J09CA0584TechMemoSep1997.pdf

FINAL 

MUSCOY PLUME OPERABLE UNIT 

DETAILED HYDROGEOLOGIC INVESTIGATION 

TECHNICAL MEMORANDUM 

Prepared for: 

Contract No. 68-W9-0054 / WA No. 54-46-gJ5N 

U.S. Environmental Protection Agency 

Region IX 

75 Hawthorne Street 

San Francisco, CA 94105 

Prepared by: 

URS Greiner, Inc. - California 

2710 Gateway Oaks Drive, Suite 250N 

Sacramento, CA 95833 

September 1997 

COE027357

MUSCOY PLUME OU DETAILED tlYDROGEOLOGIC INVESTIGATION 

TECftNICAL MEMORANDUM - YINAL Table of Contents 

URS Greiner, Inc. - California Revision No.: 0 

ARCS, EPA Region 9 Date: 09/15/97 

C_mtract No. 68-W9 0054 / WA No. 54-46-9J5N Page i 

Section 

TABLE OF CONTENTS 

TABLE OF CONTENTS ................................................. i 

ABBREVIATIONS AND ACRONYMS ....................................... iii 

1.0 INTRODUCTION 1 

1.1 REMEDIAL INVESTIGATION OBJECTIVES .......................... 4 

1.2 DESCRIPTION OF THE REMEDIAL INVESTIGATION OPERABLE UNITS ..... 4 

1.2.1 Newmark OU ............................................ 4 

1.2.2 Muscoy Plume OU ........................................ 4 

1.2.3 Source OU 4 

1.3 DESCRIPTION OF THE STUDY AND GROUNDWATER MODEL AREAS ...... 5 

1.3.1 Study Area .............................................. 5 

1.3.2 Groundwater Model Area .................................... 5 

2.0 INVESTIGATION ACTIVITIES ......................................... 6 

2.1 SEISMIC SURVEYS ........................................... 6 

2.2 MUSCOY PLUME OU MONITORING WELL LOCATIONS ................ 6 

2.3 WELL CONSTRUCTION DETAILS ................................. 8 

2.3.1 Muscoy Plume OU Monitoring Well-129 .......................... 8 

2.3.2 Muscoy Plume OU Monitoring Well-130 ......................... 10 

3.0 ANALYTICAL RESULTS ............................................ 11 

3.1 ANALYTICAL METHODS AND LABORATORIES ..................... 11 

3.2 SUMMARY OF ANALYTICAL RESULTS ........................... 11 

3.2.1 Initial Sampling Results .................................... 11 

3.2.2 CLP Sampling Results ..................................... 11 

4.0 INTERPRETATION AND CONCLUSIONS ................................ 15 

4.1 NEWMARK SUPERFUND SITE HYDROGEOLOGIC CONCEPTUAL MODEL . . 15 

4.2 MUSCOY PLUME OU HYDROGEOLOGIC MODEL .................... 19 

4.2.1 Interpretation ........................................... 19 

4.2.2 Conclusions 20 

4.3.3 Analytical Evaluation of Muscoy Plume Hydrogeologic Model ........... 20 

5.0 REFERENCES .................................................... 22 

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MUSCOY PLUME OU DETAILED HYDROGEOLOGIC INVESTIGATION 

TECHNICAL MEMORANDUM - FINAL Table of Contents 



Contract No. 68-W9-0054 / WA No. 54_46-9J5N Page ii 

TABLE OF CONTENTS (Cont'd.) 

APPENDICES 

APPENDIX A Borehole Lithologic and Geophysical Logs 

APPENDIX B Initial and Fourth Quarter 1996 Sampling Analytical Data - Wells MW-129 and 

MW-130 

: TABLES 

Table 2-1 Monitoring Well Screen Intervals ..... ' ............................. 9 

Table 3-1 Summary of Contract Laboratory Program (CLP) Analyses ................ 12 

Table 3-2 Summary of Initial Analytical Results, Monitoring Wells 129 and 130, May 1996 13 

Table 3,3 Summary of Contract Laboratory Program (CLP) Volatile Organic Compound 

Positive Analytical Results, Monitoring Wells 129 and 130, Fourth Quarter 1996 

Groundwater Sampling Event ................................... 14 

Table 4-1 TCE and PCE Concentrations, Southern Portion of the Muscoy Plume OU, 

Fourth Quarter 1996 Groundwater Sampling Event ..................... 21 

FIGURES 

Figure 1-1 Operable Unit and Well Location and Map ............................ 2 

Figure 1-2 PCE Concentration Map, Fourth Quarter 1996 ......................... 3 

Figure 2-1 Seismic Line Location Map ...................................... 7 

Figure 4-1 Cross Section Location Map .................................... 16 

Figure 4-2 Southwest - Northeast Cross Section . . ............................. 17 

Figure 4-3 Northwest - Southeast Cross Section ............................ . . . 18 

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TECttNICAL MEMORANDUM - FINAL Abbreviations ar:d Acronyms 



Contract No. 68-W9-0054 / WA No. 54-46-9J5N Page iii 

ABBREVIATIONS AND ACRONYMS 

•ASTM American Society of Testing and Materials 

BC Basement complex 

bgs Below ground surface 

CERCLA Comprehensive Environmental Response, Compensation, and Liability 

Act of 1980 

cis- 1,2-DCE cis- 1,2-Dichloroethene 

CLP Contract Laboratory Program 

FS Feasibility Study 

LWBM Lower water-bearing member 

MCLs Maximum contaminant levels 

MCM Middle confining member 

msl Mean sea level 

_zg/L Micrograms per liter 

NPL National Priorities List 

OU Operable unit 

PCE Tetrachloroethene 

RI Remedial investigation 

SAP Sampling and analysis plan 

TCE Trichloroethene 

TCFM Trichlorofluoromethane 

URSG URS Greiner, Inc. - California 

USEPA U.S. Environmental Protection Agency 

UWBM Upper water-bearing member 

VOCs Volatile organic compounds 

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MUSCOY PLUME OU DETAILED HYDROGEOLOG1C INVESTIGATION 

T[_CtINICAL MEMORANDUM FINAL Section No.: 1,0 



Contract No. 68-W9-0054 / WA No. 54-46-9J5N Page 1 

1 1.0 INTRODUCTION 

2 This technical memorandum has been prepared to augment the Newmark Groundwater Contamination 

3 Superfund Site, Muscoy Plume Operable Unit (OU) Remedial Investigation (RI). Its purpose is to report: 

4 • Installation of two monitoring wells, MW-129 and MW-130, in the Muscoy Plume. 

5 • Provide details regarding monitoring well drilling and construction. 

6 • Provide analytical data from initial groundwater sampling. 

7 • Interpret the results and provide conclusions. 

8 The California Department of Health Services discovered chlorinated solvents in municipal water-supply 

9 wells (municipal wells) within the northern San Bernardino/Muscoy region of San Bernardino County 

10 during a 1980 groundwater investigation. Several investigations were conducted to locate the potential 

I I source(s) of contamination. On March 30, 1989, the U.S. Environmental Protection Agency (USEPA) 

12 placed this region on the National Priorities List (NPL), thereby releasing federal funds for cleanup of the 

13 region, now identified as the Newmark Groundwater Contamination Superfund Site (site). 

" _ The USEPA has been conducting a remedial investigation/feasibility study (RI/FS) at this site since 1990. 

, Based on RI/FS findings, two OUs, identified as Newmark and Muscoy, were developed to focus the 

16 investigation for contaminant sources while addressing the continued migration of the contaminant plumes. 

17 The Muscoy OU was later divided into two OUs: the Source OU and the Muscoy Plume OU. The current 

18 interpretation of the OU boundaries is shown on Figure 1-1. The Newmark OU contains a large, 

19 chlorinated solvent plume beneath the city of San Bernardino extending east of the Shandin Hills. The 

20 plume, estimated to be five miles long, caused the closure of several municipal wells and continues to 

21 threaten downgradient wells that supply water to more than 500,000 residents. The Muscoy plume, 

22 estimated to be three miles long, is located on the west side of the Shandin Hills. Prior to 1992, the plumes 

23 appeared to have different sources. However, RI/FS results demonstrate that both plumes originate from 

24 an area north and west of the Shandin Hills, implying that the plumes share a common source(s). 

25 The principal contaminants identified in site investigations were trichloroethene (TCE) and 

26 tetrachloroethene (PCE). Reported concentrations of these contaminants exceed federal and California 

27 Maximum Contaminant Levels (MCLs) for drinking water in several municipal wells within the San 

28 Bernardino and Muscoy areas, including the Newmark Municipal Wellfield. All wells are currently 

29 sampled quarterly under the Source OU Long-Term Monitoring and Sampling Program. Figure 1-2 is a 

30 map of PCE concentrations from the Fourth Quarter 1996 groundwater sampling (URSG 1997). 

31 Specific information regarding the history of regulatory actions and investigations, and the results of 

32 previous investigations, can be found in the Newmark Source OU RI Sampling and Analysis Plan (SAP) 

33 (URSG 1994a). 

(62460-A/tm022897.dd 6.1) COE 0 2 7 3 6 1

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LEGEND 

GroundwotqN- Fl_ O|root|on COE027362 

Boundary _ General Ize

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LEGEND 

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O,8/NO/NB A/B/C Interval PCE 5 ug/I I8_oentr


TF.CtlNICAI. MEMORANDUM - FINAL Section No.: 1.0 

URS Greiner, Inc, - California Revision No.: 0 


Con:tact No. 68-W9-0054 / WA No. 54_I6-gJ5N Page 4 

1 1.1 REMEDIAL,INVESTIGATION OBJECTIVES 

2 In accordance with the Comprehensive Environmental Response, Compensation, and Liability Act of 1980 

3 (CERCLA), USEPA has begun RI activities within the Source and Muscoy Plume OUs to locate a residual 

4 subsurface source for the groundwater contamination at the site. 

5 The specific objectives of the Muscoy Plume OU RI are to delineate the leading edge of the Muscoy Plume 

6 and, in conjunction with the groundwater flow modeling effort, to identify potential extraction well 

7 locations. In support of these objectives, two groundwater monitoring wells were installed in the Muscoy 

8 Plume OU. A description of the Muscoy Plume OU is presented in Section 1.2.2. 

9 1.2 DESCRIPTION OF.THE REMEDIAL INVESTIGATION OPERABLE UNITS 

10 As stated previously, the NPL site has been divided into three separate OUs: 

11 ,_ Newmark OU 

12 " Muscoy Plume OU 

'" " Source OU 

14 The current interpretation of the above OUs (Figure 1-1) represents areas where contaminants have 

15 migrated and is iterative in nature. Detailed information regarding regional climate, geographic setting, 

16 geology, and hydrogeology are found in the Newmark Source OU RI SAP (URSG 1994a). 

17 1.2.1 Newmark OU 

18 The Newmark OU is a 20-square-mile area extending approximately 0.20 miles north and west of 

19 University Parkway and continuing southeast roughly to 40th Street• There, it extends south approximately 

20 3 miles toward Baseline Street (Figure 1-1). 

21 1.2.2 Muscoy Plume OU 

22 The Muscoy Plume OU encompasses groundwater contamination in the southeastern portion of the Muscoy 

23 Plume as currently estimated on Figure 1-I. Generally, this area includes the downgradient portion of 

24 groundwater contamination west of Shandin Hills. It also includes several known municipal supply wells 

25 in Muscoy, including those which do not presently exhibit signs of contamination. 

26 1.2.3 Sgorce OU 

27 The Source OU is located north and west of the Newmark OU, as shown on Figure 1-1. The area extends 

28 approximately 4,000 feet northwest of Institution Road and continues southeast approximately 2 miles to 

29 University Parkway. Lytle Creek forms the western periphery. The eastern boundary coincides with 

Highway 215, south of State College Parkway, and Kendall Drive, north of State College Parkway. 

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TECHNICAL MEMORANDUM - FINAL Section No.: 1.0 




1 1.3 DESCRIPTION OF THE STUDY AND GROUNDWATER MODEL AREAS 

2 1.3.1 Study Area 

3 The Study Area refers to the overall Newmark Groundwater Contamination Superfund Site. It covers 

4 approximately 80 square miles extending from the San Bernardino Mountains in the north to just south of 

5 Interstate 10 in the south. The western and eastern boundaries coincide with the borders of the San 

6 Bernardino North and South 71/2:minute quadrangles. The Study Area encompasses the Newmark, Muscoy 

7 Plume and Source OUs. The Study Area boundaries were established to allow the collection of all data 

8 pertinent to the site-wide groundwater flow modeling effort. 

9 1.3.2 Groundwater Model Area 

10 The Groundwater Model Area encompasses the Source, Muscoy Plume, and Newmark OUs. Its northern 

11 border is the San Andreas Fault, and its southwest border is the San Jacinto Fault. The western and eastern 

12 boundaries are equivalent to the study area counterparts. All groundwater flow modeling was performed 

13 using data obtained from this area. 

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COE027365 

f

MUSCQY PLUME OU DETAILED HYDROGEOLOGIC INVESTIGATION 

TECItNICAL MEMORANDUM - FINAL Scctmn No.: 2.0 

URS Gremer, lnc. - California Revision No.: _,_ 

ARCS, EPA Region 9 Date: 09/15197 


1 2.0 INVESTIGATION ACTIVITIES 

2 The following section presents specific information related to the placement and construction of 

3 groundwater monitoring wells installed during this phase of investigation activities. Two multiple- 

4 completion monitoring wells were constructed to collect Muscoy Plume OU chemical and aquifer 

5 parameter data. 

6 All subcontracted geophysical, drilling, well construction, and site restoration activities were conducted 

7 under the direct supervision of URS Greiner, Inc. - California (URSG). 

8 2.1 SEISMIC SURVEYS 

9 Geophysical seismic surveys were conducted during previous portions of the Source and Muscoy Plume 

10 OU investigations to estimate depth to bedrock and to evaluate structural features which may affect 

11 groundwater movement and contaminant migration within the investigation area. Interpretation of the 

12 seismic surveys is presented in the Newmark OU Detailed Hydrogeologic Investigation Technical 

'" Memorandum (URSG 1995) and the Source OU Technical Memorandum (URSG 1996). Figure 2-1 shows 

the seismic survey line locations. 

15 2.2 MUSCOY PLUME OU MONITORING WELL LOCATIONS 

16 Information from seismic surveys completed in the Muscoy Plume OU was used to select monitoring well 

17 locations. Property access and future land use considerations were also considered. Selection of the 

18 Muscoy Plume OU MW-129 and MW-130 locations was based on the following rationale: 

19 • Monitoring wells at these locations would establish hydrogeological data points along the 

20 interpreted southern (MW-129) and southeastern (MW-130) boundaries of the Muscoy 

21 Plume. 

22 " Hydrogeological data from south of Shandin Hills and northeast of the Lytle Creek Wash 

23 would be critical to evaluate groundwater extraction scenarios to control the Muscoy Plume 

24 migration. These wells may also be used to evaluate the combined effects of groundwater 

25 extraction from both the Muscoy and Newmark Plumes. 

26 • These areas have relatively deep bedrock complex occurrences as interpreted from seismic 

27 data and historical aerial photographs (URSG 1995). Multiple completion wells could 

28 measure potential stratification of contaminants within the alluvial/fluvial material overlying 

29 the bedrock complex. 

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LEGEND 

Muscoy Plume OU / Source,OU N_'_i_.v_k 

• Monl'rorlno We,lIs And Plezomete,rs ,_ I&mn!_cri_Q _,_': _


TECttNICAL MEMORANDUM - FINAL Section No.: 2.0 



Contract No. 68-W9-0054 / WA No. 5446-9J5N Page 8 

1 Based on the above rationale, MW-129 was sited in the public right-of-way, owned by the city of San 

2 Bernardino, on 16th Street, approximately 400 feet west of the northwest corner of Medical Center Drive 

3 (formerly Muscott Street) and 16th Street, as shown on Figure 2-1. 

4 MW-130 was sited in the public right-of-way, owned by the city of San Bernardino, at the north end of 

5 Garner Avenue, approximately 500 feet south of Highway 215 (Figure 2-1). 

6 2.3 WELL CONSTRUCTION DETAILS 

7 The Muscoy Plume wells were drilled using direct air rotary, mud rotary, and dual tube reverse circulation 

8 mud rotary techniques. 

9 Temporary conductor casings were installed in both wells with a pneumatic casing hammer using direct 

10 air rotary drilling to approximately 100 feet bgs. Conductor casings were installed to stabilize subsurface 

11 conditions and to assist in creating a closed drilling fluid circulation system, thereby reducing the possibility 

12 of drilling fluid loss at relatively shallow depths in poorly consolidated material. The temporary conductor 

13 casings were withdrawn from the boreholes in each well during cement sanitary seal installation. 

"' Direct and reverse circulation mud rotary techniques were used to drill the remaining portions of each 

borehole to its respective total depth. A log of lithologic material encountered during drilling was 

16 completed for each well. A suite of geophysical surveys including temperature, spontaneous potential, 16- 

17 inch and 64-inch normal resistivity, resistivity guard, natural gamma, and caliper logs were recorded for 

18 each borehole upon completion of drilling activities. Appendix A, Borehole Lithologic and Geophysical 

19 Logs, includes reproductions of the lithologic and geophysical logs. 

20 Completions in MW-129 and MW-130 were constructed of American Society of Testing and Materials 

21 (ASTM) A53, blank, low-carbon steel well casing; blank, stainless type 304 steel well casing; and stainless 

22 type 304 steel, wire-wrapped, "v-slot" well screen with nominal slot openings of 0.02-inches. 

23 The filter pack material used is RMC Lonestar #3 silica sand. RMC Lonestar #30 silica sand was used as 

24 the grout infiltration bridge material. Strata and sanitary seals contain mixtures of Portland types I and II 

25 cement, sand, and potable water. 

26 Table 2-1 contains the MW-129 and MW-130 screen intervals. Borehole lithologic logs, geophysical logs, 

27 and specific well as-built information are presented in Appendix A. 

28 2.3.1 Muscoy Plume OU Monitoring Well-129 

29 MW-129 was constructed within a 16-inch borehole and contains three, 4-inch-diameter completions. All 

30 three selected screened intervals are in portions of the borehole which exhibited relatively high resistivity 

31 bounded by less resistive units. The corresponding completions were screened at the top, middle, and 

32 bottom of the lower water-bearing member interpreted to exist in this area (further discussion of the 

regional hydrogeologic model is presented in Section 4.0). 

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Table 2-1 

MONITORING WELL SCREEN INTERVALS 

(feet) 

Screened 

Screened Interval Top of Casing Ground Surface 

Interval Elevation Elevation Elevation 

Monitoring Well (bgs) (msl) (msl) (msl) 

MW-129A 443-473 755.92-725.92 1198.92 

MW- 129B 730-760 468.91-438.91 1198.91 

MW- 129C 851-881 348.00-318.00 1199.00 

MW- 130A 340-370 834.68-804.68 1174.68 

MW- 130B 550-580 624.60-594.60 1174.60 

MW-130C 890-920 284.56-254.56 1174.56 

bgs Below ground surface 

msl Above mean sea level 

(62460-A/tm022897.dd 6.1) 

1199.32 

1175.22 

COE027369


TECttNICAL MEMORANDUM - FINAL Seclion No.: 2.0 

URS Greiner, Inc. - California Re.vision No.: _ 


Contract No. 68-W9-0054 / WA No 5446-gJSN Page 10 

1 2.3.2 Muscoy Plume OU Monitoring Well-130 

2 MW-130 was constructed within a 16-inch borehole and contains three 4-inch-diameter completions. The 

3 top screened interval is completed in the lower portion of the middle conf'ming member as interpreted in 

4 Section 4.0. The middle and bottom completions in MW-130 are in the middle and bottom of the lower 

5 water-bearing unit. The three completion intervals in this well were selected in an attempt to replicate 

6 completion intervals in MW-128 for vertical contaminant distribution correlation. 

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TL:CttNICAL MEMORANDUM - FINAL Section No.: 3.0 

URS Grciner, Inc. - Califorma Revision No.: 0 


Contract No, 68-W9-0054 / WA No. 5446-9J5N Page 11 

1 3.0 ANALYTICAL RESULTS 

2 Two sets of groundwater samples were collected from monitoring wells MW-129 and MW-130. The first 

3 set of samples was collected in May 1996 approximately 24 hours after final development activities were 

4 completed. These initial "screening samples" were analyzed on a rapid response basis (results provided 

5 within 48 hours after arrival at the laboratory) for halogenated volatile organic compounds (VOCs) only. 

6 As part of the first quarterly groundwater sampling event in September/October 1996 (fourth quarter 1996), 

7 a second set of samples was collected and sent to the EPA Region 9 Laboratory for analysis under 

8 Contract Laboratory Program (CLP) protocols. The complete quarterly sampling results and associated 

9 laboratory quality assurance/quality control and data quality assessment are presented in the Source OU 

t0 Long-Term Monitoring and Sampling Program - Fourth Quarter 1996 Report (URSG 1997). 

11 The initial and the quarterly sampling analytical data for wells MW-129 and MW-130 are included in 

12 Appendix B. 

13 3.1 ANALYTICAL METHODS AND LABORATORIES 

The initial groundwater samples were analyzed for halogenated VOCs by USEPA Method 601 at MBT 

15 Environmental Laboratories, Rancho Cordova, California. Analyses conducted under CLP protocols for 

16 the quarterly sampling event are listed in Table 3-1. Table 3-1 also presents the CLP laboratories used for 

17 analytical support and lists the specific services each laboratory provided. 

18 3.2 SUMMARY OF ANALYTICAL RESULTS 

19 3.2.1 Initial Sampling Results 

20 Table 3-2 summarizes the initial MW-129 and MW-130 sampling analytical results for TCE, PCE, 

21 trichlorofluoromethane (TCFM), and cis- 1,2-dichloroethene (cis- 1,2-DCE). 

22 TCE and PCE are included in the discussion of analytical results based on their historical significance as 

23 the principle site groundwater contaminants. Although the MCLs for TCFM (150 micrograms per liter 

24 _g/L]) and Cis-I,2-DCE (70.0 #g/L) are relatively high, the presence of these chemicals commonly 

25 indicates potential chemical migration patterns in groundwater. 

26 3.2.2 CLP Sampling Results 

27 Table 3-3 summarizes the first quarterly sampling event (fourth quarter 1996) CLP analytical results for 

28 all detected VOCs in groundwater samples from wells MW-129 and MW-130. 

