of thirty (30) deyr before diseanbnp. A shipping and handling foe will be aaaeasad for foe return ofany samples. Analysis perforated at Crisp Analytical Labs, LL.C. 20(1 Hutson Dr. Suite 309 Canollaow. TX 73006; phone (972)4St-141 a, fox (972)4W-S006, eftcr-bourt mobile (972)977.1931 or (214)36.4366. I I I I t I DateHIme Stamp: CHAIN OF CUSTODY RECORD Laboratory No. F022900-70 Collected by: Manny Moreno Collection Date: Feb. 29. 2000 Collection Time: wm / Delivered by/date: ______Jmot/ /x Received by/date: Delivered by/date: Received by/date: Tamper Seal: PRESENT ABSENT Compromised: . r-* s fear Requested by: John Balliew Samp. Location: Residential Home Address: 10701 Sugarland Project Code: DS Sampling Point: Outside Faucet (e.g. Residence, Plant Name, Co. Name) (Refer to list below) (e.g. Manhole, FE, Kitchen Tap) i*' Report format: ^Standard Report 1 I FAX Report to: 1 1 Other: 21-day TAT 14-day TAT Other: 5&':<`. i`>;J.Sample Descrjption:' : Grab 1 Composite/Flow Proportional | Composite/Time Weighted Number of aliquotes: - it j^isSaaK-'^iAnalysis Requested zgsrxs&a&t iSCiNoifoftOdntainersaifsrs ASBESTOS 1 250mL HDPE pJflpZsa?11 i^Analysis/Result "y. v RtfateTltmeTjiolieCTion^ 5euate/j im^nalysisji^ CL = Laboratory Services CS - Collection System DS = Distribution System FH = Fred Hervey WRP HS = Haskell R. Street WWTP REMARKS: PROJECT CODES IP = Industrial Pretreatment JR = Jonathan Rogers WTP LF = Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR^Umbenhauer/Robertson WTP WC = Water Complaint WR= Water Reuse/Biosolids WS = Well Sample O = Other Crisp Analytical Laboratories/ LLC. 2081 HuHon Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Indushiplex, Suite 5 Baton Rouge, LA 70809 (225)751-5632 Fax (225) 751-5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 /100.2 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesate washer (coldfinger). All preps must beverified by another analyst Client Information: Report Date: CA Labs project no. CAL0003560 Continental Analytical 1804 Glendale Rd Salina, KS 67401 9 March 2000 Client project name Yearly Asbestos and number: DS022900 phone# 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am fax # 785-823-7830 Attn: Elizabeth DeMoultrie Tum-around time: PO number 21 days Sample # Locationprovided by client Filter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm1) Asbestos Structures Detected >10 pm: chrysolite Asbestos Structures Detected >10 pm: amphlbole Analytical Sensitivity: S/Lx 10* Concentration of Structure, >10pm: S/Lx 10* i i l F022900-68 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 F022900-69 None Given i F022900-70 None Given 1,064 50 0.1133 1,064 50 0.1133 0 0 0 0.1878 <0.1878 0 0.1878 <0.1878 F022900-71 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 Grid Opening Area: 0.0103mm1 Sample Check-in Time: 3-1-00 10:00am Particulate Loading: light Sample Filter Time: 11:00am 3-1-00 Asbestiform Identification: none Fibers <10pm present (Y/N): no I NVLAP #200349-0 Approved Signatories: TDH #30-0235 EPA #TX01402 Leslie Crisp Leslie Crisp, David Beitolacci, Note*; Analyst page 3 of4 General Manager Laboratoiy Director The currant EPA guidriioc for compliance is 7.0 nulikn structures per liter (S/Lx 10*) for asbciioaecnictures greater than lOmtaons in length. Analytical Scaaitivtty is calculated baaed oo one nructure in area analysed. CA Libs it aocredimd by (be NaekmaJ Vohintary Laboratory Accreditation Program (NVLAP) for selected tea methods for airborne esbettot fiber aoelytit (TEM), stbeaot fiber analyM (PLM), and by the EPA for anolyais of Mb rant May n. Tbit test report relates only to the items teased. Neither NVLAP nor EPA accreditation implies cndotacmcm by any US Government agency. Tbit report may not be reproduced except in AiUf wrthout written penuaton by CA Labe. Tfcaat meuta are submitted pursuant to CA Luba' current terms sad condition of sale, tnchaftfig foe company's standard warranty and limitttion of liability provisions and oo responsibility or liability is areumed for foe w--trr in which foe remits are usod or intrrptm d. Uofcas notified to writing to return foe samples oovered by this report CA Labs will store the samples for a period of thirty (30) days before A shipping md handling fee wtH be aeaeaaed far foe return of any samples. AmlyiigperformedmCrupAnalyticalLabe,LLC. 2011 HuaonDr.SuiteJ0P CarroHfon, TX 7500d;phone(972)48M4l4,fox(973)4M4006,aAer^ouremobite(972)977.|PSIor(2M>56M3d6. ; i | | ! | . t Date/Time Stamp: CHAIN OF CUSTODY RECORD Laboratory No. F022900-71 Collected by: Manny Moreno Collection Date: Feb. 29, 2000_______ Collection Time: i M Q Delivered by/date: Ij'i'J/f/VHf ~ Received by/date: Delivered by/date: Received by/date: Tamper Seal: PRESENT ABSENT Compromised: Requested by: John Balliew Samp. Location: Round Rock & Sugarland Address: Project Code: PS Sampling Point: Hydrant #4633 CLIENT INFORMATION^^ & (e.g. Residence, Plant Name, Co. Name) (Refer to list below) (e.g. Manhole, FE, Kitchen Tap) FPmwt: Standard Report FAX Report to: Other:____________________ 21-day TAT 14-day TAT Other: BH Gralb Sample Pescriptldp:, Conmposite/Flow Proportional \ I CCoonmposite/Time Weighted Number of aliquotes: ff<4p^^>AKalvsis-Requested ASBESTOS IfSsfNor-of -Containers 1 j^*fDeTiGemairiehS^ 250mL HDPE .]*' "-'r *TFTT? i^TFTtTiT^ffiTWnPMI Bteggagr/ nVAIUjU &^^^^^n-2<aITl^Tis/Resul~t^?i^?i'~^^^iiB^|3rTHTBl RDateTTime^CcSieCTion^" CL = Laboratory Services CS = Collection System OS = Distribution System FH = Fred Hervey WRP HS = Haskell R. Street WWTP REMARKS: PROJECT COOES IP = Industrial Pretreatment JR = Jonathan Rogers WTP LF = Landfill NW = Northwest Quarry WWTP RB = Roberto R. Bustamante WWTP UR = Umbenhauer/Robertson WTP WC = Water Complaint WR=Water Reuse/Biosolids WS = Well Sample 0 = Other Crisp Analytical Laboratories/ LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 Fax (972)488-8006 CA Labs LLC. 11800 Indushiplex, Suite 5 Baton Rouge, LA 70809 (225) 751 -5632 Fax (225) 751 -5634 Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 / 100.2 Sample Prep Method: Samples are filtered on 0.1 pm Polycarbonate Fillers, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesate washer (coldfinger). All preps must beverified by another analyst. Client Information: Report Date: CA Labs project no. CAL0003S60 Continental Analytical Client project name Yearly Asbestos 1804 Glendale Rd 9 March 2000 and number DS022900 Salina, KS 67401 phone# 785-827-1273 Water System ID: Samples received: 3-1-00 10:00am fax # 785-823-7830 Turn-around time: 21 days Atm: Elizabeth DeMoultrie PO number Sample # Location - Filter Volume Area Atbeato* Asbestos Analytical Concentration i Area: Filtered: Analyzed: Structure! Structures Sensitivity: of Structures provided by client (mm1) (ml) (mm1) Detected >10 pm: Detected >10 pm: S/LzlO* >10pm: chrytotile amphibole S/L 110* F022900-72 None Given 1,064 50 0.1133 0 0 0.1878 <0.1878 i -~ Lab Blank 1,064 50 0.1133 0 0 0.1878 <0.1878 Grid Opening Area: 0.0103mmJ Sample Check-in Time: i 3-1-00 10:^00am Particulate Loading: light Sample Filter Time: 1 11:00am 3-1-00 Asbestiform Identification: none Fibers <10pm present (Y/N): no QtT i NVLAP #200349-0 TDH #30-0235 EPA #TX01402 Approved Signatories: Leslie Crisp Leslie Crisp, David Bertolacci, Analyst page 4 of 4 General Manager Laboratory Director Notes: Tbe current EPA gutdeJme for compliance is 7.0 million structures per liter (S/L x I fl*) for erhrran immim frrarrr itwn 10 microns is length. Analytical Sensitivity is calculated bssed on one structure in ere* analyzed. CA Labs is serradrtad by As National Voluntary Laboratory Accreditation Program (NVLAP) tor selected lest methods for eiitiomc asbestos fiber snelysis (TEMK esbestos fiber snalysis (PLM), end by tbs EPA for analysis of aabaeroe in drinking water. This lest report relates only to the items tested. Neidtcr NVLAP nor EPA accreditation implies endorsement by any US Government agency. This report may not be reproduced except in fell, without written permission by CA Labs, These remits we mfcnuaed pennant to CA Labs* current terns and condition of sale, including the company*! standard warranty and limitation of liability provisions and no responsibility or liability is assumed for the manner in wbieh tbe icsuks ate used or imrrpmcri Unless notified in writing to return the samples covered by this report, CA Labe will store the samples for period of thirty (30) days before discarding. A shipping and handling foe will be assessed for foe rerun of any samples. Analysis performed or Crisp Analytical Labe, L.L.C 20S1 Hutton Or. Suite 309 CwroOson, TX 7J006; phone (972>UM4I4, fox (972)g-006. after-hours mobile (972J977-19SI or (214)564-8366. c Crisp Analytical Laboratories, LLC 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972)488-1414 ! (972) 488-8006 fax , (972) 977-1958 mobile Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 / 100.2 Sample Prep Method: Samples ate filtered on 0.1pm Polycarbonate Fillers, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesate washer (coldfmger). All preps must beverified by another analyst. Client Information: Continental Analytical Services Report Date: CA Labs project no. CAL9903289 Client project name D5030299 DS Asbestos 1804 Glendale Road 22 March 1999 and number: Salina, KS 67401 phone# 785-827-1273 fax # 785-823-7830 Attn: Greg Groene Water System ID: None Given Samples received: Turn-around time: PO number: 3/3/99 10:30 A.M. 5 Day Sample # Location provided by client Filter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm1) Asbestos Structure* Detected >10 pm: chrysotile Asbestos Structures Detected >10 pm: amphibole Analytical Sensitivity: S/L* 10* Concentration of Structures >10pm: S/I. x 10* F030299-60 47 50 0.1090 0 0 0.1952 <0.1952 F030299-61 47 50 0.1090 1 0 0.1952 0.1952 F030299-62 47 50 0.1090 0 0 0.1952 <0.1952 F030299-63 47 50 0.1090 0 0 0.1952 <0.1952 F030299-64 47 50 0.1090 0 0 0.1952 <0.1952 F030299-65 47 50 0.1090 A 0 0.1952 <0.1952 F030299-66 47 50 0.1090 0 0 0.1952 <0.1952 NVLAP #200349-0 Approved Signatories: TDH #30-0235 t EPA #TX01402 Leslie Crisp Leslie Crisp, David Bertolacci, Analyst page I of3 General Manager Laboratory Director Noua ' I The current EPA gusdebne for ccmytonc* is " 0 mitbun structure* per bier (S/1, x 10*1 for ubeitos irauves greeter thin 10 muromm length Analytical Sensitivity n calculated based on cm Mructuie in arei analyzed CA Labe is teendited by the National Voluntary Laboratory Accreditation Program (NVLAP) tor whflsl test methods tor airborne asbestos fiber analysis (TEM). asbestos fiber analysis (P1M), and by the EPA fix analysis of sshaaroi m draddng water. Thu test report rebus only to the items tested. Neither NV1AP nor EPA accreditation implies endorsement by any US Government agency This report mey not be reproduced except in fufl. without wnttca pttmi--pn by CA Labs. Thau results are submitted ptmanl to CA Labs' current terms sad condition of sale, indtiding the company's standard warranty and limitation of habihty ptovisions and no rcsponsdxkty or Kebili(y is assumed for the manner in wieeb the results ere used or interpreted Unless notified a writing to mum the samples covered by this report, CA Labs will store the samples for s period of ihtny (30) days before discarding A shipping and handing fee will be ssumsJ fur U return of any samples. Crisp Analytical Laboratories, LLC. 2081 Hutton Dr. Suite 309 Carrollton, TX 75006 (972) 488-1414 (972) 488-8006 fax (972) 977-1958 mobile Transmission Electron Microscopy Report Analysis Method: Asbestos in Drinking Water by EPA 100.1 /100.2 Sample Prep Method: Samples are filtered on 0.1pm Polycarbonate Filters, Carbon Coated, and Dissolved with Chloroform in both jaffe wick and condesatc washer (coldflnger). All preps must beverified by another analyst. Client Information: Continental Analytical Services Report Date: CA Labs project no. CAL9903289 Client project name D5030299 DS Asbestos 1804 Glendale Road 22 March 1999 and number: Salina, KS 67401 phone# 785-827-1273 fax # 785-823-7830 Attn: Greg Groene Water System ID: None Given Samples received: Turn-around time: PO number: 3/3/99 10:30 A.M. 5 Day Sample # Location provided by client Filter Area: (mm1) Volume Filtered: (ml) Area Analyzed: (mm2) Asbestos Structures Detected >10 pm: chrysotile Asbestos Structures Detected >10 pm: amphibolr Analytical Sensitivity: S/L x 10* Concentration of Structures >IOpm: S/L x 10* F030299-67 47 50 0.1090 0 0 0.1952 <0.1952 F030299-68 47 50 0.1090 0 0 0.1952 < 0.1952 F030299-69 F030299-70 47 50 0.1090 47 50 0.1090 0 0 0 0.1952 <0.1952 | 1 i 0 0.1952 <0.1952 F030299-71 47 50 0.1090 0 0 0.1952 <0.1952 F030299-72 47 50 0.1090 0 0 0.1952 <0.1952 1 1 _______________ 1 i <a.l- NVLAP #200349-0 TDH #30-0235 Approved Signatories: EPA #TX01402 Leslie Crisp Leslie Crisp, David Bertolacci. Analyst page 2 of 3 General Manager Laboratory Director Nous TIk otfraa EPA guideline for compliance is 7 0 million structure* per liter (S/L x HP) for asbestos structures greater than 10 micron* in length. Analytical Sensitivity * wakulaied based on one structure in tree analyzed CA Labs is accredited by the National Voluntary Laboratory Accreditation Program fNVLAP) for selected test methods for airborne asbestos fiber analysis (TEM), asbestos fiber analysis (PLM). and by the EPA for analysis of Mbatos m drinking water This test report relates only to the items tested Neither NVLAP nor EPA accreditation implies endorsement by any US Government agency This report may not be reproduced except m foil, without written permuhonby CA Labs These rveult* rr submitted pursuant to CA Labs' curraa terms and condemn of se e, including the company's standard warranty and lumtation of liability provisions and no rcaporwhility or liability is assumed for the manner in winch the icsulu are wed or nxcrpreicd Unkas notified n writing to return the samples covered by this report. CA Labs will store the samples toi a penod of tinny (30) days before discarding A shipping and handling foe will be assessed fix the return o! any samples. CHAIN OF CUSTODY RECORD LABORATORY No. F030299 - Oo CHAIN OF CUSTODY Collected by/date: Mapny Moreno 030299 Delivered by/date:>^Sj Received by/dataf^^j Delivered by/date: ^ .99 Received by/date: No. of containers: i Type of containers: Preservative used: 250ml HDPE 4C CLIENT INFORMATION Requested by: Cindy Edgar Samp. Location: Franklin Canal Inlet //25~~ Address: B'PO / Project: DS Sampling Point: Canal Influent Collection Date: March 2. 1999 Collection Time: /o Report Format: Standard Report FAX Report to: Verbal Results cc:Mail Results to: Other: Reagent Water Drinking Water Ground Water Turn-Around-Time Requested: 21-day TAT 14-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: Surface Water j| Wastewater Sludge Sample Description: ^Grab |___|Composite/Flow Proportional I___j Composite/Time Weighted QSoil |___| Hazardous Waste (Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 C0D-W14 Color - W1 5 Conductivity - W16 Cyanide (amenable) - W17 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY 1 Cyanide (total) -W18 -- Cyanide (week and dissociable) - W19 < Diluted Conductivity - W20 Potassium -W35 Silica - W36 Sodium - W37 DOC - W21 Sulfate - W38 Fluoride - W22 Surfactants (MBAS) - W39 j Hardness (calcium) - W23 Hardness (total) - W24 Suspended Ash - W40 Suspended Solids - W41 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Magnesium - W26 TOC - W43 . Nitrate - W27 Total Dissolved Solids - W44 Nitrate/Nitrite - W28 Total Kjeldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 Total Solids - W46 Oil and Grease - W30 Turbidity - W47 Ozone -W31 Virgin Carbon Analysis - W48 pH - W32 Volatile Acids - W49 Phosphate-ortho - W33 Volatile Solids - W50 Phosphorus-total - W34 MICROBIOLOGY Other: ORGANICS Coliforms-fecal - B1 Diazinon - 01 Coliforms-total - B2 Extractable Survey Search - 02 j Coliphage - B3 CrvotosDoridium - B4 Methane - 03 PCB's - 04 Enteroviruses - B5 PESTICIDES (EPA 608) - 05 Escherichia coli - B6 PVOC/GRO - 06 Giardia lamblia - B7 THM's - 07 Heterotrophic Plate Count - B8 Total Petroleum Hydrocarbons - 08 Most Probable Number - B9 VOC (EPA 601/602) - 09 PASCO - B10 Volatile Survey Search - 010 Pseudomonas sod. - B11 TCLP - Oil Salmonella spp. -B12 Stressed Organisms - B13 Other: GROUPS Vibrio cholerae - B14 Anion/Cation parameters - G1 Other: BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 ------- - ............... ' - Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 ---->r. - '> Lime Analyses - G6 '* -- Saits - G7 i CHAIN OF CUSTODY RECORD LABORATORY No. F030299 - &-L CHAIN OF CUSTODY CLIENT INFORMATION Collected by/date: Manny More.no 030299 Requested by: Cindy Edgar Delivered by/date:^f^y/ 3-2.-9 9 Samp. Location: Andres Pizza Received byldate: oZo2.9<t' ft3ff Address: 3233 North Mesa Delivered by/date: jr* Project: PS Received by/date: Sampling Point: Bathroom Sink No. of containers:1 Collection Date: March 2,1999 Type of containers: 250ml HDPE Collection Time: <T" Preservative used: 4C ___ Report Format: Standard Report FAX Report to:__________ Verbal Results cc:Mail Results to: j Other:___________________ Reagent Water S Drinking Water Ground Water ' Turn-Around-Time Requested: | 21-day TAT \__ 14-day TAT |___ 7-day TAT __ 2-day TAT I Same day TAT ______________ Matrix Type: [^Surface Water , Wastewater I Sludge_________________________ ANALYSIS REQUESTED : Sample Description: ^Grab I___1 Composite/Flow Proportional ' Composite/Time Weighted [HSoil j___1 Hazardous Waste I l Other: Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 C0D-W14 Color - W15 Conductivity - W16 Cyanide (amenable) W17 -------------------- METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY , Cyanide (total) -W18 Potassium -W35 Cyanide (week and dissociable) - W19 j Silica - W36 Diluted Conductivity - W20 -- Sodium - W37 DOC - W21 Sulfate - W38 n Fluoride - W22 Surfactants (MBAS) - W39 Hardness (calcium) - W23 Hardness (total) - W24 Suspended Ash - W40 Suspended Solids - W41 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Magnesium - W26 TOC - W43 . Nitrate - W27 Nitrate/Nitrite - W28 Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 Total Solids - W46 Oil and Grease - W30 Ozone -W31 pH - W32 Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY Coliforms-fecal - 81 Volatile Solids - W50 Other: ORGANICS Diazinon - 01 Coliforms-total - B2 Extractable Survey Search - 02 Coliphage - B3 Cryptosporidium - B4 Enteroviruses - B5 Methane - 03 PCB's - 04 PESTICIDES (EPA 608) - 05 Escherichia coli - B6 PVOC/GRO - 06 Giardia lambiia - B7 THM's - 07 Heterotrophic Plate Count - B8 Total Petroleum Hydrocarbons - 08 Most Probable Number - B9 VOC (EPA 601/602) - 09 PASCO - BIO Pseudomonas sod. - B17 Volatile Survey Search - 010 TCLP- 011 Salmonella sod. -B12 Stressed Organisms - B13 Other: -- GROUPS Vibrio cholerae -B14 Anion/Cation parameters - G1 Other: BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 -' - _ Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 'ft*.*?. - = . . :citf*' Lime Analyses - G6 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. I F030299 - ^2- | CHAIN OF CUSTODY Collected by/date: Mapny Moreno 030299 Delivered by/date^/^^r^^y / q Received by/date^g^^fe^^^^fty Delivered by/date: 7^ Received by/date: No. of containers:1 Type of containers:250ml HDPE Preservative used: 4C CLIENT INFORMATION Requested by: Cindy Edgar______ f Samp. Location: Mesa & Kern y Address:____________________ Project: PS Sampling Point: Collection Date: Collection Time: Hydrant #4605 March 2, 1999 77 Report Format: - Standard Report FAX Report to:__________ Verbal Results cc:Mail Results to: Other: aReagent Water Drinking Water Ground Water Turn-Around-Time Requested: 21-day TAT 14-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: j iSurface Water i |Wastewater j-! Sludge ' Sample Description: ^Grab j |Composite/Flow Proportional i_J Composite/Time Weighted I Soi| | ' Hazardous Waste j Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 C0D-W14 Color - W15 Conductivity - W16 Cyanide (amenable) - W17 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY Cyanide (total) -W18 __ Potassium -W35 Cyanide (week and dissociable) - W19 n Silica - W36 : Diluted Conductivity - W20 Sodium - W37 DOC - W21 Sulfate - W38 Fluoride - W22 Surfactants (MBAS) - W39 Hardness (calcium) - W23 Hardness (total) - W24 Suspended Ash - W40 Suspended Solids - W41 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Magnesium - W26 Nitrate - W27 Nitrate/Nitrite - W28 TOC - W43 . Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 Total Solids - W46 Oil and Grease - W30 Turbidity - W47 Ozone -W31 pH - W32 Virgin Carbon Analysis - W48 Volatile Acids - W49 Phosphate-ortho - W33 Phosphorus-total - W34 Volatile Solids - W50 Other: MICROBIOLOGY ORGANICS Coliforms-fecal - 81 Diazinon - 01 Coliforms-total - B2 Coliphage - B3 Cryptosporidium - B4 Enteroviruses - B5 Escherichia coli - B6 Extractable Survey Search - 02 Methane - 03 PCB's - 04 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 Giardia iambiia - B7 Heterotrophic Plate Count - B8 Most Probable Number - B9 PASCO - BIO Pseudomonas soo. -B11 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/602) - 09 Volatile Survey Search - 010 TCLP-Oil Salmonella spp. - B12 Stressed Organisms - B13 Vibrio cholerae - B14 Other: Other: GROUPS Anion/Cation parameters - G1 BOD, COD, Color, TSS - G2 ; - 7'- _ - - '* y .... v^ - " - v 7 \ . ,..7:?