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Home My WebLink AboutUNDERGROUND TANK FILE #1 FLUOR DANIEL GTI, INC. THE SOUTHLAND CORPORATION STORE NO. 21476 , HEALTH AND SAFE'I'~.pLAN PART A - IMMEDIATE INFORMATION SOUTHLAND NO. 21476 ~700 BRUNDAGE LAN Bakersfield, CA. May, '1998 The information in this RP HASP is provided solely for "the protection of the health and safety of Fluor Daniel GTI, Inc. employees and subcontractors working under the direct supervision and control of Fluor Daniel GTI, Inc. on this project. Fluor Daniel GTI, Inc. assumes no liability for, or responsibility to, any other parties for the accuracy or completeness of the information contained herein for any use or reliance upon this RP HASP by any other party. Copydght~ Fluor Daniel GTI All Rights Reserved FLUOR DANIEL GTI ~ rev10-29 Retail Petroleum Health and Safety Plan - Southland 2147S, Bakersfield, CA. ii Part A~Slte-Speclflc Health and Safety Plan Information May, I ggS CONTENTS PART A - SITE SPECIFIC HEALTH AND SAFETY PLAN INFORMATION Site Emergency Form v Hospital Location Mapvi Preface vii Hazard Analysis Matrix viii Site Specific Health and Safety Program Forms ix Agreement and Acknowledgment Sheet x PART B - STANDARDIZED RETAIL PETROLEUM HEALTH AND SAFETY PLAN INFORMATION List of Acronymsxvi 1.0INTRODUCTION 1 2.0PETROLEUM PRODUCTS HAZARD ANALYSIS 4 2.1Retail Petroleum Contaminants 4 2.2Petroleum Products Emergency & First Aid Information 5 3.0HAZARD IDENTIFICATION AND CONTROL 6 4.0AIR MONITORING AND NOISE MONITORING PLANS 13 4AAir Monitoring 13 4.2Noise Monitoring 17 5.0CONFINED SPACE ENTRY19 6.0CHEMICAL HAZARD CONTROL20 6.1 Chemical Handling Procedures 20 6.2PPE 21 6.3Site Control: Work Zones 22 6.4Decontamination Procedures 23 6.5Example Decontamination Diagram24 7.0CONTINGENCY PLANS AND FIELD COMMUNICATIONS 25 7.1 Evacuation25 7.2Medical Emergency25 7.3Fire Emergency25 7.4Spill Release26 7.5Field Communications27 FLUOR DANIEL GTI ~ rev10-29 ~' Ret,-II Petroleum Health -,nd S,~fety Plan - 8outhl'mnd ~.147~, Baker6fleld, CA. iii Part A[~lte-Speolflo Health and Safety Plan Information May, 1 gBB TABLES 1.Health and Safety Programs3 2.Petroleum Products Contaminants Profile4 3.Potential Hazards and Controls6 4.Air Monitoring Action Levels14 5.Air Monitonng Summary16 6.Air Monitoring Frequency Guidelines17 7.No~se Monitoring18 8.Chemical Handling Procedures20 9.PPE21 10.Site Security and Work Zone Definition22 11 .Decontamination Procedures23 12.Contingency Plans for Site Emergencies25 13.Field Communication Methods27 APPENDICES ^.Amendment Sheet Visitor/Trainee Guidelines Trainee/Obsen/er Agreement Form B.PIR PIR Guidelines C.Lockout/Tagout Procedures D.MSDS Definitions MSDSs E.Air Monitoring Form Daily Calibration Form Noise Monitoring Form F.Excavation/Trenching Safety Procedures Trench Safety - Daily Field Report Soils Analysis Checklist Excavation/Trenching - Underground Utilities Underground Utility Contact Prevention and Management Plan Excavation/Trenching - USTs UST Removals G.CSE Hazard Analysis Form Site-Specific Confined Spaces CSE Permit Confined Space Personnel Requirements H.Hot Work Permit Hot Work JSA I.Heat/Cold Stress Procedures J.Daily Tailgate Safety Meeting Form FLUOR DANIEL OTI ~ rev10-29 Retail Petroleum Health and Safety Plan - SOuthland 21479, Bakersflelcl, CA. iv Part A[~lte---~e©lflo I~_~_--__lth and Safety Plan Information May, 1 9SS FLUOR DANIEL GTI, INC. RETAIL PETROLEUM HEALTH AND SAFETY PLAN PART A EMERGENCY INFORMATION HAZARD ANALYSIS SITE-SPECIFIC REQUIREMENTS This RP HASP addresses the safety issues associated with retail petroleum station operations typically involving the site activities described below. A laminated, color-coded reference card has been developed to provide health and safety guidance. Drilling Underground Storage Tank Removal yes Gauging, Bailing, Sampling Monitoring Wells Excavation and Trenching yes Pilot Testing System Installation System Operation and Maintenance Confined Space Entry Air Monitoring yes For project activities at: SOUTHLAND 21476 1700 Brundage Lane Bakersfield, CA May, 1998 SHELBY LATHROP Project Manager FLUOR DANIEL GTI ~ rev10-29 Ret~lll Petroleum He~llth ;nd S,~fety Plen - $outhlend 21475, Bekersfleld, (~A. V Pert Al]Site-Specific HeEiIth end $~lfety Plen Inform~ltlon Mey, 1 gBB SITE EMERGENCY FORM Contaminants of Concern: Petroleum Hydrocarbons Minimum Level of Protection: Level D Do not endanger your own life. Survey the situation before taking any action. Fluor Daniel GTI Office Telephone 510-370-3990 Project/Task Number 103999/6908 Site Location Address 1700 Brundage Lane Bakersfield, Ca Telephone Located at EMERGENCY PHONE NUMBERS In the event of any emergency contact project manager or health and safety representative. Ambulance 911 Fire 911 Police 911 Hospital Name Mercy Hospital Hospital Phone Number 805-632-5000 Project Manager SHELBY LATHROP Health and Safety Representative JAMES SMITH Client Contact Bob DeNinno Poison Control 911 State Agency Bakersfield City Fire Department UTILITY MARKER EMERGENCY TELEPHONE NUMBERS Water Blue Gas Yellow Electric Red Telephone/Cable Orange Sewer Green Underground Service Alert (USA) Telephone Number: 1-800-642-2444 FLUOR DANIEL GTI ~ rev10-29 Retail Petroleum Health and S,~fety Plan - Southland 2147G, B~,kerofleld, OA. vi Part A[~lte-$peclflc Health and Safety Plan Information May, 1990 See Attached Map HOSPITAL DIRECTIONS: HOSPITAL INFORMATION: Go north on H Street to Truxtun.Avenue. Make a left on Truxtun. Mercy Hospital is on the left hand side of Name: Mercy Hospital Truxtun Avenue. Address: 2215 Truxtun Avenue City, State: Bakersfield, Ca Phone: Emergency: 911 General: (805/ 632-5000 FLUOR DANIEL GTI ~ rev10-29 Retail Petroleum Health and Safety Plan - Southland 2147S, Bakersfield, OA. vii Pert A[~Slte-Speolflc Health and Safety Plan Information May, 1 ggB FLUOR DANIEL rev10-29 Retell Petroleum He,-Ith end Safety pl,~n - Southl,-nd 2147G, B,-kerofleld, C)A. Viii Part A[~lte-Speolflo Health and S,~fety Pl,~n Inform,~tlon M,~y, 19~)B PREFACE This RP HASP is written to ensure the well-being of all Fluor Daniel GTI, Inc. (Fluor Daniel GTI) field personnel and the community surrounding the site. Accordingly, project staff and approved Fluor Daniel GTI subcontractors must follow the policies and procedures established in this RP HASP. This RP HASP contains three sections: Parts A, B, and C. Part A contains site-specific emergency information, hazard analysis, and project information that can be used in conjunction with the series of specific, laminated health and safety reference cards in Part C. Part B contains standardized guidance procedures and practices to follow for all retail petroleum operations. Part C contains a series of task- specific guidelines in the form of laminated work sheets that are to be used as "tip sheets" for preparing and presenting the daily tailgate safety meeting at the job site. Based on the project activities and tasks conducted at this site, all personnel assigned to this project must read Part A of this RP HASP, the applicable sections of Part B, and then sign the Agreement and Acknowledgment Sheet on page iv to confirm that they