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COE027371





Contract No. 68-W94)054 / WA No. 54-46-9J5N Page 12 

Table 3-1 

SUMMARY OF CONTRACT LABORATORY PROGRAM (CLP) ANALYSES 

Monitoring Wells 129 and 130 

Analysis Requested Analytical Method Laboratory 

Low- Level VOCs RAP Low Level VOCs USEPA Region 9 Lab 

(25-milliliter purge) 

Low- Level SVOCs RAP SOW for Superfund Analytical USEPA Region 9 Lab 

Method (Low Concentration Water for 

Organic and Inorganic Analyses, Oct. 

'92) 

Total Organic Carbon RAP EPA Method 415.2 or 9060A USEPA Region 9 Lab 

Alkalinity, Carbonate, RAP SM 2320 ' USEPA Region 9 Lab 

Bicarbonate, and 

Hydroxide 

Total Dissolved Solids RAP EPA Method 160.2 USEPA Region 9 Lab 

Total Suspended Solids RAP EPA Method 160.2 USEPA Region 9 Lab 

Pesticides/ CLPAS SOW for Organic Analysis Southwest Labs of 

Polychlorinated biphenyls OLM03.1 and its' revisions Oklahoma 

Datachem Labs., Inc. 

Total Metals CLPAS SOW of Inorganic Analysis Columbia Analytical 

ILM04.0 and its revisions Services Inc. 

VOC Volatile Organic Compounds 

RAP Regional Analytical Program 

SVOC Semivolatile Organic Compounds 

SOW Statement of Work (Sample Plan) 

SM Standard Methods 

CLPAS SOW Contract Laboratory Program Analytical Services Statement of Work 

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COE027372


TECHNICAL MEMORANDUM - FINAL Section No.: 3.(1 


ARCS. EPA Region 9 Date: 09/15/97 


Table 3-2 

SUMMARY OF INITIAL ANALYTICAL RESULTS 


May 1996 

(parts per billion =/zg/L) 

Compound MW-129A [ MW-129B MW-129C MW-130A MW-130B MW-130C 

TCE (1) BRL BRL BRL BRL 1.4 BRL 

PCE (2) 0.54 BRL BRL 1.1 3.8 BRL 

TCFM (3) BRL BRL BRL BRL BRL BRL 

cis-1,2-DCE (4) BRL BRL BRL BRL BRL BRL 

,zg/L micrograms per liter 

BRL below (laboratory) reporting limit 

(1) Trichloroethene (maximum contaminant level [MCL] 5.0/.zg/L) 

(2) Tetrachloroethene (MCL 5.0 _g/L) 

(3) Trichlorofluoromethane (MCL 150 _g/L) 

(4) cis-l,2-Dichloroethene (MCL 70.0/.zg/L) 

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MUSCOY PLUME OU DETAILED ttYDROGEOLOGIC INVESTIGATION 

TECHNICAL MEMORANDUM - FINAL Section No. : 3.0 



Contract No. 68-W94)054 / WA No. 5446-9J5N Page 14 

Table 3-3 

SUMMARY OF CONTRACT LABORATORY PROGRAM (CLP) 

VOLATILE ORGANIC COMPOUND POSITIVE ANALYTICAL RESULTS 


Fourth Quarter 1996 Groundwater Sampling Event 

(parts per billion =/zg/L) 

Compound(MCL) MW-129A MW-129B MW-129cl] MW-130A MW-130B MW-130C 

Trichloroethene (5.0) U U U 1.0 3.0 U 

Tetrachloroethene (5.0) 0.8 J U U 4.0 9.0 U 

Trichlorofluoromethane (150) U U U 0.5 J 0.4 J U 

cis-1,2-Dichloroethene (70) U U U 1.0 0.7 J U 

Dichlorodifluoromethane 0.4 J 0.2 J U 0.7 J U 

(none established) 9.0 

Methylene Chloride U U U 1.0 W U 

(none established) " / 

Acetone (none established) U U U 3 J U 2.0 J 

Bromomethane U U U 0.3 J U 0.3 J 

(none established) 

1,1-Dichloroethane (7.0) U U U 0.2 J U U 

Benzene (5.0) U U U 0.2 J U U 

_zg/L micrograms per liter 

MCL maximum contaminant level 

U The compound was analyzed for, but not detected. 

J Estimated concentration value below the laboratory contract-required quantitation limit. 

Shading indicates that the level reported is above the compound's MCL. 

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COE027374


IECIINI(TAI, MEMORANDUM FINAl, Section No.: 4.0 

[!RS Glcincr, Inc. - ('alifornia Revision No.: 0 


Contract No. 68-W9-(X)54 / WA No. 54 46-9J5N Page 15 

! 4.0 INTERPRETATION AND CONCLUSIONS 

2 The objective of this phase of the Muscoy Plume OU RI is to help delineate the leading edge of the Muscoy 

3 Plume to support the extraction well location selection. Data from the Newmark OU, Source OU, and 

4 Muscoy Plume OU seismic surveys were used to develop two cross-sections. Each cross-section line is 

5 shown on Figure 4-1. Figures 4_2 and 4-3 depict generalized interpretations of subsurface materials within 

6 the southern Muscoy Plume OU. The interpretations are consistent with the typical basin-wide conceptual 

7 model (Dutcher and Garrett 1963). 

8 The conceptual hydrogeologic model for the Newmark Superfund site has evolved over time. It consists 

9 of information from historical driller's logs, the city of San Bernardino Water Department, monitoring well 

10 and piezometer installations, groundwater sampling events, seismic reflection studies, and surface geologic 

11 interpretation. Below is a brief discussion of the general hydrogeologic conceptual model. 

12 4.1 NEWMARK SUPERFUND SITE HYDROGEOLOGIC CONCEPTUAL MODEL - MUSCOY 

13 PLUME OU 

Figure 4-2 is a cross-sectional interpretation of the conceptual hydrogeologic model across the mid-portion 

15 of the Newmark Superfund site and the southern section of the Muscoy Plume OU. This interpretation of 

16 the model consists of four members that include two water-bearing members (upper and lower) separated 

17 by a confining member with relatively lower permeability. The bottom member is interpreted as a 

18 basement complex (BC) composed of locally altered bedrock material. 

19 The upper water-bearing member (UWBM) is unconfined and consists of unconsolidated alluvial/fluvial 

20 deposits containing boulders, gravel, sand, and silt. This unit is interpreted to be thin to the southeast, 

21 toward well MW-11. 

22 The middle confining member (MCM) includes poorly to moderately consolidated alluvial/fluvial deposits 

23 consisting of interbedded gravel, sand, silt, and clay. This unit is interpreted to be less permeable than the 

24 overlying and underlying zones. The MCM appears to become thinner and eventually pinch out to the 

25 north and east. 

26 The lower water-bearing member (LWBM) comprises unconsolidated alluvial/fluvial deposits consisting 

27 of interbedded silty gravel; silty, clayey sand; and sandy clay lenses. This member can locally contain 

28 massive granitic/dioritic gravel beds 300- to 400-feet thick. It has historically produced the majority of 

29 groundwater utilized by local water purveyors. The LWBM is interpreted to be confined in the southern 

30 part of the Muscoy Plume OU, becoming unconfined to the north and east as the MCM pinches out. 

(62460-A/tm022897.dd 6.1) C©E 0 2 "73 "7 5

O 

oo 

P7124 

MW128A 

• PZt25 

MW127 A "_kA h_Ct_ 

MI4BTA H_Z4 

LEGEND 

Muscoy Plume OU / Source OU Ne_rk OU 

'- :"7 ' AMw_9 

_I, Monl_orlnQ Wel Is And Plezoll.efers A _r_o_ m_ _e_ _ COF:02 7376 

• MunIOll_l SuDPlY Wells 0 Mur_lo{po_ SL_pD{y_tetls 

Faul¢ 

m Cross Seo+lo_ Lines _ CaJon Londflll I 

(Approx I mote) O _z I 

[] CaJon Landflll 

Monitoring Wsll8 SCALE IN MILES 

+ US6SSan brnordlno 

J NE_tlWARKGROUNDWATERCONTAMINATION SUPERFUNDSITE J F I GURE 4-I 

URS Consul_fan_fs, Ir_,IMUSCOY PLUME OPERABLE UNIT (OU) REMEDIAL INVESTIGATION (RI} 

S°erameRtg, _:g I DETAILED HYDROGEOLOGIC INVESTIGATION I CROSS SECT ION LOCAT ION MAP 

°e ,e 

I

LEGEND -" 

SW NE 

A A' 

MUNI-102 MW129 _130 

STRAT I GRAPHY COE027377 

UWBM I , I UPPER WATER-BEARING MEMBER UNCONSOLIDATED BOULDERS, GRAVEL, DUNE SAND, SANDAND AND SILT, RIVER THIS CHANNELDEPOSITS UNIT IS GENERALLY CONSISTING U_SAI_,_ATED ,"F 

L I THOLOGY _ BUT MAY CONTAI N GROUNDWATERUNDER PERCHED CONDI T IONS. 

ELECTRIC LOG MCM MIDDLE CONFINING MEMBER INTERBEDDED HETEROGENEOUSGRAVEL, SAND, SILT, AND CLAY. 

POORLY TO IvlODERATELY CONSOLI DATED ALLUVIAL/FLUV I AL MATER I AL COH';I ST INO OF 

UNCONSOL I DATED ALLUV IAL/FLUV IAL MATER IAL CONS I ST I NG OF I NTERBEDDED S I LTY 

GW MH LWBM LOWERWATER-BEARING MEMBER GRAVELI SILTY, CLAYEY SANDp AND SANDY CLAY LENSES. THIS UNIT C_N LOCALLY 

GP CL CONTAIN A MASSIVE GRANITIC/MONZONITIC GRAVEL BED 300 - TO 400-FEET THICK. 

GM _ SC/SM 64 NORMAL COMPETENT METAMORPHIC AND IGNEOUS ROCK. GRANODIORITE AND SCHISt, 

OC _ SM/GM BC BEDROCK COMPLEX THIS REPRESENTED UNIT CAN BY LOCALLY CLAYS AND BE CAPPED SILTS WHICH BY A CONTAIN ZONE OF ALTERED WEATHERED, MATERIAL MOTTLEB 

SW _ OW/SW o CLASTS THAT RETAIN RELICT TEXTURE AND GRAIN BOUNDARIES. 

L_ 

SM _ GM/CL o O,,I NOTE, 

SC _ ML/SM I I OHMS THIS SECTION REPRESENTS GENERALIZED STRATIGRAPHY BASED ON EXISTING 

SP I----] BEDROCK 

DRILLERS' GROUPED INTO 

AND 

THE 

GEOLOGISTS' 

UNIFIED SOIL 

LOGS. 

CLASSIFICATION 

LITHOLOGIES ARE 

SYSTEM 

INTERPRETED 

FOR COI_ARISON 

AND 

F I CURE 4 - 2 

ME PURPOSESONLY, CONTACTS ARE NOT EXACT AND MAY BE GRADATIONAL, 

URS Consultants, Inc. MUSCOY PLUME OPERABLE UNIT (OU) REMEDIAL INVESTIGATION (RI) CROSS SECT ION 

Sacramento, Ca I NEWMARKGROUNDWATER 

DETAI LED HYDROGEOLOGIC CONTAMI NATIONSUPERFUNDSITE INVESTIGATION SOU T H W E S T - N 0 R T H E...... A S T






1 The BC in this portion of the basin is interpreted as competent igneous and metamorphic material consisting 

2 of granodiorite and schist. Based on drill cuttings, this member is predominantly schist and granodiorite, 

3 some of which appears to be altered. The altered material is typically represented by angular, schistose 

4 rock fragments and clayey silts containing mottled clasts. The material is interpreted as altered because 

5 the clasts commonly exhibit relict texture. 

6 Information developed during the completion of the Muscoy Plume OU field activities has been used to 

7 update the conceptual hydrogeotogic model. That information is presented in the following section. 

8 4.2 MUSCOY PLUME OU HYDROGEOLOGIC MODEL 

9 4.2.1 Interpretation 

10 MWs 129 and 130 were constructed to further evaluate groundwater quality in the southern portion of the 

11 Muscoy Plume area and to provide stratigraphic and hydrogeologic data to expand the interpretation of the 

12 Muscoy Plume hydrogeologic model. The installation of MWs 129 and 130 and data from the seismic 

13 survey (Section 2.1) also provided information about the relative depth to the BC along the interpreted 

14 southern and southeastern boundaries of the Muscoy Plume. 

Lithologic records and borehole geophysics indicate that the transitional alluvium/bedrock contact near 

16 MW-129 is approximately 880 feet below ground surface (bgs) (295 feet above mean sea level [msl]). 

17 Subsurface samples from water-bearing members are generally moderately to poorly graded alluvial 

18 material consisting primarily of fine-grained sand to medium-sized gravel. These aquifer materials are 

19 typical of the Newmark site. 

20 The transitional alluvium/bedrock contact at MW-130 is less distinct than at MW-129. However, the 

21 contact is interpreted to start at approximately 1,050 feet bgs (146 feet above msl). Lithologic samples of 

22 the water-bearing members from MW-130 are much finer-grained (fine-grained sands, silts, clays, and 

23 gravelly clays) than those from MW-129 and are more similar to lithologies encountered in MW-128. 

24 The thickness of the altered bedrock material, which is overlain by alluvial material, was not determined 

25 in either MW-129 or MW-130. MW-129 is not close enough to areas which have existing seismic data 

26 for an accurate prediction of the depth to competent bedrock material. Interpretation of seismic data near 

27 MW-130 indicates that competent bedrock would likely be encountered between 1,100 and 1,200 feet bgs. 

28 Both boreholes were terminated prior to encountering competent bedrock, based on the well location 

29 rationale. MW-129 and MW-130 boreholes were terminated at 998 and 1,091 feet bgs, respectively. 

(62460-A/tm022897.dd 6.1) COE 0 2 "73 '7 8






1 4.2.2 Conclusions 

2 Comparison of the MW-129 and MW-130 analytical data with previous data provides additional support 

3 for the assumption that contamination in the southern part of the Muscoy Plume is generally restricted to 

4 the lower portions of the MCM and the upper portions of the LWBM. Screened intervals in the municipal 

5 supply wells located in the southern part of the Muscoy Plume OU (Muni-102, 103, 104, 105, 106, 107, 

6 and 109) are generally completed shallower (higher) than 800 feet above msl elevation. These wells 

7 commonly contain TCE and PCE concentrations similar to those recorded in MW-128A, MW-129A, MW- 

8 130A, and MW-130B (Table 4-1). This relatively shallow groundwater contamination appears at a 

9 different elevation than that found in the Newmark OU plume, which recent data indicate occurs at depths 

10 ranging from approximately 300 feet above msl to sea level. The interpreted direction of regional 

11 groundwater movement in the Muscoy OU area is northeast and southwest, becoming more southerly in 

12 the Newmark OU. TCE and PCE (contaminants typical of these areas) appear to be dispersed thi:oughout 

13 the saturated zone. Even though the contaminant depths in the Muscoy Plume OU appear to be relatively 

14 shallower, they are similar in concentration to those in the Newmark plume. 

15 4.3.3 AnalyticalEvaluation of Muscoy Plume Hydrogeolo_c Model 

16 Based on analytical results from MW-129 and MW-130 groundwater samples, contamination is limited to 

17 the lower portions of the MCM and the upper portions of the LWBM in the Muscoy Plume (Figure 4-3). 

18 PCE and TCE were detected at approximately 440 feet above msl in MW-130A, and at about 640 feet 

19 above msl in MW-130B. 

20 Analytical data collected from MW10 and MWl 1 indicate that TCE and PCE concentrations along the 

21 leading edge of the Newmark OU plume are present at lower elevations than the Muscoy Plume OU 

22 contaminants. As presented in the Detailed Hydrogeologic Investigation Technical Memorandum, 

23 Newmark OU (URSG 1995), TCE and PCE above MCLs were only detected below the 377-foot and 330- 

24 foot above msl elevations in MW10C and MW11B, respectively. Additionally, the leading edge of the 

25 southern portions of the Muscoy Plume does not appear to extend to MW 129. This indicates that the two 

26 plumes may not have mixed. 

27 Although this information weakens the mixed-plume concept, a considerable area not currently monitored 

28 for groundwater contamination exists between the interpreted plume boundaries. Additional discrete 

29 groundwater quality information northwest of the Newmark OU plume's leading edge (south of the 

30 Shandin Hills, between the current interpretation of the Newmark and Muscoy Plume boundaries) and 

31 east/northeast of the current Muscoy Plume is essential to determine whether the plumes have mixed. 

(62460-A/tm022897.dd 6.1) 

COE027379

MUSCOY PLUME OU DETAILED tlYI)ROGEOLOGIC INVESTIGATION 

TECItNICAL MEMORANI)UM FINAI_ Scc_i_m No.: 4.0 

URN Greiner, Inc. - California Revision No.: 0 

ARCS, EPA Region 9 Date: 09H5/97 

Contract No. 68-W9-(XI54 / WA No. 5446-gJ5N Page 21 

Table 4-1 

TCE AND PCE CONCENTRATIONS 

SOUTHERN PORTION OF THE MUSCOY PLUME OU 

Fourth Quarter 1996 Groundwater Sampling Event 

(parts per billion =/_g/L) 

Well Screen Well Screen 

Interval Elevation 

Well Location Cogs)(1) (msl) (2) TCE (3) PCE (4) 

MW- 129A 443-473 756-726 BRL(5) 0.8J 

MW- 130A 340-370 835-805 1 4 

MW- 130B 550-580 625-595 3 9 

MW-128A 410-440 804-744 6 21 

Muni-102* 126-560 1059-625 BRL BRL 

Muni- 103" 60-345 1162-877 BRL 0.2J 

Muni-104* 150-658 1080-572 0.4J 5 

Muni- 107" 240-442 1035-833 5 20 

Muni- 109" 227-431 1101-897 1 10 

Analytical data from Source OU Long-Term Monitoring and Sampling Program - Fourth Quarter 1996 

Report (URSG 1997, in preparation). 

* Well screen information obtained from the Final Remedial Investigation/Feasibility Study for the 

Muscoy Plume OU (URSG 1994). 

(1) Feet below ground surface 

(2) Feet above mean sea level 

(3) Trichloroethene (maximum contaminant level [MCL] 5.0 micrograms per liter [#g/L]) 

(4) Tetrachloroethene (MCL 5.0 #g/L) 

(5) Below reporting limit 

J Estimated concentration 

BRL Below reporting limit 

(62460-A/tm022897.dd 6.1) COE 02 7 3 8 0


rvcItNI('AL MEMORANDUM FINAL Section No.: 5.0 

URS Grcincr. Inc. - California Revision No.: 0 

ARCS. EPA Region 9 Date: 09/15/97 

Contract No. 68-W9-(X/54 / WA No. 54-46-915N Page 22 

I 5.0 REFERENCES 

2 Dutcher, L.C., and Garrett, A.A. 1963. Geologic and hydrologig features of the San Bernardino area, 

3 California. U.S. Geological Survey Water Supply Paper 1419, 114 p. 

4 EMCON. 1995. Ca_ionLandfill Site Assessment Report. Evaluation Monitoring Program. Prepared for 

5 the County of San Bernardino Public Works Group, Solid Waste Management Department, San 

6 Bernardino, California. August. 

7 IT Corporation. 1989. Solid Waste Assessment Test Cajon Sanitary_Landfill Final Report. Prepared for 

8 the County of San Bernardino, Environmental Public Works Agency, Solid Waste Management 

9 Department. San Bernardino, California. June. 

I0 URS Greiner, Inc. - California 1993a. Newmark Operable Unit Remedial Investigation/Feasibility Stody 

11 R_.cp.__t. Newmark Groundwater Contamination.Superfund Site, San Bernardino, California. 

12 March. 

'" -- 1993b. MAJscoy Operable Unit Interim Sampling Report. Newmark Groundwater Contamination 

Superfund Site, San Bernardino, California. November. 

15 -- 1994a. Source Operable Unit Remedial Investigation Sampling and Analysis Plan. Newmark 

16 Groundwater Contamination Superfund Site, San Bernardino, California. October. 

17 -- 1994b. Mu_¢oy Plume Operable Unit Remedial Investigation/Feasibility Study Report. Newmark 

18 Groundwater Contamination Superfund Site, San Bernardino, California. December. 

19 -- 1995. Newmark Operable Unit Detailed Hydrogeologic Investigation Technical Memorandum 

20 Newmark Groundwater Contamination Superfund Site, San Bemardino, California. September. 

21 -- 1996. Source Operable Unit Technical Memorandum, Newmark Groundwater Contamination 

22 Superfund Site, San Bernardino, California. February. 

23 -- 1997. Soorce Operable Unit Long-Term Monitoring and Sampling Program - Fourth Quarter 1996 

24 R_R.C.p__.Newmark Groundwater Contamination Superfund Site, San Bernardino, California. 

25 

(62460-A/tm022897.dd 6.1) COE 0 2 "73 8 "1

APPENDIX A 

Borehole Lithologic 

and Geophysical Logs 

COE027382

I':\(;E 1 /_l" 1() EAST: (5766410.064 I,_F 

NORTH: 1869929.093 FT 

i _ _ ELEVATION: 1199.320 FT 

-_ _-_ WELL LD. MW129 

a_ a4 

LITHOLOGY COMMENTS 

. . MUSCOY OU RD INVESTIGATION MONITORING "I_'ELL M'*129 

URS CONSULTANTS, INC. Figure: 

COE027383

........ 

t'A(;E :2 of l0 EAST: 6766410.064 FF 

CL 

LT.Q 

Z 

o WELL I.D. MW129 

I/THOLOGY COMMENTS 

NORTH: 1869929.093 FT 

' ELEVATION: 1199.320 FT 

100 -- __ I00 

;o;o;o;o;o;o;o;¢ 

-- )-o.o-o-o.o-o-o. 

_ .o.o-o-o.o.o.o.c 

_oO.O.O.O.O.O.O, 

_ ,o.o,o,o.o.o.o,¢ 

_.o.o.o.o.o-o-o. 

-- ,o.o.o-o.o.o.o.¢ 

).o.o.o.o.o.o.o. 