^.._ .7- BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 CHAIN OF CUSTODY RECORD 3LABORATORY No. F030299 - CHAIN OF CUSTODY Collected by/date: Manny Moreno 030299_______ Delivered by/date^^i^_^^y / Received by/datef^#^^^^^ ^7 30 :2 Q'ty Delivered by/date: P ^ Received by/date:_______________________________________ No. of containers:1 Type of containers: 250ml HDPE Preservative used: 4C CLIENT INFORMATION Requested by: Samp. Location: Address: Project: Sampling Point: Collection Date: Collection Time: Cindy Edgar Residential Home 2601 Missouri DS_____________ Outside Faucet March 2, 1999 //^ Report Format: Standard Report FAX ReDort to: Verbal Results cc:Mail Results to: Other: "H Reagent Water Drinking Water |Ground Water Tum-Around-Time Requested: 21-day TAT 1 14-day TAT |__ 7-day TAT |__ 2-day TAT j Same day TAT Matrix Type: j Surface Water Wastewater Sludge Sample Description: Grab j Composite/Flow Proportional __ j Composite/Time Weighted Soil ___jHazardous Waste I Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 C0D-W14 Color - W15 Conductivity - W16 Cyanide (amenable) - W17 -------------------- METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY r~ Cyanide (total) -W18 Potassium -W35 r~ Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 Silica - W36 Sodium - W37 DOC - W21 Fluoride - W22 -- Sulfate - W38 Surfactants (MBAS) - W39 Hardness (calcium) - W23 Hardness (total) - W24 Suspended Ash - W40 Suspended Solids - W41 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Magnesium - W26 TOC - W43 , Nitrate - W27 Nitrate/Nitrite - W28 Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 Total Solids - W46 Oil and Grease W30 Turbidity - W47 Ozone -W31 pH - W32 Virgin Carbon Analysis - W48 Volatile Acids - W49 Phosphate-ortho - W33 Volatile Solids - W50 Phosphorus-total - W34 MICROBIOLOGY Other: ORGANICS Coliforms-fecal - B1 Diazinon - 01 Coliforms-total - B2 Extractable Survey Search - 02 Cofiphage - B3 Methane - 03 Cryptosporidium - B4 PCB's - 04 Enteroviruses B5 PESTICIDES (EPA 608) - 05 Escherichia coii - B6 PVOC/GRO - 06 Giardia lamb/ia - 57 THM's - 07 Heterotrophic Plate Count - B8 Total Petroleum Hydrocarbons - 08 Most Probable Number - B9 VOC (EPA 601/602) - 09 PASCO - BIO Volatile Survey Search - 010 Pseudomonas sdd. - B11 Salmonella sod. - B12 Stressed Organisms - B13 Vibrio cholerae - B14 TCLP - Oil Other: -----------------------GROUP'S Anion/Cation parameters - G1 Other: BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 --------- ` Chloride, Sodium, Sulfate, TDS - G4 .y - Color, TSS - G5 x i it**- r* v >--vV-'- - * V* Lime Analyses - G6 5*"- - ' Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. F030299 --- f CHAIN. F CUSTODY CLIENT INFORMATION Collected by/date: 31 7 Requested by: Delivered by/date: -- ' "fedM A Samp. Location: Received by/date: f f Address: Delivered by/date: ______________ Project: PS ^ Received by/date: No. of containers: Type of containers: Preservative used: 250ml HDPE 4C ______________ Sampling Point: ______________ Collection Date: Collection Time: March 2, 1999 //z <-- Report Format: Standard Report FAX Report to: Verbal Results cc:Mail Results to: Other: Reagent Water Drinking Water Ground Water | Turn-Around-Time Requested: | 21-day TAT | 14-day TAT i_ _ 7-day TAT j 2-day TAT | Same day TAT Matrix Type: ^ Surface Water I Wastewater j Sludge j Sample Description: |Grab (__jComposite/Flow Proportional | | Composite/Time Weighted j i Soil J Hazardous Waste ^Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 C0D-W14 Color - W15 Conductivity - W16 Cyanide (amenable) - W17 METALS 40CFR Table III-Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: . WETCHEMISTRY Cyanide (total) -W18 Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 DOC - W21 Fluoride - W22 Hardness (calcium) - W23 Hardness (total) - W24 Hydrogen Sulfide - W25 Magnesium - W26 Nitrate - W27 Nitrate/Nitrite - W28 Nitric Acid (specific gravity) - W29 Oil and Grease - W30 Ozone -W31 pH - W32 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY Coliforms-fecal - B1 Coliforms-total - B2 Coliphage B3 Cryptosporidium - B4 Enteroviruses - B5 Escherichia coli - B6 Giardia lamblia - B7 Heterotrophic Plate Count - B8 Most Probable Number - B9 PASCO - BIO Pseudomonas see. - B11 Salmonella sod. - B12 Stressed Organisms - B13 Vibrio cholerae -B14 Other: , . - - - -- ..,,. .'.-. w1!- --^**:.>- . *-- .* f'-r** Potassium -W35 Silica - W36 Sodium - W37 Sulfate - W38 Surfactants (MBAS) - W39 Suspended Ash - W40 Suspended Solids - W41 Temperature Rise (lime) - W42 TOC - W43 . Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Total Solids - W46 Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Volatile Solids - W50 Other: ORGANICS Diazinon - 01 Extractable Survey Search - 02 Methane - 03 PCB's - 04 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/602)-09 Volatile Survey Search - 010 TCLP - Oil Other: GROUPS Anion/Cation parameters - G1 BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts G7 , CHAIN OF CUSTODY RECORD LABORATORY No. F030299 - (*gr CHAIN OF CUSTODY Collected by/date: Manny Moreno 030299 Delivered by/date Received by/date Delivered by/date: Received by/date: No. of containers: Type of containers: 250ml HDPE Preservative used: 4C CLIENT INFORMATION Requested by: Samp. Location: Address: Project: Sampling Point: Collection Date: Collection Time: Cindy Edgar_______ Rosewood & Missouri DS Hydrant #1610 March 2. 1999 7^- Report Format: Standard Report FAX Report to: Verbal Results cc:Mail Results to: Other: [Reagent Water Drinking Water jGround Water | Turn-Around-Time Requested: 21-day TAT i 14-day TAT i 7-day TAT 2-day TAT r1 Same day TAT Matrix Type: Surface Water i Wastewater Sludge Sample Description: Grab 7_\ Composite/Flow Proportional |___| Composite/Time Weighted iSoil ,__ (Hazardous Waste ' {Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 COD-W14 Color - W15 Conductivity - W16 Cyanide (amenable) - W17 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES- M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY i j Cyanide (total) -W18 i {Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 DOC - W21 Fluoride - W22 I Hardness (calcium) - W23 Hardness (total) - W24 Hydrogen Sulfide - W25 Magnesium - W26 Nitrate - W27 Nitrate/Nitrite - W28 Nitric Acid (specific gravity) - W29 Oil and Grease - W30 Ozone -W31 pH - W32 Phosphate-ortho - W33 Phosphorus-total - W34 ---------- MICROBIOLOGY Coliforms-fecal - B1 Coliforms-total - B2 Coliphage - B3 Cryptosporidium - B4 Enteroviruses - B5 Escherichia coii - B6 Giardia lamblia - B7 Heterotrophic Plate Count - B8 Most Probable Number - B9 PASCO - BIO Pseudomonas sod. - B11 Salmonella spp. - B12 Stressed Organisms - B13 Vibrio cholerae - B14 Other: . icAw- '-rjV, i. . iPotassium -W35 Silica - W36 Sodium - W37 Sulfate - W38 ;Surfactants (MBAS) - W39 Suspended Ash - W40 Suspended Solids - W41 Temperature Rise (lime) - W42 TOC - W43 . Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Total Solids - W46 Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Volatile Solids - W50 Other: ORGANICS Diazinon - 01 Extractable Survey Search - 02 Methane - 03 PCB's - 04 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/602) - 09 Volatile Survey Search - 010 TCLP - Oil Other: GROUPS Anion/Cation parameters - G1 BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 : , i , , CHAIN OF CUSTODY RECORD LABORATORY No. F030299 - ^ fc CHAIN OF CUSTODY Collected by/date: ElizabethQeMoultrie 030299 Delivered by/date: Received by/date: Delivered by/date: -cr Received by/date: No. of containers: _________________ 1_ Type of containers: Preservative used: 250ml HDPE 4C CLIENT INFORMATION Requested by: Cindy Edgar Samp. Location: FHWRP_______ Address: 11700 Railroad Project: PS Sampling Point: Lab PI Tap Collection Date: March 2, ,1999 Collection Time: 0 Report Format: Standard Report FAX Report to: Verbal Results j cc:Mail Results to: Other: Reagent Water i | Drinking Water | | Ground Water Turn-Around-Time Requested: 21-day TAT : | 14-day TAT |__ j 7-day TAT i ! 2-day TAT i i Same day TAT Matrix Type: Surface Water j Wastewater 1 Sludge Sample Description: I Grab ! Composite/Flow Proportional |Composite/Time Weighted i Soil Hazardous Waste Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 C0D-W14 Color - W15 Conductivity - W16 Cyanide (amenable) - W17 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WvvEcTi ConHcEmMIiSoTi RnYi 1 Cyanide (total) -W18 ! Cyanide (week and dissociable) - W19 1 Diluted Conductivity - W20 DOC - W21 __ Fluoride - W22 Hardness (calcium) - W23 Hardness (total) - W24 Hydrogen Sulfide - W25 Magnesium - W26 Nitrate - W27 Nitrate/Nitrite - W28 Nitric Acid (specific gravity) - W29 Oil and Grease - W30 Ozone -W31 pH - W32 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY Coliforms-fecal - B1 Coliforms-total - B2 Coliphage - B3 CrvDtosDoridium - B4 Enteroviruses - B5 Escherichia coti - B6 Giardia lambiia - B7 Heterotrophic Plate Count - B8 Most Probable Number - B9 PASCO - BIO Pseudomonas sod. - B11 Salmonella sod. - B12 Stressed Organisms - B13 Vibrio choierae - B14 Other: - .......................... - - ............................................... --- - ----------------- - - .... - Potassium -W35 Silica - W36 Sodium - W37 Sulfate - W38 Surfactants (MBAS) - W39 Suspended Ash - W40 Suspended Solids - W41 Temperature Rise (lime) - W42 TOC - W43 Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Total Solids - W46 Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Volatile Solids - W50 Other: ORGANPC S Diazinon - 01 Extractable Survey Search - 02 Methane - 03 PCB's - 04 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/602) - 09 Volatile Survey Search - 010 TCLP - Oil Other: GROUPS Anion/Cation parameters - G1 BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses G6 Salts - G7 ( i ; CHAIN OF CUSTODY RECORD -7LABORATORY No. F030299 - CHAIN OF CUSTODY Collected by/date: Manny Morepo 030299 Delivered by/date: Received by/date: Delivered by/date: Received by/date: No. of containers: Type of containers: 250ml HDPE Preservative used: 4C CLIENT INFORMATION Requested by: Cindy Edgar Samp. Location: Residential Home Address: 1290 Kentucky Project^ PS / Sampling Point: 'f 7^ / /) Collection Date: March 2 Collection Time: Report Format: Standard Report FAX Report to: Verbal Results cc:Mail Results to: Other: Reagent Water ^Drinking Water |Ground Water j Turn-Around-Time Requested: 21-day TAT 1 14-day TAT 7-day TAT | 2-day TAT Same day TAT Matrix Type: (Surface Water Wastewater 1 Sludge 1___ Sample Description: |||Grab j__ (Composite/Flow Proportional | Composite/Time Weighted 1 Soil Hazardous Waste [Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 COD-W14 Color - W15 Conductivity - W16 Cyanide (amenable) - W17 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Held Analyses: WETCHEMISTRY 1 Cyanide (total) -W18 ! Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 Potassium -W35 Silica - W36 Sodium - W37 DOC - W21 Sulfate - W38 Fluoride - W22 Surfactants (MBAS) - W39 Hardness (calcium) - W23 Hardness (total) - W24 Suspended Ash - W40 Suspended Solids - W41 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Magnesium - W26 TOC - W43 . Nitrate - W27 Nitrate/Nitrite - W28 Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 Total Solids - W46 Oil and Grease - W30 Turbidity - W47 Ozone -W31 pH - W32 Virgin Carbon Analysis - W48 Volatile Acids - W49 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY Volatile Solids - W50 Other: ORGANICS iColiforms-fecal - B1 Diazinon - 01 Coliforms-total - B2 Extractable Survey Search - 02 Coliphage - B3 Methane - 03 Cryptosporidium - B4 PCB's - 04 Enteroviruses - B5 PESTICIDES (EPA 608) - 05 Escherichia co/i - B6 PVOC/GRO - 06 Giardia lamb/ia - 57 THM's - 07 Heterotrophic Plate Count - B8 Total Petroleum Hydrocarbons - 08 Most Probable Number B9 VOC (EPA 601/602) - 09 PASCO - BIO Pseudomonas soo. - B! 1 Volatile Survey Search - 010 TCLP - Oil Salmonella soo. - B12 Stressed Organisms - B13 Other: -------------------- GROUPS Vibrio cholerae - B1A Anion/Cation parameters - G1 Other: BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. F030299 - CHAIN OF CUSTODY CLIENT INFORMATION Collected by/date: Mani>y Morepp 030299 Requested by: Delivered by/date: 3 - ff Samp. Location: Received by/date/^/^^r^gaar^g^ C?3<?7LFf Address: Delivered by/date:^" >'* ^ Project: Cindy Edgar_________ San Jose & Kentucky DS Received by/date: Sampling Point: Hydrant #2208 No. of containers:1 Type of containers: 250ml HDPE Collection Date: March 2, 1999__ _ Collection Time: Preservative used: 4C Report Format: Standard Report FAX Report to: Verbal Results cc:Mail Results to: Other: |Reagent Water Drinking Water Ground Water ! Turn-Around-Time Requested: 21-day TAT 1 i 14-dav TAT i___| 7-day TAT j__ j 2-day TAT j | Same day TAT Matrix Type: i [Surface Water j [Wastewater i iSludge [ Sample Description: Grab 1 Composite/Flow Proportional F Composite/Time Weighted 1 j i SOil i1---- Hazardous Other: Waste ANALYSIS REQUESTED 1---Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 C0D-W14 Color - W15 Conductivity - W16 Cyanide (amenable) - W17 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY Cyanide (total) -W18 Potassium -W35 Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 Silica - W36 Sodium - W37 DOC - W21 Sulfate - W38 Fluoride - W22 Surfactants (MBAS) - W39 Hardness (calcium) - W23 E Hardness (total) - W24 Hydrogen Sulfide - W25 Magnesium - W26 Suspended Ash - W40 Suspended Solids - W41 Temperature Rise (lime) - W42 TOC - W43 . Nitrate - W27 Nitrate/Nitrite - W28 Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 Total Solids - W46 Oil and Grease - W30 Turbidity - W47 Ozone -W31 -- pH - W32 Virgin Carbon Analysis - W48 Volatile Acids - W49 Phosphate-ortho - W33 Volatile Solids - W50 Phosphorus-total - W34 MICROBIOLOGY Other: ORGANICS Coliforms-fecal - B1 Diazinon - 01 Coliforms-total - B2 Extractable Survey Search - 02 Coliphage B3 Methane - 03 Cryptosporidium - B4 PCB's - 04 Enteroviruses - B5 PESTICIDES (EPA 608) - 05 Escherichia coli - B6 PVOC/GRO - 06 Giardia lamblia - B7 THM's - 07 Heterotrophic Plate Count - B8 Total Petroleum Hydrocarbons - 08 Most Probable Number - B9 VOC (EPA 601/602) - 09 PASCO - BIO Volatile Survey Search - 010 Pseudomonas soo. - Bit -- Salmonella soo. - BJ2 H Stressed Organisms - B13 Vibrio cholerae - B14 TCLP - Oil Other: -------------------- GROUPS Anion/Cation parameters - G1 Other: BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 ' . w : : l. Lime Analyses - G6 Salts - G7 ; | CHAIN OF CUSTODY RECORD LABORATORY No. F030299 - fc Qj CHAIN OF CUSTODY Collected by/date: Myny Mprsno 030299______ Delivered by/date;^^# Mfa&f / -?9 Received by/date Delivered by/date: Received by/date:______________________________ No. of containers:______________ 1_______________ Type of containers:_____ 250ml HDPE__________________ Preservative used: 4C CLIENT INFORMATION Requested by: Cindy Edgar_____________ Samp. Location: Community College______ Address: 919 Hunter______________ Project: PS Sampling Point: Drinking Fountain by Gym Collection Date: March 2, 1999 Collection Time: X-P- ^ ^"" Report Format: Standard Report FAX ReDort to: Verbal Results cc:Mail Results to: Other: ~l Reagent Water HDrinkina Water TMGround Water ' Turn-Around-Time Requested: 21-day TAT 1 14-day TAT i ._i 7-day TAT 2-day TAT 1 Same day TAT Matrix Type: Surface Water ini Wastewater : Sludge 1 Sample Description: |Grab 1 1 Composite/Flow Proportional i Composite/Time Weighted 1 | |__ Soil |__ j Hazardous Waste 1 ! Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 C0D-W14 Color - W15 Conductivity - W16 Cyanide (amenable) - W17 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY iCyanide (total) -W18 1 Cyanide (week and dissociable) - W19 1 Diluted Conductivity - W20 Potassium -W35 Silica - W36 Sodium - W37 DOC - W21 Sulfate - W38 1 Fluoride - W22 Surfactants (MBAS) - W39 -- Hardness (calcium) - W23 ' Hardness (total) - W24 Suspended Ash - W40 Suspended Solids - W41 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Magnesium - W26 TOC - W43 , Nitrate - W27 Nitrate/Nitrite - W28 Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 Total Solids - W46 Oil and Grease - W30 Turbidity - W47 Ozone -W31 Virgin Carbon Analysis - W48 pH - W32 Volatile Acids - W49 Phosphate-ortho - W33 Volatile Solids - W50 Phosphorus-total W34 MICROBIOLOGY Other: ORGANICS Coliforms-fecal - B1 Diazinon - 01 Coliforms-total - B2 Extractable Survey Search - 02 Coliphage - B3 Cryptosporidium - B4 Methane - 03 PCB's - 04 Enteroviruses - B5 Escherichia coli - B6 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 Giardia lamblia - B7 THM's - 07 Heterotrophic Plate Count - B8 Total Petroleum Hydrocarbons - 08 Most Probable Number - B9 VOC (EPA 601/602) - 09 PASCO - BIO Pseudomonas sop. -B11 Salmonella spp. - B12 Stressed Organisms - B13 Vibrio cholerae - B14 Volatile Survey Search - 010 TCLP- Oil r- Other: GROUPS Anion/Cation parameters - G1 Other: BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 -- - ........................... ' :-- - .-- Lime Analyses - G6 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. F030299 ~7C& CHAIN OF CUSTODY Collected by/date: Mjmpy Moreno 030299 Delivered by/date: Received by/date: Delivered by/date: Received by/date: No. of containers: Type of containers: 250ml HDPE Preservative used: 4C CLIENT INFORMATION Requested by: Cindy Edgar______ Samp. Lqcation: Address: 919 Hunter Project: DS Sampling Point: Hydrant #4506 Collection Date: March 2. 1999 Collection Time: Report Format: Standard Report FAX Report to:__________ Verbal Results cc:Mail Results to: Other: Reagent Water Drinkina Water | Ground Water Turn-Around-Time Requested: 21-day TAT I | 14-day TAT j | 7-day TAT i___| 2-day TAT Matrix Type: Surface Water Wastewater Sludge Sample Description: |Grab J Composite/Flow Proportional !Composite/Time Weighted ,Soil i Hazardous Waste [Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite-W13 C0D-W14 Color-W15 Conductivity - W16 Cyanide (amenable) - W17 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: -- WETCHEMISTRY Cyanide (total) -W18 ; Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 DOC - W21 Fluoride - W22 Hardness (calcium) - W23 Hardness (total) - W24 Hydrogen Sulfide - W25 Magnesium - W26 Nitrate - W27 Nitrate/Nitrite - W28 > Nitric Acid (specific gravity) - W29 Oil and Grease - W30 Ozone -W31 pH - W32 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY Coliforms-fecal - B1 Coliforms-total - B2 Coliphage - B3 Cryptosporidium - B4 Enteroviruses - B5 Escherichia coli - B6 Giardia lamblia - B7 Heterotrophic Plate Count - B8 1 Most Probable Number - B9 ^ PASCO - BIO Pseudomonas sdd. - Bit Salmonella sod. - B12 Stressed Organisms - B13 Vibrio cholerae - B14 Other: - ------ -- r-- - . - -- . -- -- ^ --* - -- *' ' ' l .' ' ' ' * ; - . - ' * Potassium -W35 Silica - W36 Sodium - W37 Sulfate - W38 Surfactants (MBAS) - W39 Suspended Ash - W40 Suspended Solids - W41 Temperature Rise (lime) - W42 TOC - W43 . Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Total Solids - W46 Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Volatile Solids - W50 Other: ORGANICS Diazinon -01 Extractable Survey Search - 02 Methane - 03 PCB's - 04 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/602) - 09 Volatile Survey Search - 010 TCLP-Oil Other: GROUPS Anion/Cation parameters - G1 BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 , | j j j ! 1 ' ! i ! j ! ! CHAIN OF CUSTODY RECORD 7LABORATORY No. F030299 - / CHAIN OF CUSTODY Collected by/date: Delivered by/date: Received by/date: Delivered by/date: Received by/date: No. of containers:______________ i_ Type of containers: 250ml HOPE Preservative used: 4c CLIENT INFORMATION Requested by: Cindy Edgar______ Samp. Location: Residential Home Address: 10701 Sugarland Project: Sampling Point: Collection Date: PS Outside Faucet March 2, 1999_____ Collection Time: JL- Report Format: Standard Report FAX Report to:__________ jI Verbal Results I cc:Mail Results to: Other: Reagent Water ^Drinking Water | |Ground Water Turn-Around-Time Requested: 21-day TAT 14-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: Surface Water Wastewater Sludge 1 Sample Description: | Grab i I Composite/Flow Proportional r^j Composite/Time Weighted , ; Soil P~ Hazardous Waste i Other: ANALYSIS REQUESTED 1___ Alkalinity - W1 Ammonia - W2 : Biomonitoring - W3 i BOD - W4 Bromate - W5 r- Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 ___ COD-W14 Color - W15 Conductivity - W16 Cyanide (amenable) - W17 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY i Cyanide (total) -W18 Potassium -W35 Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 Silica - W36 Sodium - W37 DOC - W21 Sulfate - W38 Fluoride - W22 Surfactants (MBAS) - W39 lHardness (calcium) - W23 Hardness (total) - W24 Suspended Ash - W40 Suspended Solids - W41 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Magnesium - W26 TOC - W43 . Nitrate - W27 Total Dissolved Solids - W44 r~ Nitrate/Nitrite - W28 Total Kjeldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 -- Oil and Grease - W30 Total Solids - W46 Turbidity - W47 Ozone -W31 Virgin Carbon Analysis - W48 pH - W32 Volatile Acids - W49 Phosphate-ortho - W33 Volatile Solids - W50 Phosphorus-total - W34 MICROBIOLOGY Coliforms-fecal - B1 Other: ORGANICS Diazinon - 01 Coliforms-total - B2 Extractable Survey Search - 02 Coliphage - B3 Methane - 03 CrvDtosooridium - B4 PCB's - 04 Enteroviruses - B5 PESTICIDES (EPA 608) - 05 Escherichia coli - BS Giardia lamblia - B7 PVOC/GRO - 06 THM's - 07 Heterotrophic Plate Count - B8 Total Petroleum Hydrocarbons - 08 Most Probable Number - B9 VOC (EPA 601/602) - 09 PASCO - BIO Pseudomonas spp. -B11 Volatile Survey Search - 010 TCLP - Oil Salmonella sod. - B12 Stressed Organisms - B13 Other: -------------------- GROUPS Vibrio cholerae -B14 Anion/Cation parameters G1 Other: BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 - --- Lime Analyses - G6 Salts - G7 i CHAIN OF CUSTODY RECORD 73LABORATORY No. F030299 - - ^ CHAIN OF CUSTODY Collected by/date: Manny Moreno 030299 Delivered by/datex^^L y l S-J - Received by/dat Delivered by/date:~^ 1 Received by/date: No. of containers:1 Type of containers: 250ml HDPE Preservative used: ___ 4C ________ CLIENT INFORMATION Requested by: Cindy Edgar_____________ Samp. Location: Round Rock & Sugarland Address:___________________________ Project: PS Sampling Point: Hydrant # 4633________ Collection Date: March 2,1999___________ Collection Time: / ____________ I" Report Format: Standard Report n FAX Report to:__________ Verbal Results cc:Mail Results to: Other: Reagent Water BDrinking Water Ground Water 1 Turn-Around-Time Requested: 21-day TAT |__ 14-day TAT I 7-day TAT i 2-day TAT ; 1 Same day TAT _____________ J Matrix Type: ! : Surface Water 1 | Wastewater 1 | Sludge___________________________ Sample Description: |Grab J Composite/Flow Proportional I Composite/Time Weighted i 1 Soil QjHazardous Waste 1 I Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 COD-W14 Color - W1 5 Conductivity - W16 Cyanide (amenable) W17 -------------------- METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY __ Cyanide (total) -W18 Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 DOC - W21 _ Fluoride - W22 Hardness (calcium) - W23 I-- Hardness (total) - W24 Hydrogen Sulfide - W25 -- Magnesium - W26 Nitrate - W27 Nitrate/Nitrite - W28 Nitric Acid (specific gravity) - W29 Oil and Grease - W30 Ozone -W31 -- pH - W32 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY b Coliforms-fecal - B1 Coliforms-total - B2 Coliphage B3 Cryptosporidium - B4 Enteroviruses - B5 Escherichia coli - B6 Giardia lamblia - B7 Heterotrophic Plate Count - B8 Most Probable Number - B9 PASCO - BIO Pseudomonas sod. - B11 Salmonella sod. -B12 -- Stressed Organisms - B13 Vibrio cholerae - B14 Other: Potassium -W35 Silica - W36 Sodium - W37 Sulfate W38 Surfactants (MBAS) - W39 Suspended Ash - W40 Suspended Solids - W41 Temperature Rise (lime) - W42 TOC - W43 . Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Total Solids - W46 Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Volatile Solids - W50 Other: ORGANICS Diazinon - 01 Extractable Survey Search - 02 Methane 03 PCB's - 04 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/602) - 09 Volatile Survey Search - 010 TCLP - Oil Other: -------------------- GROUPS Anion/Cation parameters - G1 BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 March 25,1998 Continental Analytical Services Attn: Bill Balderson, Project Manager 1804 Glendale Road Salina, KS 67401 RE: TEM Asbestos Results for Samples as Shown on Table 1. EMSL Analytical Reference # DA98800. AHD Lie. # AZ0913. EPA H20 # TX - 00959. Client Project#IPTAsbestos/IP030998A Dear Sirs: The samples, provided by Continental Analytical., were analyzed following Environmental Protection Agency method 100.1 and 100.2 for asbestos structures greater than ten microns in length. Table 1 lists the sample identification number, filter area, sample volume, area analyzed, structures counts, analytical sensitivity, and the asbestos concentration for stuctures greater than ten microns in length. The current EPA guideline for compliance is 7.0 million structures per liter ( 7.0 S/L 10*6) for asbestos structures greater than ten microns in length. EMSL Analytical is accredited by the National Voluntary Laboratory Accreditation Program (NVLAP) for selected test methods for airborne asbestos fiber analysis (TEM), asbestos fiber analysis (PLM), and by the U.S.E.P.A. for analysis of asbestos in drinking water. This test report relates only to the items tested. Niether NVLAP nor EPA accreditation implies endorsement by any US. Government agency. These results are submitted pursuant to EMSL's current terms and condition of sale, including the company's standard warranty and limitation of liability provisions and no responsibility or liability is assumed for the manner in which the results are used or interpreted. Unless notified in writing to return the samples covered by this report, EMSL will store the samples for a period of thirty (30) days before discarding. A shipping and handling fee will be assessed for the return of any samples. If you have any questions, please feel free to contact David Bertolacci or myself. Very truly yours, Leslie Crisp Laboratory Director EMSL Analytical, Inc. 1801 Royal Lane, Suite 908 Dallas, TX 75229 Phone: 972-831-9725 Fax: 972-444-0884 NVLAP #200034-0 TXDOH #30-0181 EPA H20 #TX00959 1 Table 1 Asbestos Concentration for Structures > lOum in Length TEM Water Analysis EMSL Refemece # DA98800 WATER SYSTEM ID NO.: None Given Continental Analytical IPT Asbestos / IP030998A EMSL Client Filter Area Samole # Samole # (sa mm) 8001 F030998-97 1064 8002 F030998-98 1064 8003 F030998-99 1064 8004 F030998-100 1064 8005 F030998-101 1064 8006 F030998-102 1064 8007 F030998-103 1064 8008 F030998-104 1064 Volume (ml) Area Analyzed (sa mm) Structures >10um Chr Amo Analytical Sensitivity (S/L 10*6) Concentration* for Str. > lOum (S/L 10*6) 50 0.1080 70 0.1970 1.379 50 0.1080 00 0.1970 < 0.1970 50 Void - > 20% Particulate Load 50 0.1080 00 0.1970 <0.1970 50 0.1080 30 0.1970 .591 50 Void > 20% Particulate Load 50 0.1080 00 0.1970 < 0.1970 50 0.1080 30 0.1970 .591 Sample check - in time ^ 3 /10/ 98 10:00 A.M. Sample filter time : 3 /10 / 98 11:15 A.M. Fibers <10 microns : Yes * The current EPA guideline for compliance is 7.0 million structures per liter (7.0 S/L 10*6) for asbestos structures greater than 10 microns in length. Analytical Sensitivity is calculated concentration based on one structure in the area analyzed. Chr Chrysolite, Amp - Amphibole. All amphiboles were crocidolite. Authorized Signature Date: Wednesday, March 25,1998 EMSL Analytical, Inc. 1801 Royal Lane, Suite 908 Dallas, TX 75229 Phone: 972-831-9725 Fax: 972-444-0884 iWLAP #200034-0 TXDOH #30-0181 EPA H20 #TX00959 J Table 1 Asbestos Concentration for Structures > lOum in Length TEM Water Analysis EMSL Refemece # DA98800 WATER SYSTEM ID NO.: None Given Continental Analytical IPT Asbestos/IP030998A EMSL Client Filter Area Samole # Samole # (sa mm) 8009 F030998-105 1064 80010 F030998-106 1064 80011 F030998-107 1064 80012 F030998-108 1064 80013 F030998-109 1064 Volume (ml) Area Analyzed (so mm) 50 1064 50 1064 50 1064 50 1064 50 1064 Structures >10um Chr Amo Analytical Sensitivity (S/L 10*6) Concentration* forStr. > lOum (SA 10*6) 00 0.1970 < 0.1970 00 0.1970 < 0.1970 30 0.1970 .591 00 0.1970 < 0.1970 00 0.1970 <0.1970 Sample check- in time : 3 /10/ 98 10:00A.M. Sample filter time: 3/10/98 11:15 A.M. Fibers <10 microns : Yes * The current EPA guideline for compliance is 7.0 million structures per liter (7.0 S/L 10*6) for asbestos structures greater than 10 microns in length. Analytical Sensitivity is calculated concentration based on one structure in the area analyzed. Chr Chrysotile, Amp - Amphibole. All amphiboles were crocidolite. dL" Authorized Signature: Date: Wednesday, March 25,1998 ~... EMSL Analytical, Inc. 1801 Royal Lane, Suite 908 Dallas, TX 75229 Phone: 972-831-9725 Fax: 972-444-0884 NVLAP #200034-0 TXDOH #30-0181 EPA HjO #TX00959 Table t Asbestos Concentration for Structures > lOum in Length TEM Water Analysis EMSL Refemece # DA972187 WATER SYSTEM ID NO.: none given Continental Analytical Services IP072297 / IPTAF EMSL Client Filter Area Samoie # Samole # (so mm) 21871 F072297-58 1064 21872 F072297-59 1064 21873 F072297-60 1064 21874 F072297-61 1064 21875 F072297-62 1064 21876 F072297-63 1064 Area Volume Analyzed tmlt (so mm) Structures >10um __ Chr__ Amo Analytical Sensitivity (S/L 10*6) Concentration* forStr. > lOum (S/L 10*6) 50 0.1120 00 0.1900 <0.1900 50 0.1120 00 0.1900 <0.1900 50 0.1120 00 0.1900 <0.1900 50 0.1120 00 0.1900 <0.1900 50 0.1120 00 0.1900 <0.1900 50 0.1120 00 0.1900 <0.1900 Sample check - in time . 7/ 23 / 97 10:41 A.M. Sample filter time: 7 / 23 / 97 11:35 A.M. Fibers <10 microns : No * * The current EPA guideline for compliance is 7.0 million structures per liter (7.0 S/L 10*6) for asbestos structures greater than 10 microns in length. Analytical Sensitivity is calculated concentration based on one structure in the area analyzed. Chr - Chrysotile. Amp Amphibole. All amphiboles were crocidoiite. Authorized Signature Date: Monday, August 11,1997 EMSL Analytical, Inc. 1801 Royal Lane, Suite 908 Dallas, TX 75229 Phone: 972-831-9725 Fax: 972-444-0884 NVLAP #200034-0 TXDOH #30-0181 EPA HjO #TX00959 Table 1 Asbestos Concentration for Structures > lOum in Length TEM Water Analysis EMSL Refemece # DA972187 WATER SYSTEM ID NO.: none given Continental Analytical Services IP072297 / IPTAF EMSL Client Filter Area Samole # Samole # (so mm) 21877 F072297-64 1064 21878 F072297-65 1064 21879 F072297-66 1064 21880 F072297-67 1064 21881 F072297-68 1064 21882 F072297-69 1064 21883 F072297-70 1064 Volume (ml) Area Analyzed (so mm) 50 0.1120 50 0.1120 50 0.1120 50 0.1120 50 0.1120 50 0.1120 50 0.1120 Structures >10um Chr Amo Analytical Sensitivity (S/L 10*6) Concentration* forStr. > lOum (S/L 10*6) 00 0.1900 <0.1900 00 0.1900 <0.1900 00 0.1900 <0.1900 00 0.1900 <0.1900 00 0.1900 <0.1900 00 0.1900 <0.1900 00 0.1900 <0.1900 Sample check - in time : 7/23/97 10:41 A.M. Sample filter time : 7/ 23/ 97 11:41 A.M. Fibers <10 microns : No * The current EPA guideline for compliance is 7.0 million structures per liter (7.0 S/L 10*6) for asbestos structures greater than 10 microns in length. Analytical Sensitivity is calculated concentration based on one structure in the area analyzed. Chr - Chrysotile, Amp - Amphibole. All amphiboles were crocidolite. <i\)Lx Authorized Signature: Date: Monday, August 11,1997 EMSL Analytical, Inc 1801 Royal Lane, Suite 908 Dallas, TX 75229 Phone: 972-831-9725 Fax: 972-444-0884 NVLAP #200034-0 TXDOH #30-0181 EPA H,0 #TX00959 iJl CHAIN OF CUSTODY RECORD LABORATORY No. I I CHAIN O .CUSTODY Collected by/date: Delivered by/date: Received by/date: Delivered by/date: Received by/date: No. of containers: 1 Type of containers: I Q. Tslt{ Preservative used: je;d ua C* CLIENT INFORMATION Requested by: AaLn Samp. Location: (/,'Puj_________ _______________ Address: u-roo iLau'J) Aer*.d Pr~ Project: 3? P Sampling Point: D XT Tt*H_______________ Collection Date: Q T7________________ Collection Time: / 0 /S~" --~ Report Format: ' Standard Report FAX ReDort to: Verbal Results cc:Mail Results to: Other: Reagent Water Drinking Water Ground Water Turn-Around-Time Requested: 'll-day TAT 14-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: Surface Water Wastewater Sludge Sample Description: tSfab Composite/Flow Proportional Composite/Time Weighted Soil Hazardous Waste Other: ANALYSIS REQUESTED wetchEmistrY Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 Cyanide (total) -W18 Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 Potassium -W35 Silica - W36 Sodium - W37 BOD - W4 DOC - W21 Sulfate - W38 Bromate - W5 Fluoride - W22 Surfactants (MBAS) - W39 Bromide - W6 Calcium - W7 Hardness (calcium) W23 Hardness (total) - W24 Suspended Ash W40 Suspended Solids W41 Calcium Oxide - W8 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Magnesium - W26 Nitrate - W27 Nitrate/Nitrite W28 TOC - W43 Total Dissolved-Solids - W44 Total Kjeldahl Nitrogen - W45 Chlorine Residual - W12 Chlorite - W13 COD - W14 Color-W15- Nitric Acid (specific gravity) - W29 Oil and Grease W30 Ozone -W31 pH - W32 Total Solids - W46 Turbidity - W47 Virgin Carbon Analysis W48 Volatile Acids W49 Conductivity - W16 Phosphate-ortho - W33 Volatile Solids - W50 Cyanide (amenable) - W17 Phosphorus-total - W34 Other: -------------------------METALS 40 CFR Table III - Ml MICROBIOLOGY Coliforms-fecal - B1 ORGANICS Diazinon - 01 40 CFR Table IV - M2 Coliforms-total - B2 Extractable Survey Search 02 40 CFR Table V - M3 503 Sludge Regulation - M4 Coliphage - B3 Cryptosporidium - B4 Methane - 03 PCB's - 04 Hexavalent Chromium - M5 Enteroviruses - B5 PESTICIDES (EPA 608) - 05 NPDES - M6 SDWA - M7 escherichia eoli - B6 Giardia lamblia - B7 PVOC/GRO - 06 THM's - 07 TCLP M9 Heterotrophic Plate Count - 88 Total Petroleum Hydrocarbons - 08 Other: Most Probable Number - B9 VOC (EPA 601/602)-09 I----------MISCELLANEOUS PASCO-BIO Volatile Survey Search - 010 JZ Asbestos Radionuclides X-Ray Diffraction Pseudomonas soo. -B11 Salmonella sod. -B12 Stressed Organisms B13 TCLP - 011 Other: ------------------------- GROUPS------------------------ % Generator Yield Vibrio cholerae - B14 Anion/Cation parameters - G1 % Total Iron Other: BOD, COD, Color, TSS - G2 Other: BOD, COD, TSS - G3 Field Analyses: , . .. : .- . .r > .&>e?-"> - t. ` . : Chloride, Sodium, Sulfate, TDS - G4 Color, TSS G5 ... Lime Analyses * G6 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. CHAIN OF CUSTODY ^ CLIENT INFORMATION , Collected by/date Requested by: /0'//t'FrZ*J Delivered by/date:^7MW/7A / 7-^ *-9-7 Samp. Location: Cr?7**/ S^TsSl^k- Received by/date: Address: ga?/? ^/Z*Frrsr7 Delivered by/date: Project: ^r.P Received by/date: NOo. ootf containers:f a 7 Sampling Point: fltO+j/iJ /<?7)7 , ___________ uCoohllebcctiiioonn wDaaittes: --------------- Type of containers: ~ Collection Time .njpsz. Preservative used: / Report Format: tj 'Standard Report FAX ReDort to: Verbal Results cc:Mail Results to: Other: Reagent Water Drinking Water Ground Water Turn-Around-Time Requested: 21-day TAT 14-day TAT 7-day TAT 2-day TAT Same day TAT / Matrix Type: l/ Surface Water Wastewater __ 1 Sludge ANALYSIS REQUESTED S' Semple Description: Grab Composite/Flow Proportional Composite/Time Weighted Soil Hazardous Waste Other: Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOO - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Oioxide - W11 11_--_-| Chlorine Residual Chlorite - W13 - W1 2 1 COD - W14 1 Color-W15 - Conductivity - W1 6 Cyanide (amenable) - W1 7 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M6 SOWA - M7 TCLP - M9 Other: ^ MISCELLANEOUS V Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Reid Analyses: WETCHEMISTRY Cyanide (total) -W18 1---- Cyanide (week and dissociable) - W19 r- Diluted Conductivity - W20 DOC - W21 Fluoride - W22 Hardness (calcium) W23 Hardness (total) - W24 Hydrogen Sulfide - W25 Magnesium - W26 Nitrate - W27 Nitrate/Nitrite - W28 Nitric Acid (specific gravity) - W29 Oil and Grease - W30 Ozone -W31 pH - W32 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY Coliforms-fecal - B1 Coliforms-total B2 Coliphage - B3 Cryptosporidium - B4 Enteroviruses - B5 Escherichia coli - B6 Giardia lamb/ia - B7 Heterotrophic Plate Count - B8 Most Probable Number - B9 PASCO - BIO Pseudomonas soo. - B11 Salmonella sod. - B12 Stressed Organisms - B13 Vibrio cholerae - B14 Other: ' - ' .. ' - Potassium -W35 Silica - W38 Sodium - W37 Sulfate - W38 Surfactants (MBAS) - W39 Suspended Ash - W40 Suspended Solids - W41 Temperature Rise (lime) - W42 TOC - W43 Total Dissolved Solids W44 Total Kjeldahl Nitrogen - W45 Total Solids W46 Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Volatile Solids - W50 Other: ORGANICS Diazinon - 01 Extractable Survey Search 02 Methane - 03 PCB's - 04 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/802) - 09 Volatile Survey Search - 010 TCLP-Oil Other: GROUPS Anion/Cation parameters - G1 BOD. COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - GS Lime Analyses - G6 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. pan M-n-ko yS Report Format: Standard Report FAX ReDort to: Verbal Results cc:Mail Results to: Other: Reagent Water Drinking Water Ground Water 1 Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 COD - W14 Color - W1 5 Conductivity - W1 6 Cyanide (amenable) - W1 7 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium M5 NPDES - M6 SDWA - M7 TCLP - M9 Othpr: / MISCELLANEOUS 'Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyees:: ' ;' - .. . , ,' J .. -...'I,.- 'i Turn-Around-Time Requested: 21-day TAT 14-day TAT 7-day TAT 2-day TAT Same dey TAT Matrix Type: Surface Water Wastewater Sludge ANALYSIS REQUESTED WETCHEMISTRY Cyanide (total) -W18 Cyanide (week and dissociable) - W1 9 Diluted Conductivity - W20 DOC - W21 Fluoride - W22 Hardness (celcium) - W23 Hardness (total) - W24 Hydrogen Sulfide - W25 Magnesium - W26 Nitrate - W27 Nitrate/Nitrite - W28 Nitric Acid (specific gravity) - W29 Oil and Grease - W30 Ozone -W31 pH - W32 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY Coliforms-fecal - B1 Coliforms-total - B2 Coliphage 83 Crvotosooridium - B4 Enteroviruses - B5 Escherichia coli - BS Giardia lamblia - B7 Heterotrophic Plate Count - B8 Most Probable Number - B9 PASCO - BIO Pseudomonas son. - 811 Salmonella son. - B12 Stressed Organisms - B13 Vibrio cholerae - B14 Other: Semple Deaeription: Grab Composite/Flow Proportional Composite/Time Weighted Soil Hazardous Waste Other: Potassium -W35 Silica - W36 Sodium - W37 Sulfate - W38 Surfactants (MBAS) - W39 Suspended Ash - W40 Suspended Solids - W41 Temperature Riije (lime) W42 TOC - W43 Total Dissolved Solids - W44 Total Kjeldahl Nitrogen W45 Total Solids - W46 Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Volatile Solids W50 Other: ORGANICS Diazinon - 01 Extractable Survey Search - 02 Methane - 03 PCB's - 04 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/602) - 09 Volatile Survey Search - 010 TCLP - Oil Other: GROUPS Anion/Cation parameters G1 BOD. COD. Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. 7 9 7~4>/ CHAIN OF CUSTODY Collected bv/date: Delivered bv/date ^ CLIENT INFORMATION s'lS Requested by: {$/#///*? ~7 - 97 Samp. Location: k&estS Received by/date: Address:_ Delivered by/date: Received by/date:___________________________ Project: __t- / Sampling Point: 7^6$: No. of containers: __ / ^ , . Collection Date:______^ 7 Type of containers: / Collection Time: ; ~7P^fy Preservative used:_______________________ _ / Report Format: 7 Standard Report FAX Reoort to: Verbal Results cc:Mail Results to: Other: Reagent Water Drinking Weter Ground Water Tum-Around-Tima Requested: 21-day TAT 14-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: Surface Water Wastewater Sludge Sample Description: 'Grab Composite/Flow Proportional Composite/Time Weighted Soil Hazardous Waste Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 M i-- Chlorite - W13 COD - W14 Color-W1 5. Conductivity - W16 Cyanide (amenable) - W1 7 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M8 SOWA - M7 TCLP - M9 Other: f MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY Cyanide (total) -W18 Potassium -W35 Cyanide (week and dissociable) - W1 9 Silica - W36 Diluted Conductivity - W20 Sodium - W37 DOC - W21 Sulfate - W38 Fluoride - W22 Surfactants (MBAS) - W39 Hardness (calcium) W23 Hardness (total) - W24 Suspended Ash - W40 Suspended Solids - W41 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Magnesium - W26 TOC - W43 Nitrate - W27 Total Dissolved> Solids - W44 Nitrate/Nitrite - W28 Total Kjeldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 Total Solids - W46 Oil and Grease W30 Turbidity - W47 Ozone -W31 Virgin Carbon Analysis - W48 pH - W32 Volatile Acids - W49 Phosphate-ortho - W33 Volatile Solids - W50 Phosphorus-total - W34 MICROBIOLOGY Other: ORGANICS Coliforms-fecal - B1 Diazinon - 01 Coliforms-total - B2 Coliphage - B3 Crvatosooridium - B4 Extractable Survey Search - 02 Methane - 03 PCB's - 04 Enteroviruses - B5 PESTICIDES (EPA 808) - 05 Escherichia soli - BS Giardia lamb/ia - B 7 PVOC/GRO - 06 THM's - 07 Heterotrophic Plate Count - B8 Total Petroleum Hydrocarbons - 08 Most Probable Number - B9 VOC (EPA 601/602) - 09 PASCO - BIO Volatile Survey Search - 010 Pseudomonas soo. - B11 TCLP - Oil Salmonella spp. - B12 Stressed Organisms - B13 Other: --------------------GROUPS-------------------- Vibrio cholerae - B14 Anion/Cation parameters - G1 Other: BOD, COD, Color, TSS - G2 BOO, COD, TSS - G3 . ; Chloride, Sodium, Sulfate, TOS - G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. FOO ^7- /a P~~ CHAIN OF CUSTODY CLIENT INFORMATION Collected by/date: Requested by: Delivered by/date:. Received by/date: Delivered by/date: Samp. Location:" /Pen rf/Q-'f Address: <=?&&( k/f/sSrOc//L^' Project: ^ZT ,, ~~ Received by/date: Sampling Point: at/f-sifff? T74uL&T<r~' No. of containers: Collection Date: - *7 ~7 Type of containers:. Collection Time: & '7 Preservative used: v'' Report Format: b ''Standard Report Turn-Around-Time Requested: 21-day TAT -------------------------------------------------^ Sample Description: Grab FAX Report to: 14-day TAT Composite/Flow Proportional Verbal Results cc:Mail Results to: Other: 7-day TAT 2-day TAT Same day TAT Matrix Type: Composite/Time Weighted ppigent Water ul Drinking Water Ground Water Surface Water | Wastewater i Sludge Soil Hazardous Waste Other: ANALYSIS REQUESTED 1 [Alkalinity - W1 i | Ammonia - W2 1 I Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W8 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 1__ Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W1 3 COD - W14 Color - W15 Conductivity - W16 l Cyanide (ameneble) - W1 7 METALS 40 CFR Table III Ml 40 CFR Table IV - M2 40 CFR Table V - M3 S03 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - MB SDWA - M7 TCLP - M9 Ot>df: / MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Reid Analyses: WETCHEMISTRY d Cyanide (total) -W18 Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 DOC - W21 Fluoride - W22 Hardness (calcium) - W23 Hardness (total) - W24 i Hydrogen Sulfide - W25 " Magnesium - W26 Nitrate - W27 Nitrate/Nitrite - W28 Nitric Acid (specific gravity) - W29 i Oil and Grease - W30 Ozone -W31 pH - W32 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY Coliforms-fecal - B1 Coliforms-total - B2 Coliphage - 83 Cryptosporidium - B4 Enteroviruses - BS Escherichia coii - BE Giardia lamblia - B7 Heterotrophic Plate Count - B8 Most Probable Number - 89 PASCO-BIO Pseudomonas soo. - Bit Salmonella spo. - B12 Stressed Organisms - B13 vihrio choleras - 5/4 Other: . . ,r':. " i"`-d " Potassium -W35 Silica - W38 Sodium - W37 Sulfate - W38 Surfactants (MBAS) - W39 Suspended Ash - W40 Suspended Solids - W41 Temperature Rise (lime) - W42 TOC - W43 Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Total Solids - W4S Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Volatile Solids - W50 Other: ORGANICS Diazinon - 01 Extractable Survey Search - 02 Methane 03 PCB's - 04 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/802) - 09 Volatile Survey Search - 010 TCLP-Oil Other: GROUPS Anion/Cation parameters - G1 BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. 11 --(A CHAIN OF CUSTODY ^ CLIEUI INFORMATION Collected by/date: /Dfancf J* Requested by: &4~///cTL<J Delivered by/date: ..................vZ 7 Samp. Location^ Received by/date: Address: J&>0 / /7lr'55s>tc/t/ Delivered by/date: ____________________ Project^ Received by/date: ____________________ Sampling Point:_ No. of containers: ____________________ Collection Date:_ 7- 2^2-- ^-7 Type of containers: Collection Time: Preservative used: / Report Format: / Standard Report FAX Reoort to: Verbal Result* cc:Mail Results to: Other: Reagent Water Drinking Water 1 Ground Water Turn-Around-Tim# Requested: 21 -day TAT 14-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: Surface Water Wastewater __ Sludge ANALYSIS REQUESTED Sample Description: O' Ijrab Composite/Flow Proportional Composite/Time Weighted ISoil i Hazardous Waste 1 Other: Alkalinity - W1 Ammonia W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W0 i" Calcium - W7 Calcium Oxide - W8 F= Chlorate -W9 Chloride - W10 p Chlorine Dioxide - W11 Chlorine Residual - W1 2 t Chlorite - W1 3 ir-- COD - W14 Color-W1 5. Conductivity - W16 Cyanide (amenable) - W1 7 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium M5 NPDES - MB SDWA - M7 TCLP - M9 pther: t MISCELLANEOUS si Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY Cyanide (total) -W18 Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 DOC - W21 Fluoride - W22 Hardness (calcium) - W23 Hardness (total) - W24 Hydrogen Sulfide - W25 Magnesium - W26 Nitrate - W27 Nitrate/Nitrite - W28 Nitric Acid (specific gravity) - W29 Oil and Grease - W30 Ozone -W31 pH - W32 Phosphete-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY Coliforms-fecal - B1 Coliforms-total - B2 Coliphage - B3 Cryptosporidium - 84 Enteroviruses - B5 Escherichia coii - 86 Giardia lamblia - 87 Heterotrophic Plate Count - B8 Most Probable Number - B9 PASCO - BIO Pseudomonas soo. -811 Salmonella sop. - 812 Stressed Organisms - B13 Vibrio cholerae -814 Other: Potassium -W35 Silica - W38 Sodium - W37 Sulfate - W38 Surfactants (MBAS) - W39 Suspended Ash - W40 Suspended Solids - W41 Temperature Rise (lime) - W42 TOC - W43 Total Dissolved Solids - W44 Total Kjeldahl Nitrogen - W45 Total Solids - W48 Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Volatile Solids - W50 Other: Organics Diazinon - 01 Extractable Survey Search - 02 Methane - 03 PC8's - 04 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/602) - 09 Volatile Survey Search - 010 TCLP-011 Other: CrOupS Anion/Cation parameters - G1 BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. CHAIN OF CUSTODuYt Collected by/date: Delivered by/date: Received by/date: 'jf / ' Delivered by/date: Received by/date: No. of containers: Type of containers: Preservative used: 7-v^ ~ CLIENT INFORMATION ^ Requested by: Samp. Location: Address: Project: Sampling Point: x j0?/`SXat/As '4b0O - fo&farn ifi U /D/Z/yrr? /&>/& Collection Date: Collection Time: aFas-J. 71.