understand and agree to abide by the provisions of this plan. FLUOR DANIEL GTI ~ rev10-29 Retail Petroleum Health and Safety Plan - Southland 2147G, Bakerefleld, OA. ix P,-rt A[~lte-Speclflc Health and 5afet~y Plan Information May, 1GI)B HAZARD ANALYSIS For each task involved in this retail petroleum project, the types of hazards that may be encountered are identified in the "Hazard Analysis Matrix." For ready direction on the safe work practices to follow in the field, refer to the appropriate Part C RP HASP reference card. For more detailed information, refer to the Part B RP HASP: "Standardized Retail Petroleum Health and Safety Information". PROJECT SITE H.a ZARD ANALYSIS MATRIX Potential H&S Impact to Commun~ Gasoline Fuels Exposure OSHA Chemicals Exposure Mechanical Equipment and Construct on Lifting and Material Han~ing Electrical Fire and Explosion Heat and Cold Stress Vehicular Traffic P~estrian Traffic Overhead Utilities Underground Utilities Noise Confined Space Ent~ Poisonous Plants Snakes, Spiders, and Insets FLUOR DANIEL GTI ~ rev10-29 Retell Petroleum Heelth end Sefety Plen - SouthlAnd 21476, Bekerofleld, CA. X Pert A[~lte-Speolflc He~ilth end Safety Plain Informfitlon MAy, 100B SITE-SPECIFIC HEALTH AND SAFETY PROGRAM FORMS Based on the site-specific hazard analysis, the following programs must be implemented and the accompanying forms, found in the appendices of the Part B RP HASP, completed. Attach all completed forms required for this project to the end of this Part A RP HASP. LockoutJTagout Yes C Air Monitoring Yes E Noise Monitoring ~ E Excavation and Trenching Yes F Confined Space Entry G Hot Work Permit H Daily Safety Meeting J FLUOR DANIEL GTI ~ rev10-29 Retell Petroleum Heelth end S,~fety Plen - Southlend 2147G, Beikersfleld, CA. xi Peirt A[]~lte-Speclflc Heeilth end Sefety Pl,~n Inform,~tlon Mey, 199B AGREEMENT AND ACKNOWLEDGEMENT SHEET Fluor Daniel GTI personnel have the authority to stop field activities at this site if any activity is not performed in accordance with the requirements of this RP HASP. All Fluor Daniel GTI project personnel, subcontractor personnel, and visitors are required to sign the Agreement and Acknowledgement Sheet prior to conducting field activities at this site. 1. I have reviewed and fully understand Part A of this RP HASP and my responsibilities. 2. I am aware that additional, standardized health and safety information is available for me in Part B of this RP HASP. 3. I agree to abide by the provisions of the RP HASP. Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date FLUOR DANIEL GTI ~ rev10-29 Retail Petroleum Heelth and Sefety Plan - Southland 21476, Bekerafleld, OA. ×ii Part A[]~lte-$peolflo Health end Safety Plen Informetlon May, 1 SOS 1. I have reviewed and fully understand Part A of this RP HASP and my responsibilities. 2. I am aware that additional, standardized health and safety information is available for me in Part B of this RP HASP. 3. I agree to abide by the provisions of the RP HASP. Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date FLUOR DANIEl, rev10-29 Retail Petroleum Health ,~nd $,~fety Pl,~n - Southland 21470, Bekerefleld, CA. xiii P,~rt A[]Slte-Speolflo Health end Safety Plan Information M,-y, 109B 1. I have reviewed and fully understand Part A of this RP HASP and my responsibilities. 2. I am aware that additional, standardized health and safety information is available for me in Part B of this RP HASP. 3. I agree to abide by the provisions of the RP HASP. Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date FLUOR DANIEL GTI ~ rev10-29 Retail Petroleum Health and Satety Plan - Southland 21478, Bakerefleld, OA. ×i¥ Part A[~lte-$peclflo Health and Safety Plan Information May, 1998 1. I have reviewed and fully understand Part A of this RP HASP and my responsibilities. 2. I am aware that additional, standardized health and safety information is available for me in Part B of this RP HASP. 3. I agree to abide by the provisions of the RP HASP. Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date FLUOR DANIEL GTI ~ rev10-29 Retail Petroleum Health and Safety Plan - Southland 21478, Bakersfield, CA. XV Part A[~lte-~peolflo Health and Safet~ Plan Information May, 1998 1. I have reviewed and fully understand Part A of this RP HASP and my responsibilities. 2. I am aware that additional, standardized health and safety information is available for me in Part B of this RP HASP. 3. I agree to abide by the prowsions of the RP HASP. Name Signature Company ~. Date Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date FLUOR DANIEL OTI ~ rev10-29 Ret~lll Petroleum Heelth ---nd 8,~fety Pl,,n - 8outhlend 21478, B,~kerofleld, (~A. Pert A[~]~lte-Speolflo Hezllth end 8efety Plen Informetlon Mey, 1 BOB 1. I have reviewed and fully understand Part A of this RP HASP and my responsibilities. 2. I am aware that additional, standardized health and safety information is available for me in Part B of this RP HASP. 3. I agree to abide by the provisions of the RP HASP; Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date Name Signature Company Date FLUOR DANIEL GTI ~ rev10-29 FLUOR DANIEL GTI, INC. RETAIL PETROLEUM HEALTH AND SAFETY PLAN PART B - STANDARDIZED REFERENCE INFORMATION RP HASP The information in this RP HASP is provided solely for the protection of the health and safety of Fluor Daniel GTI employees and subcontractors working under the direct supervision and control of Fluor Daniel GTI on this project. Fluor Daniel GTI assumes no liability for, or responsibility to, any other parties for the accuracy or completeness of the information contained herein for any use or reliance upon this HASP by any other party. Copyright® Fluor Daniel GTI All Rights Reserved FLUOR DAblIEL GTE ~ rev 10-29 Retail Petroleum Health and Safety Plan ii Part B - Standardized Reference Information (Date) ( PART A - SITE-SPECIFIC HEALTH AND SAFETY PLAN INFORMATION Site Emergency Form ....................................................... v Hospital Location Map ........................................... ~ ..... - ...... vi Preface ................................................................. vii Hazard Analysis Matrix ...................................................... viii Site-Specific Health and Safety Program Forms ..................................... ix Agreement and Acknowledgment Sheet .................................. . ......... x PART B - STANDARDIZED RETAIL PETROLEUM HEALTH AND SAFETY PLAN INFORMATION List of Acronyms ...................................................... xvi 1.0 INTRODUCTION ............................................. ; ...... 1 2.0 PETROLEUM PRODUCTS HAZARD ANALYSIS ............................. 4 2.1 Retail Petroleum Contaminants .................................... 4 2.2 Petroleum Products Emergency & First Aid Information .................. 5 3.0 HAZARD IDENTIFICATION AND CONTROL ........................... ; .... 6 4.0 AIR MONITORING AND NOISE MONITORING PLANS ........................ 13 ,,- 4.1 Air Monitoring ................................................. 13 ~,.. 4.2 Noise Monitoring ............................................... 17 5.0 CONFINED SPACE ENTRY ............................. - ................ 