110 __ -- 1090---_-/_ ............ :_Sv_ Gravell_t.o_m_- a_d_ly _'t'a_r_jd _. r e _vels 0_40/_ 1090 = ___ 110 

•

PA(iE 3 of 10 FAST: 6766410.064 FT 

; NORTH: 1869929.093 FT 

i 

J 

t 

a_ I ELEVATION: 1199.320 FT 

Z 

-_ WELL I.D. MW129 

n: < 

9. 


MUSCOY OU RD INVES-'HGATION MONITORING I_'ELL MW129 


COE027385

PAGE ,t of 10 : EAST: 676{311{).()G4 t_T _' 

NORTH: 18@9999.093 FT 

_ ELEVATION: 1199.320 FT 

z 

Z 

-_ .-_ WELL I.D. MW12 9 

LITHOIDGY COMMENTS 

300__ __300 

310 -__890 890 - _ 310 

330 - _880 880 - __320 

330 - _870 870 _ --330 

340 _ _B60 860 _ _340 

350 _ __B50 850 -- 350 

360 ----B40 840__- 360 

370 - 830 830 -- _ 370 

880-- --820 B20 _ 2._380 

390 _ -- 810 BIO _ --390 

400 _ __BOO 800 _ -- 400 

LEGEND: Lithology symbols = Static Water Level 

MUSCOY 0U RD INVESTIGATION MONITORING WELLMW129 


COE027386 

I

PAGE 5 of 10 EAST: fi7[_6,110.0(_4 FT !! 

;.:..; 

Z 


:= < 

ga 


NORTH: 186,9,92,9.093 FT 

ELEVATION: i 199.320 FT 

400 __ __400 

410 _ 790 790__- 410 

420 _ 780 'ME_ ............ _mdy _ilt w/C_y_ stiff, _ plastic silt _5% 15_e Lea" 780 - 

-- rrI_:ll e_] nil, _, t_ , o . _ _ -- 

430 __ __ 770 770 4ao 

440 _ _ 760 760 440 

450 __ __ 750 750 450 

460 __ __ 740 740 __-- 460 

b --- 

470 __ --730 730__- 470 

480 _ _720 720 _480 

490 __ ___710 710 490 

500 -- __ 700 700 -- ----500 

LEGEND: Litho!pgy symbols = Static Water Level 

Gc _ G_/s_ 

MUSCOY 0U RD INVESTIGATION MONITORING _LL MW129 


COE027387 

fl

PAGI£ (_ of 1() [ EAST: 6766410.064 FT 

i NORTII: 1869929.093 FT 

I 

L 

_2 

[M' 


Z 

Z 

Z © 

WELL I.D. MW129 


MUSCOY 0U RD INVESTIGATION MONITORING WELLMW129 


COE027388

1':\(;1'] 7 r_I" I0 I EAST: 6766,110.06,1 FT 

_rd 

NORTIt: 1869939.093 I:T 

a: ELEVATION: 199.320 t717 

z 

Z 

o WELL I.D MW129 

=: _< 


6OO __ __600 

::::::::::::::::::::::: 

-- . .......... 

::::::::::::::::::::::: 590 6_o 

610 590 ::::::::::::::::::::::: -- _ 

Z- ::::::::::::::::::::::: 

__- ::::::::::::::::::::::: 

620 - 580 ::::::::::::::::::::::: 580 __ __620 

__- ::::::::::::::::::::::: = 

_- ::::::::::::::::::::::: 

_- ::::::::::::::::::::::: 

630 570 ........... 570 630 

_ ::::::::::::::::::::::: _ - 

- ::::::::::::::::::::::: q 

_ ::::::::::::::::::::::: 

640 - 560 :':':':':':':':':':':': 560 _ 640 

650 550 550 ' 650 

660 - _540 ....................... 540 _660 

ML Sandy Gmyelly S_ well _mOt_ fi_e .t_Coa_e grai_ 

- saoa an_ t|n# pe_m_ gra_k aUZo;Slit rUTo,_INglplosuc 

-- SUDIDU_flell tO rou_flel2, yellOWlS_ DrOWII IO li_D/4 

q 

670 -- _530 530 _ _g70 

- q 

680 _. __ 520 520 _,_680 

690 510 510 690 

700 500 500 ---4_700 


MUSCOYOU RD INVESTIGATION MONITURING"ffELLMW129 


COE027389

PAGE 8 of I0 EAST: 0T6(3410.061 FT 

NORTH: 1869929.093 FT 

E- _ ELEVATION: 1199.320 FT 

z 

Z 


" _Z .< 

a., 

LITHOLOGY " COMMENTS 

700 __ 700 

........................... ,o.o.o.o.o,o.o.c 

................. - SW )-o.o-o-o.o-o-o. Gr_lly San4- B_e_gr_de_L_fin_R;rBmed, _d to nledium 

-- ................ ,o.o.o.o.o,o.o,o t_sug_V_. _lt,_ "_'_ _°"_ _ 

-- 

).o,o.o.o.o.o.o. 

_.o.o.o.o.o.o.o 

710 __ 

-- 

_ -- 

---- 

- - 

490 ).o,o.o.o,o.o.o. 

o.o.o.o.o.o-o- 

_.o.o.o-o.o.o.o 

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490 

- 

_ 

r- 

710 

720 

-- 

-- 

-- 

_ 

480 ,.o.o.o.o.o.o.o o-o.o-o-o.o-o-( 

_-o-o.o-o.o-o.o, 


,*o.o.o.o.o.o.o. 


_-o.o.o-o.o.o.o, 

o-o.o-o-o.o.o.( 

_-o.o-o-o.o-o-o, 

480 --__ 720 

730 __ 

-- 

-- 

-- 470 _.o.o.o.o.o.o.o, .o.o.o.o.o.o.o.c 

o.o,o.o.o.o.o.c 

D.O.O.O*O.O.O.O. 

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.o.o.o.o.o.o.o.c 

_.0.0.o.o.o.o.o. 

.0-o.0.o.o.o.0.¢ 

470 _ 730 

740 _ 480 _-o-o.o-o.o-o-o. 

•_.o.o.o.o.o.o.o. o.o.o.o-o.o-o.c 




460 -- 

--_ 

740 

)-o.o.o-o-o-o-o- .o.o.o-o-o.o-o.c 

_.o.o.o.o.o.o.o. 

- -- 

750 -- 

-- 

_ 

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-- 

450 

.o.o0o.o.o.o.o.c 

_.o.o.o.o.o.o.o. .o-o.o.o.o.o.o.c ).o.o-o-o.o.o.o. 

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.o.o.o°o.o.o.o.c 


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).o.o-o-o.o.o.o. 

450 -- 750 

760 _ 

-- 

-- 

-- 

_ 

440 ,o.o.o.o.o.o.o.c 

_.o.o.o.o.o.o.o, .o.o.o.o.o.o.o.c 


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- _ 

760 

770 -- __ 

_ -- 

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_ -- 

4:30 o-o.o-o.o.o.o.o I.o.o.o.o.o.o.o. 

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430 - 770 

780 

-- 

-- 

-- 

_ 

420 ,.o.o.o.o.o.o.o. 

_-o.o.o.o.o.o.o. 


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420 780 

790 

-- 

_ 

_ 

-- 

410 

-- 

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_.o.o-o.o.o.o-o. 

410 -- 790 

800 ___ 400 -o-o.o-o.o.o-o-c 400 -- 800 


MUSCDY 0U RD INVESTIGATION MONITORING WELL MW129 

URS CONSULTANTS, INC., Figure: 

COE027390 

! I

l!P:\CE .9 of 10 V;\_T: !',7¢',(;11I).(10;1 VT 

Z 

Z 



NORTIt: 1_;(3!)¢ ,).... '>_ 033 _ ' I:T 

ELEVATION: 1199.320 VF 

__800 

BOO __ ;o;o;o;o;o;o;o;¢ 

3-0.0-0-0-0-0-0. 

.o.o.o.o.o.o-o-c 

3.0.0.0.0°0°0°0, 

--- 

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810 _ _390 _.o.o-o-o.o-o.o. •o.c.o.o.o.o-o.c 

3.0.0.0-0.0.0"0' 


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3.0.0.0,0,0.0.0, 

390 -- -- 810 

B20 _ 

830 -- 

840 -- 

_ 380 

_ 370 

_ 360 

•o.o.o.o.o.o.o.c 

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370 

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820 

830 

840 

850 _ _ 350 


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.O.O.O.O.O.O.O.C 

3.0.0,0.0.0.0.o' 


3.0.0.0.0"0"0"0' 

-o-o-o-o-o.o-o-c 

D.O.O.O.O-O.O-O, 

350 _ 850 

860 -- L34O .o.o.o.o.o.o.o.c 3.0,o.o.o.o.0.o, 


3.o.o.o.o.o.o.o, 

.o-o.o.o.o.o-o-c 

n-o.o-o.o.o-o-o. 

340 _ __860 

3.o.o.o.o.o.0.o, 

.o.o.o.o.o.o.o.¢ 

870 

i 

_ 330 

,o,o,o.o.o.o.o-( 

_-o.o.o.o.o-o.o 


D,o.o.o.o.o,o.o, 

.o,o.o.o,c.o.o.( 

D.o.o.o.o.o.o.o, 


D-O.O-O-O.O-O-O, 

.0-0.0-0.0.0.0.( 

330 -- 870 

880 

-- 

320 

GW............ 

p,O.O.O*O,O,O,O, 

_0.0.o-o,o,o.o.( 

b'°'°A°_°g%%°_ 

_-:_-:4:4 :q:_44 _ndv 

_b_ 

Gm_l- 

_ea_k 

well grad_ 

_;_K_*_ 

ripe gramN Fan_ m_i_m 

spnmc _r,.gu4ar m muna_ 

320 -- _ ggO 

-- -D-D-D,_-D-D-D, 

-- °DaD.DoD°DoDoD, 

_.q._°q°_,Q-q.4 

-- 

890 900 __ 

-- 

-- _ .300 310 

.D°D°D_D°_°_o#" 

• D-D-D-D .... 

_,_ 

I°D,D.D.D %D_D_D_D_%D%D_ 

"_"_"_ "_"_"_ 

.... 

300 

310 _ 

__ 

___ 

900 

890 


MUSCOYOU RD INVESIIGATION MONITORINGWELLMW129 


COE02739Z

PAGE 10 of 10 EAST: (_7'(_G410.0G4 FT 

Z 

z o 

NORTH: 18(19._)29.093 FT 

_ ' ELEVATION: i 199.320 FT 

z 


LITHOLOGY. " COMMENTS 

MUSCOY 0U RD INVESTIGATION MON1TORING WELL MW129 


COE027392 

)

:', 

I'V;E t f I 1 EAST: 67707_20.3:_21 FT il 

NORTH: 1871570.612 KF 

_. ELEVATION: 1175.220 FT 

x 

Z 

-_ _- WELL I.D. MW130 

2_ 

LITHOIDGY COMMENTS 

LEGEND: Lithology symbols ,7 StaLic Water Level 

bIUSO3Y OU RD INVESTIGATION MONITORINGWELLMWI30 


COE027393

I'A(/E 2 of 11 EAST: 6770220.333 leT II 

f[ 

i h 

F 

I 

NORTH: 1871570.612 FT 


a: z 

Z 

v. > 

_L LI2 

• L_ _ 


LITHOLOGY - COMMENTS 

100 ....... 

b-o-o-o-o.o.o.o, 

o-o.o.o-o.o-o-( 

i00 

ii0 

-- 

_ 

-- 

-- 

1070 a.o.o.o.o.o.o.o, 

•_.o.o.o.o.o.o.o, o.o.o.o.o.o.o._ o.o.o.o.o,o.o.( 

.o-o.o-o.o.o.o.( 


-o-o.o.o-o.o-o-( 

:).o.o.o.o.o.o.o, 

,o.o.o.o.o.o.o.c 


1070 F 

ii0 

-- 

_ 

1060 .o.o.o-o-o.o.o.c 

_-o.o-o-o.o.o.o. ,o-o.o.o.o.o.o.( 



1060 -- 

120 -- _.o.o.o.o.o.o.o, 

-- 

-- 

)-o.o-o.o,o-o.o, 

.o.o.o.ooo.o.o.c 


-- 

-- 

1050 ,o.o.o.o.o.o.o.c 

>.o.o.o.o.o.o.o. 

• o.o.o.o-o-o-o.c 

).o.o.o-o-o-o-o. 

,o.o.o-o.o.o.o.c 

' 

1050 -- 

-- _ 

_ 

130 _ -- 

---- 

_ 

-- 

_.o.o.o.o.o,o.o. ,o.o.o.ooo.o.o.c 

)-o.o.o.o.o.o.o. 

,0-o.o-o-o.o.o-c 


-- 130 

140 

- 

-- 

- 

- 

-- 

-- 

-- 

-- 

-_ -- 

1040 

I030 

.o.o.o.o.o.o.o.c >.o.o.o.o.o.o.o. 

.o.o.o°o.o.o.o.c 

)-o.o-o-o.o-o.o. 

o.o.o-o-o.o.o.c 





_.o.o.o.o.o.o.o. o.o.o.o-o-o.o-c 


o.o.o-o.o.o.o.c 

1040 

1030 

-- 

--__ 

--_ 

- 

140 

150 -- 

-- 

,.o.o.o.o.o.o.o. 

o.o.o.o.o.o.o.o )-o-o-o-o.o-o-oo.o.o.o.o.o.o.o 


- 150 

160 

-- 

-- 

-- 

-- 

-- 1020 o.o.o.o.o.o.o.o 

,.o.o.o.o.o.o.o. o-o.o-o-o.o.o.o 

_.o.o-o-o.o.o-oo,o.o.o.o.o.o,o 

_.o.o.o-o.o.o.o. 


i.o.o.o.o.o-o.o. 

o-o.o-o-o.o.o.o 

_.o.o-o-o.o-o-o- 

1020 - 

--_ 

I_0 

_ 1010 ,,o,o.o.o.o.o.o 



.o.o.o.o.o.o.o. 

i010 

170 

-- 

-- 

-- i000 

-- 

o.o.o.o-o.o-o-( 

_.o.o.o.o.o.o,o 

,o.o.o.o.o,o.o.( 

D.o.o.o.o.o*o.o, 

-o.o.o.o.o.o.o.( 

_.o.o.o.o.o.o.o, 

•o.o.o-o-o-o-o< 

_.o.o.o.o.o.o°o. 

.o*o.o.o.o.o.o.c 


i000 

-- 170 

180 _ - _ 

_ 

.o.o.o.o.o.o.o.c _.o.o.o-o.o-o-o. 

.o.o.o-o.o.o-o.c 

).o.o,o.o.o.o.o, 

IBO 

__ 990 

............................ 

.o.o,o.o.o.o.o.c 

>o.o.o.o.o.o.o. 

•o.o.o.o.o.o.o.c 

990 

-- 

-- 

-- 

- .o.o.o.o.o.o.o.c -- 120 

200 __ _z00 

190 -- _------ 980 CL _ Clay- very plastic, grayish brown 980 _ _------_ 190 


MUSCOY OU RD INVESTIGATION MONITORING WELL MW130 


COE027394 

i 

!iJ 

)

• _ : v 

PA(iE :_ of 11 EAqT: (;7702;d().33:_ V]" 

ua 

NORT}t: 1871570.61 °__ I"T 

aa ELEVATION: 1175.220 FT 

Z 

a: < 

cq 


I/THOIDGY COMMENTS 

200 __ __ 200 

970 -- 

El0 _ -- -__ 210 

__ sw 

960 

220 _ -- 

-- 

950 

................ 

•o.o.o.o.o.o.o. _-o.o-o-o.o-o-o 

,o.o.o,o,o.o.o. 

_,o,o.o,o,o,o,o, 

,o.o.o.o.o.o-o.c 

9.o.o.o.o.o-o-o, 

.o.o.o.o-o.o-o-c 

_.o.o.o-o.o-o-o, 

,o,o.o.o.o.o.o.c 

_.o.o.o-o0o.o.o_ 


a.o.o.o-o.o.o.o, 

.o.o-o-o.o.o-o-¢ 

3-o,o.o-o.o.o-o, 

Gravelly Sand- 

_fi_ch_fn iDebble 

well gTadec_ finegrpmed 

grave," suoangumr to 

sa.nc[ 

munaea. 

tel 

Drown 960 

950 _ 

_0 

230 -- 

-- 

-- 

-- 

.o,o.o.o.o.o.o.c 

a.o.o.o.o.o.o.o, 


3.0.o.0.0.o.0.0. 

-o-o.o.o.o-o.o.c 

--__230 

a.o.o,o.o.o.o.o, 940 

------ 940 -M_ ................. l]l_i_i_iTi_i_i [ _ Sandy Clayey Silt- brown -- -- 

240 

-- 

-- _ 

-- 

SW _.o.o.o-o.o.o-o. 

.o.o.o.o-o-o-o-c 

_.o.o.o.o.o.o.o. .o.o,o.o.o.o,o,( 

D.o.o.o.o.o.o.o, 


grai'elly 

_._a,n,.O 

_._and- go_xteratelv-well graded, 

nne peDDle graver subaffgular'to 

mediu_n 

mundecE 

_sdned -- 240 

250 

-- 

--930 

-- 

-- 

a-o.o-o-o.o-o-o. .o.o.o-o-o.o.o-( 

D*o.o.o.o.o.o.o. 




p.o.o.o-o.o-o-o. 


b.o.o.o-o.o.o.o, 

930 _ 

- 350 

260 -- 

__ -- 

-- 

9 _0 .o.o.o.o.o.o.o-( .o.o.o.o.o.o.o. 

o.o.o-o-o.o-o-¢ 

-o.o-o-o.o-o-o, 

o,o.o.o.o,o,o.c 

a.o.o.o.o.o.o.o. 

_o.o.o*o.o.o.o.¢ 

.o.o.o.o.o.o.o. 

o.o.o.o-o.o.o-( 

920 -- -- _ 

__ 26O 

_ 910 ,.o.o.o-o.o-o-o. o,o,o,o,o.o.o.c 

,.o,o.o,o.o.o.o, 

o.o,o.o.o.o.o.c 

910 _ -- 

270 _ _ 

_ 

,.o.o.o.o.o.o.o, 

b.O,O.O.O.O'D,O' 

o.o.o-o-o.o.o-c 

o,o,o.o,o.o.o.( 

,.o,o.o.o.o.o.o, 

-- 270 

__ 900 


,.o.o.o.o-o-o.o o.o.o.o-o.o.o-( 

p.o,o,o,o,o,o.o, 

900 

- 

-- 

280 -- _ 

_ 890 

,.o.o.o.o.o.o.o. 

o.o.o.o.o.o,o._ 

b.o.o-o.o.o.o.o, 


o-o.o-o-o.o.o-( 

b.o.o.o-o,o.o,o, 

o.o.o.o.o.o.o._ 

,.o.o.o.o.o.o.o 


_.o.o.o.o.o-o-o- 

890 

-- 

__ 

-- 

_ 

280 

......................... o.o.o,o.o.o,o._/Gravelly _la.y- moderately plastic, minor, fine pebble _ 290 

290 _ CL ,.o.o.o.o.o-o.o. grave*, oarK gray 

__0 _ _0 

3oo_ -__3oo 


MUSC_Y OU RD INVESTIGATION MONITORING WELL MW130 


COE027395

PAGE 4 of 11 EAST: U77;):_20.3;_'3 I:T 

NORTIt: 187157().612 I:T 

[._ 

E-* a, ELEVATION: 1175.220 FT [ 

J 

z 

Z 


LITHOLOGY - COMMENTS 

300 __ __ 300 

__ 870 870 

310 _ -- .... M_ ................ Remnants of organic material (tree fibers and bark) --__ 310 

- SW ,o.o.o.o.o,o.o.c_'_'_'_'_'°'_'_" GraveUv Sand-. well.graded, fine to coarse m'ained sand 

__ 

_ 

B60 ).o.o-o-o.o-o-o- 

,O,O.O-O,O,O.O.C 1,o,o,o.o.o.o.o. 

,o.o.o.o.o.o.o,c 

mode_elx-rmnor 

rounQ_ DrDWT* 

ihhe pebble graveE an_--f_5 

" 

860 

-- 

-- 

320 - 

-- 

- 

- -- 

-- 

_ -- 

850 


o-o.o-o-o.o-o-c 

)-o.o-o-o.o-o.o- 

,o,o.o.o.o.o.o,c 

),o.ooo,o.o,o,oo 

o.o.o.o.o.o.o.¢ 

).0.0.0.0.0.0.o. 

O-O.O-O-O.O.O.O 

}.O-O-O-O.O.O-Oo,o,o.o.o.o.o.o 

' 

850 

-- 

320 

330 __- 

-- 

_ 

-- 

,.o.o.o.o.o.o.o. o.o.o.o-o.o.o.o 

).o,o.o.ooo.o.o* 

o-o.o-o-o-o-o-o 

).c.o,o,o.o,o*o* 

- 330 

340 

-- 

-- 

-- 

-- 

B40 o.o.o.o.o.o.o.o )*o.o*o.o.o*o.o. 


_-o.o-o-o-o-o-o- 

)*O,O,O,O.O-O.O. o-o-o-o-o.o-o-o 

o,o,o.o,o.o.o.o 

_.o*o.o.o.o.o.o, 

o.o.o.o,o.o*o.( 

840 -- -- 

-- _ 

--__ 340 

-- _ 

-- 

_ 830 _.o.o.o.o.o.o-o o-o-o-o-o.o.o-( 

_.o.o.o.o.o.o.o 

o.o,o*o.o.o-o,( 

830 - 

350 -- 

-- 

,.o.o.o.o.o.o.o, 




i,o.o.o.o.o,o.o, 

- 350 

-- 

-_ 

- 

_ 820 o.o.o.o.o.o.o.( 

•o.o.o.o.o.o.o 

o.o.o-o.o,o-o-( 

b-o-o-o.o.o-o-o, 

o,o,o,o,o.o.o.¢ 

_ 

820 

-- 

-- 

360 _.o.o.o.o.o.o.o, .o.o.o-o.o.o.o.c 

D*O.O.O.O,O,O.O, 

-o-o.o-o-o.o-o-c 

D.o.o-o-o.o.o-o. 