--------__-_-_-__-_ / Report Formet: ' Standard Report FAX ReDort to: Verbal Results cc:Mail Results to: Other: b Rqfigent Water Drinking Water Ground Water Turn-Around-Time Requested: 21-day TAT 1 4-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: Surface Water Wastewater Sludge Sample Description: Grab Composite/Flow Proportional Composite/Time Weighted Soil Hazardous Waste Other: ANALYSIS REQUESTED Alkalinity - W1 1H Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W1 0 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W1 3 COD - W14 , Color - W15 Conductivity - W16 Cyanide (amenable) - W1 7 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M8 SDWA - M7 TCLP - M9 Otfjer: s MISCELLANEOUS [7 Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY Cyanide (total) -W18 Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 DOC - W21 Fluoride - W22 Hardness (calcium) - W23 Hardness (total) - W24 Hydrogen Sulfide - W25 Magnesiuhn - W26 Nitrate - W27 Nitrate/Nitrite - W28 Nitric Acid (specific gravity) - W29 Oil and Grease W30 Ozone -W31 pH - W32 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY 1 Coliforms-fecal - B1 Coliforms-total - B2 Coliphage B3 Cryptosporidium - B4 Enteroviruses B5 Escherichia coli - B6 Giardia lamb/ia - 37 Heterotrophic Plate Count - B8 Most Probable Number - B9 PASCO - BIO Pseudomonas soo. - B11 Salmonella spp. - B12 Stressed Organisms - B13 Vibrio, cholerae - B14 Other: Potassium -W35 Silica - W36 Sodium - W37 Sulfate - W38 Surfactants (MBAS) - W39 Suspended Ash - W40 Suspended Solids - W41 Temperature Rise (lime) - W42 TOC - W43 Total Dissolvea* Solids - W44 Total Kjeldahl Nitrogen - W45 Total Solids - W46 Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Volatile Solids - W50 Other: ORGANICS Diazinon - 01 Extractable Survey Search - 02 Methane 03 PCB's - 04 PESTICIDES (EPA 808) - 05 PVOC/GRO - 08 . THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 801/602) - 09 Volatile Survey Search - 010 TCLP - Oil Other: GROUPS Anion/Cation parameters - G1 BOD, COD. Color, TSS - G2 BOD. COD. TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts G7 CHAIN OF CUSTODY RECORD LABORATORY No. Vcn}3n- (os' CHAIN OF CUSTODY Collected by/date: fl/l/hiAu Delivered by/date: A/klfJf Received by/date; Delivered by/date: Received by/date: No. of containers: Type of containers: Preservative used: CLIENT INFORMATION Requested by: 7-3 J -*9 7 Samp. Location: fidjfS^cQti UtIwT Address: KK7},t&(&L UsProject: Sampling Point: a*r7 5 t~h/(Z-- Collection Date: -2 Collection Time: y Report Format: 'Standard Report FAX Report to: Verbal Results cc:Mail Results to: Other: Reagent Water drinking Water Ground Water Turn-Around-Time Requested: 21-day TAT 14-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: Surface Water Wastewater Sludge s Sample Description: 'Grab Composite/Flow Proportional Composite/Time Weighted Soil Hazardous Waste Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOO - W4 Bromate - W5 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride-W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 COD - W14 r Color-W1 5 [~ Conductivity - W1 6 ii-- Cyanide (amenable) - W1 METALS 7 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation M4 Hexavalent Chromium - M5 NPDES - MS SDWA - M7 TCLP - M9 Other: y MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY r~ Cyanide (total) -W18 f= Potassium -W35 Cyanide (week and dissociable) - W1 9 | Silica - W36 Diluted Conductivity - W20 Sodium - W37 DOC - W21 Sulfate - W38 Fluoride - W22 Surfactants (MBAS) - W39 Hardness (calcium) - W23 Hardness (total) W24 Suspended Ash - W40 Suspended Solids - W41 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Magnesium - W2S TOC - W43 Nitrate - W27 Total Dissolved Solids - W44 Nitrate/Nitrite - W28 Total Kjeldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 Total Solids - W48 Oil and Grease - W30 Turbidity - W47 Ozone -W31 Virgin Carbon Analysis W48 pH - W32 Volatile Acids - W49 Phosphate-ortho - W33 Volatile Solids - W50 Phosphorus-total - W34 Other: MICROBIOLOGY Coliforms-fecal - B1 ORGANICS Diazinon - 01 Coliforms-total - B2 Extractable Survey Search - 02 Coliphage - B3 Methane - 03 Cnjotasq(iridium - B4 PCB's - 04 Enteroviruses - B5 PESTICIDES (EPA 808) - 05 Escherichia co/i - 86 PVOC/GRO - 08 Ciardia lamtlie -.7 Heterotrophic Plate Count - B8 Most Probable Number - B9 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/802) - 09 PASCO - BIO Pseudomonas sop. - B1 Salmonella sap. -.B12 Stressed Organisms - B13 Volatile Survey Search - 010 TCLP - Oil Other: ------------------ groups----------------------- Vibrio ct\Q[erae - B14 Anion/Cation parameters - G1 Other: BOD, COD, Color, TSS - G2 BOD. COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - GO Salts - G7 CHAIN OF CUSTODY RECORD PolLABORATORY No. 60 CHAIN OF CUSTODY Collected by/date: Delivered by/date Received by/date: ' Delivered by/date: Received by/date: No. of containers: Type of containers: Preservative used: __ CLIENT INFORMATION Requested by:_ d2-cJ 7- i3-^7 Samp. Location:^?/#?-? rZ->iTl/ Address:; / Project: Sampling Point:_ Collection Date: Collection Time: / Report Format: standard Report FAX ReDort to: Verbal Results cc:Mail Results to: Other: Rfeagent Water X Drinking Water 1-- Ground Water Turn-Around-Time Requested: 21-day TAT 1 4-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: Surface Water Wastewater Sludge Sample Description: Grab Composite/Flow Proportional Composite/Time Weighted Soil Hazardous Waste Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W8 Calcium - W7 i Calcium Oxide - W8 l"1 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W1 2 Chlorite - W13 COD - W14 Color-W1 5 1-- Conductivity - W16 Cyanide (amenable) - W1 7 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M8 SOWA - M7 TCLP - M9 Otl>er: X MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY Cyanide (total) -W18 Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 DOC - W21 Fluoride - W22 Hardness (calcium) - W23 Hardness (total) - W24 Hydrogen Sulfide - W25 Magnesium - W26 Nitrate - W27 Nitrate/Nitrite - W28 Nitric Acid (specific gravity) - W29 Oil and Grease - W30 Ozone -W31 pH - W32 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY Coliforms-fecal - B1 Coliforms-total - B2 Coliphage 83 Cryptosporidium - B4 Enteroviruses B5 Escherichia coli - AS Giardia lamblia - 87 Heterotrophic Plate Count - B8 Most Probable Number - B9 PASCO - BIO Pseudomonas soo.- Btl Salmonella soo. - B12 Stressed Orgenisms - B13 Vibrio cholerae B14 Other: - ...........- j; . '. ` ' ;, ' ; . Potassium -W35 Silica - W36 Sodium - W37 Sulfate - W38 Surfactants (MBAS) - W39 Suspended Ash W40 Suspended Solids - W41 Temperature Rise (lime) - W42 TOC - W43 Total Dissolved.Solids - W44 Total Kjeldahl Nitrogen - W45 Total Solids W46 Turbidity - W47 Virgin Carbon Analysis - W48 Volatile Acids - W49 Volatile Solids - W50 Other: ORGANICS Diazinon -01 Extractable Survey Search - 02 Methane - 03 PCB's - 04 PESTICIDES (EPA 808) - 05 PVOC/GRO - 08 THM's - 07 Totel Petroleum Hydrocarbons - 08 VOC (EPA 801/802) - 09 Volatile Survey Search 010 TCLP-Oil Other: GROUPS Anion/Cation parameters - G1 BOD, COD. Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G8 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. frfj/?&9'i7-6>7 CHAIN OF CUSTODY Collected bv/date: /yiC/Ct-fci Delivered by/date: Received by/date: Delivered by/date: Received by/date: No. of containers: Type of containers: Preservative used: ^ CLIEPjJJN/ORMATION, ^ j sAs Requested by: Samp. Location: 7- Address: '-Vh ----- Prrroojejeccxt:: h' ,, / Sampling Point: >rU'AC*<r'4 ~nHtA mr/S Collection Date: '"7~ 4 y . VY Collection Time: 6? 9"0 ST"" ' Report Format: M'^sSttaandard Report FAX Report to:_________ H Verbal Results cc:Mail Results to:_ Other: ]flctient Water ^nhdrrininUkinnng Water Ground Water Turn-Around-Time Requested: 21 -day TAT 1 4-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: Surface Water Wastewater Sludge __________ Sample Description: Grab Composite/Flow Proportional Composite/Time Weighted nsoii Hazardous Waste Other: / ANALYSIS REQUESTED Alkalinity - W1 1 Ammonia - W2 1 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W0 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W12 Chlorite - W13 COD - W14 Color-W1 51 Conductivity - W1 0 Cyanide (amenable) - W17 METALS 1-- 40 40 CFR CFR Table Table III IV - Ml M2 : 40 CFR Table V - M3 503 Sludge Regulation - M4 Hexavalent Chromium - M5 NPDES - M0 SDWA - M7 TCLP - M9 Otljdr: / MISCELLANEOUS V-/ Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: WETCHEMISTRY Cyanide (total) -W18 Potassium -W35 Cyanide (week and dissociable) W19 Diluted Conductivity - W20 Silica - W36 Sodium - W37 j DOC - W21 Sulfate - W38 Fluoride - W22 Surfactants (MBAS) - W39 Hardness (calcium) - W23 Suspended Ash - W40 Hardness (total) - W24 Suspended Solids - W41 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Magnesium - W20 TOC - W43 Nitrate - W27 Nitrate/Nitrite - W28 Total Dissolved Solids - W44 Total Kjeldahl Nitrogen W45 Nitric Acid (specific gravity) - W29 Total Solids - W40 Oil and Grease W30 Turbidity - W47 Ozone -W31 Virgin Carbon Analysis W48 pH - W32 Volatile Acids - W49 Phosphate-ortho - W33 Volatile Solids W50 Phosphorus-total - W34 Other: MICROBIOLOGY Coliforms-fecal B1 ORGANICS Diazinon - 01 Coliforms-total - 82 Extractable Survey Search - 02 Coliphage - B3 Methane - 03 Cryptosporidium - B4 PCB's - 04 Enteroviruses B5 Escherichia coli - B6 PESTICIDES (EPA 008) - 05 PVOC/GRO - 00 Giardia lamblia :.B1. THM's - 07 Heterotrophic Plate Count - B8 Total Petroleum Hydrocarbons - 08 Most Probable Number - B9 VOC (EPA 001/002) -09 PASCO - BIO Pseudomonas soo. - Bll Volatile Survey Search - 010 TCLP - Oil Salmonella sod - BL2 Other: Stressed Organisms - B13 ---------------------GROUPS--------------------- Vibrio cholerae - B14 Anion/Cation parameters - G1 Other: BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 -fiV: v Color, TSS G5 Lime Analyses - G0 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. CHAIN OF CUSTO Collected by/date: Delivered by/date: Received by/date: Delivered by/date: Received by/date: No. of containers: Type of containers: Preservative used: 77 CLIENT INFORMATION Requested by: *^^4/ {(feyts______ Samp. Location: Ofryj/tt*nth* &r/fcnftT Address: 9V Q A/i, /xfTfTL' Project: Sampling Point: TjTI jt? . T~ -^= V * . Collection Date:~7 Collection Time: /*> *9/ 75 Raport Format: Standard Raport FAX Report to: Verbal Reaulte cc:Mail Results to: Other: Reagent Water drinking Water Ground Water Turn-Around-Time Requested: 21-day TAT 14-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: Surface Water Wastewater rl Sludge Sample Description: Grab Composite/Fiow Proportional Composite/Time Weighted Soil Hazardous Waste Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 Bromide - W8 Calcium - W7 1 Calcium Oxide - W8 f- 1 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W1 2 Chlorite - W13 COD - W14 Color - W1 5* Conductivity - W1 6 Cyanide (amenable) -W17 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation M4 Hexavalent Chromium - M5 NPDES - MS SDWA - M7 TCU> - M9 OtJw: / MISCELLANEOUS V Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Reid Anelyaea: WETCHEMISTRY Cyanide (total) -W18 Potassium -W35 Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 Silica - W36 Sodium - W37 DOC - W21 Sulfate - W38 Fluoride - W22 Surfactants (MBAS) - W39 Hardness (calcium) - W23 Suspended Ash - W40 Hardness (total) - W24 Suspended Solids - W41 Hydrogen Sulfide - W25 Temperature Rise (lime) - W42 Magnesium - W26 TOC - W43 Nitrate - W27 Total Dissolved Solids - W44 Nitrate/Nitrite - W28 Total Kjeldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 Total Solids - W4S Oil and Grease - W30 Turbidity - W47 Ozone -W31 Virgin Carbon Analysis - W48 pH - W32 Volatile Acids W49 Phosphate-ortho - W33 Volatile Solids - W50 Phosphorus-total - W34 Other: MICROBIOLOGY UKGANICS Coli forms-fecal - B1 Diazinon 01 Coliforms-total - B2 Extractable Survey Search - 02 Coliphage - B3 Methane - 03 Crvntnsnaridiurfi - PCB's - 04 Enteroviruses - B5 PESTICIDES (EPA 608) - 05 Escherichia coli BS PVOC/GRO - 08 Giardia lamblia - B7 THM's - 07 Heterotrophic Plate Count - B8 Total Petroleum Hydrocarbons 08 Most Probable Number - B9 VOC (EPA 801/602) - 09 PASCO - BIO Volatile Survey Search -010 Pseudomonas son. - B11 TCLP - Oil Salmonella sen. -B12 Stressed Organisms - B13 Other: ---------------------- GROUPS---------------------- Vibrio cholerae - B14 Anion/Cation parameters G1 Other: BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 , Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 CHAIN OF CUSTODY RECORD LABORATORY No. CHAIN OF CUSTOpY . Collected bv/date: /)1/biit4 /rfat-'A- CLIENT INFORMATION Requested by; -zb&nAJ , _______ Delivered byldaxe: Received bv/date: Delivered bv/date: -? 7 Samp. Location: y-JsE-Y to7<^~f-7 Address: tfr~TH *5Zuc)/>fL (rf~n , Project: TZ"/^ ~ Received by/date: Sampling Point: OcTt^,''>' ~T7UfL^f~T~- No. of containers: Collection Date:_ Type of containers:Collection Time:_ Preservative used: / Report Format: z Standard Report FAX Report to: Verbal Results cc:Mail Results to: Other: dSR!freningkeinngt Water Water Ground Water Turn-Around-Time Requested: 21-day TAT 14-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Typ B Surface Water Wastewater Sludge________ / Sample Description: Grab Composite/Flow Proportional Composite/Time Weighted Soil Hazardous Waste Other: ANALYSIS REQUESTED Alkalinity - W1 Ammonia - W2 Biomonitoring - W3 BOD - W4 Bromate - W5 1 Bromide - W6 Calcium - W7 Calcium Oxide - W8 Chlorate -W9 Chloride - W10 Chlorine Dioxide - W11 Chlorine Residual - W1 2 Chlorite - W13 COD - W14 Color-W15Conductivity - W1 6 Cyanide (amenable) - W1 7 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation M4 Hexavalent Chromium - M5 NPDES - MB SDWA - M7 TCLP - M9 Oth 9* / MISCELLANEOUS Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iran Other: Field Analyses: WETCHEMISTRY Cyanide (total) -W18 Cyanide (week and dissociable) - W1 9 Diluted Conductivity - W20 DOC - W21 Fluoride - W22 Hardness (calcium) - W23 Hardness (total) - W24 Hydrogen Sulfide - W25 Magnesium W26 Nitrate - W27 Nitrate/Nitrite - W28 Nitric Acid (specific gravity) - W29 Oil and Grease - W30 Ozone -W31 pH - W32 Phosphate-ortho - W33 Phosphorus-total - W34 MICROBIOLOGY Coliforms-fecal B1 Coliforms-total - B2 Coliphage - B3 Cryptosporidium -_S4 Enteroviruses - B5 Escherichia co/i - B6 Giardia lamblia B 7 Heterotrophic Plate Count - B8 Most Probable Number - B9 PASCO-BIO Pseudomonas,spp. - Btl Salmonella sop. - Bi 2 Stressed Organisms - B13 Vibrio cholerae - B14 Other: Potassium -W35 Silica - W38 Sodium - W37 Sulfate - W38 Surfactants (MBAS) W39 Suspended Ash W40 Suspended Solids - W41 Temperature Rise (limel W42 TOC - W43 Total Dissolve^ Solids - W44 Total Kjeldahl Nitrogen - W45 Total Solids W46 Turbidity - W47 Virgin Carbon Analysis W48 Volatile Acids - W49 Volatile Solids - W50 Other: ORGANICS Diazinon - 01 Extractable Survey Search 02 Methane - 03 PCB's - 04 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 THM's - 07 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/602)-09 Volatile Survey Search - 010 TCLP - Oil Other: GROUPS Anion/Cation parameters - G1 BOD. COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride. Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 i CHAIN OF CUSTODY RECORD LABORATORY No. I CHAI Collected by/date: Delivered by/date: Received by/date: Delivered by/date: Received by/date: No. of containers: Type of containers: Preservative used: / Report Format: "Standard Report FAX Reoort to: Verbal Results cc:Mail Results to: Other: Reagent Water rinking Water Ground Water Alkalinity - W1 1-- |__ Ammonia - W2 Biomonitoring - W3 i BOD - W4 1 " Bromate - W5 Bromide - W6 Calcium - W7 ! Calcium Oxide - W8 i Chlorate -W9 Chloride -W10 Chlorine Dioxide - W11 ; Chlorine Residual - W12 Chlorite - W13 i COD - W14 i__ Color - W15- i Conductivity - W18 Cyanide (amenable) - W17 \--1 METALS 40 CFR Table III - Ml 40 CFR Table IV - M2 40 CFR Table V - M3 503 Sludge Regulation M4 Hexavalent Chromium - M5 NPDES - M6 SDWA - M7 TCLP - M9 Other: / MISCELLANEOUS 'Asbestos Radionuclides X-Ray Diffraction % Generator Yield % Total Iron Other: Field Analyses: CLIENIJNF0RMATION Requested by: 'QOly ) , -?7 Samp. Location: rt/WcAZL. . __ ,r-> - Aa djdjr_e__s__s__:__ tr Project.^ ~-r-^----------------- ;-------- , " " Sampling Point:_ Hike*** f=r~j- 4b33 Collection Date:_ 7-33 -f7 ___________ Collection Time: Turn-Around-Time Requested: 21-day TAT 14-day TAT 7-day TAT 2-day TAT Same day TAT Matrix Type: Surface Water Wastewater Sludge_______ Sample Description: ""TGrab |Composite/Flow Proportional IComposite/Time Weighted Soil Hazardous Waste Other: ANALYSIS REQUESTED WETCHEMISTRY Cyanide (total) -W18 Cyanide (week and dissociable) - W19 Diluted Conductivity - W20 Potassium -W35 Silica - W36 Sodium - W37 DOC - W21 Sulfate - W38 Fluoride - W22 Surfactants (MBAS) - W39 Hardness (calcium) - W23 Hardness (total) W24 Suspended Ash - W40 Suspended Solids W41 Hydrogen Sulfide - W25 Temperature Rise (lima) - W42 Magnesium - W20 TOC - W43 Nitrate - W27 Total Dissolved, Solids - W44 Nitrate/Nitrite W28 Total Kjaldahl Nitrogen - W45 Nitric Acid (specific gravity) - W29 Total Solids - W48 Oil and Grease - W30 Ozone -W31 Turbidity - W47 Virgin Carbon Analysis - W48 pH - W32 Volatile Acids W49 Phosphate-ortho - W33 Phosphorus-total - W34 Volatile Solids - W50 Other: MICROBIOLOGY Coliforms-fecal - B1 ORGANICS Diazinon - 01 Coliforms-total - B2 Coliphage B3 Cryptosporidium B4 Extractable Survey Search 02 Methane - 03 PCB'a - 04 Enteroviruses - B5 Escherichia cali - B6 Giardia tambiia - B7 PESTICIDES (EPA 608) - 05 PVOC/GRO - 06 THM's - 07 Haterotrophic Plate Count - B8 Most Probable Number B9 Total Petroleum Hydrocarbons - 08 VOC (EPA 601/602) -09 PASCO - BIO Pseudomonas sag. - Bit Salmonella soo. - B12 Volatile Survey Search - 010 TCLP - Oil Other: Stressed Organisms - B13 Vibrio cholerae - B14 ------------------------ GROUPS----------------------Anion/Cation parameters G1 Other: BOD, COD, Color, TSS - G2 BOD, COD, TSS - G3 Chloride, Sodium, Sulfate, TDS - G4 Color, TSS - G5 Lime Analyses - G6 Salts - G7 I [M, Incorporated 443 Duane s tre e t Phone (708)790-0880 LABORATORY DATA SHEET f o r L--------------------------------------------------------- l e r i 'E I T y r i , I L S O l'JV------ Fax-------(708)790-0882 ------------WATER SAMPLES BY TEM------------ X u 0 <t Eh ws ww X w JM s< m w Qw 1-3 >* 04 Xo w OS Ow oa E-t < o (M CO 00 CO CO 00 11 o! 0 o\| 01 r*' co 00 oo p' 0) C o X 04 4J a) a) u +j w C a) >i nes rH rH 3W a c r> (V r-i TT o 3 0) i-- ro L_ o Q. t_ O uc a o <M CHAIN OF CUSTODY SAMPLE 1 AL> OGf&fO - <-/(/ Laboratory No. u / 'Z_Z___________ Collected bv/date: A*?f*-*o '*3'--' SAMPLE INFORMATION e Delivered by/date: Received by/date: Delivered by/date Received by/date: r ,* trfLJa MffliMi'. Organization: /A/fi'/Umf njfaS Address: aJ ----- Category: JA Sampling Point: <*t-- Sample Type: <eh L fsn/i/ Number ol Type of Containers Containers 'T /fa#'/?t/ ---------- f----------------- <fUst?'<L Preservative Used _gGrab -n? ___ Composite/Flow Proportional Composite/Time Weighted Collection Date:^l^_to Collection Time: /3 ? O to Remarks: V Analysis Requested:. CHAIN OF CUSTODY SAMPLE TAG .- Laboratory No. O ^ I 1 ^ " Collected bv/date: /Tit Delivered by/date: Received by/date: J'fZJt/l Delivered by/date:_ ' Received by/date:_ -*LL SAMPLE INFORMATION t-ff-Si, Requested bvX&h; fyHh 'SLt) OKr/Sec: (*hxr/<c Organization:CfluSt* f/vt'/`/Uyi/''*-*! ffrrl Address: Q/9 /4W/2T7t^ Category^- & Sampling Point: Number of Containers Type of Containers Preservative Used Sam^o Type: 4S0 ^ ___ Composite/Flow Proportional / /tr&t />l( ^<r<r ___ Composite/Time Weighted pfosb Collection Pate#-/f~ to Collection Tma-.O^Se to . &>*'/ Analysis Requested:. /^A3fz & ------------ CHAIN OF CUSTODY SAMPLE TAG Laboratory No.. (ofXtfL" 4 Collected bv/dale: /Mfl-n/t l* SAMPLE INFORMATION Delivered by/date: MaiiJ //fa/* A Received by/date^/^//^/^ etf9b Delivered by/date:______________ Requested Organization: ?* '* Address: J//9 W/iMlt. Div/Sec:^ZL C'y*/" Received by/date:______________ Category:Sampling Point: f Sample Type: fyH<e6*H- by JjyrT) Number of Type of Preservative \l/ Grab Containers Containers Used ___ Composite/Flow Proportional / /frtiO nUl ___ Composite/Time Weighted Collection Date:*^"^' % to Collection Time: 0940 to Remarks:_____________ M Analysis Requested: $ 7*7 *> CHAIN OF CUSTODY SAMKLt IAL> ^ Laboratory No. II fx/S'fM 7 Collected bv/date: /7)/bnn 4 Delivered by/date#f' Received by/date7 w Delivered by/date: ` /%'>-_._i>___J__/__ / SAMPLE INFORMATION Requested bv: 'Jonv Div/SecP Organizaliorv*A</t/- by^ Address: /TTf-f/? /foU) /<J2.AJ Received by/date:_ Category: ^ f' Sampling Point:. Sample Type: Number of Containers Type of Containers Preservative y Grab Used ___ Composite/Flow Proportional ----- T/----------- //4'2`z" V ,4 ___ Composite/Time Weighted Collection Dalto_____ Collection Time:/^'/-^ _to_ Remarks:_______ & Analysis Requested:. /hLj> h?3> CHAIN OF CUSTODY Collected bv/date:/%f/fo- Delivered by/dale^i "' ^ y Received by/date: Delivered by/date: Received by/date: SAMPLE TAG , < Laboratory No. Obi fc6/ i ~ 1 J' SAMPLE INFORMATION Requested bv:^'/^ Div/Sec {j Organization^/W^ ftfl/i A--d--d-r-e--s-s:. Calegory:_S: >sSaamplingPoint Sample Type: V fiodttes Number o( Containers / Type of Containers /yJ Preservative Used ft/Grab ___ Composite/Flow Proportional Composite/Time Weighted Collection Date: 1^7 to Collection Time: /GHt? to Remarks: f ' p.ztA Analysis Requested:. A^T3 /z?_S SAMPLE TAG CHAIN OF CUSTODY . 'X Laboratory No. /)Q V SAMPLE INFORMATION __ |: 'W//' Received by/date /-//* Requested by:^S,ko Div/Sec: ^ Organization: 9u>U- ajd t'^ryi ny-e^niTM tcrynp Address: fCcpg u*.yfc> j /Tl/$5e^U 1: Category:. ~P Samolino Point: Number of Containers 7 Type of Containers />7 r Preservative Used Sample Type: Grab /ZoJZ? ___ Composite/Flow Proportional ___ Composite/Time Weighted Collection Date: fc'/r~%to Collection Time: //l/^ to aRemarks:______ xT Analysis Requested:. \e- CHAIN OF CUSTODY Collected bv/date: tflAnnn Delivered by/date: Received by/date Delivered by/date: Received by/date: SAMPLE TAG ., , c c, , - STb Laboratory No. (jL> l o l **_________ SAMPLE INFORMATION Requested hy&h/ fUHt'trU) Div/Sec:^~-i? Organization. fW*''- ffi*//UW*-**.'**1 Address: / Category-sr P Sampling Point: At~rLl\mJ Sample Type: -Xrrv^" Number of Containers / Type of Containers /irfVMf f r/- T---^r/f <"4 ^ Preservative Used y/ Grab ___ Composite/Flow Proportional ___ Composite/Time Weighted Collection Dale?-//, %rto Collection Time: to Remarks:.. * Analysis Requested:. Ash&frS CHAIN OF CUSTj Collected by/date: /!/, Delivered by/date: 't/a/iA Received by/dale SAMPLE TAG , cl Laboratory No. QblSjr " 5 | SAMPLE INFORMATION 6/T-lt, Requested hyvwto^Ww1 '>Mt '^tf^1 DiivV/S/S<ecr^ f't-' cfm> Organization: Pu'U - jfiJt/iAsntfittrM Ctrn\ / Delivered by/date: Received by/date: Category: Sample Type: Sampling Point: -Yiftg Number of Type of Containers Containers r- i*H hJ Preservative Used rci/* U^Grab ___ Composite/Flow Proportional ____Composite/Time Weighted Collection Pate.k~l?-TL to_____ Collection Time: itMO to__ Remarks: Analysis Requested:. SAMPLE TAG ., ^. GHAIN OF CUSTOOY _ Collected by/date: /s' Delivered by/datey%42yf 'j JJL. Received by/date' ty u /tti Delivered by/date:_ r/w ~ Ob/gjf' Received by/date:_ Laboratory No. SAMPLE INFORMATION Requested by: ristM Mh'tZUJ Oiv/Sec: S' 2si> Organization: l*ssu - Gw\(j Address:_j /Z.