19 6.0 CHEMICAL HAZARD CONTROL ......................................... 20 6.1 Chemical Handling Procedures .................................... 20 6.2 PPE ......................................................... 21 6.3 Site Control: Work Zones ........................................ 22 6.4 Decontamination Procedures ...................................... 23 6.5 Example Decontamination Diagram ..; ............................... 24 ?.0 CONTINGENCY PLANS AND FIELD COMMUNICATIONS .......................... 25 7.1 Evacuation ........................................................ 25 7.2 Medical Emergency .................................................. 25 7.3 Fire Emergency ..................................................... 25 7.4 Spill Release ....................................................... 26 7.5 Field Communications ............................ ' .................... 27 FLUOR DANIEL GTI ~ 'rev10-29 Retail Petroleum Health and Safety Plan xvi Part B - Standardized Reference Information (Date) LIST OF ACRONYMS ACGIH American Conference of Governmental Industrial Hygienists ANSI American National Standards Institute BTEX Benzene, Toluene, Ethylbenzene, and Xylene BWL Body Water Loss CET Certified Environmental Trainer CFR Code of Federal Regulations CGI Combustible Gas Indicator CHMM Certified Hazardous Materials Manager CIH Certified Industrial Hygienist COHN Certified Occupational Health Nurse CNS Central Nervous System CPR Cardio-pulmonary Resuscitation CRZ Contaminant Reduction Zone CSP Certified Safety Professional EMS Emergency Medical Services EPA Environmental Protection Agency EZ Exclusion Zone FID Flame Ionization Detector GFCI Ground Fault Circuit Interrupter HASP Health and Safety Plan HBV Hepatitis B-Virus HEPA High Efficiency Particulate Air-Purifying HR Heart Rate HSM Health and Safety Manager HSR Health and Safety Representative HSS Health and Safety Specialist IDLH Immediately Dangerous to Life or Health IP Ionization Potential JSA .Job Safety Analysis LO/TO Lockout/Tagout LEL Lower Explosive Limit MD Medical Director mg/L Milligrams per Liter MSDS Material Safety Data Sheet NA Not Available NBR Nitrile Butyl Rubber NEC National Electric Code NIOSH National Institute for Occupational Safety and Health NFPA National Fire Prevention Association NRR Noise Reduction Rating OM Operations Manager OSHA Occupational Safety and Health Administration OT Oral Temperature FLUOR DANIEL GTI ~ re(,10-29 Retail Petroleum Health and Safety Plan 1 Part B - Standardized Reference Information (Date) ~'!":' 1.0 INTRODUCTION This Retail Petroleum Health and Safety Plan (RP HASP) is written to ensure the well-being of all Fluor Daniel GTI, Inc. (Fluor Daniel GTI) field personnel and the community surrounding the site. Accordingly, project staff and approved Fluor Daniel GTI subcontractors must follow the pqlicies and procedures established in the RP HASP. The RP HASP contains three sections: Parts A, B, and C. Part A contains site-specific emergency information, hazard analysis, and project information that can be used in conjunction with the series of specific, laminated health and safety reference cards in Part C. Part B contains standardized guidance procedures and practices to follow-for all retail petroleum operations. It is intended to be used as a reference document to provide additional information to support Parts A and C of the RP HASP. Part C contains a series of task-specific guidelines in the form of laminated work sheets that are to be used as "crib sheets" for preparing and presenting the daily tailgate safety meetings at the job site. All work will comply with the Occupational Safety and Health Act (OSHA) standard, "Hazardous Waste Operations and Emergency Response" (29 CFR 1910.120), and other federal, state, and local procedures that require the development and implementation of a HASP. Generation of this document certifies that the workplace has been evaluated for the hazards as described. A hazard assessment has been performed and the adequacy of the personal protective equipment (PPE) ,... selected is hereby certified per 29 CFR 1910.132(d) and is duly noted by the signature(s) and date ( appearing on the cover page of this document. This Part of the HASP contains standardized information to address the health and safety issues associated with projects containing' petroleum product contamination found on retail petroleum, bulk terminal, or refinery operations that typically involve the following activities. · Field Survey and/or Walkover · Aquifer Pump Test · Drilling, Boring, Soil Sampling · Tank Removal · Well Installation · Excavation and Trenching · Well Monitoring and Maintenance · Confined Space Entry · Soil Gas Survey · Groundwater Sampling · Remediation System Pilot Testing · Remediation System installation · Remediation System Operation and Maintenance FLUOR DANIEL GTI ~_~ rev10-29 Retail Petroleum Health and Safety Plan 3 Part B - Standardized Reference Information (Date) Table 1. Health and Safety Programs Activity Description Action Medical . The program tracks the · Medical examinations and consultations are Surveillance physical condition of the completed for all employees prior to. Company's employees in assignment, annually, upon termination, and in compliance with Department of the event of injury and/or illness resulting from Transportation (DOT) regulations exposure at the work site. and OSHA standards, and other customer requirements. · Specific components of the medical surveillance program are described in Fluor Daniel GTI's Health and Safety Procedure Manual, section 5. Training · Training requirements and . Field personnel must complete a minimum programs comply with the OSHA of 40 hours of hazardous waste activity Hazardous Waste OperatiOns and instruction. Emergency Response regulation, 29 CFR 1910.120. · Field personnel must complete a minimum of three days supervised field instruction. · Specific components of the Fluor Daniel GTI training program' · Field personnel assigned to the site will also are described in Fluor Daniel receive 8 hours of refresher training each year. GTI's Health and Safety Procedure Manual, section 8. · On-site managers and supervisors directly responsible for employees engaged in hazardous waste operations receive an additional 8 hours of supervisory training. · Field personnel assigned to site also receive first aid/CPR and blood borne pathogen training. FLUOR DANIEL GTI ~.~ revlO-29 Retail Petroleum Health and Safety Plan .~ 5 Part B - Standardized Reference Information (Date) · , 2.2 Petroleum Products Emergency First Aid Information EMERGENCY FIRST AID FIRST AID FOR PETROLEUM HYDROCARBON EMERGENCIES Ingestion: DO NOT INDUCE VOMITING. Call Poison Control; follov~ instructions. Administer cardiopulmonary resuscitation (CPR), if necessary. Seek medical attention. Inhalation: Remove person from contaminated environment. DO NOT ENTER A CONFINED SPACE TO RESCUE SOMEONE WHO HAS BEEN OVERCOME UNLESS PROPERLY EQUIPPED AND A STANDBY PERSON IS PRESENT. Administer CPR if necessary. Seek medical attention. Skin Contact: Brush off dry material, remove wet or contaminated clothing. Flush skin thoroughly with water. Seek medical attention if irritation persists. Eye Contact: Flush eyes with water for 15 minutes. Seek medical attention. Exposure Symptoms: Headache, dizziness, nausea, drowsiness, irritation of eyes, nose, throat, breathing difficulties. Contingency Plan; Report incident to PM and HSR after emergency procedures have been implemented. RESPONDER MUST HAVE A CURRENT CERTIFICATE TO ADMINISTER FIRST AID OR CPR 1. Survey the situation. Do not endanger your own life. DO NOT ENTER A CONFINED SPACE TO RESCUE SOMEONE WHO HAS BEEN OVERCOME UNLESS PROPERLY EQUIPPED AND A STANDBY PERSON IS PRESENT. 