380 

_ 810 -M_[- ................ _ Remnants of organic material (tree fibers and bark) 810 -- 

370 ML _.l_3(_[t w/gravel'mediuna plasticity, stiff, gray 370 

- - ...._i'/t_ ............ _ - 

-- 800 Cpelt_ e Silty_raveLT stiff; iDodeliate r_i .... fine _ 

graveu memum pmsuc clay, _mwn 800 

380 _ - _ 380 

__ 790 790 _ 

390 _ - -- 390 

__ 780 780 _ -- 

400 _ - _ 400 




COE027396 

i

PAGE 5 ()1 ll EAST: (;77()220.33", VF 

Z 

-_ -_ WELL I.D. MW130 





NORTH: 1871570.612 FT 

ELEVATION: 1175.220 NT 

COE027397

I'A(iE (5 of 1 I EAST: 6770220.333 FT 

L_ 

' NORT}t: 1871570.(312 FT 

Lq 


Z 

Z 

_ WELL I.D. MW130 


LEGEND: Lithology symbols _ Static Water Level 

MUSCOY OURDINVESTIGA_ON MONITORINGWE_ MWI30 


COE027398 

I

PA(;E 7 _of 11 EAST: 6770220.333 FT 

C_ 

F- 

NORTH: 1871570.612 I_ 


z 

Z 

::: .< 



600 __ 600 

570 570 _ 

610 __ 610 

- 560 .................................. ..... 560 _ -- 

- GC _ _i_/{_ _/Y_.z2_ O l nd - m eratel t " I -foot) 

62o-- _ _, _ oF_ _ _ .,%t 

_- _550 550_ 

__4o (g_2 5_o_ 

- _g$ 

_- __ _ 530 'iiLTg/ .......... ._..... i/,/,/0/', _ff__ /,)(,N _,NN _}lyg_s_ Sfmm_y _g_t_ed_Oq _ " bmi_ous 530 _ 

650 __ ./..-././. zzz x_.z -- 650 

- .,,.N.,-,_ _ 

-- _520 ...... " 520 _ -- 

_ao -- - _o 

- _* v* c,, >oD. >°o. Gmxell:g Sand/ Sandv Gravel- well gretded, free to c_s¢ 

............... 

-- _ 510 _-_._.,_t,_>oc,.'_"_ .a:

!iPAGE 8 of 11 EAST: 6770320.333 FT 

NORTH: 1871570.612 VF 


Z 

Z 

z £ 


LITHOLOGY • COMMENTS 

LEGEND: Lifihology symbols = Static Water Level 

MUSCOY OU RD INVESTIGATION MONITORING WEI£ MWl30 


COE027400 

-I

iI 

]: PAGE 9 of 11 EAST: 6770220.333 I,_l_ 

Z 

Z 

WELL I.D. MW13 0 

UTHOLOGY COMMENTS 

N01RTII: 1871570.61 '>._KF 

ELEVATION: 1175.220 F'F 

800 __ __ BOO 

vl w _ .... 

-_ _ 370 ............. 370 

_ _ _"_>'q _810 

810 _ _,_ _ .... 

_ 360 P.xP.4_ .. P./.--,".-4 360 _ -- 

820 _ °'"" _ _ _._ B20 

__350 _N _.% 350__ - 

........................... °-°, *:" __ L_,-.f 

g30 _ GW ;"%*'.0., _*_ D*..o., ..... Smady G_avel w/clay- well eT_tcle_ coarse _ya_l to _- g30 

>._.o._ =_l =< _._..... =o *( lt/xe Ol SChiSt _ar_a; _FItEI _T&&nl/ar,I_ QepI.-rL rourl_zl_kqtz, mLllU()OlO_ mqnzonate, 

(3eI151_ 

• .. 340 

...._._ ;._',_; -- 840 

_._Do >. t>, 

_ 330 

r>._>. 

._ ,< t_.¢ 

_._>. 

,o*¢ 

,>. 

330 _ 

B50 _ - r_= ...._.. [). )= ,.,,. a. . _._ B50 

D= o= >- o • 

_-_'- .... _.¢ _._ 

330 

-_ 3z0 ........ _.._,' .... ._ - 

• _m,¢ =(1 °< 

............... -- 860 

860 _ -- ..-.., ...... _.c 

-_ 310 :."._._ • (..( °" ....r_. _ _._.... 

.,,,, *" *(1 

-- B70 

-- 300 :.,,;.._q _=q:_,;.,J 300 _ _ 

.... .,.,_ _._._.o 

880 __ - ;2,;_'_.. _ _._;;',;;' -_ 8BO 

--290 .... .o .( _._ _.*_.... .

PAGE 10 of 11 EAST: 6770220.333 t,*1" 

NORTH: 1871570.612 FT 


Z 

Z 

Z o 

a: < 


LITHOLOGY " COMMENTS 


MUSCOY 0U RD INVESTIGATION MoNrr0RINGWE_MWI30 


COE027402

................................................ i! 

P:\(;[< 11

PAGE I of I0 EASE 6?66410.064 I:r 

NORTH 1869929.093 FT 

ELEVATION 1199.320 Fr 

COE027404

PAGE E of i0 EAST 6766410.064 I"T 

MUSCOY OU RD INVESTIGATION MONITORING WELLMWI29 

NORTH 1B69929.093 FT 

ELEVATION i 199.320 FT 


COE027405

PAGE 3 of I0 EAST 6766410.064 I_r 

MUSCOY 0U RD INVESTIGATION MONITORING WELL _,IW129 

NORTH 1869929,093 F_F 

ELEVATION 1199.320 


COE027406 

J

PAGE 4 of 10 EA,_F 6766410.064 VT 

z 

z o 

300 __ 


= _ CONSTRUCTION LOG GEOPHYSICAL LOGS 

NORTIt 1859929,093 I"7 

ELEVATION 1 i99.320 vr 

SHORT LONG GAMMA, LITHOIIX]Y 

_-_- _" I _, ,, _ --) _ . ." 

310 ._._.890____ _ f I I k S [. -, 

320 _- 880 / _

PAGE fi of 10 EAST 57664[0.064 FT 

MUSCOY 0U RD INVESTIGATION MONITORING WELL MWI29 

NORTII 1869929.093 F_I" 

ELEVATION 1199.320 I_ 

URS CONSULTANTS, INC. Figure : 

COE027408 

!

I¸ -- 

PAGE 6 of 10 EAST 6766410.054 FT 

MUSC_Y OU RD INVESTIGATION MONITORING WELL MW129 

NORTH 1869929.093 _F 

ELEVATION 1199.320 F'_ 


COE027409

PAGE 7 of I0 EAST 6766410.064 FF 

MUSCOYOU RDINVES'rlGA_0N MONITORING WE_ MW129 

NOR_{ 1869929,093 _T 

ELEVATION 1199.320 FT 


COE027410

PAGE B of 10 EAS'I" 6766410.064 F3" 

MIYSCOY OU RD INVESTIGATION MONITORING _ MWI29 

NORTH 1B59929.093 VI' 



COE027411

PAGE 9 of lO EAS_ 6766410.064 FT 

MUSCOY 0U RD INVESTIGATION MONITORING WELL MW129 

NORTII l B69929.093 t_ 

ELEVATION i 199.320 Fr 


COE027412 

'j

I'AGE 1() _4 it) EAST 6766410.064 F[ 

M_Y OU RD INVEST1GA_ON MoNrr0RINGWELLMW129 

NORTH 1869929093 Fl" 

ELEVATION . I i99.380 FT 


COE027413

PAGE 1 of 1i EAST 6770220.333 FF 

NORTH 1871570.612 Fr 

i ELEVATION 1175.220 Fr 

! 

L 


I_o I>1 )Ibl Ib_ 

...... GW _ GM _ S_ ML CL GW/SW 

m, oj_j GP _ GC _ SM MH GM/GC ML/SM 

MU'SCOY OU RD INVESTIGATION MONITOPJNG WE'LL MW130 ) 


COE027414

PAGE "2 of 11 EAEr 6770220.333 FF 

LEGEND: Lithology symbols = Static Water level 

...... }IDI Ibt [' ° u 

NOITFIt 1871570.612 KF 


G_ _ GM _ SW ML CL GW/SW 

_=JJ GP FD .7._N GC ' *"_ _ MH GM/GC ML/SM 

MUSCOY OU RD INVESTIGATION MONITORING WELL MWI30 


COE027415

PAGE 3 of 1 i [ EAST 6770230.3:',3 Fr 

J 

LEGEND: IALhology s_bols _ Static Water Level 

NORTH t871570.6IE I:T 

ELEVATION 1175.220 F]" 

-- ..... GW _ _M _',''.'___sw MI, CL _ _ GW/S_ 

=,= _,r _%7N ..... ,/ ;I 

_'_*._+.J GP _ GC ' _,-._Z SM MI-I GM/GC ML/SM 

MUSCOY OU _ INVESTIGATION MONITORING WELL MW130 

UR$ CONSULTANTS, INC. Figure: 

COE027416 

/

['AGE .I c)I 11 EAST 5770220.333 I:'r 


i_ l_l iIDI [L_ II@l: 

NORTH 1B7i570.612 Kr 


GW _ GM uca_ SW ML CL :_ GW/SW 

eo_ an n,n ._ _, 

t*_ _ GP r_ /_ GC ' ",_._ SM MH GM/GC ML/SM 



COE0274_7

PAGF: 5 of 11 EAST 6770220,333 FT 


NORTH 1871570.612 F_ 

ELEVATION 1175.220 l_ 

'>°'>' GW Gbl "°"°'J _ SW ML CL "_J -. GW/S_ 

_. _J ,,.;-;,, ./. 

- Q '_ _] 1@ _1 

MU_COY OU RD INVESTIGATION MONITORING WELL MWI30 


COE027418 

, )

PAGE 6 of ll EAST 6770220.333 FT 

LEGEND: Likhology symbols z Static Water Level 

NORTH 1871570612 FF 


GW _ GM _ SW ML CL GW/SW 

Pa i_1 II)/PA _'L';] 

,_. =, ...... 

_ GP _ GC _ SM MH GM/GC ML/SM 

MUSO3Y 0U liD INVESTIGATION MONrI_RING WELL MWI30 

URS CONSULTANTS, INC Figure: 

COE027419

PAGE 7 of 11 EAST B770220.333 FF i 

z 

Z 


_ CONSTRUCTION LOG GEOPHYSICAL LOGS 

NORTH 1B71570.612 ?_ 


_RT IDNG GAMMA LITHOI/X;Y 

///// 

' ii ..... 

///// 

570 ///// 

, ///// 

l , ///// 

1/11/ 

560 _< < T,c ....... 

i i 

_1 / / P/l>/I 

Zq q 

i×x×: 

o:oio:, 

-- .J 

I_Z'._ _ 

_I GW/SW "':a I o

PAGE 8 of 11 EAbq" 5770220.333 VF 


NORTH i_7157D 512 I"F 

ELEVATION i 175.220 FI" 

,,_l,I II_{I 

,o,, _, _lJ° 

GW 

-_-o _ GP 

GM 

_ GC 

_ SW 

_ ' "__.ISM 

ML 

/_MH CL 

_ GM/GC 

GW/SW 

_ ML/SM 

MUSCOY 0U RD INVES'FIGATION MONITORING WELL MW130 


COE02742Z

I'AGE U o{ I ] }.:L_'f 117701F20'3:_3 VF 

z 

Z 


LEGEND: Lithology symbols : Static Water Level 

N/)],: 1"I1 _C/:570 6!2 Vi" 

GW GM _ o_J SW NiL / CL GW/S3_" 

ELEVATION i 175.220 RF {, , 

I 

GP GC 

_._ ._I 

' _ _.___ SM NtH GM/GC ML/SM 

l 

MUSCOY OU RD INVF_STIGATION I MONITORING _,'ECL M_130 


COE027422

P\GE 1C) ,f 11 E,_F 6770220.333 F'? 


I>o I>1 

NORTH i871570.612 fir 


Io

PAGE 11 of 11 EAST 6770220.333 FY 

LEGEND: Lithology symbols xz Static Water Level 

NOPFH 1871570.612 FT 

ELEVATION 1175.220 FI" 

_ GW @ GM " _ S_ _ ML _ CL _ GW/-_ 

MUSCOY 0U RD INVESTIGATION MONITORING WELL MWI30 "._. 


COE027424

APPENDIX B 

.............. Initial and Fourth 

.... .... ' Quarter 1996 Sampling 

Analytical Data- 

..... ..... Wells MW-129 and MW-130 

COE027425

3083 Gold Canal Drive Laboratories I "lr x ' " 

Rancho 

CA 95670 

Cordova 

Phone 916/852-6600 

Fax 916/852o7292 

Q_L-_,L_"-_-? 

Date: May 22, 1996 

LP #: 14080 

Dennis Bane 

URS Consultants 

2710 Gateway Oaks Drive 

Suite 250 North 

Sacramento, CA 95833 

Dear Mr. Bane: 

Enclosed are the laboratory results for the samples submitted to MBT 

Environmental Laboratories on May 15, 1996, for the project Newmark-MUSCOYOURD. 

The report consists of the following sections: 

i. Cover Page 

2. Copy of Chain-of-Custody 

3. General Narrative 

4. Analytical and Quality Control Results 

Unless otherwise instructed by you, samples will be disposed of four weeks from 

the date of this letter. 

Thank you for choosing MBT Environmental Laboratories. We are looking forward 

to serving you in the future. Should you have any questions concerning this 

analytical report or the analytical methods employed, please do not hesitate to 

call. 

Sincerely, 

gevin Hanlon 

Project Coordinator 

COPY 

COE027426

t 

_"_"" " _"" ' " _ _' Z IY *": 

::...:*:. : : ., 

URS Con ultan , Inc. _ _,.,,. CHAIN OF CUSTODY RECORD 

L/,I _2."J_D 30.2 3 _c,r /,-___t'lusco'/"O u_ 

.... .".. ,.P,: t'..'_'w_ _ _;_.-._.:;._:_. _:,. .... . 

'._'" I _w1"2_i IlOb WYIMIIffA _-OI/H:_'I';_'_;' _" ,_...... : 

• ' ' t-'_ .r ,- '.-' . •.', ,. ;.._, '

Comments: 

GENERAL NARRATIVE 

Test methods may include minor modifications of published EPA methods (e.g., 

reporting limits or parameter lists). Reporting limits are adjusted to reflect 

dilution of the sample when appropriate. Solids and waste are analyzed with no 

correction made for moisture content. 

Percent recoveries for laboratory contrcl samples and matrix spikes have been 

calculated using unrounded concentration values. Therefore, percent recoveries 

reported may differ slightly from those obtained from the rounded concentration 

values which appear on the report. 

The analyses performed by-MBT Environmental Laboratories in this report comply" 

with the requirements under the following certification/approval: CALIFORNIA -- 

Hazardous Waste, #1417; Waste Water, # 1417; Drinking Water, #1417; Mobile Lab, 

_2070. 

Abbreviations and Definitions: 

MB Method Blank - An aliquot of a blank matrix carried throughout the 

entire analytical process 

LCS Laboratory Control Sample - A blank to which known quantities of 

specific analytes are added prior to sample preparation and analysis 

to assess the accuracy of the method 

MS/MSD Matrix SpikeMatrix Spike Duplicate - Duplicate samples to which 

known quantities of specific analytes are added prior to sample 

preparation and analysis to assess the extent of matrix bias or 

interference on analyte recovery 

RPD Relative Percent Difference - The measurement of precision between 

duplicate analyses 

BRL Below Reporting Limit 

NS Not Specified 

NA Not Applicable 

Flags: 

Organics - 

J Estimated value below the reporting limit and at or above the method 

detection limit. 

B Analyte found in the associated blank, as well as in the sample. 

E Exceeds linear range. 

Inorganics - 

B Estimated value below the reporting limit and at or above the method 

detection limit. 

MBT Environmental 

Laboratories 

(cn14080) 

un||un coso2742s

VOLATILE HALOGENATED ORGANIC COMPOUNDS 

Analytical Method: EPA 601 

Preparation Method: EPA 5030 

Company: URS Consultants, Inc. SDG #: 14080 

Project Name: Newmark - MUSCOYOURD Project Number: 41624603023 

Sample Description: WMW129A-01M Lab ID: 14080-1/51223-4021B 

Sample Number: MW129A Date/Time Sampled: 05108/96 11:00 

Date/Time Received: 05/15/96 09:10 Matrix: Water ( W ) 

Date Prepared: N___AA Batch Number: 7006 

Initial Wt./Volume: N._.A.A 

Final Volume: N_._AA Instrument/Column: VGC05/DB-VRX 

Data File: 96137e21 

Reporting 

Result Lirnit Dilution Date 

Analyte ug/L (ppb) ug/L (ppb) Factor Analyzed 

Chloromethane BRL 4.0 1 05/16/96 

Bromomethane BRL 4.0 1 05/16/96 

Vinyl Chloride BRL 1.0 1 05/16/96 

Chloroethane BRL 4.0 1 05/16/96 

Methylene Chloride BRL 10 1 05/16/96 

"_Trichlorofluoromethane BRL 0.50 1 05/16/96 

1,1-Dichloroethene BRL 0.50 1 05/16/96 

1,1-Dichloroethane BRL 0.50 1 05/16/96 

cis- 1,2-Dichloroethene BRL 0.50 1 05/16/96 

tram- 1,2-Dichloroethene BRL 0.50 1 05/16/96 

Chloroform BRL 0.50 1 05/16/96 


I, 1,1-Trichloroethane BRL 0.50 1 05/16/96 

Carbon Tetrachloride BRL 0.50 1 05/16/96 

Bromodichloromethane BRL 0.50 l 05/16/96 

1,2-Dichloropropane BRL 0.50 I 05/16/96 

cis- l, 3-D ichloropropene BRL 0.50 1 05/16/96 

Trichloroethene BRL 0.50 1 05/16/96 

Dibromochloromethane BRL 1.0 I 05/16/96 

1,1,2-Trichloroethane BRL 0.50 1 05/16/96 

trans- I, 3-Dichloropropene BRL 0.50 1 05/16/96 

Bromoform BRL 1.0 1 05/16/96 

1,1,2,2-Tetrachloroethane BRL 1.0 1 05/16/96 

Tetrachloroethene 0.54 0.50 l 05/16/96 

MBT Environmental gill|Master Builders Technotogies 

Laboratories 

Report Generated: 05,22/96 lllll"" Page l 

COE027429

Lab ID" 14080-1/51223-4021B 



Reporting 

Result Limit Dilution Date 


Chlorobenzene BRL 0.50 1 05/16/96 

1,3-Dichlorobenzene BRL 0.50 1 05/16/96, 

1,2-Dichlorobenzene BRL 0.50 1 05/16/96 

. 1,4-Dichlorobenzene BRL 0.50 1 05/16/96 

Freon 113 _ BRL 2.0 1 05/16/96 __ . 

Surrogates % Recovery Limits 

Bromochloromethane 105 51- 144 

Orthochlorotoluene 108 60 - 141 

The cover letter and enclosures are integral parts of this report. 

Approvedby: @ Date: 5"-_-_ - _6 ) 

MBT Environmental IM| Ma_tcr,,i,d,,_'r,c_o,ogi¢, 

Laboratories nimmiin 

Report Generated: 05122/96 Ill, ill Page2 

COE027430






Sample Description: WMW129C-01M Lab ID: 14080-2/51224-4021B 

Sample Number: MW129C Date/Time Sampled: 05/10/96 12:25 

Date/Time Received: 05/15/96 09:10 Matrix: Water ( W ) 

Date Prepared: N._.A_A Batch Number: 7006 

Initial Wt./Volume: N__A 

Final Volume: N___A - Instrument/Column: VGC05/DB-VRX- 


- Reporting 








Trichlorofluoromethane BRL 0.50 1 05116/96 

1,1-Dichloroethene BRL 0.50 I 05/16/96 


cis-l,2-Dichloroethene BRL 0.50 1 05/16/96 

trans-l,2-Dichloroethene BRL 0.50 1 05/16/96 




Carbon Tetrachloride BRL 0.50 1 05/16/96 

Bromodichloromethane BRL 0.50 1 05/16/96 

1,2-Dichloropropane BRL 0.50 1 05/16/96 

cis- 1,3-Dichloropropene BRL 0.50 1 05/16/96 


Dibromochloromethane BRL 1.0 1 05/16/96 


trans- 1,3-D ichloroprope ne BRL 0.50 1 05/16/96 

Bromoform BRL 1.0 I 05/16/96 

l, 1,2,2-Tetrachloroethane BRL 1.0 1 05/16/96 

Tetrachloroethene BRL 0.50 1 05/16/96 

MBT Environmental IBII| 

Laboratories 

COE027431

Lab ID: 14080-2/51224-4021B 



Reporting 




1,3-Dichlorobenzene BRL 0.50 1 05116/,96 



Freon 113 _ BRL 2.0 I 05/16/96 .... 


Bromochloromethane 103 51 - 144 



v,roment mB , 

Approvedby: t..,_/._.;../DaM: ,,.. , 

MBT 

Laboratories 

Report Generated: 05/22/96 |lUg" Page 2 

ilmlll 

COE027432






Sample Description: WTR01-01M Lab ID: 14080-3/51225-4021B 

Sample Number: MW129 Date/TimeSampled: 05/13/96 17:00 

Date/Time Received: 05115/96 09:10 Matrix: Water ( w ) 

Date Prepared: N_.A Batch Number: 7006 

Initial Wt./Volume: N__.AA 

Final Volume: N_._.AA - Instrument/Column: VGC05/DB-VRX 


- Reporting 








Trichlorofluoromethane BRL 0.50 1 05/17/96 



cis- 1,2-D ichloroethene BRL 0.50 1 05/17/96 

trans- 1,2-Dichloroethene BRL 0.50 1 05/17/96 

Chloroform 5.2 0.50 1 05/17/96 



Carbon Tetrachloride BRL 0.50 l 05/17/96 

Bromodichloromethane 4.2 0.50 l 05/17/96 

!,2-Dichloropropane BRL 0.50 l 05/17/96 

cis- 1,3-Dichloropropene BRL 0.50 1 05/17/96 


Dibromochloromethane 2.9 1.0 1 05/17/96 

I, 1,2-Trichloroethane BRL 0.50 1 05/17/96 

trans- 1,3-D ichloropropene BRL 0.50 I 05/17/96 


1,1,2,2-Tetrachloroethane BRL 1.0 1 05/17/96 

Tetrachloroethene BRL 0.50 l 05/17/96 

MBT Environmental IIIIII"'"°'"°"'°°"°"°°'°"°' 

Laboratories 

Report Generated: 05/22/96 Ilu_.Hun Page I 

COE027433

Lab ID" 14080-3/51225-4021B 



Reporting 




1,3-Dichlorobenzene BRL 0.50 I 05/17/96 


1,4-Dichlorobenzene BkL 0.50 1 05/17/96 

Freon 113 _ BRL 2.0 1 05/17/96 _. . 