^<P K&*iTUJL.Ly Category:--^ Sampling Point: ^ <' Sample Type: S('/V Number o( Type of Preservative y Grab Containers Containers Used ___ Composite/Flow Proportional Jf /fa* S>t/ ____Composite/Time Weighted Collection Pate:*/r~% to Collection Time:TlIcl to. Remarks:_____ CHAIN OF CUSTODY Collected by/dale: Oelivered by/date,vy^ Received by/date: 6^/ Wo- Delivered by/date:_ Received by/date: js' ' Number of Containers / Type ol Container^ Preservative Used Laboratory No. f)b ' *0 SAMPLE INFORMATION ^ P.grrasled bv: Awi*/ AAt/Sirt# Qty/Sec: rvganiralion Zfa'U- fsso uU^m-^hol Address:__________________________ . . Category:_3C_ Sampling Point:__ hUJu** <;/.- Sample Type: ___ Grab 1It/b'o+nr Sjfafle-- Composite/Flow Proportional Composite/Time Weighted Collection Dalefr-^'^ to Collection Time.to. Remarks'______ TL Analysis Requested:. SAMPLE TAG CHAIN OF CUSTODY Laboratory No Collected by/date : Oelivered by/date Received by/date: Delivered by/dale Received by/date: /rYrilrtt'frnufuius /ynieesSti.ntJ 3' SAMPLE INFORMATION 6-/9- He Requested by:SoniO Dtv/Sec: W 4b/'irt>` Organizatioann::jjvt>i/irrr'ntv+*1 Addressr:.jBui ------ i Category:. Sampling Point: k'/t>/t/biS7~ *** Number of Type of Sample Type: Preservative yr Grab &S3 Containers Containers Used ____Composile/Flow Proportional / !*** At ____Composite/Time Weighted p!d<.h ^ Collection Date^Vf- ?&to Collection rime: /V/ Remarks:____ Analysis Requested: /Q6f? S~fa -S CHAIN OF CUSTODY SAMPLE TAG __ l aboratory No.!/(? t Q< ^ ^ Collected bv/date: Ld^lAymi^ Oelivered by/datv ?${#* Received by/dale: Oelivered by/dale: " ^ Received by/dale:________ Number of Containers 1 Type of Containers r {h\oi'L^\0 ")/ SAMPLE INFORMATION L t-Jf-Tj, Requested bv:3<*t>^ Ptv/Sec: Organization: fTVtr - w4/' Address {O'Pol Preservative Used Category:Sampling Poinntl: l'is, Sample Type: j/iirab rceM~ ___ Composite/Flow Proportional ____Composite/Time Weighted Collection Dale.&'lt'Jb lo Collection Time: ll40<' to ' Remarks:________ 2E Analysis Requested: Fj&* TtP--* CHAIN OF CUSTODY Collected by/date: Oelivered by/date<^ Received by/date ^ Oelivered by/date: Received by/date: SAMPLE TAG ,,. Laboratory No f) (/ & ^ **________ SAMPLE Requestedhv- INFORMATION Div/Sec .Jzo Organization: C/*U M ------------------------- Address: //7^ ... .. Category'll^^. Sampling Point hir Sample Type: Number of Containers i Type of Containers IVEtt~ Preservative Used ~Urab ____Composile/Flow Proportional ____Composite/Time Weighted Collection Oate:P*r<?P, to Collection Time: I MS to -- gAJ- " Analysis Requested..~1 TEM, Incorporated NIST-NVLAP TEMAir Samples NIST-NVLAP Bulk Sample Analysis N10SH-PAT PCM Fiber Count AIHA-AAR PCM Analyst 1130 1130 60126-001 60126-001 443 Duane Street, Glen Ellyn, Illinois 60137 Phone (708) 790-0880 Fax (708) 790-0882 July 7, 1995 Mr. Cliff Baker Continental Analytical Services, 1804 Glendale Road Salina, Kansas 67401 Inc. Re: Asbestos in Potable Water: CAS Project #ASB062095 TEM Project 27374 Dear Mr. Baker: The attached laboratory report summarizes the results of the transmission electron microscopic analyses of the water samples submitted by your company. The samples were analyzed following procedures contained in the EPA's "Analytical Method for Determination of Asbestos Fibers in Water" by Eric J. Chatfield et. al. (EPA #100.1 600/4-83-043). Please note that to achieve an analytical sensitivity of less than or equal to 0.01 million fibers per liter (MFL) it is necessary to filter lOOmL of the original sample through a polycarbonate filter. This often results in filters that are overloaded with particulate material. Therefore, smaller volumes of filtered water are required to obtain a "readable" sample. Whenever possible our laboratory filtered 100mL's of the submitted sample. When lOOmL resulted in overloaded filter smaples, TEM, Inc. was obliged to filter 50mL, 25mL, 5mL or even lmL of the submitted sample. Obviously the reduction in filterable water reduces the analytical sensitivity (limit of detection). This report applies only to samples tested. Sincerely, T' Karen Buehler Laboratory Manager NOTE #1: Sample overloaded, even at decreased volume f ilt e r e d ( i. e . 10 mis not 100 mis) plus sample contained pieces o f f i l t e r m a te ria l. yy y CHAIN OF CUSTODY Collected bv/date: <K ft P Q (> t 9 5 V Delivered by/date: r< y? Received bv/date: ft t, J e3bi99 ^ Delivered by/date:______________________ Received by/date:______________________ Number of Containers i Type of Containers 1 Preservative Used WT\ Laboratory No. O 6 < 5 S' V' 3 SAMPLE INFORMATION Requested by: ft-* Div/Sec: S 3-& Organization: s* v . Cow Address: Category- C) Sampling Point: PJ Sample Type: t'i ^ Grab ___ Composile/Flow Proportional ___ Composite/Time Weighted Collection Dala:Qt>l?c'1 to Collection Time:j3^__lo Remarks: P> (c-n Analysis Requested N-AvtsV-o*. CHAIN OF CUSTOOY SAMPLE TAG ^ ^ Laboratory No 6 / 9 9 5" - fa 6 Collected bv/date: /)jn'nt:w JJa'/fCf//'scs/rI'tC-' j-/)/ Delivered by/date- ' /tf/jOi' /t fa/i'- Received by/date: a/. / <7 V < Delivered by/date: Received by/date: Sa/AMMi/PtrLCE IiNnFruOrRuMwAuTiIuOnN Requested by: T*}//*,c ' Div/Sec: t Organization. A o5flc frrJ} ' Address: __________________ ___________ Category:P Sampling Point: Hy>JL/r*f7~ ? Number of Containers 7 Type of Containers //<' /ft* tiblref S,f/}2? Preservative Used ___ Composite/Flow Proportional ___ Composite/Tjme Weighted Collection Date:^' m Collection Time:/vL^5~ to Remarks: fa4 ifa Analysis Requested:_ faj be-ACS' CHAIN OF CUSTODY SAMPLE TAG ^ Laboratory No. f) 6/f <f 6 - fa 7 Collected bv/date: /%** * Delivered by/date./^ Received by/dati ' Delivered by/date: Received by/date /Md/*- */e> -*> / SAMPLE INFORMATION ^ Requested byfaetfv Div/Sec. ^ ^ gfa./i6.LMS- Organization: Address: Category: Sample Type: -?&?,iSAf, '</ / Samolino Point: C'sbasj/ Number of Type of Preservative \//Grab Containers Containers . 7 --r------------ Used ___ Composite/Flow Proportional ___ Composite/Time Weighted Collection Date^ ________ Collection Time:/A? S' to Remarks: Analysis Requested:. /fasrh fa 5 CHAIN OF CUSTODY OMIVirLC I ALa Laboratory No. Of/ttS-VS Collected byv/datle: J.' SAMPLEJINNFFOORRkMATION ^ Delivered by/date: rjw/'- .4 A /f-0 ^"Requested by:-J' ^ Div/Sec: Received by/dat/r.f/<4 r Organization: Aer/tf/SS'/rc A< Delivered by/date: Address:____ Received by/date: Category: ~-/' Sampling Point: //cs.'jS'**//- / Number of Type of Sample Type: Preservative |>^Grab '&S3 Containers Containers Used ___ Composite/Flow Proportional /A d/y'iX' (.'!/& -y//3 ___ Composite/Time Weighted Collection Oate:'7?~?Slo Collection Time: / 7/-V to Remarks:_____________________ Analysis Requested: A;.b/> SAMPLE TAG ^ CHAIN OF CUSTODY _ Collected bv/date: //b/SSy //ZeSt/ss S' Laboratory No. <D C- / 9 95 SAMPLE INa. FORMaAa TIOrMN */ / ' Delivered by/date: ,/^./ / /r'-.'Requested by: %.stsr/ns &,>/r//'<//:/?'*y> Duiitvu/cSLe.c:2_f^ Received bv/date:< {//' /zZ iPS/Gf H Organization. /TfZS/}' **/>___9'/ Delivered by/date: Received by/date: A"dJdJress:______ _________________ ___________ Category- iZ f Sampling Point: //vQ Z/J-/U 7~ /Z Sample Type: Q^'S Number of Type of Preservative Containers Containers . Used 7 /#tf> if *v t' ^ <> J/Grab ___ Composite/Flow Proportional Composite/Time Weighted Collection Dale:/ Z$- 5S\g Collection Time: /o^ZS to Remarks: Analysis Requested:, ;/ CHAMIN OF CUSTODY SAMPLE TAG Laboratory No. Of/995 - 5.Q Collected by/date: Delivered by/date: Received by/date: Delivered by/date: Received by/date: /7fcV/ o--dd/ui//crHtj./** fyS/ SoAAMMPrLLEt IINNFrUOrRUMVAIATIIHOJNN _ .............. & /</- -/^Requested byJT'/V &/// c*7^ Div/Sec:--^3 / Q 4 ^Organization: PJ)& 'V< / A?/<1----- 77 Address /7/i/ (/POL rC1//-'* rL Category: ~ ^ Sampling Point: AtfPZ/nZ* tZ~ Sample Type: ^SOb Number of Containers / Type of Preservative Containers Used TmfTnJ- ----r~ C /C p/Grab ___ Composite/Flow Proportional ___ Composite/Time Weighted Collection Date/* /V~:#to Collection Time: / to Remarks:_____________________ Analysis Requested:. CHAIN OF CUSTOOY - s/OMtv>ri_c irtva Laboratory No.. 06/$ ft Collected bv/date: Delivered bv/date: I'Jfzt ?Ju ).< SAMPLE INFORMATION l $///#< / ' yftequested bvX^'-> Diy ec`SC.O Received by/date:'7^: a fit Delivered by/dale:_________________________ Received by/dale:________________________ Organization: <r-_yfo/ A* ddress:. y'n/Ass A Category Sampling Point: /JytiAjf-x// Number of Containers / Type of Containers nirV Preservative Used U- i V ' Sample Type: L^Grab ___ Composite/Flow Proportional ___ Composite/Time Weighted Collection Date. 6 /V- VS~to~ & iP Collection Time: /Sj* ci to Remarks:_____________________ Analysis Requested:. hi r> "c CHAIN OF CUSTOOY SAMPLE TAG Laboratory No. OC>t ? 9S- SZ. Collected by/date: Delivered by/date: Tlrs-TCAi' C ? O 5 SAMPLE INFORMATION /'Jt- ` /V u * '- Y Requested bv:-5~ //rg</ Div/Sec: S2-0 Received by/dale: 9 5 Organization: A- p its' \J / Sr r\ \/--Csr*^~-f / nDpefliitv/oerreordi hbyv//drlaatteA:' Received by/date / Address:!^'sTe r, -S./.<LS. Caleqory: O Sampling Point: O i<,- Sample Type: Number of Type of Preservative y^Grab Containers Containers Used ___ Composite/Flow Proportional / r---------- ___ Composite/Time Weighted Collection Date:C3C 95to Collection Time: Q/> 3 c) to Remarks:_____________________ Analysis Requested hr s Tc S SAMPLE TAG CHAIN OF CUSTODY _ Laboratory No. _________ Collected bv/date: Hfavw-< Delivered by/date:~v ok t? ^ V Received by/date: Pl ftp IT,,,> i, i <; T s' SAMPLE INFORMATION Requested hy ^ ______ Div/Sec: Organization: (Li Delivered by/date:. Received by/date: Address:! Category:_j_ Sampling Point: Sample Type: 1 ki o Number of Containers l Type of Containers Preservative Used ti/r\ v Grab ___ Composite/Flow Proportional Composite/Time Weighted Collection Oate:_iiiiii_to Collection Time: O s'1? to Remarks: cU-yl.'^U- Obi1?? V - Analysis Requested: TEM, Incorporated NIST-NVLAP TEMAir Samples NIST-NVLAP Bulk Sample Analysis NIOSH-PAT PCM Fiber Count AIHA-AAR PCM Analyst 1130 1130 60126-001 60126-001 443 Duane Street, Glen Ellyn, Illinois 60137 Phone (708) 790-0880 Fax (708) 790-0882 July 13, 1995 Ms. Doreen Simpson Continental Analytical Services, 1804 Glendale Road Salina, Kansas 67401 Inc. Re: Asbestos in Potable Water: TEM Project 27442 ASB070695 Dear Ms. Simpson: The attached laboratory report summarizes the results of the transmission electron microscopic analyses of the water samples submitted by your company. The samples were analyzed following procedures contained in the EPA's "Analytical Method for Determination of Asbestos Fibers in Water" by Eric J. Chatfield et. al. (EPA #100.1 600/4-83-043). Please note that to achieve an analytical sensitivity of less than or equal to 0.01 million fibers per liter (MFL) it is necessary to filter lOOmL of the original sample through a polycarbonate filter. This often results in filters that are overloaded with particulate material. Therefore, smaller volumes of filtered water are required to obtain a "readable" sample. Whenever possible our laboratory filtered 100mL's of the submitted sample. When lOOmL resulted in overloaded filter smaples, TEM, Inc. was obliged to filter 50mL, 25mL, 5mL or even lmL of the submitted sample. Obviously the reduction in filterable water reduces the analytical sensitivity (limit of detection). This report applies only to samples tested. Jo-l 4-t xx axs X 6h CO < Eh <a > X 0 1o ffi O fM CO CO CO 00 0o 1I oo o^ o> t" t" co co oo r- t" ca> OX Xx x(0 IT) <n m n> H <0 Q r* & x CH Eh * <p Qo X IT) o X X H D a CJ X in X Ov VO XO (N X H o th b> X Ei O X hos a2E 5o X X < CO El X X < 2 X 2 X x X D o &H t* o O n rH rH H* pH X *$ 4 * r-' r> rH o 4-> VO a) 0) tJ PM P CO c* Q) >i C rH (0 iH a3 X c m Q) V (J D CD fr O uc in <u 0 H > p <u to iH (0 0 H p r>H (c0 C < rH 0 wa 10 cp EH CO c c H 0} pc a> p 00 oa 2 tV<* n H k >3 O oo X H N n < a Eh aa w X .> Q OH < o M< X u 2 O 2 X "8 > 8 H V L. s m 4) S in u JS Contained b io lo g ic a l M a te ria l, some o f which were >50 ua in length. CHAIN OF CUSTODY omviruc 1 MO Laboratory Nn $r7C(f*?~' ______ SAMPLE INFORMATION Delivered by/date: Received by/date: Delivered by/date: Received by/date: //,;,? (~jf rno&>< O ,p ! OL'i i Requested hv^^tw Oiv/Sec:S_ Organisation- Efruj^J f -H<.OS-P Aririrass- i \~If<y?>e. \ rer-t^ l\v~J Category: f |V Sampling Point: CvT Sample Type: Number of Type of Preservative ^ Grab Containers Containers Used ___ Composite/Flow Proportional 1 1 L- -- ___ Composite/Time Weighted Collection Oate:CnOttH ^ to Collection Time: i 030 to Remarks: ____________________________ Analysis Requested: . . , ___________ Asb&te SAMPLE TAG CHAIN OF CUSTODY Collected by/date: \71ftntiu VTlvi'C^Ju J/ Delivered by/date rJjL W. Received by/date <w..- ornrtG Delivered by/date: Received by/date Laboratory No.. SAMPLE INFORMATION Requested bvsfc;/ltJ fttl!fi'fru? Oiv/Sec: ^Z- & Organization: Address:JT_ Category: Sampling Point: l4<J~ Number of Containers / Type of Containers Ivbv n\P '^ik!'(V'^//kss Preservative Used Sample Type: ^ ~^<ru_>vo > y Grab r^!>S ouf i ___ Composite/Flow Proportional ___ Composite/Time Weighted Collection Date: )'b '^^to Collection Time: I ~l*C>0 to Remarks:________________________ Analysis Requested.. <r SAMPLE TAG , CHAIN OF CUSTODY Collected bv/date: Delivered bv/date:^CA>Tl (YICfcAC CnCirt'\ Received by/date: OHO fi lOt.>^`-7 Delivered by/date: nan /'-7(Ktt Received by/date: Pflr C70tn.: Laboratory Nn fy?0&?'Z '*+0-------------- SAMPLE INFORMATION ____ Requested hy~^tWQ~!^ti'ne--------- Div/Sec:_S&S_ Organization: rfo.O / FVHnDtLff------Address:. I pfO^-A mci Category FW Sampling Point: Sample Type. Number of Containers \ Type of Containers Preservative Used -- ... Grab Composite/Flow Proportional Composite/Time Weighted CoiTection Dale: CTCkftS to-------- Collection Time: 102.0___to------- Remarks: ______ _______________ Analysis Requested:. o 4-1 W U w CO IO N X (i o E-i ft! o9 CO O <4 oo n oo c) 0 <> 1 on CTl o r~~ t co o o <> r* t' ti O A A P 0) 0) up co cQ) m 3* Q 5 XJ 0) H3 to e- o oc v-J/~AIVI I-L_L_ AAI^/"\L_I OIU IAAVJ CHAIN OF Collected by (1) (2) (3) Delivered by/Date Received by/Date Jg. _______ \iL CjbOtf* - d *3 Date/Lab No. Requested -SAMPLE INFORMATION S^2Z> D/)ni'CZ*J -- Div/I ec:. .Organization: -- Address: hd5Io__c__D____A__a_J-_I_X____/____ C_aategory..: *"- ^ IQ) CSfaitmwipnlliinngn DPyo\iinntt*: f^fyhA*J+- Delivered by/Date Received by/Date Sanmrplle Type: Grab /frO Delivered by/Date _____ Composite/Flow Proportional Received by/Date Delivered by/Date Received by/Date _____ Composite/Jinpe Weighted CWoHlVleWctIiWon'I Time: *1 <V O (c0Q------.--,Tr. to -- Collection Date: 7 Y .to. Preservative Used: Special Instructions/Remarks:. Analyses Requested: _______ SAMPLE ANALYSIS TAG V : CHAIN OF CUSTODY,.. -r- Collected by (1) IYU?/iZrJc> J/ o\___ i ' , ! Date/Lab No. Requested by*a 060^ <4- -4f ON 5^2.0 4i Is Delivered by/Date Received by/Date b-Z'-ff1/ Organization: Address ^ " -$<// Category: _Q. Sampling Point: w Delivered by/Date Received by/Date S>aanmjpkle Type: ^ Grab Delivered by/Date m Received by/Date ____ Composite/Flow Proportional ____ Composite/Tjme Weighted Delivered by/Date Cvwomllewcutiwoni 1 T1 iimmiev:. Qw 7* 3 ^L"- tiwo----- Received by/Date Collection Date: to Preservative Used:______________ |Rn Special Instructions/Remarks:. Analyses Requested: _______ Vr SAMPLE ANALYSIS TAG CHAIN OF Date/Lab No. 06 0^4- so Collected by (1) (2) (3) SAMP'LLEEJNFOlRMATION Requested hyr-J'oo/fl*V/ 8m h\ Organization: ISec/^fL Delivered by/Date Address:. Received by/Date Category: 3J2_ Sampling Point: Delivered by/Date Sqjnple Type: Received by/Date Grab Delivered by/Date . Composite/Flow Proportional Received by/Date ______ Composite/Tjme Weighted Delivered by/Date Collection Time: - to----- Received by/Date Collection Date: t0__ Preservative Used:. Special Instructions/Remarks:. -i Analyses Requested:_______ OMIVirLC ANALYTIC) IAJ CHAIN OF CUSTODY^ -r , Collected by (1) rflfinnu //Ipjfeuc O' Date/Lab No. Ot>0<sQltk - S'' samplejnformation ^^ (2)---------- J .. 0)--aJL Delivered by/Date^ Received by/Date* Requested by*. ----- Div/Sec:_2_rl Organization_____ 0Address:. ' ^ VW Category: Sampling Point: '*/ Delivered by/Date ^arppleType: Received by/Date Grab Delivered by/Date Composite/Flow Proportional Received by/Date Composite/Time Weighted Delivered by/Date Collection Tliimmee.: ^C&w-Z--riSw--.nj, tiuo----- Received by/Date Collection Date: 7'7 to Preservative Used:. Special Instructions/Remarks:. Analyses Requested: _______ \ SAMPLE ANALYSIS TAG CHAIN OF CUSTODY roiiflcted hy (i )W\Gmty tnoi?*jo (2) i 1 ' Date/Lab No. -SAMPLE Requested by.'^ShlsC. 06 3- MATION 75 __ Dj*//SeC^r__ Delivered by/D(3)ate^ Received by/Date; EZ y Organiizationo-^-r 2 3 Address: r el . if Category: Sampling Point: ffy Delivered by/Date, Saijrple Type: Received by/Date. Delivered by/Date. Received by/Date. Delivered by/Date Received by/Date, ----------- Composite/Flow Proportional Composite/TimeJ/Veighted Collection Time: to Collection Date: to Special Instructions/Remarks:. Preservative Used:_ Analyses Requested: _______ SAMPLE ANALYSIS TAG CHAIN OF CUSTODY., , , Collected by (1) YY\of&rJQ U'' (2). (3). Delivered by/Date nf Received by/Date Delivered by/Date in!,w, l ' -- SD --------- Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Special Instructions/Remarks:. Analyses Requested: _______ Date/Lab No. ^SAMPLE INFORMATION Requested byF&hM Div/S & Sc^D Address: 'OfAzJLl _____(ZLU--rjH'rf'-' Category () Sampling Point: ^aj/ple Type --r ' ____ Grab _____ Composite/Flow Proportional ______Composite/Tim^Weighted Collection Time: Qj3Ll-. to -- Collection Date: to___ Preservative Used- W/ II V I I l_ ru m/ \i_i v_siv_j inv^i CHAIN OF CUSTODY Collected by (1) (2)------ _ , _ H-- t^<hL;,, Delivered by/Date , , oioes^*' Date/Lab No. O to <crid - SAMPLE INFORMATION Requested hy- "5 <1 te^->ny iv/Sec:. Organization: ^ '** P-* Address: L.e*b/t(7<x> fl-k Received by/Date ^ Delivered by/Date _ Received by/Date _ Delivered by/Date________________________ _____ Received by/Date _____________________________ Delivered by/Date Category:~ o Sampling Point: Sample Type: ^ Grab --------- Composite/Flow Proportional ______ Composite/Tim Weighted Collection Time: . ,Q *5 *4 O to___ Received by/Date Collection Date: to___ Preservative Used:. Special Instructions/Remarks:___________________ i Analyses Requested:__________________________ \ SAMPLE ANALYSIS TAG photic- S~4 CHAIN OF CUSTODY. Collected by (1 l/nPtfM0 (2)(3) -- r Delivered by/Date^wi///m//mm Received by/Date, T ^ Delivered by/Date, Received by/Date. Delivered by/Date. Received by/Date Delivered by/Date Received by/Date -r "S Date/Lab No. -SAMPLEJNFQRMATION _t yReqsuessted?by?r"**3^ m3iE-- L^"nD--t-v.//eSec:--------- ^ Category: Sampling Point: Sample Type: \/ Grab Composite/Flow Proportional ______ Composite/TimeWeighted Collection Time: Collection Date: (o ~a~ Preservative Used:. to----.to Special Instructions/Remarks:. Analyses Requested: ----------- o SAMPLE ANALYSIS TAG CHAIN OF CUSTODY Collected by(1)____________ (2)--fctr^- (3) -- 2 _ Delivered by/Date Received by/Date. Delivered by/Date. Received by/Date. Delivered by/Date. Received by/Date. Delivered by/Date Received by/Date. 1 Special Instructions/Remarks:. Analyses Requested:_______ _, vJc3jv\ Date/Lab No. SAMPLE INFORMATION Requested hy xxxi'- ifr-uDiv/Sec: Organization: ^ -y^v ^f( Address: Ga^j-r^e L^>y/|i i7t*o * R Category: . Sampling Point: p J. U Sample Type: ^ Grab ______Composite/Flow Proportional ______ Composite/Time Weighted Collection Time: 0*1 ^ O to -- Collection Date: to___ Preservative Used:. IT i 3? jif 1 o*22.5f I1j it f 1'j3*P i0'* a ?ii *--* !|i s< Sfl III o S.J * g- | f 0 8= ! 1 Uk5 a ni !pe* X ?* flf a | 5*: :ii 8 == ?sl n -oS 3 rn II *6 9 as0* i*? !| ii -- a* *a ! il H S g e o* sss SS? ill iii -- 3> 3g* ill 3 n II oft N0 H 3 2 e *d bM eBor -J **4 OO CD CD -J -J to to oe01a oocIa 09 09 MO 01 W u 1A0 rv".vyro:*. \t SAMPLE ANALYSIS TAG Date/Lab No_______ & ? Delivered by/Oate Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Special Instructions/Remarks: A / / Analyses Requested:______Yr^ OfSsi-P S Requested -SAMPLE INFORMATION hytJoAJ S/9-n. k'SO Div/Sec: %xz> irganization: Kn>5^Wat f sK/c-w/sl hJ*J- ' 7#/<? Sampling Point: tA^/J3>7//ZJ f ile Type: Grab Composite/Flow Proportional v^vuouuon i ime; . ---- --*10 -- Collection Date: L o_ Preservative Used:.___ -- TEM, Incorporated 443 Duane Street. Glen Ellyn. IL 60137 (708) 790-0880 g? *!! I!! n ** x I*! s III* 8*8. K 07* M -- IJt *r-<-- Sff rs = ll ? t *r> 2 0** ? hi 5 Hi ,w x --* 10* ip' nS 3^ in * i .0#*3x<n8x-i OX X *1 *X il 0* i: 3 8.* 3X n li SB ''<5 **-8t* S3 i! S3 g $E x in s|? ill *22 sS8 S il* iKl!g SI iS 8 II ?2 * 8#* & 8 3 in a A ov w OB VO SAMPLE ANALYSIS TAG 0?-z-l4'S'* c.nTO.SH"rm^ JS d"^p IMATION (2)--------- /-------W-------/--------- Requested by:cri^Li_ (3)... //>&$ / / , - /Organization: JT*A ft. Div^Sec:. Delivered Received by/Dat_ Delivered by/Date Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date ? J/J'M Address ` Dfea^q>V Category Sampling Point: Sanjple_Ty.pe: Grab -6x/c'W- Composite/Flow Proportional _____ Composite/TyjieWeighted Cv^oolilieecctiion Tnime:. .LtiknLv> ,\to0 . Collection Date: to Special Instructions/Remarks:, Preservative iih Analyses Requested:______ /T) r. ,w~ v\* :i vt 1* .4 -f TPM I C ilV l, In r 11IL n U 1mp nu ri aqt Ioc HU ____ 4G4 3l e D n uEa nl ley nS, t rIeLe t 60137 Phone Pax ((77 00 88 ))77 99 00 --00 88 88 20 f o rLABORATORY DATA SHEET WATER SAMPLES BY TEM CO o O oV N o oo e ion c mNP $ i ro*. CLIENT ID TEM NO. CLIENT DESCRIPTION 1 || 071894-65 1 D rinking Water 45474 R iver Water SAMPLE TEMP. c 6.9 7.9 SAMPLE VOLUME FILTERED 10 ml ASBESTOS STRUCTURES COUNTED ASBESTOS STRUCTURES PER MM2 <3.11 <3.11 ANALYTICAL SENSITIVITY MFL 0.0622 ASBESTOS C0NC. MFL <0.0622 ANALYST INITIALS KB COMMENTS NOTE: NOTE: Approxim ately 800 ml o f sample should be taken in 1 l i t e r b o ttle s . Glass sampling b o ttle s are p re fe ra b le to p la s tic . I f p la s tic b o ttle s are used, poly Inc. ecthaynlefni let e isr b e tte r than polypropylene. Do not use acid or m ercuric samples w ith in 48 hrs o f c o lle c tio n . Samples should be c h lo rid e as sent in the a preservative. dark at 4C. Send samples next day morning d e liv e ry so th a t TEM, The re q 200,000 uire fib d e r a s n a ly per t ilci tael r s ens (0.2 i tiv ity MFL). for "A nalytical Method for the D eterm ination of Asbestos Fibers in Water, "(U .S . EPA-600/4-83-043, September, 1983) is U 2u v> o U>J a U>J UJ X o 3h<- 23 2O o U V) s </) ooo M V) v> s 222 d:WP51/TEMWATER '/ ' 8/9/94 SAMPLE ANALYSIS TAG \ CHAIN OF CUSTODY (Li** Date/Lab No. Collected by m6/ (2) 7 . .P(rE Requested by -------- J&'lirtx Div/S&c?^D (3) ----~7y OuirgyainMizcaatuiwoin|>; r *M* /P~/^L*hU T~< ^7 z-j7*-c- i. r Delivered by/Dati Address: *" Received by/Dai O')\ Category: ZZZ'r' Sampling Point: ' Delivered by/Date Received by/Date ZSarppleGTraybpe: /- Delivered by/Date _____ Composite/Flow Proportional Received by/Date _____ Composite/Time Weighted Delivered by/Date vCuoiilclewcutiwoin1 Tnimce.: /!/7# O--in mm,tiow Received by/Date Collection Date: to Preservative Used:_______ Special Instructions/Remarks:. Analyses Requested: _______ J SAMPLE ANALYSIS TAG CHAIN OF CUSTODY-, ~ U !J Date/Lab No__________ 07(^4 -> Date/Lab No. Collected by (1) l/)/lPn\bA II\0tt*jD (2)-------- J.