2. Call 911 (if available) or the fire department IMMEDIATELY. Explain the physical injury, chemical exposure, fire, or release. 3. Decontaminate the victim without delaying life-saving procedures. 4. If the victim's condition appears to be noncritical, but seems to be more severe than minor cuts, he/she should be transported to the nearest hospital by trained Emergency Medical Services (EMS) personnel: let the doctor assume the responsibility for determining the severity of the injury. If the condition is obviously serious, EMS must transport the victim. 5. Notify the PM and the HSR. Complete the Fluor Daniel GTI Preliminary Incident Report within 24 hours. FLUOR DANIEL GTI ~ rev10-29 Retail Petroleum Health and Safety Plan 7 Part B - Standardized Reference Information (Date) Table 3. Potential Hazards and Controls (continued) Potential Hazard Control Fall Protection 1. Asses the work to determine if there is a potential for failing. 2. Make a determination of the distance of the potential fall. 3. A fall protection system must be used for potential falls greater than 6 feet. 4, Consult a competent person, such as the HSR, regarding the applicability requiring fall protection and what type of protection systems should be used. 5. Inspect all fall protection equipment and anchoring points prior to their use. Vault Entry 1. Ensure personnel assigned meet CSE training requirements. 2. Complete CSE Hazard Analysis Form in Appendix G. 3. Complete CSE permit. Post sign. 4. Ensure pre-entry CSE safety meeting is conducted. 5. Remove vault cover using proper lifting techniques. 6. Promote natural ventilation by opening the space to fresh air, if needed utilize mechanical purge ventilation. 7. Conduct remote air monitoring prior to entry. 8. Attendant can act as CSE Supervisor and must be present at CSE entry point all times when entrant is in CSE. 9. Access work for fall hazards and ensure provisions for non-entry rescue have been met. 10. Enter only when safe; conduct continuous air monitoring. Utility Lines 1. Contact Dig Safe to have.utility lines marked prior to Contact excavation/trenching. 2. Refer to site drawings or customer interviews if on private property for utility locations. 3. Hand dig to 5 feet down and 5 feet each side of utility marker to avoid breaking utility lines. 4. Refer to Appendix F for Underground Utility Contact Prevention Management Plan. Inclement 1. Stop outdoor work during electrical storms, hail storms, and other Weather extreme weather conditions such as extreme heat or cold temperatures. 2. Take cover indoors or in vehicle. 3. Listen to local forecasts for warnings about specific weather hazards such as tornados, hurricanes, and flash floods. FLUOR DANIEL GTI ~ Retail Petroleum Health and Safety Plan 9 Part B - Standardized Reference Information (Date) Table 3. ?otential Hazards and Controls {continued} Potential Hazard Control Electric 1. Maintain appropriate distance from overhead utilities; Shock 20-foot minimum clearance from power lines required; 10-toot minimum clearance from shielded power lines. 2. Use ground-fault circuit interrupters as required. 3. Perform LO/'TO procedures using form in Appendix C. 4. Use three-pronged plugs and extension cords. 5. Contact your local underground utility-locating service. 6. Follow code requirements for electrical installations in hazardous locations, Physical 1. Wear hard hats and safety glasses when on-site. Injury 2. Maintain visual contact with the equipment operator and wear orange safety vest when heavy equipment is used on-site. 3. Avoid loose-fitting clothing (driller and driller's helper). 4. Prevent slips, trips and falls; keep work area uncluttered. 5. Keep your hands away from moving parts (i.e., augers). 6. Test the emergency shutoff switch on the drill rig daily. Back Injury 1. Use a mechanical lifting device or a lifting aid where appropriate. 2. if you must lift, plan the lift before doing it. 3. Check your route for clearance. 4. Bend at the knees and use leg muscles when lifting. 5. Use the buddy system when lifting heavy or awkward objects. 6. Do not twist your body while lifting. Heat Stress 1. increase water intake while working. 2. increase number of rest breaks and/or rotate workers in shorter work shifts. 3. Watch for signs and symptoms of heat exhaustion and fatigue. 4. Plan work for early morning or evening during hot months. 5. Use ice vests when necessary. 6. Rest in cool, dry areas., 7. In the event of heat stroke, bring the victim to a cool environment and initiate first aid procedures, immediately seek medical attention. 8. Refer to Appendix I for specific procedures to follow and signs and symptoms of heat stress. FLUOR DANIEl. GTI ~ r~v 10-2~ Retail Petroleum Health and Safety Plan 11 Part B - Standardized Reference Information (Date) Table 3. Potential Hazards and Controls (continued) Potential Hazard Control Ladders 1. Assess work areas for fall hazards. 2. Make sure ladder rungs are sturdy and free of cracks. 3. Use ladders with secure safety feet. 4. Pitch ladders at a 4:1 ratio. 5. Secure ladders at the top when possible. 6. Do not use ladders for access to air stripper towers above six feet - use aerial lift. 7. Use non-conductive ladders near electrical wires. Fire Control 1. Smoke only in designated areas. 2. Keep flammable liquids in closed containers. 3. Keep site clean; avoid accumulating combustible debris such as paper. 4. Follow Hot Work Safety Procedures when welding or performing other activities requiring an open flame. 5. Isolate flammable and combustible materials from ignition sources.' 6. Ensure fire safety integrity of equipment installations according to NEC / specifications. Static Electricity 1. Do not create static discharge in flammable atmospheres. 2. Electrically bond and ground pumps, transfer vessels; tanks, drums, bailers and probes, when moving flammable liquids. 3. Electrically bond and ground vacuum trucks and the tanks they are emptying. 4. Do not splash fill containers with flammable liquids. Drilling/Boring 1. Driller and helper must be present during all active operations. Operations 2. Driller helper and other site personnel .must know location of emergency shut off switch and test it daily for proper function. 3. Unauthorized personnel must be kept clear of drilling rig. 4. Area of drilling operation must be cordoned off/barricaded. 