Bromochloromethane 116 51 - !44 

Orthochlorotoluene 104 60- 141 


Approvedby: -#/%/ Date: 5-- .2 2 •'67G 

MBT 

Laboratories 

Environmental I_111 Master ,_uilaersrechnologies 

Report Generated: 05,22/96 ilurmmnm Page2 

COE027434 

w 

t

VOLATILE HALOGENATED ORGAaNIC COMPOUNDS 





Sample Description: WMWI29B-01M Lab ID: 14080-4/51226-4021B 

Sample Number: MW129 Date/Time Sampled: 05/14/96 09:15 

Date/Time Received: 05/15/96 09:10 Matrix: Water (W) 

Date Prepared: NA Batch Number: 7006 

Initial Wt./Volume: N.__&A 

Final Volume: N__&A Instrument/Column: VGC05/DB-VRX" 


- Reporting 







Methylene Chloride BRL lO 1 05/17/96 

Trichlorofluoromethane BRL 0.50 1 05/ 17/96 

1,1-D ichloroethene BRL' 0.50 1 05 / 17/96 



tram- 1,2-Dichloroethene BRL 0.50 1 05/17/96 


1,2-Dichloroethane BRL 0.50 I 05/17/96 

1,1, !-Trichloroethane BRL 0.50 1 05/17/96 


Bromodichloromethane BRL 0.50 1 05/17/96 

1,2- Dichloropropane BRL 0.50 1 05/l 7/96 

cis- l, 3- Dichloropropene BRL 0.50 1 05/17/96 

Trichloroethene BRL 0.50 I 05/17/96 


•l, 1,2-Trichloroethane BRL 0.50 l 05/17/96 

trans- 1,3-Dichloropropene BRL 0.50 1 05/17/96 


I, 1,2,2-Tetrachloroethane BRL 1.0 1 05/17/96 

Tetrachloroethene BRL 0.50 l 05/17/96 

MBT Environmental IIIIII 

Laboratories 

COE1027435

Lab ID: 14080-4/51226-4021B 


Analytical Method: EPA 60I 

Reporting 

ResuIt Lirait Dilutio n Date 


Chlorobenzene BRL 0.50 I 05/17/96 


1,2-Dichlorobenzene BRL 0.50 I 05/17/96 


Freon 113 _ BRL 2.0 1 05/17/96 -- - 



Orthochlorotoluene 109 60- 141 


,-_ Date: _ "_ 2 -_ 6" 

Approvedby: ) 

n , onmen , 6111| 

Laboratories 

Report Generated: 05/22/96 IluvHg Page2 

COE027436





Project Name: Newmark- MUSCOYOURD Project Number: 41624603023 

Sample Description: WDW01-01M Lab ID: 14080-5/51227-4021B 

Sample Number: MW129 Date/Time Sampled: 05/14196 09:22 

Date/Time Received: 05115/96 09:10 Matrix: Water ( W ) 

Date Prepared: N_..A Batch Number: 7006 

Initial Wt./Volume: NA 

Final Volume: NA - Instrument/Column: VGC05/DB-VRX 


- Reporting 








Trichlorofluorome_ane BRL 0.50 1 05/17/96 


l, 1-Dichloroethane BRL 0.50 1 05/17/96 


trans- 1,2-Dichloroethene BRL • 0.50 1 05/17/96 


1,2-Dichtoroethane BRL 0.50 1 05/17/96 

l, 1,1-Trichloroethane BRL 0.50 1 05/17/96 


Bromod ichloro methane BRL 0.50 l 05/17/96 

1,2-Dichloropropane BRL 0.50 I 05/17/96 

cis- 1,3- Dichloropropene BRL 0.50 1 05/17/96 



l, 1,2-Tr ichloroethane BRL 0.50 1 05/17/96 

trans- I, 3-D ichloropropene BRL 0,50 1 05/17/96 


1,1,2,2-Tetrachloroethane BRL 1.0 1 05117/96 

Tetrachloroethene BRL 0.50 1 05/17/96 

MBT Environmental glib 

Laboratories 

Relx,rt Generated: 05122/96 _ IluTlll, Page l 

COE027437

Lab ID: 14080-5/51227-4021B 



. Reporting 



Chlorobenzene BRL 0.50 ! 05/17/96 

1,3- Dichlorobenzene BRL 0.50 1 05/ 17/96 

!,2-Dichlorobenzene BRL 0.50 1 05/17/96 


Freon 113 _ BRL 2.0 1 05/17/96 _. 

Surrogates . % Recovery Limits 

Bromochloromethane 104 51- 144 



Approved by: .__/7_ Date: 5- --z "-- 7_ ) 

MBT 

Laboratories 

Environmental Inli|MasterBuilders l'cchnologics 

,,e_n Generated:05/':'Z/96 _ll_aa't"t Page2 

COE02 7438 

-.. J 

3

Method Blank 




Sample ID: 05/16/96 MB/51526 Lab ID: 51526-MB /4021B 

Date Prepared: N__AA Matrix: Water 

Batch Number: 7006 

Instrument/Column: VGC05/DB-VRX 


Reporting ._ 

- Result Limit Date 

Analyte ug/L (ppb) ug/L (ppb) Analyzed 

Chloro_aethane BRL 4.0 05/16/96 

Bromomethane BRL 4.0 05/16/96 

Vinyl Chloride BRL 1.0 05/16/96 

Chloroethane BRL 4.0 05/16/96 

Methylene Chloride BRL 10 05/16/96 

Trichlorofluoromethane BRL 0.50 05/16/96 

I, 1-Dichloroethene BRL 0.50 05/16/96 

1,1-D ichloroethane BRL 0.50 05/16/96 

cis- 1,2-Dichloroethene BRL 0.50 05/16/96 

tram- 1,2-Dichloroethene BRL 0.50 05/16/96 

Chloroform BRL 0.50 05/16/96 

1,2-Dichloroethane BRL 0.50 05/16/96 

I, 1,1-Trichloroethane BRL 0.50 05/16/96 

Carbon Tetrachloride BRL 0.50 05/16/96 

Bromodichloromethane BRL 0.50 05/16/96 

1,2-Dichloropropane BRL 0.50 05/16/96 

cis- 1,3-D ich loropropene BRL 0.50 05/16/96 

Trichloroethene BRL 0.50 05/16/96 

Dibromochloromethane BRL 1.0 05/16/96 

l, 1,2-Trichloroethane BRL 0.50 05/16/96 

trans- I, 3-D ichloropropene BRL 0.50 05/16/96 

Bromoform BRL 1.0 05/16/96 

l, 1,2,2-Tetrach loroethane BRL 1.0 05/16/96 

Tetrachloroethene BRL 0.50 05/16/96 

Chlorobenzene BRL 0.50 05/16/96 

1,3-Dichlorobenzene BRL 0.50 05/16/96 



Freon L13 BRL 2.0 05/16/96 

MBT Environmental UlII| 

Laboratories 

Report Generated: 05/22/96 lnu..mmm. Page l 

COE027439

Lab ID: 51526-MB /4021B 

Method Blank 




Bromochloromethane i 15 51 - 144 

Orthochlorotoluene 108 60 - !41 


Approved by: _.._',A_-/ Date: j-- ,,7_ . _'( 

MBT Environmental Illl| Master Builders Technologies 

Laboratories 

Report Generated: 0S/22/96 IIii111 Page2 

COE027440

Method Blank 




Sample ID: 05/21/96 MB/52053 Lab ID: 52053-MB /4021B 

Date Prepared: N__AA Matrix: Water 

Batch Number: 7006 

Instrument/Column: VGC IO/RTX-502.2 

Data File: 96142hl 1 

_ Reporting __ 

Result Limit Date 

Analyte ug/L (ppb) ug/L (ppb) Analyzed 

ChloroYnethane BRL 4.0 05/21/96 

Bromomethane BRL 4.0 05/21/96 

Vinyl Chloride BRL 1.0 05/21/96 

Chloroethane BRL 4.0 05/21/96 

Methylene Chloride BRL 10 05/21/96 

Trichlorofluoromethane BRL 0.50 05/21/96 

1,1-Dichloroethene BRL 0.50 05/21/96 


cis-l,2-Dichloroethene BRL 0.50 05/21/96 

trans- 1,2,Dichloroethene BRL 0.50 05/21/96 

Chloroform BRL 0.50 05/21/96 


1,1,1-Trichloroethane BRL 0.50 05/21/96 

Carbon Tetrachloride BRL 0.50 05/21/96 

Bromodichloromethane BRL 0.50 05/21/96 

1,2-Dichloropropane BRL 0.50 05/21/96 

cis- I, 3-D ichloropropene BRL 0.50 05/21196 

Trichloroethene BRL 0.50 05/21/96 

Dibromochloromethane BRL 1.0 05/21/96 

l, 1,2-Tr ichloroethane BRL 0.50 05/21/96 

trans- 1,3-D ichloropropene BRL 0.50 05/21/96 

Bromoform BRL 1.0 05/21/96 

1,1,2,2-Tetrachloroethane BRL 1.0 05/21/96 

Tetrachloroethene BRL 0.50 05/21/96 

Chlorobenzene BRL 0.50 05/21/96 



1,4- Dichlorobenzene BRL 0.50 05/21/96 

Freon 113 BRL 2.0 05/21/96 

MBT Environmental 

Laboratories hill| Master Builders Technologies 

Report Generated: 05'22/96 "llm'''" COE027441 

Pagc l

Lab ID: 52053-MB /4021B 

Method Blank 



. Surrogates % Recovery Limits 




Approved by: t._'_f Date: 5 _ 2 - 5_& 

MBT Environmental 111111 

Laboratories 

ReportGenerated: 05122/96 IIIPl Page2 

COE027442

LABORATORY CONTROL SPIKE/LABORATORY CONTROL SPIKE DUPLICAq 




Date Prepared: N_._AA Lab ID: 51525-LS1 /4021B 

Matrix: Water Units: ug/L (ppb) 

BatchNumber: 7006 

LCS Date Analyzed: 05/16/96 LCSD Date Analyzed: NA 

Instrument/Column:/DB-VRX 

Data File: 96137e19-0 

(a) (b) (c) (d) (e) (f) (g) 

Sample 

Sample Dup. Acceptance 

+ + Spike Limits 

Sample Spike Spike Spike Spike Dup. RPD 

Analyte Cone. Conc. Cone. Rec % Conc. Rec % % % Rec. RPD 

I 

I, 1-Dichloroethane 0 10 8.9 89 NA NA NA 64-128

MATRIX SPIKE/MATRIX SPIKE DUPLICATE 






Sample Description: WMW129B-01M Lab ID: 14080-4/52061,52062-4021B MS 

Sample Number: MW129. Date/Time Sampled: 05/14/96 09:15 

Date/Time Received: 05t'15/96 09:10 Matrix: Water (W) Units: ug/L (ppb) 

Date Prepared: N_..AA Batch Number: 7006 

- % Moisture: N_.AA -- 

MS Date Analyzed: 05/21/96 MSD Date Analyzed: 05/21/96 

Instrument/Column: VGC 10/RTX-502.2 

Data File: 96142h12 , 96142h13 

(a) (b) (c) (d) (e) (f) (g) 

Sample 

MS/ Sample Dup. Acceptance 

MSD + + Spike Limits 

Sample Spike Spike Spike Spike Dup. RPD 

Analyte Cong. Cong. Cong. Rec % Conc. Rec % % % Ree. RPD 

1,1-Dichloroethane 0 10 8.6 86 9.0 90 5 ! 64-128 ,:20 

1,1,1-Trichloroethane 0 10 i 7.4 74 7.4 74 0: 65-118

Tue Mar Ii Page 1 

Fourth Quarter 1996 Sampling 

Analytical Results for Wells MW-129 and MW-130 

Client FSN URS ID FSN Date Method Analyte Analyte_Name DL Value Lab_Quals. SAC Units 

........................................................................................................................................ 

SYK638 MW-129A 8637 12-SEP-96 160.1 TDS Total Dissolved Solids 20 00 327.00 = N1 PPM 

SYK638 MW-129A 8637 12-SEP-96 160.2 TSS Total Suspended Solids i0 00 .00 U N1 PPM 

MYW908 MW-129A 8637 12-SEP-96 200.7 AL Aluminum 200 00 .00 U N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 SB Antimony 60 00 .00 U N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 AS Arsenic 10 00 2.40 J N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 BA Barium .200 00 36.30 J N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 BE Beryllium 5.00 .00 U N1 PPB 

MYWg08 MW-129A 8637 12-SEP-96 200.7 CD Cadmium 5.00 .00 U N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200 7 CA Calcium 5000.00 63200.00 = N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200 7 CR Chromium 10.00 1.90 J N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200 7 CO Cobalt 50.00 .00 U N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200 7 CU Copper 25.00 .00 U N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200 7 FE Iron 100.00 105.00 = N1 PPB 

MYW90B MW-129A 8637 12-SEP-96 200 7 PB Lead 3.00 1.40 UJ N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200 7 MG Magnesium 5000.00 15400.00 = N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200 7 MN Manganese 15.00 10.50 J N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 HG Mercury .20 00 U N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 NI Nickel 40.00 00 U N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 K Potassium 5000.00 4280 00 J N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 SE Selenium 5.00 O0 U N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 AG Silver 10.00 00 U N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 NA Sodium 5000.00 16600 00 = N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 TL Thallium 10.00 00 U N1 PPB 

MYWg08 MW-129A 8637 12-SEP-96 200.7 V Vanadium 50.00 3 80 J N1 PPB 

MYW908 MW-129A 8637 12-SEP-96 200.7 ZN Zinc 20.00 79 i0 = N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 2320 ALKH Alkalinity, Hydroxide (as CaCO3) 20 00 00 U N1 PPM 

SYK638 MW-129A 8G37 12-SEP-96 2320 ALKC Alkalinity, Carbonate (as CaCO3) 20 00 00 U N1 PPM 

SYK638 MW-129A 8637 12-SEP-96 2320 ALKB Alkalinity, Bicarbonate (as CaCO3) 20 00 180 00 = N1 PPM 

SYK638 MW-129A 8,37 12-SEP-96 2320 ALK Alkalinity, Total (as CaC03) 20 00 180 00 = N1 PPM 

SYK638 MW-129A 8637 12-SEP-96 415.2 TOC Total Organic Carbon 2 00 1.90 B N1 PPM 

YX016 MW-129A 8637 12-SEP-96 608 BHCALPHA alpha-BHC 05 .00 U N1 PPB 

YXOI6 MW-129A 8637 12-SEP-96 608 BHCBETA beta-BHC 05 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 BHCDELTA delta-BHC 05 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 BHCGAMMA Lindane 05 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 HEPTACHLOR Heptachlor .05 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 ALDRIN Aldrin .05 .00 U N1 PPB 

Lab Quals.: J - Estimated concentration 

= - Analytes with concentrations detected at or above the quantitation/detection limit. 

U - Analytes not detected at or above the stated detection limit. 

Value: .00 - A result of zero represents an undetected result at the quantitation/detection limit and does not imply an actual value. 

SAC (Sample Type Code): N1 - Normal Environmental Sample 

COE027445

Tue Mar ii 



Client_FSN URS_ID FSN Date Method Analyte Analyte_Name DL Value Lab Quals. SAC Units 

.......................... _ 

............................................................................................. 

YXOI6 MW-129A 8637 12-SEP-96 608 HEPT-EPOX Heptachlor epoxide 05 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 ENDOSULFANA Endosulfan I (Alpha Endosulfan) .05 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 DIELDRIN Dieldrin .I0 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 DDE44 4,4°DDE .i0 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 ENDRIN Endrin .i0 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 ENDOSULFANB Endosulfan II (Beta Endosulfan) .I0 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 DDD44 4,4-DDD .10 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 ENDOSULFANS Endosulfan sulfate .i0 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 DDT44 4,4-DDT ,i0 .00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 MTXYCL Methoxychlor .50 00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 ENDRINKET Endrin ketone .I0 00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 ENDRINALD Endrin aldehyde .I0 00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 CHLORDANEA alpha-Chlordane .05 00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 CHLORDANEB Beta-Chlordane .05 00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 TOXAP Toxaphene 5.00 00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 PCBI016 Aroclor 1016 (PCB-1016) 1.00 00 U N1 PPB 


YX0i6 MW-129A 8637 12-SEP-96 608 PCBI232 Aroclor 1232 (PCB-1232) 1.00 00 U N1 PPB 


YXOI6 MW-129A 8637 12-SEP-96 608 PCBI248 Aroclor 1248 (PCB-1248 1.00 00 U N1 PPB 

YX016 MW-129A 8_37 12-SEP-96 608 PCBI254 Aroclor 1254 (PCB-1254T 1.00 00 U N1 PPB 

YX016 MW-129A 8637 12-SEP-96 608 PCBI260 Aroclor 1260 (PCB-1260) 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML CLME Chloromethane 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML BRME Bromomethane 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML VC Vinyl chloride .50 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML FCII Trichlorofluoromethane 1.00 .00 U N1 PPB 

SYK638 MW-129A 8_37 12-SEP-96 624/25ML FCI2 Dichlorodifluoromethane 1.00 .40 J N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML CLEA Chloroethane 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML MTLNCL Methylene chloride 1.00 .00 U N1 PPB 

SYK638 MW-129A 8_37 12-SEP-96 624/25ML ACE Acetone i0.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML CDS Carbon Disulfide 1.00 .00 U N1 PPB 

SYK638 MW-129A 8r_37 12-SEP-96 624/25ML DCEII l,l-Dichloroethene 1.00 .00 U N1 PPB 

SYK638 MW-129A 8_37 12-SEP-96 624/25ML DCAII l,l-Dichloroethane 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML DCEI2C cis-l,2-Dichloroethene 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML DCEI2T trans-l,2-Dichloroethene 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML TCLME Chloroform 1.00 .00 U N1 PPB 




Value: .00 - A result of zero represents an undetected result at the quantitation/_etection limit and does not imply an actual value. 


_ COE027446 

Page 2

Tue Mar ii Page 3 



Client_FSN URS ID FSN Date Method Analyte Analyte_Name DL Value Lab Quals. SAC Units 

........................................................................................................................................ 

SYK638 MW-129A 8637 12-SEP-96 624/25ML DCAI2 1,2-Dichloroethane .50 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML DBCP 1,2-Dibromo-3-chloropropane 1.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML EDB 1,2-Dibromoethane 1.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML MEK 2-Butanone 10.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML TCAIII l,l,l-Trichloroethane 1.00 00 U N1 PPB 

SYK638 MW-129A 8_37 12-SEP-96 624/25ML CTCL Carbon tetrachloride .50 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML BDCME Bromodichloromethane 1.00 00 U N1 PPB 

SYK638 MW-129A 8_37 12-SEP-96 624/25ML DCPAI2 1,2-Dichloropropane 1.00 00 U N1 PPB 

SYK638 MW-129A 8_37 12-SEP-96 624/25ML DCPI3C cis-l,3-Dichloropropene .50 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML TCE Trichloroethene 1.00 00 U N1 PPB 

SYK638 MW-129A 8_37 12-SEP-96 624/25ML DBCME Dibromochloromethane 1.00 00 U N1 PPB 

SYK638 MW-129A 8 37 12-SEP-96 624/25ML TCAII2 l,l,2-Trichloroethane 1.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML BZ Benzene 1.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML DCPI3T trans-l,3-Dichloropropene .50 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML TBME Bromoform 1.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML MIBK 4-Methyl-2-pentanone i0.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML HXO2 2-Hexanone i0.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML PCE Tetrachloroethene 1.00 80 J N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML PCA l,l,2,2-Tetrachloroethane 1.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML BZME Toluene 1.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML CLBZ Chlorobenzene 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML EBZ Ethylbenzene 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML STY Styrene 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML XYLO O-Xylene 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML XYLMP m/p-Xylene 1.00 .00 U N] PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML DCBZI3 1,3-Dichlorobenzene 1.00 .00 U Nl PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML DCBZI4 1,4-Dichlorobenzene 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 624/25ML DCBZI2 1,2-Dichlorobenzene 1.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL PHENOL Phenol 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL BIS2CEE bis(2-Chloroethyl)ether 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL CLPH2 2-Chlorophenol 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL MEPH2 2-Methylphenol 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL BIS2CIE 2,2'-oxybis(l-Chloropropane) 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL MEPH4 4-Methylphenol 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL NNSPR N-Nitroso-di-n-propylamine 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL HCLEA Hexachloroethane 5.00 .00 U N1 PPB 






COE027447

Tue Mar ii 




......................................................................................................................... _ .............. 

SYK638 MW-129A 8637 12-SEP-96 625/LL NB Nitrobenzene 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL ISOP Isophorone 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL NTPH2 2-Nitrophenol 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL DMP24 2,4-Dimethylphenol 5.00 .00 u N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL BECEM bis(2-Chloroethoxy)methane 5 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL DCP24 2,4-Dichlorophenol 5 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL TCBI24 1,2,4-Trichlorobenzene 5 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL NAPH Naphthalene 5 00 .00 U N1 PPB 

SYK638 MW-129A 8C37 12-SEP-96 625/LL CLANIL4 4-Chloroaniline 5 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL HCBU Hexachl0robutadien e 5 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL C4M3PH 4-Chloro-3-methyl phenol 5 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL MTNPH2 2-Methylnaphthalene 5 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL HCCP Hexachlorocyclopentadiene 5 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL TCP246 2,4,6-Trichlorophenol 5 00 .00 U N1 PPB 

SYK638 MW-129A 8 37 12-SEP-96 625/LL TCP245 2,4,5-Trichlorophenol 20 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL CNPH2 2-Chloronaphthalene 5 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL NO2ANIL2 2-Nitroaniline 20 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 6251LL DMPH Dimethylphthalate 5 00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL ACNPY Acenaphthylene 5 00 .00 U N1 PPB 

SYK638 MW-129A 8_37 12-SEP-96 625/LL 2,6-DNT 2,6-Dinitrotoluene 5.00 .00 U N1 PPB 

SYK638 MW-129A 8_37 12-SEP-96 625/LL NO2ANIL3 3-Nitroaniline 20.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL ACNP Acenaphthene 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL DNP24 2,4-Dinitrophenol 20.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL NTPH4 4-Nitrophenol 20.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL DBF Dibenzofuran 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL 2,4-DNT 2,4-Dinitrotoluene 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL DEPH Diethylphthalate 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL CPPE4 4-Chlorophenyl-phenyl ether 5.00 .00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL FL Fluorene 5.00 00 U N1 PPB 

SYK638 MW-129A 8_37 12-SEP-96 625/LL NO2ANIL4 4-Nitroaniline 20.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL DN46M 4,6-Dinitro-2-methyl phenol 20.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL NNSPH N-Nitrosodiphenylamine 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL BPPE4 4-Bromophenyl-phenyl ether 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL HCLBZ Hexachlorobenzene 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL PCP Pentachlorophenol 20.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL PHAN Phenanthrene 5.00 00 U N1 PPB 



U - Analytes not detected at or above the Stated detection limit. 