---------j,------- J.--------------- 1 ffa/d SAMPLE Requestedby:Mft^4/ INFORMAT_IO__NDDi iv/Sec:SP-z> (3) -- --p Delivered by/Date wmmmixai j Organization: ^gtJA+M-A/ Address: so/Sbp e3 Received by/Date CBL Category: Sampling Point: Delivered by/Date Sample Type: Z*l-l Received by/Date Grab Delivered by/Date Composite/Flow Proportional Received by/Date CompositeFime Weighted ' Delivered by/Date Collection Time: Ivblb --__to*------ Received by/Date Collection Date: 7-/ to____ Preservative Used:________ 'n C.& Special Instructions/Remarks:. A&be-6 Us Analyses Requested:_______ *t:^v t Westmont, NJ Piscataway, NJ Smyrna, GA Ann Arbor, Ml San Mateo, CA Melbourne, FL 609-856-4800 908-981-0550 404-333-6066 313-668-6810 415-570-5401 407-253-4224 Wednesday, October 14, 1993 El Paso Water Utilities Public Service Board 1154 Hawkins Blvd. El Paso, Tx, 79925 Attention: Roberto Luna ASBESTOS FIBER ANALYSIS in WATER by TRANSMISSION ELECTRON MICROSCOPYfTEM) SELECTIVE AREA ELECTRON DIFFRACTION (SAED) and ENERGY DISPERSIVE X-RAY MICROANALYSIS (EDX) Project: O 092293 ANALYTICAL RESULTS SAMPLE #ASBESTOS ID FIBERS #NON-ASBESTOS FIBERS TYPE(S) OF ASBESTOS CONCENTRATION DETECTION OF ASBESTOS FIBERS LIMIT (miUionsffier) (millions/liter) ____ >10um____ >05 urn___ 092293-56 0 0 None Detected <0.74 <0.74 0.20 092293-57 0 0 None Detected <0.74 <0.74 0.20 092293-58 0 0 None Detected <0.74 <0.74 0.20 092293-59 0 0 None Detected <0.74 <0.74 0.20 092293-60 0 0 None Detected <0.74 <0.74 0.20 092293-61 0 0 None Detected <0.74 <0.74 0.20 092293-62 0 0 None Detected <0.74 <0.74 0.20 092293-63 0 0 None Detected <0.74 <0.74 0.20 Peter Frasca, Ph.D. President DF Analyst 4N QC Analyst Laborato Supervisor Westmont, NJ Piscataway, NJ Smyrna, GA Ann Arbor, Ml San Mateo, CA Melbourne, FL 609-858-4800 908-981-0550 404-333-6066 313-668-6810 415-570-5401 407-253-4224 Wednesday, October 14, 1993 El Paso Water Utilities Public Service Board 1154 Hawkins Blvd. El Paso, Tx, 79925 Attention: Roberto Luna ASBESTOS FIBER ANALYSIS in WATER by TRANSMISSION ELECTRON MICROSCOPY(TEM) SELECTIVE AREA ELECTRON DIFFRACTION (SAED) and ENERGY DISPERSIVE X-RAY MICROANALYSIS (EDX) Project: O 092293 ANALYTICAL RESULTS SAMPLE #ASBESTOS #NON-ASBESTOS TYPE(S) OF ID FIBERS FIBERS ASBESTOS 092293-64 0 EMSL Blank 0 092293-56QC 0 0 None Detected 0 None Detected 0 None Detected CONCENTRATION OF ASBESTOS FIBERS (mibnslter) > lOum >0.5um DETECTION LIMIT (millions/liter) <0.74 <0.74 0.20 <0.55 <0.55 * 0.15 <0.74 <0.74 0.20 Peter Frasca, Ph.D. President Analyst QC Analyst jjjg Laboratory Supervisor Westmont, NJ Piscataway, NJ Smyrna, GA Ann Arbor, Ml San Mateo, Oa Melbourne, hL 609-858-4800 908-981-0550 404-333-6066 313-668-6810 415-570-5401 407-253-4224 Wednesday, October 14, 1993 El Paso Water Utilities Public Service Board 1154 Hawkins Blvd. El Paso, Tx, 79925 Attention: Roberto Luna ASBESTOS FIBER ANALYSIS in WATER by TRANSMISSION ELECTRON MICROSCOPY(TEM) SELECTIVE AREA ELECTRON DIFFRACTION (SAED) and ENERGY DISPERSIVE X-RAY MICROANALYSIS (EDX) Project: O 092293 SAMPLING DATA Sample ID 092293-56 092293-57 092293-58 092293-59 092293-60 092293-61 092293-62 092293-63 092293-64 Date 092293 092293 092293 092293 092293 092293 092293 092293 092293 Time 1210 1235 1340 1140 1405 1115 1040 1045 1435 Sampler Jonathan Rogers Jonathan Rogers Jonathan Rogers Jonathan Rogers Jonathan Rogers Jonathan Rogers Jonathan Rogers Jonathan Rogers Jonathan Rogers Analysis Date 100993 100993 160993 100993 100993 100993 100993 100993 100993 ' v^,yar-&s OMIVirLC MINML.T OIO IMU CHAIN OF CUSTODY Collected by (1) luAtilf^__ (2)- (3)_u 1 ff|7f1 Delivered by/PateTl4ci^li TI rj If -- Received by/Date VPR<o^3-a-q?>------- Delivered by/Date________________________ Received by/Date Delivered by/Date Received by/Date _ Delivered by/Date _ Received by/Date _ Special Instructions/Rgmarkaa__L--^ ^ Analyses Requested:jrp5 utr-> \ & ^ Date/Lab No. SAMPLEJNFQRMATION ^ Requested hy 3c h d B&fl -- Div/Sec: -- vOjriygaainiuiz.aation: */A / rv/4-AS~r~--~&lJ Address: 30: Rampling Point: *-/ T Category: Sanyle Type: Grab Composite/Flow Proportional Composite/Jjrne Weighted Collection Time: .to----- Collection Date: r to------ Preservative Used:------------ c--- V w SAMPLE ANALYSIS TAG CHAIN OF CUSTODY _ Collected by (1) mAr/lnij YYiofcrrt* (2) (3) A-id l______ LLL____L Delivered by/Dat mmamszM-. Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Special Instructions/Remarks: Analyses Requested: ___ Date/Lab No. CftV&l 'b~ 1 SAMPLE INFORMATION ORergqauneisztaetidonb:yy:-ZO: jqdMIstaS*ZVjI ODiiv/SanTTkgjJ Address:______ ^ Category: ) Sampling Point: ^Saappurplie Type: H */ Ofi-A/U -h Grab . Composite/Flow Proportional ______ CompositeATime Weighted Collection Time: --to------ Collection Date: Preservative Used:. to zee y~ < w> j (.~-i SAMPLE ANALYSIS TAG CHAIN OF Collected by (1) (2) -- " 1 -- --------------- (3) -- / J-------- Delivered Received by/Date mnummm by/Date ^ --0AC- n-O&X Delivered by/Date________ __ Received by/Date __ Delivered by/Date _ Received by/Date __________________________ Delivered by/Date _ Received by/Date __________________________ Special Instructions/Remarks: Analyses Requested: __ Date/Lab No. -SAMPLEJNFp5RM,,,A^,T, I1OWN,, ^ Requested hy-OcATM BAlL'g?^niv/Rpr-^ Z ^ Organization: -OAaJ 3bSe * Address: _* Category: I1 ---ti^n(f />i Sam-p...ling P...o. int- --Tm 'f WP ' Sample Type: Grab -- Composite/Flow Proportional _ Composite/Tjme JWeighted Collection Time: /3.T a _ to___ Collection Date: Preservative Used: it y -. >3 -------- SKSife*S}v- .^Jg&S w....... OMIVir Ltz MIMMLT OIO IMO CHAIN OF CUSTODY ^ Collected by(1) VTlfrWvu; n\0fc*J0--'d Delivered by/Date _ -jr Vjrydlll.d Address: Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date feType: Grab Composite/Flow Proportional Composite/Time Weighted CVvo^llveucUtiovlnI Time:I II IO. fj ? & toV - Collection Date: R~7/2r~ 7-2- to . Preservative Used:______ ?:CrC. Special Instructions/Remarks: Analyses Requested: _______ 4s. f SAMPLE ANALYSIS TAG CHAIN O)F CUt STODY Collected by (1) Mi 3r Date/Lab No. SAMPLE INFORMATION S' ? (3)Zn L...___ ___ Delivered by/Date . 'IWJMMM'ZS'. Received by/Date. Rneeqquesitead hnyy-yDoohn rd* DLsirrri.U11'GU) uDiviv/d/Seecc:; ------ Organization: AUddUrIeCss.: Category: ^> | 1 '_____________________________ ) Sampling Point: * A I Delivered by/Date. Received by/Date _ .Sajlfple Type: y Grab tfyOr/w/- Delivered by/Date. Composite/Flow Proportional Received by/Date. Composite/Jjrae Weighted Delivered by/Date . Collection Time: -- to------ Received by/Date. Collection Date: . Special Instructions/Remarksi/t / | Preservative Used:_________ Analyses Requested: r1~S>iJCb r# 2 SAMPLE ANALYSIS TAG \ CHAIN OF CUSTODY Collected by (1) /VlAn/Vt /7h?/,CKA? T Delivered hy/Dato 1/\/ImA4V i T~l-Z Received by/Date W Delivered by/Date______________________________ Received by/Date _________ ___ Delivered by/Date ___________ __ Received by/Date________ _ Delivered by/Date______________ Received by/Date _______________ Special Instructions/Remarks-zf I_____t Analyses Requested: H>3 Date/Lab No. cPn-vn-t, ( -SAMPLEJNFORMATION Requested hy. JdlrAi.~d tD A(\ i-*----------- niw/.^or- -_> <---L- s Organization: -P.C 1/0^11 ^ '*& Address: Category: ZJZ Pi) Sampling Point: Sjnpffe Type: Grab ffy>rA^t f- Composite/Flow Proportional Composite/Time Weighted Coflectlion Tnime: .y/(l S- ^ .ttqo___ Collection Date- v ^2-^-4/tr. Preservative Used: SAMKLt: ANALYSIS IAU J/_CollecteCdHbAyI(N1)OmF CftUrStvTuOfDYm1/wltretse -< s (2)--------- ( (3) t / / Delivered by/Dati wwmm'iMtza .. ..... Received by/Dat Delivered by/Date Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Special Instructions/Remarks: Analyses Requested: _______ Date/Lab No. -SAMPLE!I!NFORMATION Requested byy: \oA/ P>A)(>ve^ Organization D__i_v_/Sec S PjiMitr Address: ^jZ Category: tXT Sampling Point: ^plf?le Type: Grab Composite/Flow Proportional Composite/ Collection Time: Collection Date Preservative Used:. @ SAMPLE ANALYSIS TAG CHAIN OFCUSTODY Date/Lab No. Collected by(1) r yWCiSUP ple Requested hyJQ nr----.OrnaniraUon' FORMATION ^Z2> Div/Se Delivered by/Datym^Mvj Mi 244^Address: ^ , Received by/Date, L Category: \L- r[^J Sampling Point: Delivered by/Date. Received by/Date. SamJle Type: y Grab . Delivered by/Date. Received by/Date. Delivered by/Date Received by/Date. ---------Composite/Flow Proportional _C__o_ll_e_cCtlioonmTIpiIImoI sIeCi:t.e/TimetWSg--ightteod___ Collection Date: xz2~2zl32\o Special Instructions/Remarks: Jl I ) Preservative Used: Analyses Requested: ______ /kf*? SAMPLE ANALYSIS TAG CHAIN OF CUSTODY Collected by (1) UZlS&ZlAjg. (2) , / (3) -- Delivered by/Date Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Special Instructions/Remarks Analyses Requested: "T, Date/Lab No. -SAMP.LE1NFORMATION Requested byJo_W__ 75/3 f .|gg^w rDiv/Sec: 7(-T& Organization: Address: C0! 33-53 Category: ^?-^/?~)Sampling Pnint: jP-h'fu Sargple Type: Grab Composite/Flow Proportional . Composite/Time Weighted Collec:ttiioonnT'..i.m...e.: ___.......-s-- to Collection Date: 7*~r3*2 *77 tn Preservative Used:________ EL PASO WATER UTILITIES Fred Hervey Water Reclamation Plant Laboratory Tel (915) 821-0616 FAX (915) 821-4358 MEMORANDUM TO: FROM: DATE: SUBJECT: REF: J. Balliew, Environmental Compliance Engineer P. Fleshman, Sample Custodian . 10 July 1992 p Asbestos Testing my memo dated 061992 Results of the testing of El Paso water from six different sites for the presence or absence of asbestos fibers have been received from MSL ELECTRON-MICROSCOPY SERVICE LABORATORIES INC have been received and are forwarded herewith APPROVED JUL 91992 BY: ELECTRON-MICROSCOPY SERVICE LABORATORIES INC. Corporate Office and Main Laboratory 108 Haddon Avenue Westmont, NJ 08108 (609) 858-4800 1800 Peachtree St. N.W. Suite 305 Atlanta, GA 30309 (404) 355-4046 1056 Stelton Road Piscalaway, NJ 08854 (908)981-0550 2 DeAngek) Drive Bedford, MA 01730 (617) 275-7080 212 S. Wagner Rd. Ann Arbor, Ml 48103 (313)668-6810 1720 S. Amphletl Blvd Suitel 30 San Mateo, CA 94402 (415) 570-5401 1440 Maple Ave. Suite 7A Lisle, IL 60532 (708) 241-1901 8401 Corporate Dr. Suite 140 Landover. MD 20785 (301)459-8776 July 6, 1992 Robert Luna El Paso Water Utilities 1154 Hawkins Blvd. El Paso, TX 79925 RE: Asbestos Analysis of Water Samples EPA-600/4-84-043 Dear Mr. Luna: Enclosed please find results for sample numbers 062292-42 thru 49 which were analyzed for asbestos content by EPA-600/4-84-043 method. Since no asbestos was detected, the fiber sizes were not shown. If you have any questions, please do not hesitate to call me. Yours truly, Peter Frasca Ph.D Director Analytical Services Consultation Asbestos Analysis 22 June 1992 (915) 821-0616 EMSL ANALYTICAL ATTN Maria Boisclair 108 Haddon Avenue Westmont, NJ 08108 Doreen Simpson of Continental Analytical Services writes that she has contacted you regarding the testing of water samples for as bestos fibers and has forwarded a purchase order for eight samples. Accordingly, enclosed please find eight water samples for asbes tos testing. Please bear in mind that a special reporting format is required. This report must, at the minimum, list the Method Number, Detec tion Limits, and Asbestos Concentration by Fiber Types, Sizes and Mass for each sample. Please send the original report to El Paso Water Utilities, ATTN: Roberto A. Luna, and send a copy of the report and the in voice for work performed to Ms Simpson at CAS. The ice chest (property of CAS) should be returned to EPWU, 11700 Railroad Drive, El Paso, TX 79924 by UPS. If there are any questions, please phone me. Sincerely, vrjoD go F5. po rjm c -'CO Roberto A. Luna Chemist II CO 1154 HAWKINS BlVD. EL P/iSO, TEXAS 79925 ELECTRON-MICROSCOPY service LABORATORIES INC. REPORT OF ASBESTOS ANALYSIS IN WATER Job #: El Paso Water Utilities. TX P.O. #: 053888 CAS, Salina, KS Workorder #: Report #: Phone #: Date Sampled: Date Received: 06/22/92 06/23/92 Lab #: 9228482 Sampled By: Analyzed By . IPJ Inspectors Al Baltz Sample l.D.: 062292-42 Sample ashed: No Sample volume filtered (ml): 10 ml Number of grid squares counted: 50 Analytical sensitivity (MFL): 0.3 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Numer of fibers counted. 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 (*) Probable amphibole MFL: Million Fibers per Liter ND: Not detected NA: Not analyzed Approved by; SAMPLE ANALYSIS TAG CHAIN Collected by (1). L(2)--------- / /i/ . Date/Lab No_____________ * /ySsrs > sample information ---------------------------- Requested hv. T L --Div/Sec: (3) ------------------------------g-. Ourrggaamnizzaaution: ^ '5.- A s u-- Delivered hy/Data A*2?: T,Address:. Received bv/Date \J A, Category . Sampling Point: Delivered by/Date________________ Sample Type: Received by/Date________________ Grab Delivered by/Date________________ . Received by/Date_________________ Delivered by/Date________________ ---------- Composite/Flow Proportional _______Composite/Time Weighted Collection Time: - A r d t0___ Received by/Date________________ Collection Date: A 9. Ho. Preservative I iseri- 2s. / > JZ/'v: Special Instructions/Remarks:. Analyses Requested: c-` ELECTRON-MICROSCOPY SERVICE LABORATORIES INC. REPORT OF ASBESTOS ANALYSIS IN WATER Job #: El Paso Water Utilities, TX P.0. #: 053888 CAS, Salina, KS Workorder #: Report #: Phone #: Date Sampled: Date Received: 06/22/92 06/23/92 Sampled By: Analyzed By: IPJ Inspectors Al Baltz Lab #: 9228483 Sample I.D. : 062292-43 Sample ashed: No Sample volume filtered (ml): 20 ml Number of grid squares counted: 25 Analytical sensitivity (MFL): 0.3 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Numer of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 O Probable amphibole MFL: Million Fibers per Liter ND: Not detected NA: Not analyzed Approved by SAMPLE ANALYSIS TAG CHAIN O. cusTodyLCollected by (1 (2) (3) /2_ Delivered Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Delivered by/Oate Received by/Date Special Instructions/Remarks:_____ Analyses Requested: &-' - Mss*. Date/lab No.. L b~ SAMPLE INFORMATION "3 Requested hy~ ^ _ Oiv/SeC: Organization: ~ Z5 -- Address:_______ Category:. Sampling Point: Sample Type: Grab . Composite/Flow Proportional Composite/Time V^eighted Collection Time: /S / 1 Collection Date: A. p_ Preservative Used: ELECTRON-MICROSCOPY SERVICE LABORATORIES INC. REPORT OF ASBESTOS ANALYSIS IN WATER Job #: El Paso Water Utilities, TX P.0. #: 053888 CAS, Salina, KS Workorder #: Report #: Phone #: Date Sampled: Date Received: 06/22/92 06/23/92 Sampled By: Analyzed By: IPJ Inspectors Al Baltz Lab #: 9228484 Sample I.D. : 062292-44 Sample ashed: No Sample volume filtered (ml): 20 ml Number of grid squares counted: 25 Analytical sensitivity (MFL): 0.3 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Numer of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 (*) Probable amphibole MFL: Million Fibers per Liter ND: Not detected NA: Not analyzed Approved by_ SAMPLE ANALYSIS TAG CHAIN OP.CUSTQI Collected by (1) (2)--^ V3,).<ZD. Delivered by/DatTlYfeg^r-. Received by/Date v1 Delivered by/Date Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date 7 27 / >~'l_ Date/Lab No. f; SAMPLE INFORMATION - Requested by: Organization:. . Oiv/Sec: ': * /A L'-Address:, _ Category:. Sampling Point: Sample Type: Grab Composite/Flow Proportional Composite/Tijne Weighted Collection Time: ^gT*feL. to -- Collection Date: rif'yV ___ Preservative Used: / /" -- Special Instructions/Remarks:____ Analyses Requested: L - 'o - ELECTRON-MICROSCOPY SERVICE LABORATORIES INC. REPORT OF ASBESTOS ANALYSIS IN WATER Job #: El Paso Water Utilities. TX P.O. #: 053888 CAS, Salina, KS Workorder #: Report Phone #: Date Sampled: Date Received: 06/22/92 06/23/92 Sampled By: Analyzed By: IPJ Inspectors Al Baltz Lab #: 9228485 Sample I.D. : 062292-45 Sample ashed: No Sample volume filtered (ml): 20 ml Number of grid squares counted: 25 Analytical sensitivity (MFL): 0.3 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Numer of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL). 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 (*) Probable amphibole MFL: Million Fibers per Liter ND: Not detected NA: Not analyzed ADDroved by -- SAMPLE ANALYSIS TAG CHAIN OgjCUSTQPY . Date/Lab NoQ- 4-? Collected by (1) //* SAMPLE INFORMATION (2) (3) <" Delivered by/Oati yj 9 iMiiwnije__ ' Ss,- ^ - Requested hy- I----- '- Div/Sec i ......... - ^WOlrUgaainlliizOaltion: /m.-.1-*-_______ i^~^A^fedress: Received by/Date. Category:__ L: , Sampling Point: Delivered by/Date Sample Type: Received by/Date, < ' Grab Delivered by/Date. Received by/Date ______Composite/Flow Proportional ______Composite/Time Weighted Delivered by/Date Received by/Date. Collection Time: ./v*'__ i-to___ Collection natp- /b , Preservative i ieH-Jt/'jrg. ZVv~ Special Instructions/Remarks:____ 1_ Analyses Requested: ELECTRON-MICROSCOPY SERVICE LABORATORIES INC. REPORT OF ASBESTOS ANALYSIS IN WATER Job #: El Paso Water Utilities, TX P.O. #: 053888 CAS, Salina, KS Workorder #: Report #: Phone #: Date Sampled: Date Received: 06/22/92 06/23/92 Sampled By: Analyzed By: IPJ Inspectors Al Baltz Lab #: 9228486 Sample I D. : 062292-46 Sample ashed: No Sample volume filtered (ml): 20 ml Number of grid squares counted: 25 Analytical sensitivity (MFL): 0.3 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/1): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/1): 0 AMPHIBOLE FIBERS f) TOTAL FIBERS Numer of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/1): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/1): 0 C) MFL: ND: NA: Probable amphibole Million Fibers per Liter Not detected Not analyzed Approved by SAMPLE ANALYSIS TAG CHAIN 0FTSUSTODY _ /* Collected by (1' X-/. J&J'if r(2o\) If* '' (3) -T,----- --. . Delivered hy/nar ReceivedI by/Date T ------- - Delivered by/Oate Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Special Instructions/Remarks:_____ Analyses Requested: A- '*>......... , Date/Lab No.-------------------------- SAMPLE INFORMATION DRAenqnuaeesttaeHd Hbuy*: AT--t- - * _. IDiv/Sec:. j; OOrgragnainziaztaiotino:n: ' / UJ' A-- "^Address: Category:__ i Sampling Point: i<. (Vi'*. C. Sample Type: . Grab . Composite/Flow Proportional Collec.ttCiiononnmTTptimmosaeit-:e/--Ti.mf-/"ef^_W^eigbtttroetd Collection n=>*- Preservative Used:<-4 ELECTRON-MICROSCOPY SERVICE LABORATORIES INC. REPORT OF ASBESTOS ANALYSIS IN WATER Job #: El Paso Water Utilities, TX P.O. #: 053888 CAS, Salina, KS Workorder #: Report #: Phone #: Date Sampled: Date Received: 06/22/92 06/23/92 Sampled By: Analyzed By: IPJ Inspectors Al Baltz Lab #: 9228487 Sample I.D. : 062292-47 Sample ashed: No Sample volume filtered (ml): 20 ml Number of grid squares counted: 25 Analytical sensitivity (MFL): 0.3 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Numer of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 O MFL: ND: NA: Probable amphibole Million Fibers per Liter Not detected Not analyzed Approved by / \ SAMPLE ANALYSIS TAG CHAIN OPPUSTOO^ - /. r.nllArtprl hy m/TWL &.>S v V' f'f d~l Date/Lab No----------------------------------------------- SAMPLE INFORMATION . (2).___/ ' ' -- (3) ,, . <7.------- ---rr--37 Delivered by/Date .{V'-Vyr* Received by/Date J1 R/v-'-vw- ^ ~ Delivered by/Date Received by/Date Delivered by/Date Received by/Date Delivered by/Date Received by/Date Req.uested by. : ________ ,__ Div/Sec: Organization: ,,f ]>,- 7 Address: Category:. , Sampling Point: ilL Sample Type: ^ Grab Composite/Flow Proportional Composite/Time Weighted Collection Time: --. to------- Collection Date: 6; Preservative i i*h- nAc M c<? Special Instructions/Remarks: Analyses Requested:_____CZ ELECTRON-MICROSCOPY SERVICE LABORATORIES INC. REPORT OF ASBESTOS ANALYSIS IN WATER Job #: El Paso Water Utilities, TX P.O. #: 053888 CAS, Salina, KS Workorder #: Report #: Phone #: Date Sampled: Date Received: 06/22/92 06/23/92 Sampled By: Analyzed By: IPJ Inspectors Al Baltz Lab #: 9228488 Sample I.D.: 062292-48 Sample ashed: No Sample volume filtered (ml): 20 ml Number of grid squares counted: 25 Analytical sensitivity (MFL): 0.3 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Numer of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 (*) Probable amphibole MFL: Million Fibers per Liter ND: Not detected NA: Not analyzed Approved SAMPLE ANALYSIS TAG CHAIN O>E,CU!STODY Collected by (1) /-&*'>' V /*?*>'*y /fes. o Date/Lab No.. SAMPLE INFORMATION "iESBDelivered by/Dal 2 Requested hy ^1--**________ Organization: /V1. t-. ' Address:_____ _ Div/Sec:_LLL. Received by/Date. Delivered by/Date. Category: Sample Type: Sampling Point: f"--`-- * j 3 lAyi.r* L Received by/Date_______________ Delivered by/Date_______________ Grab ______ Composite/Flow Proportional Received by/Date_______________ ______ Composite/Time Weighted Delivered by/Date_______________ Collection Time: --to Received by/Date_______________ Collection Date:__ 6 'To _ Preservative I Had- -2/> - Special Instructions/Remarks:___ _ Analyses Requested: ;~-n w ELECTRON-MICROSCOPY SERVICE LABORATORIES INC. REPORT OF ASBESTOS ANALYSIS IN WATER Job #: El Paso Water Utilities, TX P.0. #: 053888 CAS. Salina, KS Workorder #: Report #: Phone #: Date Sampled: Date Received: 06/22/92 06/23/92 Sampled By: Analyzed By: IPJ Inspectors Al Baltz Lab #: 9228489 Sample I.D.: 062292-49 Sample ashed: No Sample volume filtered (ml): 20 ml Number of grid squares counted: 25 Analytical sensitivity (MFL): 0.3 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Numer of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/l): 0 (*) Probable amphibole MFL: Million Fibers per Liter ND: Not detected NA: Not analyzed Approved by SAMPLE ANALYSIS TAG CVJ-2-^ ' ^ CHAIN OF CUSTODY Date/Lab No.------------- Collected by (1) _ SAMPLE INFORMATION _ (2)_ <3)_ Delivered by/Date Received by/Date ' trU'iLvA. V'r_________ r o j->". J Requested by: `.y L-- - ____ _______Div/Sec: ?-T. Organization: f ____________ Address:, .. ...........................................................-- Category: f~- Sampling Point: FI*- ^ Delivered by/Date Sample Type: Received by/Date ^ Grab Delivered by/Date Composite/Flow Proportional Received by/Date Composite/Time Weighted Delivered by/Date Collection Time: -iiiii---- to--------------------------- Received by/Date Collection Date: C<i ). to-------------------------- - Special Inctn irtinns/Remarks: w- X PreservativeUsed:------------------- ------------------------------- C 1 ^ . t - > L'.iiy i. <w,i' L.l-u.-_____________ Analyses Requested: >--< _________ !---------- ELECTRON-MICROSCOPY SERVICE LABORATORIES INC. REPORT OF ASBESTOS ANALYSIS IN WATER Job #: El Paso Water Utilities, TX P.O. #: 053888 CAS, Salina, KS Workorder #: Report #: Phone #: Date Sampled: Date Received: 06/22/92 06/23/92 Sampled By: Analyzed By: IPJ Inspectors Al Baltz Lab #: 9228490 Sample I.D. : EMSL Blank Sample ashed: No Sample volume filtered (ml): 100 ml Number of grid squares counted: 10 Analytical sensitivity (MFL): 0.15 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/I): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/I): 0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Numer of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/I): 0 Number of fibers counted: 0 Mean fiber cone. (MFL): 0 Upper 95% conf. limit (MFL): 0 Lower 95% conf. limit (MFL): 0 Estimated mass (ug/I): 0 (*) Probable amphibole MFL: Million Fibers per Liter ND: Not detected NA: Not analyzed Approved bv ^ 'Q. -- in co Page o-ttun iJJ U' ^coto? J- < o CM 00 O y CO L--U -1 $$ t=i a< *Z CM < O) =3 O Ois). - 00 CC fo LU E Q oI-- < > > to o cc O rVo) CL CC O O CO 15 CD LU CC <$ >- Q _i lu 2: X U O l-- Cz>O o LL o z < V 5- Jt ? 