5. When hazardous conditions are deemed present, operation must be shut down. Well Installation, 1. Wear appropriate PPE to avoid skin, eye, and inhalation contact with Welt contaminated groundwater and/or soil. Development, 2. Stand upwind when conducting tasks and minimize possible inhalation Well Gauging, exposure; especially when first opening monitoring wells. Well Bailing, 3. Conduct air monitoring to determine level of respiratory protection. Soil/Ground- 4. Utilize engineering controls such as portable venturi air movers to draw (. water Sampling away or blow away chemical vapors. FLUOR DAHIEL GTI ~ :ev 10-29 Retail Petroleum Health and Safety Plan 13 Part B - Standardized Reference Information (Date) 4.0 AIR MONITORING AND NOISE MONITORING PLANS 4.1 Air Monitoring Air monitoring must be performed on all sites in accordance with Fluor Daniel GTI practices. Organic vapor concentrations are monitored in the field with a flame ionization detector (FID) or photoionization detector (PID) with a 10.2 eV lamp. Flammable vapor and/or gas are monitored with an oxygen/combustimeter (O~/LEL) real-time instrument. Airborne dust/particulate concentrations are measured with a real-time aerosol monitor (using a scattered light photometric sensing cell) when there are visible signs of airborne dust (sustained >5 minutes) and engineering controls, such as wet methods prove ineffective. Detector tube grab sampling can be conducted as an option for benzene, when results of non-specific real-time monitor action levels are reached or when their presence is suspected. All readings are taken in the worker's breathing zone to determine whether an action level has been met and/or exceeded. Readings must be sustained for 5 minutes for upgrade in PPE. Air monitoring results must be documented on the Vapor Monitoring Form (Appendix E). ATTENTION: Site personnel assigned responsibility-to conduct air monitoring must have been trained in air monitoring equipment operation and calibration prior to its use. Air monitoring action levels (Table 4) have been developed by Fluor Daniel GTI' to indicate the chemical concentrations in the breathing zone that require an upgrade in level of PPE. Option 1 air monitoring schedule involves conducting detector tube sampling for benzene to verify its presence. Option 2 air monitoring schedule assumes the presence of benzene and requires automatic upgrade in respiratory protection. All workers on-site who may be exposed to petroleum product vapors must have been properly fitted with PPE (i.e., respirators) and have been trained in their use (i.e., donning and doffing). The action levels have been derived from the estimated concentration, corrected to PID/FID response factors at which it is expected that benzene could be present at 0.5 ppm in air. Air monitoring measurements will be taken in the breathing zone of the worker most likely to have the highest exposure. Transient peaks will not automatically trigger action. Action will be taken when levels are consistently exceeded in a 5-minute period. The action levels apply to all tasks performed on this site. Guidelines for frequency of air monitoring are presented in Table 6. Job tasks that require air monitoring are listed in Table 5. Engineering controls such as the venturi air mover (su. pplied by compressed air) to exhaust or dilute vapors emanating from monitoring wells or when conducting intrusive activities can be utilized as a means to downgrade PPE requirements (Level C to D). FLUOR DANIEL GTI ~ rev10-29 Retail Petroleum Health and Safety Plan 1 5 Part B - Standardized Reference Information (Date) Table 4. Option 2, Air Monitoring Action Levels o Without Detector Tube Use Photoionization Detector (PID) 10.2 eV Lamp Flame Ionization Detector (FID) Measures total organic vapors Conduct air monitoring for Background ~ 10 ppm Level D required. petroleum products using PID or FID - detector tubes are not > 10 --* 75 ppm Upgrade to Level C - Option to use half-mask required to be used. cartridge respirator. > 75 --+ 250 ppm Upgrade to Level C. Must use full-face cartridge respirator. > 250 --, 500 ppm Upgrade to Level B. Contact PM and HSR for guidance and approval. > 500 ppm Stop work. Contact PM and HSR for guidance and approval Oxygen/Combustimeter (O2/LEL) Measures oxygen level (Oz) and LEL A decrease O2 reading of 0.1 02 20.9 % Acceptable. percent (e.g., 20.9 percent to 20.8 percent) actually represents O2 > 19.5 ~ 20.8 % Verify reasons for O2 depletion with appropriate air a change in the total air monitoring instrumentation before work continues. envelope of approximately Utilize appropriate engineering controls/PPE once . 0.5 percent or 5,000 ppm. This atmospheric contaminants have been verified. represents little hazard if the displacing gas is inert; if the O~ > 20.9 ~ 22 % Verify reasons for O2 enrichment before entering area. displacing gas is Utilize appropriate engineering controls/PPE to control toxic/flammable/ O2 enrichment atmosphere. reactive, such a concentration represents a real hazard. £)2 > 22 % Leave area immediately; this atmosphere is extremely flammable. Notify PM or HSR for guidance. 02 < 19.5% Leave area immediately; this atmosphere is oxygen deficient. Verify reasons for O2 depletion with appropriate air monitoring instrumentation before work continues. Utilize appropriate engineering controls/PPE once atmospheric contaminants have been verified. LEL < 10 % Acceptable conditions. Continue normal activity. LEL > 10% Leave area immediately. Contact PM or HSR for guidance on venting and other safety measures. *Note: Instruments must be calibrated according to manufacturer's recommendations. FLUOR DANIEL GTI ~ ~ev10-29 Retail Petroleum Health and Safety Plan 17 Part B - Standardized Reference Information (Date) Table 6. Air Monitoring Frequency Guidelines Conduct periodic monitoring when: 1. It is possible that an immediate danger to life or health (IDLH) or a flammable atmosphere has developed, or 2. There is an indication that exposures may have risen over permissible exposure limits or published exposure levels since the last monitoring. Look for a possible rise in exposures associated with these situations: · Change in site area - work begins on a different section of the site · Change in contaminants - handling contaminants other than those first identified · Visible signs of particulate exposure from intrusive activities such as drilling/boring and excavation ·- Perceptible chemical odors or symptoms of exposure · Change in on-site activity - one operation ends and another begins · Handling leaking drums or containers · Working with obvious liquid contamination (e.g., a spill or lagoon) Conduct air monitoring when the possibility of volatilization exists (such as with a new monitoring well or a well containing known product). Conduct air monitoring on a well at a site known to have little contamination (documented by experience or laboratory data), only if an odor emanates from the well. 4.2 Noise Monitoring Noise monitoring must be performed in accordance with Fluor Daniel GTI practices. Noise levels are monitored in the field with either a Type I or Type II Sound Level Meter (SLM).' Noise dosemeter readings can also be obtained to determine the percent (%) noise dose. Noise levels and % dose measured are then compared to limits listed in OSHA standard 