._ .._., COE027448 

Page 4

Tue Mar 11 Page 5 



Client_FSN URS_ID FSN Date Method Analyte Analyte Name DL Value Lab Quals. SAC Units 

........................................................................................................................................ 

SYK638 MW-129A 8637 12-SEP-96 625/LL ANTH Anthracene 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL DNPH Di-n-butyl phthalate 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL FLA Fluoranthene 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL PYR Pyrene 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL BBP Butylbenzylphthalate 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL DCB 3,3'-Dichlorobenzidine 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL BZAA Benzo(a) anthracene 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL CHRYSENE Chrysene 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL BIS2EHP bis(2-Ethylhexyl)phthalate 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL DNOP Di-n-octylphthalate 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL BZBF Benzo(b)fluoranthene 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL BZKF Benzo(k) fluoranthene 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL BZAP Benzo(a)pyrene 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL INPI23 Indeno(l,2,3-cd)pyrene 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL DBAHA Dibenzo (a,h) anthracene 5.00 00 U N1 PPB 

SYK638 MW-129A 8637 12-SEP-96 625/LL BZGHIP Benzo (g,h,i) perylene 5.00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 160.1 TDS Total Dissolved Solids 20.00 307 00 = N1 PPM 

SYK639 MW-129B 8638 12-SEP-96 160.2 TSS Total Suspended Solids i0.00 00 U N1 PPM 

MYW909 MW-129B 8638 12-SEP-96 200.7 AL Aluminum 200.00 00 U N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 SB Antimony 60.00 00 U N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 AS Arsenic 10.00 3 20 J N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 BA Barium 200.00 34 60 J N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 BE Beryllium 5.00 00 U N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 CD Cadmium 5.00 00 U N1 PPB 

MYwg09 MW-129B 8638 12-SEP-96 200.7 CA Calcium 5000.00 64800 00 = N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 CR Chromium i0.00 7 90 J N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 CO Cobalt 50.00 00 U N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 CU Copper 25.00 00 U N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 FE Iron 100.00 414 00 = N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 PB Lead 3.00 1 40 UJ N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 MG Magnesium 5000.00 14500 00 = N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 MN Manganese 15.00 16 00 = N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 HG Mercury .20 00 U N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 NI Nickel 40.00 4 00 J N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 K Potassium 5000.00 3990 00 J N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 SE Selenium 5.00 00 U N1 PPB 






COE027449

Tue Mar ii 




......................................................................................................................... _ .............. 

MYW909 MW-129B 8638 12-SEP-96 200.7 AG Silver i0 00 .00 U N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 NA Sodium 5000 00 16800.00 = N1 PPB 

MYWg09 MW-129B 8638 12-SEP-96 200.7 TL Thallium I0 00 .00 U N1 PPB 

MYW909 MW-129B 8638 12-SEP-96 200.7 V Vanadium 50 00 2.30 J N1 PPB 

MYWg09 MW-129B 8638 12-SEP-96 200.7 ZN Zinc 20 00 79.00 = N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 2320 ALKH Alkalinity, Hydroxide (as CaC03) 20 00 .00 U N1 PPM 

SYK639 MW-129B 8638 12-SEP-96 2320 ALKC Alkalinity, Carbonate (as CaCO3) 20 00 00 U N1 PPM 

SYK639 MW-129B 8638 12-SEP-96 2320 ALKB Alkalinity, Bicarbonate (as cac03) 20.00 195 oo = N1 PPM 

SYK639 MW-129B 8638 12-SEP-96 2320 ALK Alkalinity, Total (as CaC03) 20,.00 195 00 = N1 PPM 

SYK639 MW-129B 8638 12-SEP-96 415.2 TOC Total Organic Carbon 2.00 1 70 B N1 PPM 

YX017 MW-129B 8_38 12-SEP-96 608 BHCALPHA alpha-BHC .05 00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 BHCBETA beta-BHC .05 00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 BHCDELTA delta-BHC .05 00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 BHCGAMMA Lindane .05 00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 HEPTACHLOR Heptachlor .05 00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 ALDRIN Aldrin .05 00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 HEPT-EPOX Heptachlor epoxide .05 00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 ENDOSULFANA Endosulfan I (Alpha Endosulfan) .05 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 DIELDRIN Dieldrin .10 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 DDE44 4,4-DDE .I0 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 ENDRIN Endrin .i0 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 ENDOSULFANB Endosulfan II (Beta Endosulfan .i0 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 DDD44 4,4-DDD .10 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 ENDOSULFANS Endosulfan sulfate .I0 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 DDT44 4,4-DDT .i0 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 MTXYCL Methoxychlor .50 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 ENDRINKET Endrin ketone .i0 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 ENDRINALD Endrin aldehyde .i0 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 CHLORDANEA alpha-Chlordane .05 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 CHLORDANEB Beta-Chlordane .05 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 TOXAP Toxaphene 5.00 .00 U N1 PPB 

YX017 MW-129B 8638 12-SEP-96 608 PCBI016 Aroclor 1016 (PCB-1016) 1.00 .00 U N1 PPB 




YX017 MW-129B 8638 12-SEP-96 608 PCBI248 Aroclor 1248 (PCB-1248_ 1 00 .00 U N1 PPB 






"-_ COE02745 0 

Page 6




Client_FSN URS_ID FSN Date Method Analyte Analyte_Name DL Value Lab_Quals. SAC Units 

........................................................................................................................................ 



SYK639 MW-129B 8638 12-SEP-96 624_25ML CLME Chloromethane 1.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624_25ML BRME Bromomethane 1.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624125ML VC Vinyl chloride .50 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624t25ML FCII Trichlorofluoromethane 1.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML FCI2 Dichlorodifluoromethane 1.00 .20 J N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML CLEA Chloroethane 1.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML MTLNCL Methylene chloride 1.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML ACE Acetone 10.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML CDS Carbon Disulfide 1.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML DCEII l,l-Dichloroethene 1.00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML DCAII l,l-Dichloroethane 1.00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML DCEI2C cis-l,2-Dichloroethene 1.00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML DCEI2T trans-l,2-Dichloroethene 1.00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML TCLME Chloroform 1.00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML DCAI2 1,2-Dichloroethane .50 00 U N1 PPB 

SYK639 MW-129B 8_38 12-SEP-96 624/25ML DBCP 1,2-Dibromo-3-chloropropane 1.00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML EDB 1,2-Dibromoethane 1 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML MEK 2-Butanone i0 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML TCAIII l,l,l-Trichloroethane 1 00 00 U N1 PPB 

SYK639 MW-129B 8_38 12-SEP-96 624/25ML CTCL Carbon tetrachloride 50 00 U N1 PPB 

SYK639 MW-129B 8r38 12-SEP-96 624/25ML BDCME Bromodichloromethane 1 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML DCPAI2 1,2-Dichloropropane 1 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML DCPI3C cis-l,3-Dichloropropene 50 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML TCE Trichloroethene 1 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML DBCME Dibromochloromethane 1 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML TCAII2 l,l,2-Trichloroethane 1 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML BZ Benzene 1 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML DCPI3T trans-l,3-Dichloropropene 50 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML TBME Bromoform 1 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML MIBK 4-Methyl-2-pentanone i0 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML HXO2 2-Hexanone i0 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML PCE Tetrachloroethene 1 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML PCA l,l,2,2-Tetrachloroethane 1 00 00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML BZME Toluene 1 00 00 U N1 PPB 






COE027451

Tue Mar Ii 

FourthQuarter 1996 Sampling 


Client FSN URS_ID FSN Date Method Analyte Analyte_Name DL Value Lab_Quals. SAC Units 

........................................................................................................................................ 

SYK639 MW-129B 8638 12-SEP-96 624/25ML CLBZ Chlorobenzene 1.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML EBZ Ethylbenzene 1.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML STY Styrene 1.00 .00 U N1 PPB 

SYK639 MW-129B 8638 !2-SEP-96 624/25ML XYLO O-Xylene 1.00 .00 U N1 PPB 

SYK639 MW-!29B 8638 12-SEP-96 624/25ML XYLMP m/p-Xylene 1.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 624/25ML DCBZI3 1,3-Dichlorobenzene 1.00 .00 U N1 PPB 


SYK639 MW-129B 8638 12-SEP-96 624/25ML DCBZI2 1,2-Dichlorobenzene 1.00 .00 U- N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL PHENOL Phenol .00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL BIS2CEE bis(2-Chloroethyl)ether 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL CLPH2 2-Chlorophenol 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL MEPH2 2-Methylphenol 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL BIS2CIE 2,2'-oxybis(l-Chloropropane) 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL MEPH4 4-Methylphenol 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL NNSPR N-Nitroso-di-n-propylamine 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL HCLEA Hexachloroethane 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL NB Nitrobenzene 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL ISOP Isophorone 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL NTPH2 2-Nitrophenol 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL DMP24 2,4-Dimethylphenol 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL BECEM bis(2-Chloroethoxy)methane 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL DCP24 2,4-Dichlorophenol 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL TCBI24 1,2,4-Trichlorobenzene 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL NAPH Naphthalene 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL CLANIL4 4-Chloroaniline 5.00 .00 U N! 1'!'}_ 

SYK639 MW-129B 8.38 12-SEP-96 625/LL HCBU Hexachlorobutadiene 5.00 .00 U N1 PPU 

SYK639 MW-129B 8638 12-SEP-96 625/LL C4M3PH 4-Chloro-3-methyl phenol 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL MTNPH2 2-Methylnaphthalene 5.00 .00 U N1 PPB 

sYK639 MW-129B 8638 12-SEP-96 625/LL HCCP Hexachlorocyclopentadiene 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL TCP246 2,4,6-Trichlorophenol 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL TCP245 2,4,5-Trichlorophenol 20.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL CNPH2 2-Chloronaphthalene 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL NO2ANIL2 2-Nitroaniline 20.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL DMPH Dimethylphthalate 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL ACNPY Acenaphthylene 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL 2,6-DNT 2,6-Dinitrotoluene 5.00 .00 U N1 PPB 




Value; .00 - A result of zero represents an undetected result at the quantitation/detection limit and does not imply an actual value. 


f 

_ COE027452 

Page 8





........................................................................................................................................ 

SYK639 MW-129B 8638 12-SEP-96 625'LL NO2ANIL3 3-Nitroaniline 20.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625'LL ACNP Acenaphthene 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625'LL DNP24 2,4-Dinitrophenol 20.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625'LL NTPH4 4-Nitrophenol 20.00 .00 U N1 PPB 

SYK639 MW-129B 8_38 12-SEP-96 625'LL DBF Dibenzofuran 5.00 .00 U N1 PPB 

SYK639 MW°I29B 8_38 12-SEP-96 625'LL 2,4-DNT 2,4-Dinitrotoluene 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625'LL DEPH Diethylphthalate 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625'LL CPPE4 4-Chlorophenyl-phenyl ether 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625'LL FL Fluorene 5.0.0 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625'LL NO2ANIL4 4-Nitroaniline 20.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625_LL DN46M 4,6-Dinitro-2-methyl phenol 20.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625'LL NNSPH N-Nitrosodiphenylamine 5.00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 6251LL BPPE4 4-Bromophenyl-phenyl ether 5 00 .00 U N1 PPB 

SYK639 MW-129B 8_38 12-SEP-'96 625_LL HCLBZ Hexachlorobenzene 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 6251LL PCP Pentachlorophenol 20 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL PHA/q Phenanthrene 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL ANTH Anthracene 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL DNPH Di-n-butyl phthalate 5 O0 2.00 J N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL FLA Fluoranthene 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL PYR Pyrene 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL BBP Butylbenzylphthalate 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL DCB 3,3'-Dichlorobenzidine 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL BZAA Benzo(a) anthracene 5 00 .00 U N] PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL CHRYSENE Chrysene 5 00 .00 U NI J'I'1_ 

SYK639 MW-129B 8638 12-SEP-96 625/LL BIS2EHP bis(2-Ethylhexyl)phthalate 5 00 2.00 J NI I'P}_ 

SYK639 MW-129B 8638 12-SEP-96 625/LL DNOP Di-n-octylphthalate 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL BZBF Benzo(b)fluoranthene 5 00 .00 U N1 PPB 

SYK639 MW-129B 8_38 12-SEP-96 625/LL BZKF Benzo(k)fluoranthene 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL BZAP Benzo(a)pyrene 5 00 .00 U N1 PPB 

SYK639 MW-129B 8638 12-SEP-96 625/LL INPI23 Indeno(l,2,3-cd)pyrene 5 00 .00 U N1 PPB 

SYK639 MW-129B 8_38 12-SEP-96 625/LL DBAHA Dibenzo (a,h) anthracene 5 00 .00 U N1 PPB 

SYK639 MW-129B 8_38 12-SEP-96 625/LL BZGHIP Benzo (g,h,i) perylene 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 160.1 TDS Total Dissolved Solids 20 00 239.00 = N1 PPM 

SYK640 MW-129C 8639 12-SEP-96 160.2 TSS Total Suspended Solids 10 00 130.00 = N1 PPM 

MYW910 MW-129C 8639 12-SEP-96 200.7 AL Aluminum 200.00 58.60 J N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200.7 SB Antimony 60.00 .00 U N1 PPB 






COE027453

Tue Mar ii Page i0 


Analytical Results forWells MW-129 and MW-130 


.......................................... .............................................................................................. 

MYW910 MW-129C 8639 12-SEP-96 200 7 AS Arsenic 10.00 1.90 J N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200 7 BA Barium 200.00 91.80 J N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200 7 BE Beryllium 5.00 .00 U N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200 7 CD Cadmium 5.00 .00 U N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200 7 CA Calcium 5000.00 123000.00 = N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200 7 CR Chromium 10.00 7.10 J N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200 7 CO Cobalt 50.00 .00 U N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200 7 CU Copper 25.00 .00 U N1 PPB 

MYWgI0 MW-129C 8639 12-SEP-96 200 7 FE Iron 100..00 140.00 = N1 PPB 

MYWglO MW-129C 8639 12-SEP-96 200 7 PB Lead 3.00 2.40 J N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200 7 MG Magnesium 5000.00 4470.00 J N1 PPB 

MYWgI0 MW-129C 8639 12-SEP-96 200 7 MN Manganese 15.00 78.50 = N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200 7 HG Mercury .20 .00 U N1 PPB 

MYWgI0 MW-129C 8639 12-SEP-96 200 7 NI Nickel 40.00 .00 U N1 PPB 

MYWgI0 MW-129C 8639 12-SEP-96 200 7 K Potassium 5000.00 6120.00 J N1 PPB 

MYWgI0 MW-129C 8639 12-SEP-96 200 7 SE Selenium 5.00 2.60 J N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200.7 AG Silver I0.00 .00 U N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200.7 NA Sodium 5000.00 41100.00 = N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200.7 TL Thallium i0.00 .00 U N1 PPB 

MYwgI0 MW-129C 8639 12-SEP-96 200.7 V Vanadium 50.00 8.40 J N1 PPB 

MYW910 MW-129C 8639 12-SEP-96 200.7 ZN Zinc 20.00 4.30 J N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 2320 ALKH Alkalinity, Hydroxide (as CaCO3) 20.00 .00 U N1 PPM 

SYK640 MW-129C 8639 12-SEP-96 2320 ALKC Alkalinity, Carbonate (as CaCO3) 20.00 .00 U N1 PPM 

SYK640 MW-129C 8639 12-SEP-96 2320 ALKB Alkalinity, Bicarbonate (as CaCO3) 20.00 175.00 = N1 PPM 

SYK640 MW-129C 8639 12-SEP-96 2320 ALK Alkalinity, Total (as CaCO3) 20.00 175.00 = N1 PPM 

SYK640 MW-129C 8639 12-SEP-96 415.2 TOC Total Organic Carbon 2.00 2.20 = N1 PPM 

YX018 MW-129C 8639 12-SEP-96 608 BHCALPHA alpha-BHC .05 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 BHCBETA beta-BHC .05 00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 BHCDELTA delta-BHC .05 00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 BHCGAMMA Lindane .05 00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 HEPTACHLOR Heptachlor .05 00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 ALDRIN Aldrin .05 00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 HEPT-EPOX Heptachlor epoxide .05 00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 ENDOSULFANA Endosulfan I (Alpha Endosulfan) .05 00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 DIELDRIN Dieldrin .i0 00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 DDE44 4,4-DDE .I0 00 U N1 PPB 






COE027454

Tue Mar Ii Page ii 




....................................................................................................................................... 

YX018 MW-129C 8639 12-SEP-96 608 ENDRIN Endrin i0 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 ENDOSULFANB Endosulfan II (Beta Endosulfan) i0 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 DDD44 4,4-DDD 10 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 ENDOSULFANS Endosulfan sulfate i0 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 DDT44 4,4-DDT 10 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 MTXYCL Methoxychlor 50 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 ENDRINKET Endrin ketone i0 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 ENDRINALD Endrin aldehyde I0 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 CHLORDANEA alpha-Chlordane 05 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 CHLORDANEB Beta-Chlordane 05 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 TOXAP Toxaphene 5 00 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 PCBI016 Aroclor 1016 (PCB-1016) 1 00 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 PCBI221 Aroclor 1221 (PCB-1221) 2 00 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 PCBI232 Aroclor 1232 (PCB-1232) ,1.00 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 PCBI242 Aroclor 1242 (PCB-1242) 1.00 .00 U N1 PPB 

YX018 MW-129C 8639 12-SEP-96 608 PCBI248 Aroclor 1248 (PCB-1248_ 1.00 .00 U N1 PPB 



SYK640 MW-129C 8639 12-SEP-96 624_25ML CLME Chloromethane 1.00 .00 U N1 PPB 

SYK640 MW-129C 8_39 12-SEP-96 624125ML BRME Bromomethane 1.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624125ML VC Vinyl chloride .50 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624f25ML FCII Trichlorofluoromethane 1.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624t25ML FCI2 Dichlorodifluoromethane 1.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML CLEA ChlorOethane 1.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML MTLNCL Methylene chloride 1.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML ACE Acetone 10.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML CDS Carbon Disulfide 1.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML DCEII l,l-Dichloroethene 1.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML DCAII l,l-Dichloroethane 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML DCEI2C cis-l,2-Dichloroethene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML DCEI2T trans-l,2-Dichloroethene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML TCLME Chloroform 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML DCAI2 1,2-Dichloroethane .50 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML DBCP 1,2-Dibromo-3-chloropropane 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML EDB 1,2-Dibromoethane 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML MEK 2-Butanone 10.00 00 U N1 PPB 






COE027455

Tue Mar Ii 

Fourth Quarter 1996 SamPling 


Client_FSN URS ID FSN Date Method Analyte Analyte Name DL Value Lab Quals. SAC Units 

................................................................... Sl l __ , ...... 1 ........................................... ? .............. 

SYK640 _-129C 8639 12-SEP-96 624/25K T_III l,l,l-Trichloroethane i 00 .00 U NI PPB 

SYR640 MW-129C GG39 12-SEP-96 624/25ML CTCL Carbon tetrachloride 50 .00 U NI PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML BDCME Bromodichloromethane i 00 .00 U N1 PPB 

SYK640 MW-1290 8639 12-SEP-96 624/25ML DCPAI2 1,2-Dichloropropane 1 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML DCPI3C cis-l,3-Dichloropropene 50 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML TCE Trichloroethene 1 00 .00 U N1 PPB 

SYK640 MW-129C 8_39 12-SEP-96 624/25ML DBCME Dibromochloromethane 1 00 .00 U NI PPB 

SYK640 MW-129C 8539 12-SEP-96 624/25ML TCAII2 l,l,2-Trichloroethane 1 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML BZ Benzene 1.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML DCPI3T trans-l,3-Dichloropropene .50 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML TBME Bromoform 1.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML MIBK 4-Methyl-2-pentanone i0.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML HXO2 2-Hexanone 10.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML PCE Tetrachloroethene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML PCA l,l,2,2-Tetrachloroethane 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML BZME Toluene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624/25ML CLBZ Chlorobenzene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624t25ML EBZ Ethylbenzene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624125ML STY Styrene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624125ML XYLO O-Xylene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624t25ML XYLMP m/p-Xylene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624r25ML DCBZI3 1,3-Dichlorobenzene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624_25ML DCBZI4 1,4-Dichlorobenzene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 624r25ML DCBZI2 1,2-Dichlorobenzene 1.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625iLL PHENOL Phenol 5.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625_LL BIS2CEE bis(2-Chloroethyl)ether 5.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625'LL CLPH2 2-Chlorophenol 5.00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625'LL MEPH2 2-Methylphenol 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625'LL BIS2CIE 2,2'-oxybis(l-Chloropropane) 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL MEPH4 4-Methylphenol 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL NNSPR N-Nitroso-di-n-propylamine 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL HCLEA Hexachloroethane 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL NB Nitrobenzene 5.00 .00 U N1 PPB 

SYK640 MW-1290 8639 12-SEP;96 625/LL ISOP Isophorone 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL NTPH2 2-Nitrophenol 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL DMP24 2,4-Dimethylphenol 5.00 .00 U N1 PPB 






.__ _,,- COE027456 

Page 12





........................................................................................................................................ 