4: ,j co <. Vi| Professional Service Industries, Inc. Pittsburgh Testing Laboratory Division Report To: Wilson Laboratories 525 North Eighth Street Salina, KS 67410 Report For: EPWU/ Fred Hemey Lab 11700 Railroad Drive El Paso, TX 79924 Project No: 815-19072 AS 121891-1 Sampled By IPT Inspectors for EPWU Date: December 26,1991 Report Of: Transmission Electron Microscopic (TEM) Analysis Of Water Sample For Asbestos Introduction Seven water sample(s) were submitted by Wilson Laboratories on 12-19-91. The purpose of the investigation was to analyze the water by TEM for asbestos content. Method A variable known volume of water sample is filtered through a 0.1 um pore size polycarbonate filter and the filter is then carbon coated. A small portion of the carbon coated filter is placed on an electron microscope grid and the filter material is removed by gentle solution in organic solvent. The material remaining on the electron microscope grid is examined in a transmission electron microscope at a magnification of about 20,000X. The asbestos fibers are identified by their morphology and electron diffraction patterns and their chemical composition. Results Client # AS 121791-37 AS 121791-38 AS 121791-39 AS 121791-40 AS 121791-41 AS 121791-42 AS 121891-34 PSI Serial # 9112276 9112277 9112278 9112279 9112280 9112281 9112282 Concentration No Asbestos Detected No Asbestos Detected No Asbestos Detected No Asbestos Detected No Asbestos Detected No Asbestos Detected No Asbestos Detected ' Detection Limits (MFD 0.057 0.057 0.057 0.057 0.057 - 0.057 0.057 850 Poplar Street Respectfully submitted, 5IONAL3ERVICE INDUSTRIES, INC. Sheryl Kraft Division Manager, TEMpepartment Pittsburgh, PA 15220 Phone: 412/922-4010 Fax: 412/922-4014 OMIVII-UC MP(ML.rOia iAU CwHtmAIiNii Ow*F vCwUwSTiwOwDYi SAMPLE INFORMATION Collected by (1) /Yle&fUD <7/" Data/Lab No.1217^ `>7.,- ~(2) CT - Delivered by/Date> Received by/Date. 7 ./! ! PP'UaUl^s Requested by: Companryy/Q/Qrgrganainzaiziation:-S]dL^L o-n-u Addressc <SPVi& Ucp f S^/ir/aup u-ngT Categoryfah ^TD Sample Point HVPftfr1*- Delivered by/Date. Sample Type:------ Racaivad by/Data. Grab:. Delivered by/Data. Composite/flow Proportional:- Racaivad by/Data. Composite/Tme weighted:. Delivered by/Data. Collection Data:/J-O-f / In /l;/7-?/ Received by/Data. Spedai Instructions/Remarks: ____________' Pnaservativo Used:_____ ctr /+31 Analyses Requested: ' SAMPLE ANALYSIS TAG CHAIN OF CUSTODY Collected by (1) /flftrt/uj fa><e*lo 07 (2) * SAMPLE INFORMATION Date/Lab No.'iUlll^L. Requested by: JoM MM .Div/Sec:iJ^ '##*/* /i-n-ft.(3) Ufam A Delivered by/Data Company/Organization: Address: Racaivad by/Data *0 PLL~. ___13-IT^I C^tgprf/kh ^ hPoint- jV/MW Delivered by/Data. Sample Type:--------- Received by/Data. Delivered by/Data. Grab:--------------Composite/Tlow Proportional:. Received by/Data. Delivered by/Data. Composite/Time weighted:. Collection iw /<-17-H tn 4j Racaivad by/Data - Special Irtstructions/Remarfcs: _____________ Analyses Requested:____ V.lV?i.Jihtby Preservative Used:~3zt-c /r\t= /J/f SAMPLE ANALYSIS TAG CHAIN OF CUSTODY Collected by (1) fYltgeXo SAMPLE INFORMATION , Date/Lab No.'^Hlll2^__ (2)------------------------------------------- Requested by: JoMaJ BtilU&uJ Div/Sec: Company/Organization: f _____________ Delivered by/Date /*-/7 -f/ Jos* fenbieJof Received by/Date. Category, fak Sample PointitjUEAztil. Delivered by/Date. Sample Type- .. . . Received by/Data. Grab:. Delivered by/Date. Received by/Date. Delivered by/Date. Composite/now Proportional:. ry-imfV^i4WTVn wiqhtaH- CoHection9/ /2-17- 9/ Received by/Date. Special Instructions/Remarics: . .......-- Preservative Used:~T~' ^ nor Analyses Requested:-----`7-Wdr^ SAMPLE ANALYSIS TAG CHAIN OF CUSTODY SAMPLE INFORMATION Collected by (1) MMttu ^ Date/Lab No. izrKt-*0 (2) ---- L----------------------- Requested by Jp//V dd/l!ctA niw/Ser/3^ Delivered by/Date 8^*1 f'l Company/Organization: ___ -________ a^4~..- ?Q5fetdooZ) f /y?,'J3ot*.t Received by/Date ' 9^Lf>Vyy~-~ i3,n?l Category17?^ $TJi Sample Point /__ Delivered by/Dale-------------------------------------------- Sample Type:----- Received by/Date-------------------------------------------- Delivered by/Data-------------------------------------------- Received by/Date . ----------------------------------- Delivered by/Date______ Received by/Date_______ . Special Instructions/Ramarks: ------------------ Grab:. Composite/flow Proportional:. Composite/Time weighted: Collection Date: /V~/7.~f/' m /AV7- ?/ Preservative Used*___ 7T__________ ~/ntT / 3oo Analyses Requested: --fiaJaesL. S -UnLj. SAMPLE ANALYSIS TAG CHAIN OF CUSTODY SAMPLE INFORMATION . Collected by (1) (2) Delivered by/D(3a) te.yC,1M*f] Received by/Date. IQ Delivered by/Date. Received by/Date. .fy /---------------- Mm*- Data/LabNo. p^T--r-ntyJoUhl BaJI'<*) r*,/^ J3t) Company/Organization: ^^<5 Pho *AidL_ f tbsife-fL Category: Sample Point JW&VIH Sample Type:. Grab:____ jZ Delivered by/Date. Received by/Date. Delivered by/Date. Composite/now Proportional:. Cornposite/Time weighted:. Collection n*- !d~l 7-5/ >q Received by/Date. Special Instructions/Remarks: --------- .--.-- Preservative Used*________2 T~/'rrur'/'^SQ Analyses Requested: SAMPLE ANALYSIS TAG CHAIN OF CUSTODY Collected by (1) |M/V~,nM /TWW___ JT SAMPLE INFORMATION DateAab No. 2!Ii: dl. (2) (3) Delivered by/Date | Received by/Date. Delivered by/Date. Received by/Date. Delivered by/Date. Received by/Date. Delivered by/Date. Received by/Date. Requested by: __ Div/Sec:i^tf JL 17-'/-2rfMCdodmrepsasn:y. /Organization:-- - H- l^nl1 Category:. .Sample Point. Sample TyperGrab:-- ^_____ jz: Composite/How Proportional: ,.. Composite/Time weighted: Collection Data:<jzLLliito--Ldi'llzSl Preservative Used:_________ ^_________ Special Instructions/Remarks: ^ 51^-5^ Analyses Requested: --IxzVai----------------- SAMPLE ANALYSIS TAG CHAIN OF CUSTODY SAMPLE INFORMATION Collected by (1) _ (2) _ (3) _ Delivered by/Date. Q VVsXw. P 9 ' Date/Lab No. U-itrfl -~?4 Requested by: *5* .Dtv/Sec:ii2. Company/Organization: %JLHLQ. r U<!<Ve- S K.'rt fe !WJt Received by/Date. Category: Sample PoinfcP*^^^ Delivered by/Date. Sample Type:. Received by/Date. Grab:-- - Delivered by/Date. Composite/now Proportional:. Received by/Date. Composita/Time weighted: Delivered by/Date. Collection Date:-L^UQj_--to. Received by/Date. SnarJnl lnlii^ln^B.nitfF Pmafvntlw 1 lrl- ^ py*-o Analyses Requested: ftyWfVuj; o \ vby------------------- Page 1 of 4 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Water Utilities 11700 Railroad Drive El Paso, TX 79924 Attn: Robert Luna Job#: PO#: Workorder#: Report#: Phone #: 437.1450 64412 W27681 R27468 915-821-0616 Date Sampled: Date Received: 3/21/90 3/23/90 Sampled By: Analyzed by: Client CJ Belt Lab#: K39864 Sample I.D.: 032190-20 Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): Yes 4.0 20 1.5 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 5.0 7.4 15 -0.22 0.12 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 5.0 Mean fiber cone. (MFL): 7.4 Upper 95% conf. limit (MFL): 15 Lower 95% conf. limit (MFL): -0.22 Estimated mass (ug/1): 0.12 (*) MFL: ND : NA : Probable amphibole Million Fibers per Liter Not detected Not analyzed Approved by approved MAY 151990 QC OFFICER Report of Asbestos Analysis (continued) Chrysotile Fiber Length Distribution rayti ^ ul Lab#: K39864 Sample I.D.: 032190-20 Length Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 0.23 0.23 - 0.34 0.34 - 0.50 0.50 - 0.73 0.73 - 1.08 1.08 - 1.58 1.58 - 2.32 2.32 - 3.41 3.41 - 5.00 5.00 - 7.34 7.34 - 10.77 10.77 - 15.81 15.81 - 23.21 23.21 - 34.06 34.06 - 50.00 50.00 - 73.40 73.40 - 107.70 107.70 - 158.10 158.10 - 232.10 232.10 - 340.60 340.60 - inf. 0 0 0 1 1 1 0 0 0 1 1 0 0 0 0 0 0 0 0 0 0 00 00 00 1 20 2 40 3 60 3 60 3 60 3 60 4 80 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 / Report of Asbestos Analysis . (continued) Chrysotile Fiber Width Distribution rayc j ul Lab#: K39864 Sample.I.D.: 032190-20 Width Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.000 - 0.023 0.023 - 0.034 0.034 - 0.050 0.050 - 0.073 0.073 - 0.110 0.110 - 0.160 0.160 - 0.230 0.230 - 0.340 0.340 - 0.500 0.500 - 0.730 0.730 - 1.080 1.080 - 1.580 1.580 - 2.320 2.320 - 3.410 3.410 - 5.000 5.000 - 7.340 7.340 - 10.770 10.770 - 15.810 15.810 - 23.210 23.210 - 34.060 34.060 - inf. 0 1 0 3 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 1 20 1 20 4 80 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Aspect Ratio Distribution i. -f W4. ** Dab#: K39864 Sample I.D.: 032190-20 Aspect Ratio Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 3.00 3.00 - 4.40 4.40 - 6.46 6.46 - 9.49 9.49 - 13.92 13.92 - 20.44 20.44 - 30.00 30.00 - 44.00 44.00 - 64.60 64.60 - 94.90 94.90 - 139.20 139.20 - 204.40 204.40 - 300.00 300.00 - 440.00 440.00 - 646.00 646.00 - 949.00 949.00 - 1392.00 1392.00 - 2044.00 2044.00 - 3000.00 3000.00 - 4403.00 4403.00 - inf. 0 0 0 1 1 0 0 1 0 0 2 0 0 0 0 0 0 0 0 0 0 00 00 00 1 20 2 40 2 40 2 40 3 , 60 3 60 3 60 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 . 5 100 Page 1 of 4 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Water Utilities 11700 Railroad Drive El Paso, TX 79924 Attn: Robert Luna Job#: PO#: Workorder#: Report#: Phone #: 437.1450 64412 W27681 R27469 915-821-0616 Date Sampled: Date Received: 3/21/90 3/23/90 Sampled By: Analyzed by: Client CJ Belt Lab#: K39865 Sample I.D.: 032190-21 Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): NO 3.0 20 2.0 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone.(MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 2.0 3.9 9.6 -1.7 0.13 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limio (MFL): 0.0 Estimated mass (ug/1): 0.0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 2.0 Mean fiber cone. (MFL): 3.9 Upper 95% conf. limit (MFL): 9.6 Lower 95% conf. limit (MFL): -1.7 Estimated mass (ug/1): 0.13 (*) MFL: ND : NA : Probable amphibole Million Fibers per Liter Not detected Not analyzed Approved by j>, ijnt ffcLdj Ap**JOV6o SO Notices Report of Asbestos Analysis (continued) Chrysotile Fiber Length Distribution Page 2 of 4 Lab#: K39865 Sample I.D.: 032190-21 Length Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 0.23 0.23 - 0.34 0.34 - 0.50 0.50 - 0.73 0.73 - 1.08 1.08 - 1.58 1.58 - 2.32 2.32 - 3.41 3.41 - 5.00 5.00 - 7.34 7.34 - 10.77 10.77 - 15.81 15.81 - 23.21 23.21 - 34.06 34.06 - 50.00 50.00 - 73.40 73.40 - 107.70 107.70 - 158.10 158.10 - 232.10 232.10 - 340.60 340.60 - inf. 0 0 0 0 0 0 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 00 00 00 1 50 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 * 2 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Width Distribution X'O.V^C Ui. H Lab#: K39865 Sample I.D.: 032190-21 Width Range Number of Fibers Counted Cumraulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.000 - 0.023 0.023 - 0.034 0.034 - 0.050 0.050 - 0.073 0.073 - 0.110 0.110 - 0.160 0.160 - 0.230 0.230 - 0.340 0.340 - 0.500 0.500 - 0.730 0.730 - 1.080 1.080 - 1.580 1.580 - 2.320 2.320 - 3.410 3.410 - 5.000 5.000 - 7.340 7.340 - 10.770 10.770 - 15.810 15.810 - 23.210 23.210 - 34.060 34.060 - inf. 0 0 0 0 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 00 1 50 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 . 2 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Aspect Ratio Distribution Page 4 of 4 Lab#: K39865 Sample I.D.: 032190-21 Aspect Ratio Range Number of Fibers Counted Cununulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 3.00 3.00 - 4.40 4.40 - 6.46 6.46 - 9.49 9.49 - 13.92 13.92 - 20.44 20.44 - 30.00 30.00 - 44.00 44.00 - 64.60 64.60 - 94.90 94.90 - 139.20 139.20 - 204.40 204.40 - 300.00 300.00 - 440.00 440.00 - 646.00 646.00 - 949.00 949.00 - 1392.00 1392.00 - 2044.00 2044.00 - 3000.00 3000.00 - 4403.00 4403.00 - inf. 0 0 0 0 0 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 00 00 1 50 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 * 2 100 Page l or 4 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Water Utilities 11700 Railroad Drive El Paso, TX 79924 Attn: Robert Luna Job#: PO#: Workorder#: Report#: Phone #: 437.1450 64412 W27681 R::7470 915-821-0616 Date Sampled: Date Received: 3/21/90 3/23/90 Sampled By: Analyzed by: Client CJ Belt Lab#: K39866 Sample I.D.: 032190-22 Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): NO 10 20 0.59 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 12 7.1 16 -1.8 0.90 Number of fibers counted: 7.0 Mean fiber cone. (MFL): 4.1 Upper 95% conf. limit (MFL): 12 Lower 95% conf. limit (MFL): -3.3 Estimated mass (ug/1): 0.85 AMPHIBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 12 Mean fiber cone. (MFL): 7.1 Upper 95% conf. limit (MFL): 16 Lower 95% conf. limit (MFL): -1.8 Estimated mass (ug/1): 0.90 (*) Probable amphibole MFL: Million Fibers per Liter ND : Not detected approved MftYlSflSO QC OFFICER Report of Asbestos Analysis (continued) Chrysotile Fiber Length Distribution Page 2 of 4 Lab#: K39866 Sample I.D.: 032190-22 Length Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 0.23 0 0 0 0.23 - 0.34 0 0 0 0.34 - 0.50 0 0 0 0.50 - 0.73 1 1 8 0.73 - 1.08 1 2 16 1.08 - 1.58 0 2 16 1.58 - 2.32 1 3 25 2.32 - 3.41 1 4 33 3.41 - 5.00 1 5 41 5.00 - 7.34 0 5 41 7.34 - 10.77 0 5 41 10.77 - 15.81 1 6 50 15.81 - 23.21 4 10 83 23.21 - 34.06 2 12 100 34.06 - 50.00 0 12 100 50.00 - 73.40 0 12 100 73.40 - 107.70 0 12 100 107.70 - 158.10 0 12 100 158.10 - 232.10 0 12 100 232.10 - 340.60 0 12 100 340.60 - inf. 0 12 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Width Distribution Page 3 of 4 Lab#: K39866 Sample I.D.: 032190-22 Width Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.000 - 0.023 0 0 0 0.023 - 0.034 0 0 0 0.034 - 0.050 0 0 0 0.050 - 0.073 3 3 25 0.073 - 0.110 8 11 91 0.110 - 0.160 1 12 100 0.160 - 0.230 0 12 100 0.230 - 0.340 0 12 100 0.340 - 0.500 0 12 100 0.500 - 0.730 0 12 100 0.730 - 1.080 0 12 100 1.080 - 1.580 0 12 100 1.580 - 2.320 0 12 100 2.320 - 3.410 0 12 100 3.410 - 5.000 0 12 100 5.000 - 7.340 0 12 100 7.340 - 10.770 0 12 100 10.770 - 15.810 0 12 100 15.810 - 23.210 0 12 100 23.210 - 34.060 0 12 100 34.060 - inf. 0 12 100 Page 4 of 4 V Report of Asbestos Analysis . (continued) Chrysotile Fiber Aspect Ratio Distribution Lab#: K39866 Sample I.D.: 032190-22 Aspect Ratio Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 3.00 0 0 0 3.00 - 4.40 0 0 0 4.40 - 6.46 0 0 0 6.46 - 9.49 2 2 16 9.49 - 13.92 0 2 16 13.92 - 20.44 0 2 16 20.44 - 30.00 1 3 25 30.00 - 44.00 1 4 33 44.00 - 64.60 0 4 33 64.60 - 94.90 1 5 41 94.90 - 139.20 0 5 41 139.20 - 204.40 3 8 66 204.40 - 300.00 2 10 83 300.00 - 440.00 2 12 100 440.00 - 646.00 0 12 100 646.00 - 949.00 0 12 100 949.00 - 1392.00 0 12 100 1392.00 - 2044.00 0 12 100 2044.00 - 3000.00 0 12 100 3000.00 - 4403.00 0 12 100 * 4403.00 - inf. 0 12 100 Page 1 of 4 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 - (818) 796-9141 / (213) 681-4255 Telex 67-5420 1 Report of Asbestos Analysis in water El Paso Water Utilities 11700 Railroad Drive El Paso, TX 79924 Attn: Robert Luna Job#: PO#: Workorder#: Report#: Phone #: 437.1450 64412 W27681 R27466 915-821-0616 Date Sampled: Date Received: 3/21/90 3/23/90 Sampled By: Analyzed by: Client CJ Belt Lab#: K39862 Sample I.D.: 032190-18 Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): No 10 9.0 1.3 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone.(MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 99 130 170 88 4.2 Number of fibers counted: 6.0 Mean fiber cone. (MFL): 7.9 Upper 95% conf. limit (MFL): 14 Lower 95% conf. limit (MFL): 1.5 Estimated mass (ug/1): 1.0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 99 Mean fiber cone. (MFL): 130 Upper 95% conf. limit (MFL): 170 Lower 95% conf. limit (MFL): 88 Estimated mass (ug/1): 4.2 (*) Probable amphibole MFL: Million Fibers per Liter ND : Not detected is 1990 Oc officer Report of Asbestos Analysis (continued) Chrysotile Fiber Length Distribution .raye 4 ui t Lab#: K39862 Sample I.D.: 032190-18 Length Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 0.23 3 3 3 0.23 - 0.34 2 5 5 0.34 - 0.50 3 8 8 0.50 - 0.73 4 12 12 0.73 - 1.08 7 19 19 1.08 - 1.58 8 27 27 1.58 - 2.32 22 49 49 2.32 - 3.41 14 63 63 3.41 - 5.00 16 79 79 5.00 - 7.34 6 85 85 7.34 - 10.77 9 94 94 10.77 - 15.81 2 96 96 15.81 - 23.21 2 98 98 23.21 - 34.06 1 99 100 34.06 - 50.00 0 99 100 50.00 - 73.40 0 99 100 73.40 - 107.70 0 99 100 107.70 - 158.10 0 99 100 158.10 - 232.10 0 99 100 232.10 - 340.60 0 99 100 340.60 - inf. 0 99 100 Page 3 of 4 Report of Asbestos Analysis (continued) / Chrysotile Fiber Width Distribution K39862 Sample I.D.: 032190-18 Width Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.000 - 0.023 0 0 0 0.023 - 0.034 3 3 3 0.034 - 0.050 0 3 3 0.050 - 0.073 65 68 68 0.073 - 0.110 24 92 92 0.110 - 0.160 4 96 96 0.160 - 0.230 3 99 100 0.230 - 0.340 0 99 100 0.340 - 0.500 0 99 100 0.500 - 0.730 0 99 100 0.730 - 1.080 0 99 100 1.080 - 1.580 0 99 100 1.580 - 2.320 0 99 100 2.320 - 3.410 0 99 100 3.410 - 5.000 0 99 100 5.000 - 7.340 0 99 100 7.340 - 10.770 0 99 100 10.770 - 15.810 0 99 100 15.810 - 23.210 0 99 100 . 23.210 - 34.060 0 99 100 3'.060 - inf. 0 99 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Aspect Ratio Distribution t'age 4 or 4 Lab#: K39862 . Sample I.D.: 032190-18 Aspect Ratio Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 3.00 0 0 0 3.00 - 4.40 2 2 2 4.40 - 6.46 0 2 2 6.46 - 9.49 6 8 8 9.49 - 13.92 8 16 16 13.92 - 20.44 15 31 31 20.44 - 30.00 12 43 43 30.00 - 44.00 14 57 57 44.00 - 64.60 15 72 72 64.60 - 94.90 12 84 84 94.90 - 139.20 6 90 90 139.20 - 204.40 4 94 94 204.40 - 300.00 3 97 97 300.00 - 440.00 2 99 100 440.00 - 646.00 0 99 100 646.00 - 949.00 0 99 100 949.00 - 1392.00 0 99 100 1392.00 - 2044.00 0 99 100 2044.00 - 3000.00 0 99 100 3000.00 - 4403.00 0 99 100 4403.00 - inf. 0 99 100 Page 1 of l MONTGOMERY LABORATORIES a division of Janes M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Water Utilities 11700 Railroad Drive El Paso, TX 79924 Attn: Robert Luna Job#: PO#: Workorder#: Report#: Phone #: 437.1450 64412 W27682 R27473 915-821-0616 Date Sampled: Date Received: 3/22/90 3/23/90 Sampled By: Analyzed by: Client CJ Belt Lab#: K39869 Sample I.D.: 032290-6 Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): NO 50 20 0.12 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): o.O (*) Probable amphibole MFL: Million Fibers per Liter ND : Not detected AP|,*>v0 MflYl 5 t**, Page 1 of 1 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Water Utilities 11700 Railroad Drive El Paso, TX 79924 Attn: Robert Luna Job#: FO#: Workorder#: Report#: Phone #: 437.1450 64412 W27682 R27472 915-821-0616 Date Sampled: Date Received: 3/22/90 3/23/90 Sampled By: Analyzed by: Client CJ Belt Lab#: K39868 Sample I.D.: 032290-5 Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): NO 50 20 0.12 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone.(MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 (*) MFL: ND : NA : Probable amphibole Million Fibers per Liter Not detected Not analyzed APPROVED MAVl5ie90 QC OFFICER Page 1 of 4 MONTGOMERY LABORATORIES a division of Janes M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Water Utilities 11700 Railroad Drive El Paso, TX 79924 Attn: Robert Luna Job#: PO#: Workorder#: Report#: Phone #: 437.1450 64412 W27682 R27471 915-821-0616 Date Sampled: Date Received: 3/22/90 3/23/90 Sampled By: Analyzed by: Client CJ Belt Lab#: K39867 Sample I.D.: 032290-23 Sample ashed: Sample volume filtered (ml): Number of grid squares counted: Analytical sensitivity (MFL): NO 50 20 0.12 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone.(MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 1.0 0.12 0.36 -0.13 0.012 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 1.0 Mean fiber cone. (MFL): 0.12 Upper 95% conf. limit (MFL): 0.36 Lower 95% conf. limit (MFL): -0.13 Estimated mass (ug/1): 0.012 (*) Probable amphibole MFL: Million Fibers per Liter ND : Not detected APPROVED mayis90 QC OFFICER Report of Asbestos Analysis (continued) Chrysotile Fiber Length Distribution i'age ^ or 4 Lab#: K39867 Sample I.D.: 032290-23 Length Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 0.23 0.23 - 0.34 0.34 - 0.50 0.50 - 0.73 0.73 - 1.08 1.08 - 1.58 1.58 - 2.32 2.32 - 3.41 3.41 - 5.00 5.00 - 7.34 7.34 - 10.77 10.77 - 15.81 15.81 - 23.21 23.21 - 34.06 34.06 - 50.00 50.00 - 73.40 73.40 - 107.70 107.70 - 158.10 158.10 - 232.10 232.10 - 340.60 340.60 - inf. 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 00 00 00 00 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Width Distribution Page 3 of 4 Lab#: K39867 Sample I.D.: 032290-23 Width Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.000 - 0.023 0.023 - 0.034 0.034 - 0.050 0.050 - 0.073 0.073 - 0.110 0.110 - 0.160 0.160 - 0.230 0.230 - 0.340 0.340 - 0.500 0.500 - 0.730 0.730 - 1.080 1.080 - 1.580 1.580 - 2.320 2.320 - 3.410 3.410 - 5.000 5.000 - 7.340 7.340 - 10.770 10.770 - 15.810 15.810 - 23.210 23.210 - 34.060 34.060 - inf. 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 00 00 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 Page 4 of 4 Report of Asbestos Analysis (continued) ' / Chrysotile Fiber Aspect Ratio Distribution Lab#: K39867 Sample I.D.: 032290-23 Aspect Ratio Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 3.00 3.00 - 4.40 4.40 - 6.46 6.46 - 9.49 9.49 - 13.92 13.92 - 20.44 20.44 - 30.00 30.00 - 44.00 44.00 - 64.60 64.60 - 94.90 94.90 - 139.20 139.20 - 204.40 204.40 - 300.00 300.00 - 440.00 440.00 - 646.00 646.00 - 949.00 949.00 - 1392.00 1392.00 - 2044.00 2044.00 - 3000.00 3000.00 - 4403.00 4403.00 - inf. 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 00 00 00 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 Page 1 of 4 MONTGOMERY LABORATORIES a division of Janes M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Water Utilities 11700 Railroad Drive El Paso, TX 79924 Attn: Robert Luna Job#: PO#: Workorder#: Report#: Phone #: 437.1450 64412 W27681 R27467 915-821-0616 Date Sampled: Date Received: 3/21/90 3/23/90 Sampled By: Analyzed by: Client CJ Belt Lab#: K39863 Sample I.D.: 032190-19 Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): NO 5.0 20 1.2 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone.(MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 5.0 5.9 12 -0.18 0.37 Number of fibers counted: 1.0 Mean fiber cone. (MFL): 1.2 Upper 95% conf. limit (MFL): 3.6 Lower 95% conf. limit (MFL): -1.3 Estimated mass (ug/1): 0.31 AMPHIBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 5.0 Mean fiber cone. (MFL): 5.9 Upper 95% conf. limit (MFL): 12 Lower 95% conf. limit (MFL): -0.18 Estimated mass (ug/1): 0.37 (*) Probable amphibole MFL: Million Fibers per Liter ND : Not detected p.ppRO''60 W*0 OFFICER QC Report of Asbestos Analysis (continued) Chrysotile Fiber Length Distribution Ir-dye UL H lab#: K39863 Sample I.D.: 032190-19 Length Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 0.23 0.23 - 0.34 0.34 - 0.50 0.50 - 0.73 0.73 - 1.08 1.08 - 1.58 1.58 - 2.32 2.32 - 3.41 3.41 - 5.00 5.00 - 7.34 7.34 - 10.77 10.77 - 15.81 15.81 - 23.21 23.21 - 34.06 34.06 - 50.00 50.00 - 73.40 73.40 - 107.70 107.70 - 158.10 158.10 - 232.10 232.10 - 340.60 340.60 - inf. 1 0 0 0 0 0 1 1 0 1 0 0 1 0 0 0 0 0 0 0 0 1 20 1 20 1 20 1 20 1 20 1 20 2 40 3 60 3 60 4 80 4 80 4 80 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 . 5 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Width Distribution Page 3 of 4 Lab#: K39863 Sample I.D.: 032190-19 Width Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.000 - 0.023 0.023 - 0.034 0.034 - 0.050 0.050 - 0.073 0.073 - 0.110 0.110 - 0.160 0.160 - 0.230 0.230 - 0.340 0.340 - 0.500 0.500 - 0.730 0.730 - 1.080 1.080 - 1.580 1.580 - 2.320 2.320 - 3.410 3.410 - 5.000 5.000 - 7.340 7.340 - 10.770 10.770 - 15.810 15.810 - 23.210 23.210 - 34.060 34.060 - inf. 0 0 0 4 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 4 80 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Aspect Ratio Distribution Page 4 of 4 Lab#: K39863 Sample I.D.: 032190-19 Aspect Ratio Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 3.00 3.00 - 4.40 4.40 - 6.46 6.46 - 9.4? 9.49 - 13.92 13.92 - 20.44 20.44 - 30.00 30.00 - 44.00 44.00 - 64.60 64.60 - 94.90 94.90 - 139.20 139.20 - 204.40 204.40 - 300.00 300.00 - 440.00 440.00 - 646.00 646.00 - 949.00 949.00 - 1392.00 1392.00 - 2044.00 2044.00 - 3000.00 3000.00 - 4403.00 4403.00 - inf. 0 1 0 0 0 0 1 1 0 0 1 0 1 0 0 0 0 0 0 0 0 00 1 20 1 20 1 20 1 20 1 20 2 40 3 60 3 60 3 60 4 80 4 80 5 100 5 100 5 100 5 100 5 100 5 100 5 100 5 100 * 5 100 Page 1 of 4 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis xn water El Paso Utilities Pub. Service Board 320 S. Campbell St. P. 0. BOX 511 El Paso, TX 79961 Attn: John E. Balliew Job#: PO#: Workorder#: Report#: Phone #: 437.0961 63468/14023 W23370 R00857 915-533-9701 Date Sampled: Date Received: 7/6/89 7/7/89 Sampled By: Analyzed by: Client CJ Belt Lab#: J75752 Sample I.D.: ROUNDROCK & SUGARIAND Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): NO 50 20 0.1 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone.(MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 1.0 0.10 0.32 -0.11 0.002 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 1.0 Mean fiber cone. (MFL): 0.10 Upper 95% conf. limit (MFL): 0.32 Lower 95% conf. limit (MFL): -0.11 Estimated mass (ug/1): 0.002 (*) Probable amphibole MFL: Million Fibers per Liter ND : Not detected APPROVED AUG221989 QC QEBCEB Report of Asbestos Analysis (continued) ' Chrysotile Fiber Length Distribution Page 2 of 4 Lab#: J75752 Sample I.D.: RCUNDROCK & SUGARLAND Length Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 0.23 0.23 - 0.34 0.34 - 0.50 0.50 - 0.73 0.73 - 1.08 1.08 - 1.58 1.58 - 2.32 2.32 - 3.41 3.41 - 5.00 5.00 - 7.34 7.34 - 10.77 10.77 - 15.81 15.81 - 23.21 23.21 - 34.06 34.06 - 50.00 50.00 - 73.40 73.40 - 107.70 107.70 - 158.10 158.10 - 232.10 232.10 - 340.60 340.60 - inf. 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 00 00 00 00 00 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Width Distribution Page 3 of 4 Lab#: J75752 Sample I.D.: ROUNDRQCK & SUGARIAND Width Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.000 - 0.023 0.023 - 0.034 0.034 - 0.050 0.050 - 0.073 0.073 - 0.110 0.110 - 0.160 0.160 - 0.230 0.230 - 0.340 0.340 - 0.500 0.500 - 0.730 0.730 - 1.080 1.080 - 1.580 1.580 - 2.320 2.320 - 3.410 3.410 - 5.000 5.000 - 7.340 7.340 - 10.770 10.770 - 15.810 15.810 - 23.210 23.210 - 34.060 34.060 - inf. 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 Report of Asbestos Analysis (continued) - . Chrysotile Fiber Aspect Ratio Distribution Page 4 of 4 Lab#: J75752 Sample I.D.: ROUNDROCK & SUGARLAND Aspect Ratio Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 3.00 3.00 - 4.40 4.40 - 6.46 6.46 - 9.49 9.49 - 13.92 13.92 - 20.44 20.44 - 30.00 30.00 - 44.00 44.00 - 64.60 64.60 - 94.90 94.90 - 139.20 139.20 - 204.40 204.40 - 300.00 300.00 - 440.00 440.00 - 646.00 646.00 - 949.00 949.00 - 1392.00 1392.00 - 2044.00 2044.00 - 3000.00 3000.00 - 4403.00 4403.00 - inf. 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 00 00 00 00 00 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 . 1 100 Page 1 of 7 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796--9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Utilities Pub. Service Board 320 S. Campbell St. P. 0. Box 511 El Paso, TX 79961 Attn: John E. Balliew Job#: F0#: Workorder#: Report#: Phone #: 437.0961 63468/14023 W23370 R00855 915-533-9701 Date Sampled: Date Received: 7/6/89 7/7/89 Sampled By: Analyzed by: Client CJ Belt Lab#: J75750 Sample I.D.: MESA & KERN Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): NO 50 20 0.1 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone.(MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 1.0 0.10 0.32 -0.11 0.002 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): o.O AMPHIBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 2.0 0.21 0.64 -0.23 0.019 Number of fibers counted: 3.0 Mean fiber cone. (MFL): 0.31 Upper 95% conf. limit (MFL): 0.96 Lower 95% conf. limit (MFL): -0.34 Estimated mass (ug/1): 0.021 (*) MFL: ND : NA : Probable amphibole Million Fibers per Liter Not detected Not analyzed Approved by v airA APPROVED AUG 2 21989 QC OFFICER Report of Asbestos Analysis (continued) Chrysotile Fiber Length Distribution Page 2 of 7 Lab#: J75750 Sample I.D.: MESA & KERN Length Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 0.23 0.23 - 0.34 0.34 - 0.50 0.50 - 0.73 0.73 - 1.08 1.08 - 1.58 1.58 - 2.32 2.32 - 3.41 3.41 - 5.00 5.00 - 7.34 7.34 - 10.77 10.77 - 15.81 15.81 - 23.21 23.21 - 34.06 34.06 - 50.00 50.00 - 73.40 73.40 - 107.70 107.70 - 158.10 158.10 - 232.10 232.10 - 340.60 340.60 - inf. 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 00 00 00 00 00 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Width Distribution Page 3 of 7 Lab#: J75750 Sample I.D.: MESA & KERN Width Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.000 - 0.023 0.023 - 0.034 0.034 - 0.050 0.050 - 0.073 0.073 - 0.110 0.110 - 0.160 0.160 - 0.230 0.230 - 0.340 0.340 - 0.500 0.500 - 0.730 0.730 - 1.080 1.080 - 1.580 1.580 - 2.320 2.320 - 3.410 3.410 - 5.000 5.000 - 7.340 7.340 - 10.770 10.770 - 15.810 15.810 - 23.210 23.210 - 34.060 34.060 - inf. 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Aspect Ratio Distribution Page 4 of 7 Lab#: J75750 Sample I.D.: MESA & KERN Aspect Ratio Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 3.00 3.00 - 4.40 4.40 - 6.46 6.46 - 9.49 9.49 - 13.92 13.92 - 20.44 20.44 - 30.00 30.00 - 44.00 44.00 - 64.60 64.60 - 94.90 94.90 - 139.20 139.20 - 204.40 204.40 - 300.00 300.00 - 440.00 440.00 - 646.00 646.00 - 949.00 949.00 - 1392.00 1392.00 - 2044.00 2044.00 - 3000.00 3000.00 - 4403.00 4403.00 - inf. 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 00 00 00 00 00 00 00 00 00 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 Report of Asbestos Analysis (continued) Amphibole Fiber Length Distribution Page 5 of 7 Lab#: J75750 Sample I.D.: MESA & KERN Length Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 0.23 0.23 - 0.34 0.34 - 0.50 0.50 - 0.73 0.73 - 1.08 1.08 - 1.58 1.58 - 2.32 2.32 - 3.41 3.41 - 5.00 5.00 - 7.34 7.34 - 10.77 10.77 - 15.81 15.81 - 23.21 23.21 - 34.06 34.06 - 50.00 50.00 - 73.40 73.40 - 107.70 107.70 - 158.10 158.10 - 232.10 232.10 - 340.60 340.60 - inf. 0 0 0 0 0 0 0 0 0 2 0 0 0 0 0 0 0 0 0 0 0 00 00 00 00 00 00 00 00 00 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 . 2 100 Report of Asbestos Analysis (continued) Amphibole Fiber Width Distribution Page 6 of 7 Lab#: J75750 Sample I.D.: MESA & KERN Width Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.000 - 0.023 0.023 - 0.034 0.034 - 0.050 0.050 - 0.073 0.073 - 0.110 0.110 - 0.160 0.160 - 0.230 0.230 - 0.340 0.340 - 0.500 0.500 - 0.730 0.730 - 1.080 1.080 - 1.580 1.580 - 2.320 2.320 - 3.410 3.410 - 5.000 5.000 - 7.340 7.340 - 10.770 10.770 - 15.810 15.810 - 23.210 23.210 - 34.060 34.060 - inf. 0 0 0 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 1 50 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 Report of Asbestos Analysis (continued) -. Amphibole Fiber Aspect Ratio Distribution Page 7 of 7 Lab#: J75750 Sample I.D.: MESA & KERN Aspect Ratio Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 3.00 3.00 - 4.40 4.40 - 6.46 6.46 - 9.49 9.49 - 13.92 13.92 - 20.44 20.44 - 30.00 30.00 - 44.00 44.00 - 64.60 64.60 - 94.90 94.90 - 139.20 139.20 - 204.40 204.40 - 300.00 300.00 - 440.00 440.00 - 646.00 646.00 - 949.00 949.00 - 1392.00 1392.00 - 2044.00 2044.00 - 3000.00 3000.00 - 4403.00 4403.00 - inf. 0 0 0 0 0 0 0 0 1 0 1 0 0 0 0 0 0 0 0 0 0 00 00 00 00 00 00 00 00 1 50 1 50 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 2 100 Page 1 of 4 MONTGOMERY LABORATORIES a division of Janes M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Utilities Pub. Service Board 320 S. Campbell St. P. O. Box 511 El Paso, TX 79961 Attn: John E. Balliew Job#: P0#: Workorder#: Report#: Phone #: 437.0961 63468/14023 W23370 R00860 915-533-9701 Date Sampled: Date Received: 7/6/89 7/7/89 Sampled By: Analyzed by: Client CJ Belt Lab#: J75755 Sample I.D.: CANAL PLANT INFLUENT Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): YES 2.5 20 2.1 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 4.0 8.3 18 -1.9 0.19 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 AMPHIBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 4.0 Mean fiber cone. (MFL): 8.3 Upper 95% conf. limit (MFL): 18 Lower 95% conf. limit (MFL): -1.9 Estimated mass (ug/1): 0.19 (*) Probable amphibole MFL: Million Fibers per Liter ND : Not detected approved AUG 2 21989 qcoedcer Report of Asbestos Analysis (continued) Chrysotile Fiber Length Distribution Page 2 of 4 Lab#: J75755 Sample I.D.: CANAL PLANT INFLUENT Length Range Number of Fibers Counted Cimmnilative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 0.23 0.23 - 0.34 0.34 - 0.50 0.50 - 0.73 0.73 - 1.08 1.08 - 1.58 1.58 - 2.32 2.32 - 3.41 3.41 - 5.00 5.00 - 7.34 7.34 - 10.77 10.77 - 15.81 15.81 - 23.21 23.21 - 34.06 34.06 - 50.00 50.00 - 73.40 73.40 - 107.70 107.70 - 158.10 158.10 - 232.10 232.10 - 340.60 340.60 - inf. 0 0 2 0 0 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 2 50 2 50 2 50 3 75 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Width Distribution Page 3 of 4 Lab#: J75755 Sample I.D.: CANAL PLANT INFLUENT Width Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.000 - 0.023 0.023 - 0.034 0.034 - 0.050 0.050 - 0.073 0.073 - 0.110 0.110 - 0.160 0.160 - 0.230 0.230 - 0.340 0.340 - 0.500 0.500 - 0.730 0.730 - 1.080 1.080 - 1.580 1.580 - 2.320 2.320 - 3.410 3.410 - 5.000 5.000 - 7.340 7.340 - 10.770 10.770 - 15.810 15.810 - 23.210 23.210 - 34.060 34.060 - inf. 0 0 0 1 0 2 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 00 1 25 1 25 3 75 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 4 100 Report of Asbestos Analysis (continued) Chrysotile Fiber Aspect Ratio Distribution Page 4 of 4 Lab#: J75755 Sample I.D.: CANAL PLANT INFLUENT Aspect Ratio Range Number of Fibers Counted Cummulative Number of Fibers counted Cummulative Percent of Fibers Counted 0.00 - 3.00 3.00 - 4.40 4.40 - 6.46 6.46 - 9.49 9.49 - 13.92 13.92 - 20.44 20.44 - 30.00 30.00 - 44.00 44.00 - 64.60 64.60 - 94.90 94.90 - 139.20 139.20 - 204.40 204.40 - 300.00 300.00 - 440.00 440.00 - 646.00 646.00 - 949.00 949.00 - 1392.00 1392.00 - 2044.00 2044.00 - 3000.00 3000.00 - 4403.00 4403.00 - inf. 1 0 0 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 2 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 25 25 25 50 75 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 . 100 Page 1 of l MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Utilities Pub. Service Board 320 S. Campbell St. P. 0. Box 511 El Paso, TX 79961 Attn: John E. Balliew Job#: PO#: Workorder#: Report#: Phone #: 437.0961 63468/14023 W23370 R00856 915-533-9701 Date Sampled: Date Received: 7/6/89 7/7/89 Sampled By: Analyzed by: Client CJ Belt Lab#: J75751 Sample I.D.: ROSEWOOD & MISSOURI Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): NO 50 20 0.1 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 AMPHIBOLE FIBERS (*) TOTAL FIBERS* Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lover 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 (*) Probable amphibole MFL: Million Fibers per Liter ND : Not detected APPROVED AUG 2 21989 QC OFFICER Page 1 of 1 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Utilities Pub. Service Board 320 S. Campbell St. P. 0. Box 511 El Paso, TX 79961 Attn: John E. Balliew Job#: P0#: Workorder#: Report#: Phone #: 437.0961 63468/14023 W23370 R00861 915-533-9701 Date Sampled: Date Received: 7/6/89 7/7/89 Sampled By: Analyzed by: Client CJ Belt Lab#: J75756 Sample I.D.: WESTERN SKIES & PINE Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): NO 50 20 0.1 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: o.O Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): o.O AMPHIBOLE FIBERS (*) TOTAL FIBERS* Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 (*) MFL: ND : NA : Probable amphibole Million Fibers per Liter Not detected Not analyzed Approved by APPROVED AUG Z % 1989 QC qeelceb Page 1 of 1 MONTGOMERY LABORATORIES a division of Janes M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Utilities Pub. Service Board 320 S. Campbell St. P. O. Box 511 El Paso, TX 79961 Attn: John E. Balliew Job#: PO#: Workorder#: Report#: Phone #: 437.0961 63468/14023 W23370 R00859 915-533-9701 Date Sampled: Date Received: 7/6/89 7/7/89 Sampled By: Analyzed by: Client CJ Belt Lab#: J75754 Sample I.D.: SAN JOSE & KENTUCKY Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): NO 50 20 0.1 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 AMPTHBOLE FIBERS (*) TOTAL FIBERS Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 (*) Probable amphibole MFL: Million Fibers per Liter ND : Not detected APPROVED AUG 2 21989 QC OFFICER Page 1 of l MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Utilities Pub. Service Board 320 S. Campbell St. P. O. Box 511 El Paso, TX 79961 Attn: John E. Balliew Job#: PO#: Workorder#: Report#: Phone #: 437.0961 63468/14023 W23370 R00858 915-533-9701 Date Sampled: Date Received: 7/6/89 7/7/89 Sampled By: Analyzed by: Client CJ Belt Lab#: J75753 Sample I.D.: ELPCC VALLEVERDE Sample ashed: Sample volume filtered Number of grid squares Analytical sensitivity (ml): counted: (MFL): NO 50 20 0.1 CHRYSOTILE FIBERS CHRYSOTILE FIBERS > 10 MICRONS Number of fibers counted: Mean fiber cone.(MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 AMPHIBOLE FIBERS (*) TOTAL FIBERS* Number of fibers counted: Mean fiber cone. (MFL): Upper 95% conf. limit (MFL): Lower 95% conf. limit (MFL): Estimated mass (ug/1): 0.0 0.0 0.0 0.0 0.0 Number of fibers counted: 0.0 Mean fiber cone. (MFL): 0.0 Upper 95% conf. limit (MFL): 0.0 Lower 95% conf. limit (MFL): 0.0 Estimated mass (ug/1): 0.0 (*) Probable amphibole MFL: Million Fibers per Liter ND : Not detected APPROVED AUG 2 21989 .QC 0EEICEB Page 1 of 1 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Water Utilities North East Place P. 0. Box 511 El Paso, TX 79961 Attn: John E. Balliew Job#/P0#: Workorder#: Report#: Phone #: 61372 W11555 R47332 915-821-0616 Date Sampled: Date Received: 4/27/87 5/1/87 Sampled By: Analyzed by: CLIENT Y.DEKAY Lab number: H57332 Sample I.D. : MESA & KERN-4/28/87 Detection limit (MFL) : 0.1 Ashed sample: NO Number of grid squares counted: 20 Sample volume filtered (ml): 50 Number of fibers counted Chrysotile > 10 microns: Total Chrysotile: Amphibole: Total Fibers: ND ND ND ND Total fibers (MFL): ND Chrysotile Fibers Number (MFL): ND Mass (ug/1): ND Chrysotile fibers > 10 microns Number (MFL)*: ND Mass (ug/1): ND Amphibole Fibers (*) Number (MFL): ND Mass (ug/1): ND (*) MFL: ND : NA : Probable amphibole Million Fibers per Liter Not detected Not analyzed APPROVE!* JUN 191987 rc oticer Page 1 of l MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report: of Asbestos Analysis ini water El Paso Water Utilities North East Place P. 0. Box 511 El Paso, TX 79961 Attn: John E. Balliew Job#/P0#: Workorder#: Report#: Phone #: 61372 W11555 R47329 915-821-0616 Date Sampled: Date Received: 4/27/87 5/1/87 Sampled By: Analyzed by: CLIENT CJ BELT Lab number: H57329 Sample I.D. : SAN JUAN & KENTUCKY-4/28/87 Detection limit (MFL): 0.1 Ashed sample: NO Number of grid squares counted: 20 Sample volume filtered (ml): 50 Number of fibers counted Chrysotile > 10 microns: Total Chrysotile: Amphibole: Total Fibers: ND ND ND ND Total fibers (MFL): ND Chrysotile Fibers Number (MFL) : ND Mass (ug/1): ND Chrysotile fibers > 10 microns Number (MFL)`: ND Mass (ug/1): ND Amphibole Fibers (*) Number (MFL): ND Mass (ug/1) : ND MFL: ND : NA : Million Fibers per Liter Not detected Not analyzed Approved by Cy. {jutes' T ^r" APPROVED JUN 19 1987 rr. PTSitf Page 1 of 1 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report; of Asbestos Analysis ini water El Paso Water Utilities North East Place P. 0. Box 511 El Paso, TX 79961 Attn: John E. Balliew Job#/PO#: Workorder#: Report#: Phone #: 61372 W11555 R47328 915-821-0616 Date Sampled: Date Received: 4/27/87 5/1/87 Sampled By: Analyzed by: CLIENT Y.DEKAY Lab number: H57328 Sample I.D. : ROSEWOOD & MISSOURI-4/27/87 Detection limit (MFL): 0.1 Ashed sample: NO Number of grid squares counted: 20 Sample volume filtered (ml): 50 Number of fibers counted Chrysotile > 10 microns: Total Chrysotile: Amphibole: Total Fibers: ND ND ND ND ,. . MFL: ND : NA : --- . . I. . Million Fibers per Liter Not detected Not analyzed Total fibers (MFL) : ND Chrysotile Fibers Number (MFL): ND Mass (ug/1): ND Chrysotile fibers > 10 microns Number (MFL)': ND Mass (ug/1): ND Amphibole Fibers (*) Number (MFL) : ND Mass (ug/1): ND APPROVED JUN 19 1937 rc orPr/.^ Page 1 of 2 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis in water El Paso Water Utilities North East Place P. 0. Box 511 El Paso, TX 79961 Attn: John E. Balliew Job#/P0#: Workorder#: Report#: Phone #: 61372 W11555 R47331 915-821-0616 Date Sampled: Date Received: 4/27/87 5/1/87 Sampled By: Analyzed by: CLIENT CJ BELT Lab number: H57331 Sample I.D. : ROUNDROCK & SUGARLAND-4/28/87 Detection limit (MFL): 0.1 Ashed sample: NO Number of grid squares counted: 20 Sample volume filtered (ml): 50 Number of fibers counted Chrysotile > 10 microns: Total Chrysotile: Amphibole: Total Fibers: ND 5 ND 5 Total fibers (MFL): 0.6 Chrysotile Fibers Number (MFL): 0.6 Mass (ug/1): 0.005 Chrysotile fibers > 10 microns Number (MFL) *: ND Mass (ug/1): ND Amphibole Fibers (*) Number (MFL): ND Mass (ug/1): ND (*) MFL: ND : NA : Probable amphibole Million Fibers per Liter Not detected Not analyzed Lab number: H57331 Page 2 of 2 Report of Asbestos Analysis (continued) Sample I.D. : ROUNDROCK & SUGARLAND-4/28/87 0-0.49 # of fibers - 0 0-0.04 # of fibers - 1 0-9.9 # of fibers - 2 SIZE DISTRIBUTION CHRYSOTILE Fiber Length (Microns) 0.5-0.99 1.0-1.49 1.5-1.99 2.0-2.49 500 0 Fiber Width (Microns) 0.05-0.09 0.1-0.14 0.15-0.19 0.2-0.24 3100 Aspect Ratio (L/W) 10-19.9 20-29.9 30-39.9 40-49.9 3000 2 . 5-UP 0 0. 25-UP 0 50 - UP 0 (*) MFL: ND : NA : Probable amphibole Million Fibers per Liter Not detected Not analyzed Approved by Page 1 of 2 MONTGOMERY LABORATORIES a division of James M. Montgomery, Consulting Engineers, Inc. 555 East Walnut Street, Pasadena, California 91101 (818) 796-9141 / (213) 681-4255 Telex 67-5420 Report of Asbestos Analysis ini water El Paso Water Utilities North East Place P. 0. Box 511 El Paso, TX 79961 Attn: John E. Balliew Job#/PO#: Workorder#: Report#: Phone #: 61372 W11555 R47330 915-821-0616 Date Sampled: Date Received: 4/27/87 5/1/87 Sampled By: Analyzed by: CLIENT CJ BELT Lab number: H57330 Sample I.D. : NE PLANT -4/28/87 Detection limit (MFL): 0.1 Ashed sample: NO Number of grid squares counted: 20 Sample volume filtered (ml): 50 Number of fibers counted Chrysotile > 10 microns: Total Chrysotile: Amphibole: Total Fibers: ND 3 ND 3 ... MFL: ND : NA : ". - t1.' - Million Fibers per Liter Not detected Not analyzed Total fibers (MFL) : 0.3 Chrysotile Fibers Number (MFL): 0.3 Mass (ug/1): 0.002 Chrysotile fibers > 10 microns Number (MFL): ND Mass (ug/1): ND Amphibole Fibers (*) Number (MFL): ND Mass (ug/1): ND Lab number: H57330 Report of Asbestos Analysis (continued) Sample I.D. : NE PLANT-4/28/87 Page 2 of 2 0-0.49 # of fibers - 1 0-0.04 # of fibers - 0 0-9.9 # of fibers - 1 SIZE DISTRIBUTION CHRYSOTILE Fiber Length (Microns) 0.5-0.99 1.0-1.49 1.5-1.99 2.0-2.49 1100 Fiber Width (Microns) 0.05-0.09 0.1-0.14 0.15-0.19 0.2-0.24 3000 Aspect Ratio (L/W) 10-19.9 20-29.9 30-39.9 40-49.9 2000 2.5-UP 0 0.25-UP 0 50 - UP 0 (*) MFL: ND : NA : Probable amphibole Million Fibers per Liter Not detected Not analyzed approved JUN 19 1987 PC pepCC3 4UfU0.U 1*0/ D DP, ^ SCOTT, HULSE, MARSHALL, FEUILLE, FINGER & THURMOND, P.C. JEFFREY S. ALLEY BOARD CERTIFIED - CIVIL APPELLATE LAW TEXAS BOARD OF LEGAL SPEC IALIZATI ON ATTORNEYS AT LAW IIOO CHASE TOWER 201 EAST MAIN DRIVE POST OFFICE BOX 99123 EL PASO, TEXAS 79999-9123 TELEPHONE (915} 533-2493 TELECOPIER (915) 546-8333 LOUIS A. SCOTT (1895-1974) JAMES F. HULSE (1905-1989) June 21, 2001 PLEASE ADDRESS FIRM ATTN: WRITER WRITER'S DIRECT TELEPHONE <9151 546-8201 E-MAIL jaliascotthulse.com Stephanie A. Finch Baron & Budd 3102 Oaklawn Avenue, Suite 1100 Dallas, Texas 75219-4281 VIA CERTIFIED MAIL Re: In Re: All Asbestos-Related Personal Injury or Death Casesfiled in El Paso County, Texas, County Court at Law Number 3, Cause No. 96-333 Dear Ms. Finch: In response to your June 19, 2001 letter I have enclosed copies of the business records of the El Paso Water Utilities and the Affidavit of John E. Balliew. Sincerely, enclosure 582536.1 AFFIDAVIT BEFORE ME, the undersigned authority, on this day personally appeared, John E. Baliiew, who, being by me duly sworn, deposed as follows: "My name is John E. Baliiew. I am over eighteen (18) years of age, of sound mind, capable of making this Affidavit, and personally acquainted with the facts herein stated. I am the custodian of records of El Paso Water Utilities, and, as such, I am the custodian of records attached to this Affidavit. The records attached to this Affidavit, consisting of__166__ pages, are kept by me in the regular course of business, and it was the regular course of business for an employee or representative of El Paso Water Utilities, with knowledge of the act, event, condition, opinion, or information recorded, to make the records or transmit information thereof to be included in such records, and the records were made at or near the time of the occurrence or reasonable soon thereafter. The records attached hereto are the originals or exact duplicates of the originals." AFFIAtfT, John E. Baliiew SUBSCRIBED AND SWORN TO BEFORE ME. on this the 11th day of May, 2001. vTHERESE a. donawell | Notary Public. State ot Texas, {)) My Commission Expires 01-21-2QM3j f). h>nntJuP Notary Public in and for the State of Texas