29 CFR 1910.95, Hearing Conservation. Action levels listed in Table 7 will trigger upgrade in PPE to include appropriate bearing protectors (muffs or plugs) or initiate possible noise control engineering. Noise monitoring equipment must be calibrated prior to use each shift and checked at the end of the shift to determine accuracy. Noise readings must be recorded on data form in Appendix E, Noise Monitoring Form. Selection of hearing protection must match the employee's needs and the ability to attenuate noise below 90dB(A). Each hearing protection device (muff or plugs) has a Noise Reduction Rating (NRR) FLUOR DANIEL GTI ~ rev 10_~'? Retail Petroleum Health and Safety Plan 19 Part B - Standardized Reference Information (Date) 5.0 CONFINED SPACE ENTRY PROCEDURES Site work may require personnel to enter confined spaces. No Fluor Daniel GTI employee or subcontractor shall enter an area identified as a confined space without using the CSE procedures described in Appendix G and the site-specific entry procedures presented-in Appendix G. The purpose of the CSE procedure is to protect employees from potentially hazardous environments and to facilitate immediate rescue in an emergency situation. A csE Permit must be posted at' the entrance to each confined space. FLUOR DAHIEL GTI ~ rev10-29 Retail Petroleum Health and Safety Plan 21 Part B - Standardized Reference Information (Date) 6.2 PPE Based on the hazards that may be encountered during site activities. PPE as follows was selected. Only PPE that meets the following American National Standards Institute (ANSI) standards are to be worn. · Eye protection - ANSI Z87.1-1989, · Head protection - ANSI Z89.1-1986, and · Foot protection - ANSI Z41-1991. Employees must maintain proficiency in the use and care of PPE that is to be worn. Typically this is covered during formal and informal refresher training sessions presented by Fluor Daniel GTI. Specific PPE requirements are reviewed during Daily Tailgate Safety Meetings. Level D is the minimum acceptable level for sites where petroleum hydrocarbons are the contaminants of concern. Upgrade to Modified Level D occurs when the possibility of contact to the skin or work uniform can occur from contaminated media. Upgrade to Level C will occur when results of air monitoring reveals action levels have been exceeded. Upgrade to Level B occurs when results of air monitoring reveals action levels have been exceeded, and site personnel meet training requirements. Wear hearing protection when in areas where high noise levels are generated. Table 9. PPE Level Requirements Level D · Work uniform · Steel-toed boots · Approved safety glasses or goggles · Hard hat · Fluorescent vest, when vehicular traffic is on or adjacent to the site · Nitrile gloves for water sampling handling Modified Level D · Level D · PE-coated Tyvek® suit, NBR outer, and nitrile inner gloves if skin contact with contaminants is possible. · Chemical resistant booties. · Hearing protection (muffs and/or plugs). Level C · Level D and Modified Level D. · NIOSH/MSHA-approved full-face or half-face resPirator with organic vapor/acid gas HEPA cartridges Level B · Level D and Modified Level D · NIOSH/MSHA approved full-face positive pressure demand supplied air respirator, either airline or self contained. Prior to using, all equipment must be inspected to ensure proper working condition. FLUOR DANIEL GTI ~ rev10-29 Retail Petroleum Health and Safety Plan 23 Part B - Standardized Reference Information (Date) 6.4 Decontamination Procedures Operations conducted at this site have the potential to contaminate field equipment and PPE. To prevent the transfer of contamination to vehicles, administrative offices and personnel, the procedures presented in Table 11 must be followed. Table 11. Decontamination Procedures Item Examples Procedure Field Equipment Bailers, interface probes, hand 'Decontaminate with a solution of tools, drill augers, and detergent and water; rinse with water miscellaneous sampling prior to leaving the site. equipment Protect from exposure by covering with disposable covers such as plastic to minimize required decontamination activities. Disposable PPE Tyvek® suits, inner latex gloves, Dispose of according to the respirator cartridges requirements of the client and state and federal agencies. Change out respirator cartridges_on a daily basis and dispose accordingly. Nondisposable PPE Respirators Wipe out respirator with disinfecting pad prior to donning. Decontaminate on-site at the close of each day with a solution of an approved sanitizing solution. Boots and gloves Decontaminate outside with a solution of detergent and water;' rinse with water prior to leaving the site. Protect from exposure by covering with disposable covers such as plastic to minimize required decontamination activities. FLUOI~ DANIEL GTI rev 1 Retail Petroleum Health and Safety Plan 25 Part B - Standardized Refe~'ence Information (Date) 7.0 CONTINGENCY PLANS AND FIELD COMMUNICATIONS Table 12 (Sections 7.1 - 7.4) presents contingency plans for potential emergency situations. Table 12. Contingency Plans for Site Emergencies Situation Action 7.1 Evacuation 1. Immediately notify all on-site personnel of an emergency requiring evacuation. 2. Leave the dangerous area and report to a pre-designated rally point. 3. Notify EMS, as appropriate. 4. Account for all personnel. 5. Contact the PM and the HSR as soon as possible. 6. Maintain site security and control measures for community safety until emergency responders arrive. 7.2 Medical 1. Su~ey the situation: Emergency Do not enter an area that may jeopardize your safety. · Establish the patient's level of consciousness. · Call for help. · Contact EMS and inform them of patient's condition. 2. Primary Assessment (patient unconscious) · Arousal · Airway , Breathing · Circulation Only trained personnel should perform CPR or First Aid. 3. Secondary Assessment (patient conscious) · Check for bleeding: control with direct pressure. · Do not move patient (unless location is not secure). · Monitor vital signs. · Provide First Aid to the ievel of your train{ng. · Contact the PM and HSR as soon as possible. · Document the incident on Fluor Daniel GTI's Preliminary Incident Report (PIR) form. 7.3 Fire 1. Evacuate the area. Emergency 2. Notify EMS. 3. Extinguish small fires with an all-purpose extinguisher. 4. Contact the PM and HSR. 5. Document the incident using the PIR form. FLUOR DANIEL GTI ~ rev10-29 Retail Petroleum Health and Safety Plan 27 Part B - Standardized Reference Information (Date) ('. 