SYK640 MW-129C 8639 12-SEP-96 625'LL BECEM bis(2-Chloroethoxy)methane 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625'LL DCP24 2,4-Dichlorophenol 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625_LL TCBI24 1,2,4-Trichlorobenzene 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625rLL NAPH Naphthalene 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625'LL CLANIL4 4-Chloroaniline 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625'LL HCBU Hexachlorobutadiene 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 6251LL C4M3PH 4-Chloro-3-methyl phenol 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625_LL MTNPH2 2-Methylnaphthalene 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625_LL HCCP Hexachlorocyclopentadiene 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625_LL TCP246 2,4,6-Trichlorophenol 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625_LL TCP245 2,4,5-Trichlorophenol 20 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL CNPH2 2-Chloronaphthalene 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625_LL NO2ANIL2 2-Nitroaniline 20 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625_LL DMPH Dimethylphthalate 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 6251LL ACNPY Acenaphthylene 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 6251LL 2,6-DNT 2,6-Dinitrotoluene 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 6251LL NO2ANIL3 3-Nitroaniline 20 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 6251LL ACNP Acenaphthene 5 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 6251LL DNP24 2,4-Dinitrophenol 20 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 6251LL NTPH4 4-Nitrophenol 20 00 00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625iLL DBF Dibenzofuran 5 00 00 U _i PPB 

SYK640 MW-129C 8639 12-SEP-96 6251LL 2,4-DNT 2,4-Dinitrotoluene 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 6251LL DEPH Diethylphthalate 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 6251LL CPPE4 4-Chlorophenyl-phenyl ether 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL FL Fluorene 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL NO2ANIL4 4-Nitroaniline 20 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL DN46M 4,6-Dinitro-2-methyl phenol 20 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL NNSPH N-Nitrosodiphenylamine 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL BPPE4 4-Bromophenyl-phenyl ether 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL HCLBZ Hexachlorobenzene 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL PCP Pentachlorophenol 20 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL PHAN Phenanthrene 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL ANTH Anthracene 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL DNPH Di-n-butyl phthalate 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL FLA Fluoranthene 5 00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL PYR Pyrene 5 00 .00 U N1 PPB 






COE027457

Tue Mar ii 




................................................. ........................................................................ _ .............. 

SYK640 MW-129C 8639 12-SEP-96 625/LL BBP Butylbenzylphthalate 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL DCB 3,3'-Dichlorobenzidine 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL BZAA Benzo(a) anthracene 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL CHRYSENE Chrysene 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL BIS2EHP bis(2-Ethylhexyl)phthalate 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL DNOP Di-n-octylphthalate 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL BZBF Benzo(b) fluoranthene 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL BZKF Benzo(k) fluoranthene 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL BZAP Benzo(a)pyrene 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL INPI23 Indeno(l,2,3-cd)pyrene 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL DBAHA Dibenzo (a,h) anthracene 5.00 .00 U N1 PPB 

SYK640 MW-129C 8639 12-SEP-96 625/LL BZGHIP Benzo (g,h,i) perylene 5.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 160.1 TDS Total Dissolved Solids 20.00 387 00 = N1 PPM 

SYK649 MW-130A 8664 16-SEP-96 160.2 TSS Total Suspended Solids 10.00 00 U N1 PPM 

MYW916 MW-130A 8664 16-SEP-96 200.7 AL Aluminum 200.00 00 U N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200.7 SB Antimony 60.00 00 U N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200.7 AS Arsenic 10.00 1 80 J N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200.7 BA Barium 200.00 50 50 J N1 PPB 

MYWgI6 MW-130A 8664 16-SEP-96 200.7 BE Beryllium 5.00 00 U N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200.7 CD Cadmium 5.00 00 U N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200.7 CA Calcium 5000.00 82800 00 = N1 PPB 

MYW916 MWTI30A 8664 16-SEP-96 200 7 CR Chromium 10.00 2 50 J N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200 7 CO Cobalt 50.00 00 U N1 PPB 

MYWgI6 MW-130A 8664 16-SEP-96 200 7 CU Copper 25.00 2 30 J N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200 7 FE Iron i00.00 407 00 = N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200 7 PB Lead 3.00 .00 U N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200 7 MG Magnesium 5000.00 16700.00 = N1 PPB 

MYWgI6 MW-130A 8664 16-SEP-96 200 7 MN Manganese 15.00 46.80 = N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200 7 NG Mercury .20 .00 U N1 PPB 

MYW916 MW-130A 8_4 16-SEP-96 200 7 NI Nickel 40.00 .00 U N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200 7 K Potassium 5000.00 4360.00 J N1 PPB 

MYWgI6 MW-130A 8664 16-SEP-96 200 7 SE Selenium 5.00 .00 U N1 PPB 

MYWgI6 MW-130A 8664 16-SEP-96 ' 200 7 AG Silver 10.00 .00 U N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200.7 NA Sodium 5000.00 16800.00 = N1 PPB 

MYW916 MW-130A 8664 16-SEP-96 200.7 TL Thallium 10.00 .00 U N1 PPB 

MYWgI6 MW-130A 8f64 16-SEP-96 200.7 V Vanadium 50.00 1.40 J N1 PPB 






Tue Mar ii [Jge 15 




MYW916 MW-130A 8664 16-SEP-96 200.7 ZN Zinc 20 00 406 00 = N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 2320 ALKH Alkalinity, Hydroxide (as CaCO3) 20 00 00 U N1 PPM 

SYK649 MW-130A 8664 16-SEP-96 2320 ALKC Alkalinity, Carbonate (as CaCO3) 20 00 00 U N1 PPM 

SYK649 MW-130A 8664 16-SEP-96 2320 ALKB Alkalinity, Bicarbonate (as CaCO3) 20 00 200 00 = N1 PPM 

SYK649 MW-130A 8664 16-SEP-96 2320 ALK Alkalinity, Total (as CaCO3) 20 00 200 00 = N1 PPM 

SYK649 MW-130A 8664 16-SEP-96 415.2 TOC Total Organic Carbon 2 00 6 00 = N1 PPM 

SYK649 MW-130A 8664 16-SEP-96 624/25ML CLME Chloromethane 1 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624/25ML BRME Bromomethane 1 00 30 J N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624/25ML VC Vinyl chloride 50 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624/25ML FCII Trichlorofluoromethane 1 00 .50 J N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624/25ML FCI2 Dichlorodifluoromethane 1 00 .70 J N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624/25ML CLEA Chloroethane 1 00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624/25ML MTLNCL Methylene chloride 1 00 1.00 = N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624 '25ML ACE Acetone 10 00 3.00 J N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML CDS Carbon Disulfide 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624 '25ML DCEII l,l-Dichloroethene 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624 '25ML DCAII l,l-Dichloroethane 1.00 .20 J N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624 '25ML DCEI2C cis-l,2-Dichloroethene 1.00 1.00 = N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624 '25ML DCEI2T trans-l,2-Dichloroethene 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624 '25ML TCLME Chloroform 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML DCAI2 1,2-Dichloroethane .50 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML DBCP 1,2-Dibromo-3-chloropropane 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML EDB 1,2-Dibromoethane 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624_25ML MEK 2-Butanone i0.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML TCAIII l,l,l-Trichloroethane 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624 125ML CTCL Carbon tetrachloride .50 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624125ML BDCME Bromodichloromethane 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624125ML DCPAI2 1,2-Dichloropropane 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624125ML DCPI3C cis-l,3-Dichloropropene .50 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624125ML TCE Trichloroethene 1.00 1.00 = N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624125ML DBCME Dibromochloromethane 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624125ML TCAII2 l,l,2-Trichloroethane 1.00 .00 U N1 PPB 

SYK649 Mw-i30A 8664 16-SEP-96 624125ML BZ Benzene 1.00 .20 J N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624/25ML DCPI3T trans-l,3-Dichloropropene .50 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624/25ML TBME Bromoform 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624/25ML MIBK 4-Methyl-2-pentanone 10.00 .00 U N1 PPB 






COE027459





....................................... 2................................................................................................ 

SYK649 MW-130A 8664 16-SEP-96 624'25ML HXO2 2-Hexanone 10.00 .00 U N1 PPB 

SYK649 MW_I30A 8664 16-SEP-96 624 '25ML PCE Tetrachloroethene 1.00 4.00 = N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML PCA l,l,2,2-Tetrachloroethane 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624f25ML BZME Toluene 1.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML CLBZ Chlorobenzene 1.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML EBZ Ethylbenzene 1.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML STY Styrene 1.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML XYLO O-Xylene 1.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML XYLMP m/p-Xylene 1.'00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624r25ML DCBZI3 1,3-Dichlorobenzene 1.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML DCBZI4 1,4-Dichlorobenzene 1.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 624'25ML DCBZI2 1,2-Dichlorobenzene 1.00 00 U N1 PPB 

SYK649 MW-130A _64 16-SEP-96 625_LL PHENOL Phenol 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL BIS2CEE bis(2-Chloroethyl)ether 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL CLPH2 2-Chlorophenol 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL MEPH2 2-Methylphenol 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL BIS2CIE 2,2'-oxybis(l-Chloropropane) 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL MEPH4 4-Methylphenol 5.00 O0 U N1 PPB 

SYK649 MW-130A 8_64 16-SEP-96 625'LL NNSPR N-Nitroso-di-n-propylamine 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL HCLEA Hexachloroethane 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL NB Nitrobenzene 5.00 O0 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL ISOP Isophorone 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL NTPH2 2-Nitrophenol 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL DMP24 2,4-Dimethylphenol 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL BECEM bis(2-Chloroethoxy)methane 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL DCP24 2,4-Dichlorophenol 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625_LL TCBI24 1,2,4-Trichlorobenzene 5.00 00 U N1 PPB 

SYK649 MW°I30A 8664 16-SEP-96 6251LL NAPH Naphthalene 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625_LL CLANIL4 4-Chloroaniline 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625rLL HCBU Hexachlorobutadiene 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 6251LL C4M3PH 4-Chloro-3-methyl phenol 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625_LL MTNPH2 2-Methylnaphthalene 5.00 O0 u N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 6251LL HCCP Hexachlorocyclopentadiene 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625iLL TCP246 2,4,6-Trichlorophenol 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625fLL TCP245 2,4,5-Trichlorophenol 20.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 6251LL CNPH2 2-Chloronaphthalene 5.00 00 U N1 PPB 






COE027460





........................................................................................................................................ 

SYK649 MW-130A 8664 16-SEP-96 625/LL NO2ANIL2 2-Nitroaniline 20.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625/LL DMPH Dimethylphthalate 5.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625/LL ACNPY Acenaphthylene 5.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL 2,6-DNT 2,6-Dinitrotoluene 5.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL NO2ANIL3 3-Nitroaniline 20.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625 'LL ACNP Acenaphthene 5.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL DNP24 2,4-Dinitrophenol 20.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL NTPH4 4-Nitrophenol 20.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL DBF Dibenzofuran 5.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL 2,4-DNT 2,4-Dinitrotoluene 5.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL DEPH Diethylphthalate 5.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL CPPE4 4-Chlorophenyl-phenyl ether 5.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL FL Fluorene 5.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL NO2ANIL4 4-Nitroaniline 20.00 .00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL DN46M 4,6-Dinitro-2-methyl phenol 20.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625 'LL NNSPH N-Nitrosodiphenylamine 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL BPPE4 4-Bromophenyl-phenyl ether 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL HCLBZ Hexachlorobenzene 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL PCP Pentachlorophenol 20.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625'LL PHAN Phenanthrene 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625iLL ANTH Anthracene 5.00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 6251LL DNPH Di-n-butyl phthalate 5.00 1 00 BJ N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 6251LL FLA Fluoranthene 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 6251LL PYR Pyrene 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 6251LL BBP Butylbenzylphthalate 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625iLL DCB 3,3'-Dichlorobenzidine 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625iLL BZAA Benzo(a)anthracene 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625/LL CHRYSENE Chrysene 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625/LL BIS2EHP bis(2-Ethylhexyl)phthalate 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625/LL DNOP Di-n-octylphthalate 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625/LL BZBF Benzo(b) fluoranthene 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625/LL BZKF Benzo(k)fluoranthene 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625/LL BZAP Benzo(a)pyrene 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625/LL INPI23 Indeno(l,2,3-cd)pyrene 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625/LL DBAHA Dibenzo (a,h) anthracene 5 00 00 U N1 PPB 

SYK649 MW-130A 8664 16-SEP-96 625/LL BZGHIP Benzo (g,h,i) perylene 5 00 00 U N1 PPB 






COE027461





........................................................................................................................... ............. 

SYK648 MW-130B 8q47 14-SEP-96 160 1 TDS Total Dissolved Solids 20 00 294.00 = N1 PPM 

SYK648 MW-130B 8&47 14-SEP-96 160 2 TSS Total Suspended Solids I0 00 .00 U N1 PPM 

MYWgI5 MW-130B 8647 14-SEP-96 200 7 AL Aluminum 200 00 .00 U N1 PPB 

MYWgI5 MW-130B 8647 14-SEP-96 200 7 SB Antimony 60 00 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200 7 AS Arsenic i0 00 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200 7 BA Barium 200 00 39.60 J N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200 7 BE Beryllium 5 00 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200 7 CD Cadmium 5 00 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 CA Calcium 5000.00 60100,00 = N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 CR Chromium i0 00 2.20 J N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 CO Cobalt 50 00 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 CU Copper 25 00 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 FE Iron 100 00 145.00 = N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 PB Lead 3 00 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 MG Magnesium 5000 00 13900.00 = N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 MN Manganese 15 00 6.30 J N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 HG Mercury .20 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 NI Nickel 40.00 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 K Potassium 5000.00 4150.00 J N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 SE Selenium 5.00 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 AG Silver 10.00 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 NA Sodium 5000.00 15300.00 = N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 TL Thallium 10.00 .00 U N1 PPB 

MYW915 MW-130B 8647 14-SEP-96 200.7 V Vanadium 50.00 3.00 J N1 PPB 

MYWgI5 MW-130B 8647 14-SEP-96 200.7 ZN Zinc 20.00 51.00 J N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 2320 ALKH Alkalinity, Hydroxide (as CaCO3) 20.00 00 U N1 PPM 

SYK648 MW-130B 8647 14-SEP-96 2320 ALKC Alkalinity, Carbonate (as CaCO3) 20.00 00 U N1 PPM 

SYK648 MW-130B 8647 14-SEP-96 2320 ALKB Alkalinity, Bicarbonate (as CaCO3) 20.00 180 00 = N1 PPM 

SYK648 MW-130B 8647 14-SEP-96 2320 ALK Alkalinity, Total (as CaCO3) 20.00 180 00 = N1 PPM 

SYK648 MW-130B 8647 14-SEP-96 415.2 TOC Total Organic Carbon 2.00 4 70 = N1 PPM 

YX023 MW-130B 8647 14-SEP-96 608 BHCALPHA alpha-BHC .05 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 BHCBETA beta-BHC .05 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 BHCDELTA delta-BHC .05 00 U N1 PPB 

YX023 MW-130B 8647 14-SEp-96 608 BHCGAMMA Lindane .05 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 HEPTACHLOR Heptachlor .05 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 ALDRIN Aldrin .05 00 U N1 PPB 






"..... "_ COE027462




Client FSN URS ID FSN Date Method Analyte Analyte_Name DL Value Lab_Quals. SAC Units 

YX023 MW-130B 8647 14-SEP-96 608 HEPT-EPOX Heptachlor epoxide .05 .00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 ENDOSULFANA Endosulfan I (Alpha Endosulfan) .05 .00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 DIELDRIN Dieldrin .i0 .00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 DDE44 4,4-DDE .10 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 ENDRIN Endrin .i0 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 ENDOSULFANB Endosulfan II (Beta Endosulfan) .i0 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 DDD44 4,4-DDD .I0 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 ENDOSULFANS Endosulfan sulfate .10 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 DDT44 4,4-DDT .10 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 MTXYCL Methoxychlor .50 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 ENDRINKET Endrin ketone .i0 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 ENDRINALD Endrin aldehyde .10 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 CHLORDANEA alpha-Chlordane .05 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 CHLORDANEB Beta-Chlordane .05 00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 TOXAP Toxaphene 5.00 00 U N1 PPB 



YX023 MW-130B 8647 14-SEP-96 608 PCB1232 Aroclor 1232 (PCB-1232) 1.00 .00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 PCB1242 Aroclor 1242 (PCB-1242) 1 00 o00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 PCB1248 Aroclor 1248 (PCB-1248 1 00 .00 U N1 PPB 

YX023 MW-130B 8647 14-SEP-96 608 PCB1254 Aroclor 1254 (PCB-1254) 1 00 .00 U 231 PPB 

YX023 MW-130B 8647 14-SEP-96 608 PCBI260 Aroclor 1260 (PCB-1260) 1 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624 r25ML CLME Chloromethane 1 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624 r25ML BRME Bromomethane 1 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624 _25ML VC Vinyl chloride 50 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624125ML FCII Trichlorofluoromethane 1 00 .40 J N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624125ML FCI2 Dichlorodifluoromethane 1 00 9.00 = N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624t25ML CLEA Chloroethane 1 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624125ML MTLNCL Methylene chloride 1.00 .00 U 241 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML ACE Acetone I0.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML CDS Carbon Disulfide 1.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML DCEII l,l-Dichloroethene 1.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML DCAII l,l-Dichloroethane 1.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML DCEI2C cis-l,2-Dichloroethene 1.00 .70 J N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML DCEI2T trans-l,2-Dichloroethene 1.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML TCLME Chloroform 1.00 .00 U N1 PPB 






COE027463

Tue Mar ii 



Client_FSN URS_ID FSN Date Method Analyte Analyte Name DL Value Lab Quals. SAC Units 

......................................................................................................................... _ .............. 

SYK648 MW-130B 8647 14-SEP-96 624/25ML DCAI2 1,2-Dichloroethane .50 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624125ML DBCP 1,2-Dibromo-3-chloropropane 1.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624125ML EDB 1,2-Dibromoethane 1.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624125ML MEK 2-Butanone 10.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624125ML TCAII1 l,l,l-Trichloroethane 1.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624t25ML CTCL Carbon tetrachloride .50 00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624_25ML BDCME Bromodichloromethane 1.00 00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624r25ML DCPAI2 1,2-Dichloropropane 1.00 00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624'25ML DCPI3C cis-l,3-Dichloropropene .50 00 U N1 PPB 

SYK648 _-130B 8647 14-SEP-96 624_25ML TCE Trichloroethene 1.00 3 00 = N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624'25ML DBCME Dibromochloromethane 1.00 00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624r25ML TCAII2 l,l,2-Trichloroethane 1.00 00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624'25ML BZ Benzene 1.00 00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624'25ML DCPI3T trans-l,3-Dichloropropene .50 00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624'25ML TBME Bromoform 1.00 00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624'25ML MIBK 4-Methyl-2-pentanone 10 00 00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624'25ML HXO2 2-Hexanone 10 00 00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624'25ML PCE Tetrachloroethene 1 00 9.00 = N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML PCA l,l,2,2-Tetrachloroethane 1 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML BZME Toluene 1 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML CLBZ Chlorobenzene 1 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML EBZ Ethylbenzene 1 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML STY Styrene 1.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML XYLO O-Xylene 1.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 624/25ML XYI2_P m/p-Xylene 1.00 .00 U N1 PPB 




SYK648 MW-130B 8647 14-SEP-96 625/LL PHENOL Phenol 5.00 .00 U N1 PPB 

SYK648 MW-130B 8_47 14-SEP-96 625/LL BIS2CEE bis(2-Chloroethyl)ether 5.00 .00 U N1 PPB 

SYK648 MW-130B _647 14-SEP-96 625/LL CLPH2 2-Chlorophenol 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL MEPH2 2-Methylphenol 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL BIS2CIE 2,2'-oxybis(l-Chloropropane) 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL MEPH4 4-Methylphenol 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL NNSPR N-Nitroso-di-n-propylamine 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL HCLEA Hexachloroethane 5.00 .00 U N1 PPB 






_ _ COE027464 

Page 20





........................................................................................................................................ 

SYK648 MW-130B 8647 14-SEP-96 625/LL NB Nitrobenzene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL ISOP Isophorone 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL NTPH2 2-Nitrophenol 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL DMP24 2,4-Dimethylphenol 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625 'LL BECEM bis(2-Chloroethoxy)methane 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL DCP24 2,4-Dichlorophenol 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL TCBI24 1,2,4-Trichlorobenzene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL NAPH Naphthalene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL CLANIL4 4-Chloroaniline 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL HCBU Hexachlorobutadiene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL C4M3PH 4-Chloro-3-methyl phenol 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL MTNPH2 2-Methylnaphthalene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP=96 625'LL HCCP Hexachlorocyclopentadiene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL TCP246 2,4,6-Trichlorophenol 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL TCP245 2,4,5-Trichlorophenol 20.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625 'LL CNPH2 2-Chloronaphthalene 5.00 .00 U N1 PPB 

SYK648" MW-130B 8647 14-SEP-96 625'LL NO2ANIL2 2-Nitroaniline 20.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL DMPH Dimethylphthalate 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL ACNPY Acenaphthylene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL 2,6-DNT 2,6-Dinitrotoluene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL NO2ANIL3 3-Nitroaniline " 20.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL ACNP Acenaphthene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL DNP24 2,4-Dinitrophenol 20.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625'LL NTPH4 4-Nitrophenol 20.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625_LL DBF Dibenzofuran 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 6251LL 2,4-DNT 2,4-Dinitrotoluene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625_LL DEPH Diethylphthalate 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625_LL CPPE4 4-Chlorophenyl-phenyl ether 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 6251LL FL Fluorene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625_LL NO2ANIL4 4-Nitroaniline 20.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 6251LL DN46M 4,6-Dinitro-2-methyl phenol 20.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 6251LL NNSPH N-Nitrosodiphenylamine 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 6251LL BPPE4 4-Bromophenyl-phenyl ether 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 6251LL HCLBZ Hexachlorobenzene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 6251LL PCP Pentachlorophenol 20.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 6251LL PHAN Phenanthrene 5.00 .00 U N1 PPB 






COE027465




Client_FSN URSID FSN Date Method Analyte Analyte_Name DL Value Lab_Quals. SAC Units 

........................................................................................................................................ 