7.5 Field Communications Communications at the work site can be accomplished by verbal and/or non-verbal means to ensure contact with all Fluor Daniel GTI and subcontractors. Verbal communication can be impacted by the on-site background noise and while wearing respiratory protection. Table 1'3 lists the type of communication methods and equipment to use, depending on site conditions. Communication equipment must be checked daily to ensure proper operation and all project personnel must be initially briefed on the communication methods prior to starting work and reviewed in Daily Tailgate Safety Meetings as a reminder. Table 13. Field Communication Methods Communication Device Type of Communications Signal Telephone On-Site Emergency notification Initiate phone call using or applicable emergency numbers Cellular Telephone Two-Way Radio Emergency notification among Initiate radio communication site personnel with Code Red message Compressed Air Horn Hailing site personnel for non- One long blast, one short blast emergency Compressed Air Horn Hailing site personnel for Three long continuous blasts emergency evacuation Visual Hailing site personnel for Arms waved in circle overhead distress, need help Visual Hailing site personnel for Arms waved in criss-cross over emergency evacuation head Visual Contaminated air/strong odor Hands clutching throat Visual Break, lunch, end of day Two hands together, break apart FLUOR DANIEL GTI ~ :ev 10-29 APPENDIX A AMENDMENT SHEET VISITOR/TRAINEE GUIDEUNES TRAINEE/OBSERVER AGREEMENT FORM FLUOR DANIEL GTI, INC. RETAIL PETROLEUM AMENDMENT SHEET Project Name: Project Number: PM: Location: Changes in field activities or hazards: Approved by: Project Manager Date VISITOR/TRAINEE GUIDEUNES Fluor Daniel GTI is committed to providing a safe environment on all work sites for visitors, trainees, employees, and/or passersby. In order to accomplish this, the following guidelines must be followed. 1. VISITORS Any person not actively participating in the work at the site is .regarded as a "visitor" and must follow Fluor Daniel GTrs visitor/trainee guidelines. Visitors must be accompanied by a representative while on-s'Re. The site must be marked with signs, placards, and/or barricades to designate hazardous boundaries. Visitors will not be allowed on any site that is not adequately marked. 2. TRAINEES Trainees are employees of Fluor Daniel GTI who have not yet completed Fluor Daniel GTrs required safety training program. New hires and in-house company transfers will be considered trainees until safety training requirements are met. Trainees will be informed of restrictions by their supervisor and must abide by them before visiting active sites. Trainees will be permitted to visit Fluor Daniel GTI sites as observers as long as the following conditions are met: · Trainees are supen/ised at all times while observing on-site. · Trainees do not perform work functions of any type while on-site. · Trainees do not handle any equipment, tools, and/or supplies while on-site. · Trainees do not enter any hazardous or hot zone (HZ) or confined space areas while on-site. Supervisors will be responsible for informing trainees of the above conditions and for ensuring that the conditions are met. Supervisors will also ensure that trainees will not be asked to violate the conditions listed above. A Trainee/Observer Agreement Form must be signed by both the trainee and the supervisor and placed on file in the Regional Human Resources representative. Infractions of the above agreement will be viewed as extremely serious and will be subject to discipline up to and including termination for either the trainee and/or supervisor, TRAINEE/OBSERVER AGREEMENT FORM Fluor Daniel GTI is committed to providing a safe working environment for all employees. In addition, Fluor Daniel GTI will comply with OSHA requirements for employee safety training prior to working on any hazardous site. The following section is to be filled out by trainee. Agreement between: and Fluor Daniel GTI. Name (print/type) SS~ Because we have your safety in mind, you will be considered a trainee until all training criteria are met. This means you must complete all training requirements prior to performing work activities on-site. As a requirement of the training program, you will be asked to visit Fluor Daniel GTI sites as an observer. You must be supervised on all of these site visits. As an on-site observer trainee, your signature below indicates your agreement to these restricaons. You may not: 1. Perform work functions of any type. 2. Handle any equipment/tools and/or supplies of any type. 3. Enter any hazardous or HZ areas. I agree to adhere to the above conditions in all instances while on-site as a trainee/observer. Signature Date This section is to be filled out by supervisor. As supervisor to the above trainee, I agree to the above restrictions and agree not to request him/her to perform activities contrary to those restdctions. Signature Date Attention Supervisor~ubmit form to regional H.R. Representative. APPENDIX B PIR PIR GUIDELINES PRELIMINARY INCIDENT REPORT ~! Person Completing Report Off-me Date Incident Date ~i?i~ Incident Time: Location Home Dept. # Visiting Dept. # M_ Person InvoNed in Incident Telephone M. - - Driver Name (if motor vehicle accident) Telephone Type of Incident: [] Personal Injury/Illness El Near Miss Event [] Other [] Chemical Exposure [] Unsafe Condition/Action [] Mo{or Vehicle Accident [] Equipment Damage [] Fire/Explosion Assoc. Leasing Vehicle #: I-I Theft [] Spill/Release VlN # [] Property Damage [] Customer Incident If FDGTI vehicle, call Associates Leasing at 800-255-2607. [] Permit/Code Compliance [] Newspaper/Radio/TV Circle one based on Initial findings: Preventable/Non-preventable Personal Injury [] Yes [] No (If no, go to next section) [] First Aid Only Person Injured: [] Hospitalization [3 Fluor Daniel GTI. Employee (If so, complete First Report of Injury) [] Medical Treatment [] Subcontractor [] Possible Injury, Not Confirmed [] Customer/Public/Other Nature of Injury, Illness or Exposure: Describe nature of incident, how it occurred, who was Involved, witn~r~ses.and possible causal factors: [] First Report of Injury Attached [] Police Report Attached Describe immediate actions taken and persons notified: ~ ~ ~ Line Manager (Responsible for Follow-up) Office DISTRIBUTION Provide this report to the line manager immediately. The line manager is responsible for the proper distribution of the PIR form per the Incident Reporting Guide (see reverse side). Notify the Nom/ood Health and Safety Department of all Class II and III incidents immediately by phone at (800) 876-O647~ Mailbox * 11911 ~ and fax a copy of the PIR to (617) 769-9861 . Rev. 10/29 FLUOR DANIEL GT! ~ INCIDENT REPORTING GUIDE Examples of o First Aid Injury o Personal injury (more than first aid to o Possible Lost Work Day Injury Incidents employee, subcontractor or public) o Minor damage <$200 o Hospitalization (of one or more o Any motor vehicle accident persons) o Non-reportable quantity spill o Damage to property greater than o Multiple injury of employees, o Near miss event $200 but less than $10,000 subcontractors or public o Unsafe condition or action o Near miss Incident that could have o Unprotected chemical exposure been very sedous o Death o Fire/Explosion o Damage to property greater than o Non-emergency notification of $10,000 regulatory agency is required o Reportable quantity spill release o Served with subpoena (DO NOT ACCEPT; have subpoena o Emergency notification of delivered to CT Corporation System, regulatory agency our Registered Agent at 800-336-3376 or contact Legal Dept. o Regulatory agency response to in Nonvood for additional assistance; incident site (inspection) · " no written investigation report is required for a subpoena.) o Contact or appearance of news or public media Notification Actions 1. On-scene person notifies Line 1. Or{-scene person notifies Une 1. On-scene person notifies Une Manager* immediately by phone. Manager* immediately by phone. Manager* immediately by phone. 