SYK648 MW-130B 8647 14-SEP-96 625/LL ANTH Anthracene 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL DNPH Di-n-butyl phthalate 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL FLA Fluoranthene. 5 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL PYR Pyrene 5 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL BBP Butylbenzylphthalate 5 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL DCB 3,3'-Dichlorobenzidine 5 00 .00 U N1 PPB 

SYK648 MW-130B P_47 14-SEP-96 625/LL BZAA Benzo(a)anthracene 5 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL CHRYSENE Chrysene 5 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL BIS2EHP bis(2-Ethylhexyl)phthalate 5.00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL DNOP Di-n-octylphthalate 5 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL BZBF Benzo(b) fluoranthene 5 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL BZKF Benzo(k) fluoranthene 5 00 .00 U N1 PPB 

SYK648 MW-130B 8:_47 14-SEP-96 625/LL BZAP Benzo(a)pyrene 5 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL INPI23 Indeno(l,2,3-cd)pyrene 5 00 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL DBAHA Dibenzo (a,h) anthracene 5 O0 .00 U N1 PPB 

SYK648 MW-130B 8647 14-SEP-96 625/LL BZGHIP Benzo (g,h,i) perylene 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 160.1 TDS Total Dissolved Solids 20 00 238.00 = N1 PPM 

SYK647 MW-130C 8646 14-SEP-96 160.2 TSS Total Suspended Solids i0 00 .00 U N1 PPM 

MYW914 MW-130C 8646 14-SEP-96 200.7 AL Aluminum 200 00 .00 U N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200.7 SB , Antimony 60 00 .00 U N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200.7 AS Arsenic I0 00 2.20 J N1 PPB 

MYWgI4 MW-130C 8646 14-SEP-96 200.7 BA Barium 200 00 36.10 J N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200 7 BE Beryllium 5 00 .00 U N1 PPB 

MYWgI4 MW-130C 8646 14-SEP-96 200 7 CD Cadmium 5 00 .00 U N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200 7 CA Calcium 5000.00 5300.00 = N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200 7 CR Chromium i0.00 5.30 J N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200 7 CO Cobalt 50.00 .00 U N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200 7 CU Copper 25.00 .00 U N1 PPB 

MYWgI4 MW-130C 8646 14-SEP-96 200 7 FE Iron 100.00 53.30 J N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200 7 PB Lead 3.00 2.80 J N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200 7 MG Magnesium 5000.00 9670.00 = N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200 7 MN Manganese 15.00 .98 J N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200 7 HG Mercury .20 .00 U N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200 7 NI Nickel 40.00 .00 U N1 PPB 

MYWgI4 MW-130C 8646 14-SEP-96 200 7 K Potassium 5000.00 2720.00 J N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200 7 SE Selenium 5.00 .00 U N1 PPB 






._• •' COE027466





........................................................................................................................................ 

MYW914 MW-130C 8646 14-SEP-96 200.7 AG Silver 10.00 .00 U N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200.7 NA Sodium 5000.00 14800.00 = N1 PPB 

MYWgI4 MW-130C 8646 14-SEP-96 200.7 TL Thallium i0.00 .00 U N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200.7 V Vanadium 50.00 5.50 J N1 PPB 

MYW914 MW-130C 8646 14-SEP-96 200.7 ZN Zinc 20.00 4.30 J N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 2320 ALKH Alkalinity, Hydroxide (as CaCO3) 20.00 .00 U N1 PPM 

SYK647 MW-130C 8646 14-SEP-96 2320 ALKC Alkalinity, Carbonate (as CaCO3) 20.00 .00 U N1 PPM 

SYK647 MW-130C 8646 14-SEP-96 2320 ALKB Alkalinity, Bicarbonate (as CaCO3) 20.00 170.00 = N1 PPM 

SYK647 MW-130C 8646 14-SEP-96 2320 ALK Alkalinity, Total (as CaCO3) 20.00 170.00 = N1 PPM 

SYK647 MW-130C 8646 14-SEP-96 415.2 TOC Total Organic Carbon 2.00 4.10 = N1 PPM 

YX022 MW-130C 8646 14-SEP-96 608 BHCALPHA alpha-BHC .05 .00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 BHCBETA beta-BHC .05 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 BHCDELTA delta-BHC .05 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 BHCGAMMA Lindane .05 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 HEPTACHLOR Heptachlor .05 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 ALDRIN Aldrin .05 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 HEPT-EPOX Heptachlor epoxide .05 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 ENDOSULFANA Endosulfan I (Alpha Endosulfan) .05 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 DIELDRIN Dieldrin .I0 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 DDE44 4,4-DDE .10 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 ENDRIN Endrin .I0 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 ENDOSULFANB Endosulfan II (Beta Endosulfan) .i0 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 DDD44 4,4-DDD .10 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 ENDOSULFANS Endosulfan sulfate .10 00 U N1 PPB 

YX022 MW-130C 8646 14~SEP-96 608 DDT44 4,4-DDT .i0 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 MTXYCL Metho_chlor .50 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 ENDRINKET Endrin ketone .I0 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 ENDRINALD Endrin aldehyde .I0 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 CHLORDANEA alpha-Chlordane .05 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 CHLORDANEB Beta-Chlordane .05 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 TOXAP Toxaphene 5.00 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 PCBI016 Aroclor 1016 (PCB-1016) 1.00 00 U N1 PPB 

YX022 MW-130C 8646 14-SEP-96 608 PCBI221 Aroclor 1221 (PCB-1221) 2.00 00 U N1 PPB 



YX022 MW-130C 8646 14-SEP-96 608 PCBI248 Aroclor 1248 (PCB-1248_ 1.00 .00 U N1 PPB 






COE027467




Client_FSN URSID FSN Date Method Analyte Analyte_Name DL Value Lab Quals. SAC Units 

........................................................................................................................................ 



SYK647 MW-130C 8646 14-SEP-96 624'25ML CLME Chloromethane 1.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624 '25ML BRME Bromomethane 1.00 .30 J N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML VC Vinyl chloride .50 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML FCII Trichlorofluoromethane 1.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML FCI2 Dichlorodifluoromethane 1.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML CLEA Chloroethane 1.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML MTLNCL Methylene chloride 1;00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624r25ML ACE Acetone 10.00 2.00 J N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML CDS Carbon Disulfide 1.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML DCEII l,l-Dichloroethene 1.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML DCAII l,l-Dichloroethane 1.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML DCEI2C cis-l,2-Dichloroethene 1.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML DCEI2T trans-l,2-Dichloroethene 1.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML TCLME Chloroform 1.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML DCAI2 1,2-Dichloroethane .50 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML DBCP 1,2-Dibromo-3-chloropropane 1.00 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML EDB 1,2-Dibromoethane 1.00 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624_25ML MEK 2-Butanone 10.00 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624'25ML TCAIII l,l,l-Trichloroethane 1.00 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624_25ML CTCL Carbon tetrachloride .50 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624r25ML BDCME Bromodichloromethane 1.00 00 U N1 PPB 

SYK647 MW-130C 8646 141SEP-96 624125ML DCPAI2 1,2-Dichloropropane 1.00 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624125ML DCPI3C cis-l,3-Dichloropropene .50 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624r25ML TCE Trichloroethene 1.00 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624_25ML DBCME Dibromochloromethane 1.00 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624_25ML TCAII2 l,l,2-Trichloroethane 1.00 00 U NI PPB 

SYK647 MW-130C 8646 14-SEP-96 624_25ML BZ Benzene 1.00 O0 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624_25ML DCPI3T trans-l,3-Dichloropropene .50 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624125ML TBME Bromoform 1.00 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624_25ML MIBK 4-Methyl-2-pentanone 10.00 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624t25ML HXO2 2-Hexanone 10.00 00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624125ML PCE Tetrachloroethene 1.00 O0 U N] PPB 

SYK647 MW-130C 8646 14-SEP-96 624125ML PCA l,l,2,2-Tetrachloroethane 1.00 00 U N] P['}_ 

SYK647 MW-130C 8.46 14-SEP-96 624/25ML BZME Toluene 1.00 .00 U N1 PPB 




Value: .O0 - A result of zero represents an undetected result at the quantitation/detection limit and does not imply an actual value. 


..__- :/ COE027468

Tue Mar ii i'age 25 




....................................................................................................................................... 

SYK647 MW-130C 8646 14-SEP-96 624 _25ML CLBZ Chlorobenzene 1 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624125ML EBZ Ethylbenzene 1 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624125ML STY Styrene 1 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624125ML XYLO O-Xylene 1 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624_25ML XYLMP m/p-Xylene 1 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624125ML DCBZI3 !,3-Dichlorobenzene 1 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624/25ML DCBZI4 1,4-Dichlorobenzene 1 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 624125ML DCBZI2 1,2-Dichlorobenzene 1 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL PHENOL Phenol 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 6251LL BIS2CEE bis(2-Chloroethyl)ether 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL CLPH2 2-Chlorophenol 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 6251LL MEPH2 2-Methylphenol 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL BIS2CIE 2,2'-oxybis(l-Chloropropane) 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL MEPH4 4-Methylphenol 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 6251LL NNSPR N-Nitroso-di-n-propylamine 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 6251LL HCLEA Hexachloroethane 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL NB Nitrobenzene 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 6251LL ISOP Isophorone 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL NTPH2 2-Nitrophenol 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL DMP24 2,4-Dimethylphenol 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL BECEM bis(2-Chloroethoxy)methane 5 O0 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL DCP24 2,4-Dichlorophenol 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL TCBI24 1,2,4-Trichlorobenzene 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL NAPH Naphthalene 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL CLANIL4 4-Chloroaniline 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL HCBU Hexachlorobutadiene 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL C4M3PH 4-Chloro-3-methyl phenol 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL MTNPH2 2-Methylnaphthalene 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL HCCP Hexachlorocyclopentadiene 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL TCP246 2,4,6-Trichlorophenol 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL TCP245 2,4,5-Trichlorophenol 20 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL CNPH2 2-Chloronaphthalene 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL NO2ANIL2 2-Nitroaniline 20 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL DMPH Dimethylphthalate 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL ACNPY Acenaphthylene 5 00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL 2,6-DNT 2,6-Dinitrotoluene 5 00 .00 U N1 PPB 






COE027469





........................................................................................................................................ 

SYK647 MW-130C 8646 14-SEP-96 625/LL NO2ANIL3 3-Nitroaniline 20.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL ACNP Acenaphthene 5..00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL DNP24 2,4-Dinitrophenol 20.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL NTPH4 4-Nitrophenol 20.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL DBF Dibenzofuran 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14°SEP-96 625/LL 2,4-DNT 2,4-Dinitrotoluene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL DEPH Diethylphthalate 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL CPPE4 4-Chlorophenyl-phenyl ether 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL FL Fluorene 5-.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14°SEP-96 625/LL NO2ANIL4 4=Nitroaniline 20.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL DN46M 4,6-Dinitro-2-methyl phenol 20.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14°SEP-96 625/LL NNSPH N-Nitrosodiphenylamine 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL BPPE4 4-Bromophenyl-phenyl ether 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL HCLBZ Hexachlorobenzene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 i41SEP-96 625/LL PCP :PehtaChiorophenol 20.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL PHAN Phenanthrene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL ANTH Anthracene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL DNPH Di-n-butyl phthalate 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14°SEP-96 625/LL FLA Fluoranthene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL PYR Pyrene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL BBP Butylbenzylphthalate • 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14°SEP-96 625/LL DCB 3,3'-Dichlorobenzidine 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL BZAA Benzo(a)anthracene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8;46 14°SEP-96 625/LL CHRYSENE Chrysene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL BIS2EHP bis(2-Ethylhexyl)phthalate 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL DNOP Di-n-octylphthalate 5.00 .00 U N1 PPE 

SYK647 MW-130C 8646 14-SEP-96 625/LL BZBF Benzo(b) fluoranthene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL BZKF Benzo(k) fluoranthene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL BZAP Benzo(a)pyrene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL INPI23 Indeno(l,2,3-cd)pyrene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14-SEP-96 625/LL DBAHA Dibenzo (a,h} anthracene 5.00 .00 U N1 PPB 

SYK647 MW-130C 8646 14°SEP-96 625/LL BZGHIP Benzo (g,h,i) perylene 5.00 .00 U N1 PPB 






/"_/ _ COE027470

RE_aR_ 

COE027471

RLS-III CALIBRATION SUMblARY TABLE 

SERVICE or SIGNAL SHOp BEFORE AFTER cHANGE ToLERAHcE 

sqr'lMA B12 215 215 8 +/- 9,8 

DEEp I_TERNAL pEFEREHcE 589,887 E_7,_32 511.113 -4,881 +/-_8 

MEDIUM IHTERrIAL REFERENCE 5@3,187 495,$57 58619Z5 -Ii. B69 +/-28 

DEEP TOoL ZERO @.8@_ @.845 8._35 @.811 +/-2 

MEDIUM TOoL zERo 8,@00 -0,$26 @,842 -_.368 +/-2 

GUARD IS,_74 19.9_5 19,876 _,@58 +/-8,S 

COE027472 

SERVICE TICKET HO, : 84S_@8 ARI SERIAL NO, SAME PGM VERSION: 2.74 

CHAHGE IH HUB TfPE OR ADDITIONAL SAMPLES PESISTIVIT'_" SCALE CHAHGES 

-DATEISAFIPLE NO. / / I / / I TYPE LOG DEPTH SCALE UR HOLE SCALE DOi4H HOLE 

DEPTH-DRILLER 

TfRE FLUID 

TN HOLE 

DE,NS. :VISC : I 

PHI FLUID LOSS : I 

SOURCE OF SAMPLE RESISTIVITY E}UIPMEHT DATA 

RM MEAS TEMP _. :_ RUH HO TOOL TYPE & NO PAD ThPE[TOOL / POS, 

RMF _. HEAS TEMP ra r_ ONE DSTU #__9 

RMC ,_- HEAS TEMP (._ @ _ DIr'_D #450 DIHD-A l 

SOURCE: RMF:RP!C ', : ONE SGRD @963 _ [ 

RM I_ BHT _ @ I_ 

RI"F @ BHT ,_ (-_ L 

J. 

RMC,_-BHT ¢ 

EOJIPMEHT DATA 

GAMHA ACOUSTIC DEHSITY HEIJTRON 

RIJH RiO, DiNE mIJN NO, RIJH HO. HA RUH NO, HA 

SERIAL HO, _ SERIAL HO, _ERIAL NO. i1272t SERIAL HO, I_87__1 

HO, rJGRT-A MODEL NO. MODEL NO. SDLT-A MODEL HO, DSI4T-A 

DIAMETER 3,625 NO, OF" CENT. DIAMETER. 4.5 IN DIAMETER 3,625 

DETECTOR PIODEL :'II}, _192 SPACII4G LOG TYPE g-g LOG T_PE H-H 

ThPE BCIHT SOURCE TYPE CS-137 SOURCE TWPE AP1241BE 

LEHGTH 4 INCH LSA ['V/HI SERIAL ii0, SDL-_JSS SERIAL HO, DSH-4 

DISTANCE TO SOURCE !.1 FT FNDA [Y,b] TREHGTH 1,5 CI STRENGTH 1815 CI 

LOGGIHG DATA 

GAMMA ACOUSTIC DEHSITY HEUTRON 

SCALE SCALE SCALE SCALE 

L R L R MATRIX L R MATRIX L R MATRI,. 

0 200 1,65 2,65 2,65 6@14 Ox SAND 

GAPI GM/CC 

REMARKS: A,H,V, CALCULATED FOR 12,0 INCH CASIIqG 

DIL/FIAC/HRTT-' GR 

THAHK YOU FOR USINg HESI 

CREW: r, HARES, 3",BUCK'IER 

REPEAT SECTIc,H 

GAMHA RAY BHV DEEP IHD. SURF TEHSIOH 

GAMMA RAY BHV DEEP IMD =JRF TENSION 

@ API COUNTS _._30 < .... .2 OHM-M 280 10000, POUNDS 

0 APl COUNTS 2_@ < .... ,2 OHMIM 18@90, POUHDS 0, 

S;" APV MEDIUM IND. CALIP I-3 

SJ ,I 

SP ANY MEDIUM IHD, CALIP 1-3 

-]lO[+ .... > 2 OHM-M 2_@ 18 INCHES 

-]I_C -_ .... > ,2 OHM-M B_ i_ IHOHES EZC 

SHORT $UARD CALIP _.I4 

SHORT GIJAPD CALIP 2-4 

B OHMIM 28_ 10 INCHEs 28 

, 2 OHMIM 8@0 10 INCHES _P]I 

TEI1RERATuRE 

TEMPERATURE 

50 BEG F IBO 

50 BEG F 

BIT SIZE 

BIT SIZE 

10 IHcHES 20 

10 INCHES 2_I 

GArlHA RAY TOoL SHOp CALIBRATION SUNMARY 

pERFoRMED: 8(_:26:1_ 84/ 9/95 LAST SHOp CALIBRATION: 14:27:SS 83/ 6/96 

SERIAL HUItBEm_ IOSBQS .... MODEL: HI3RT-A 

TRUCK uNIT NUMBER: pROGRAM VERSION: _.74 

pERFoRMED BY: DENTON 

MEAsuRED CALIBRATED UNITs 

BAcKGRoIjrqD T9 _8 GAPI 

BACKGROuND+cALIBRAToR _9S _92 GAPI 

CALIBRATOR 808 212 gAPl 

GApI COFIvERsIoN FACTOR 2,540 GAPI/CPs 

GAl,lrlA RAY TOoL F,EFoRE SURVEY FIELD CHECK SUMtlARY 

pERFoRp,EB, 06:41:4S _4/21/.q6 LAST SHOP cALIBRATIoN: ,38:36:10 _4/ 9-'96 

SH_)P FIELD UNITs 

BAcKGRoIjHD S_ S I GAPI 

BACKGRCUHD+cALIBRATOR ;'92 277 ,GAPI 

CALIBRATOR _I_ 215 GApI 

GAMHA RAY TOoL AFTER SUR,/EY FIELD CHECK SIjtlHARY 

pERFoRHED.I I OtB: 43:53 EI4/2 l/SS LA=T" _=HCPI CALIBRATION: 08:3=,18_ ' 84/ 9/96 

BEFORE AFTER LlrlITS 

BACKGRoUHD 61 B,,_ GApI 

BAcKGRoIjHD+cALIBRAToR ST'7 27?' GApI 

CALIBRATOR 215 215 GApI 

BITs DUAL INDucTIoN SHOp CALIBRATION SUMMARy 

pERFoRMED: 14:8S;42 _4/ 9/'96 LAST SHOp CALIBRATION: 14:31:45 83/.p6/$6 

SERIAL HUMBER: 189450 MODEL: DILT-A B 

TRUr._.K LH4IT NUMBER: pROGRAM VERSION: 2,74 

pERFoRMED _Y: DEHToH ..... 

DEEp IHDucTIoH MEDIUM INDUcTIoN 

MEAsuRED CALIBRATED MEAsuRED CALIBRATED UNITs 

TOoL ZERO g.879 _, _3_]_] _,I18 0,_0 NMHos/M 

INTERHAL REFERENCE 509,819 589,887 5_2. ZS_ 563, 187 MMHOs/M 

NHEEL 499,989 588. 808 49'9. 283 588.8@0 r'IMHos/M 

MAIIDpEL BAsE 2, 94 _ 3 ' 0_ £ 3 ' 708 3' I9_ HHpos/M 

DITs DUAL INDIjcTIoN BEFORE SURVEY FIELD CHECK SUHIqARY 

pERFoRMED: _E.:.:45:3S 04/21/96 LAST SHOP CALIBRATION: 14:0S:42 _4/ B/96 

DEEp INDucTIoH MEDIUM INDucTIOH 

SHOP FIELD SHOP FIELD UNITs 

.......................................... 

TOoL ZERO 8,_ 0,_j46 8.08_ -@.326 llMHos/M 

INTERNAL REFERENCE B_9,S_7 5_7,_.S__. 5_3. 1_'7 4S5,_7 PIpIHos/M 

MAHDREL BASE S, 8 _6 3 I _6 3 I92.8 3.92@ MHHos/M 

DITs DUAL IHDUcTION AFTER SURvEy FIELD cHEcK suMMARY 

pERFoRHED: 0"_$9:2_ _4/_I/SG LAST SHOp CALIBRATION: 14:06:42 _4/ 9/96 

Z_EEP INDIjcTIoH HEDIuM IHDIjcTIoH .............. --_._._,_i 

BEFORE AFTER BEFORE AFTER UNITS 

TOcL ZERO _ i _4S _, 035 -_, B2S 8, @42 MMHos.'M 

I NTER'_AL REFERENCE 507, _32 511,113 4S5.257 58e, 9_.5 MMHos., M 

MAHDREL BASE S,826 3.L_25 S,928 S,920 MMHos/M 

it 

sHoRT GUARD SHOp CALIBRATIoH SUMMARY 

pERFoRMED,. !3:5S:4@ 0 a/ 9/96 LAST SHOp CALIBRATIoH,. 14:87.24• ' 83/_6/96 

SERIAL ,!uMBER: 108S63 MODEL: D_GT-A B 

TRUCK uHIT NIjMBER: pROGRAH VERSION: 2,74 

pERFoRMED BY: DENTON 

MEAsuRED cALIBRATED UNITs 

EXT, CAL, pOIhT #I @,S_5 I,_]88 oHM-M 

EXT, cAL, pOI"4T#2 28,_48 £8,00@ OHM-M 

EX", CAL, POINT #3 2_.94'_ 2_-._,0_0 oHM-M 

IHT_RIIAL REFE:_EHcE 19,916 19,8?'4 oHM-M 

SHORT GUARD BEFORE SIjRvEf FIELD CHECK SIjMHAR'F 

pERFoRMED: _5:4S:0S_ 84/21/96 LAsT SHOP, ¢ALIBpATIoI : J.3: 59,4g' _4 / I._/96 

SHOp FIELD UHITs 

INTERNAL REFE:>EHcE 19,_74 19,$25 oHM-M 

SHORT GUARD AFTER SuRvEY FIELD CHECK suHMARY 

pERFoRMED: 07:$9:48 04/21/96 LAST SHOP cALIBRATIoN: 12:5S:40 04/ 9/96 

I BEFORE AFTER uHITs 

INTERHAL REFERENCE 19.92_ 19,976 oHM-M

_EM_KS 

COE027473

COE027474 

RE_RKS

_EM_R_S 

C0E027475

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