2. Provide PIR form to Line Manager 2. Una Manager notifies the Distdct 2. Line Manager Immediately notifies and H&S Representative(s)** Manager; Regional Manager, H&S District Manager, Regional immediately following the incident. Representative(s)**, Human Manager, H&S Representa- Resources Representative, Corporate tive(s)**, Human Resources and 3. Line Manager investigates and H&S Director and CEO with PIR form Corporate Director H&S. PIR follows up within 48 hours, immediately following the incident, form is provided by fax immediately to (617-769-9861) 3. Line Manager provides a detailed final addressed to Corporate Director investigation report within 48 hours H&S. after the odginal PIR is submitted. The final report must be submitted to 3. Incident management team District Manager, Regional Manager, conferences by phone and H&S Representative(s), Human formulates an action plan. Resources Representative, Corporate Director H&S and CEO. Notes: If there is a question as to Class I or II, follow Class II notification actions. Rev. 10/29 All Class II and III incidents must be communicated to the Norwood Health and Safety Department immediately by phone at (800) 876-0647, Mailbox '11911; leave a voice message. This will activate a digital pager which is carried by a company health and safety professional 24 hours a day. All lost-time injury events will be investigated by the respective Regional Manager with a final report to the CEO. *Line management = reporting manager, project manager, or operations/office manager. **H&S representative = includes District H&S representatives and Regional H&S manager APPENDIX C LOCKOUT/TAGOUT PROCEDURES This form is required to be completed when equipment ( i.e. electrical, mechanical, pneumatic, chemical, thermal) that requires maintenance, which has stored energy, could be set in motion, thereby causing an injury. To complete the form: · Identify all equipment (i.e. blower motor, recovery pump, etc); · Descdbe the operation to be conducted (i.e. change fuse, change motor brushes, etc.) · Describe the Lockout Method/Location (i.e. circuit breaker panel outside remediation compound shed, using a single-pole, red plastic lockout clip) APPENDIX D MATERIAL SAFETY DATA SHEETS (MSDS) DEFINITIONS MSDS MSDS DEFINITIONS (TLV-TWA) Threshold Limit Value - Time Weighted Average. The time-weighted average concentration for a normal 8-hour work day and a 40-hour work week, to which heady all workers may be repeatedly exposed without adverse effect. (PEL) Time-weighted average concentrations similar to (and in many eases derived from) the Threshold Emit Values. (REL) Recommended Exposure Limit as defined by NIOSH similar to the Threshold Umit Values. (IDLH) Immediately dangerous to life or health. Any atmospheric condition that poses an immediate threat to life, or which is likely to result in acute or immediate severe health effects. Oxygen deficiency is IDLH. (LEL) Lower Explosive Limit. The minimum concentration of vapor in air below which propagation of a flame will not occur in the presence of an ignition source. (UEL) Upper Explosive Limit. The maximum concentration of vapor in air above which propagation of a flame will not occur in the presence of an ignition source. Flash Point (FP) The lowest temperature at which the vapor of a combustible~liquid can be made to ignite momentarily in air. Vapor Pressure (VP) The pressure characteristic at any given temperature of a vapor in equilibrium with its liquid or solid form, often expressed in millimeters of mercury (mm Hg). Odor Threshold A property displayed by a particular compound. Low detection indicates a physiological sensation due to molecular contact with the olfactory nervous system (based on 50% of the population). I°nization Potential (IP) The amount of ionization characteristic a particular chemical compound displays. MSDS The following MSDS are for hazardous materials that will be encountered at this site. Contact your local HSR if you need additional information on these materials. APPENDIX E AIR MONITORING FORM DAILY CAUBRATION FORM NOISE MONITORING FORM Project Name: Project Number: Contaminants: Detector Ionization Tube Date Time Detector Explosimeter Readings Location Purpose Initials Readin9 Reading (ppm) FID PID %LEL %0~ DALLY INSTRUMENT CALIBRATION CHECK FORM Project Name Instrument Job Number ID # rev10/'29 FLUOR DANIEL GTI i~ Project Name: Project Number: Noise: E uil)ment Used: (Type/Model)* *Pre-calibrate noise monitor prior to conduclJng noise survey. rev10/29 APPENDIX F EXCAVATION/TRENCHING SAFETY PROCEDURES TRENCH SAFETY DAILY FIELD REPORT SOILS ANALYSIS CHECKLIST EXCAVATION/TRENCHING - UNDERGROUND UTILITIES UNDERGROUND UTILITY CONTACT PREVENTION AND MANAGEMENT PEAN EXCAVATION/TRENCHING - UNDERGROUND STORAGE TANKS (USTs) UST REMOVALS ATTENTION: THE TRENCH SAFETY DAILY FIELD REPORT FORM MUST BE COMPLETED AT LEAST DAILY DURING EXCAVATION/TRENCHING OPERATIONS AND MORE FREQUENTLY IF CONDITIONS CHANGE. rev10129 · Two soil classifications must be completed to determine sloping/shoring requirements. · Ladders must be spaced no more than 25 feet (7.62 meters) apart so that a person in the trench is always within 25 feet ~.62 meters) of a ladder for egress. · Excavations must be sloped or shored if personnel will be entering the eXCavation. · Soil classification may be done only by a competent person using both a visual and manual test. WARNING: One soil classification may not be enough. Outside disturbances during excavation may change even the best classification. Inspect the soil after any condition chan~!e. · Spoils and heavy equipment must be stored a minimum of 2 feet (0.61 meters) from the edge of the excavation. · Store spoils on the downhill side. ~' Soil or Rock Type Maximum allowable slopes (H:V)~ for excavations less than 20 feet (6.10 meters) deep~' Stable Rock3 Vertical (90°) Type A - highly cohesive soil 3/4:1 .~ .. (53o) Type B - cohesive soil with some sand 1:1 (45°) Type C - loose, wet, or sandy soil 1%:1 (34°) Notes: Numbers shown in parentheses next to maximum allowable slopes are angles expressed in degrees from the horizontal. Angles have been rounded off. Sloping or benching for excavations greater than 20 feet (6.10 meters) deep shall be designed by a registered professional engineer. A short-term maximum allowable slope of ½ H:IV (63") is allowed in excavations in Type A soil that are 12 feet (3.67 meters) or less in depth. Short-term maximum allowable slopes for excavations greater than 12 feet (3.67 meters) in depth shall be 3/4 H:IV (53°) TRENCH SAFETY DAILY FIELD REPORT rev10/29 DATE: Project Name: Project Manager: Weather Cond~ons: I hereby attest that the following cond~ons existed and that the following items were checked or reviewed during this inspe~on: (circle appropriate response-circling boldface letter requires add~onal comment). All open trenches were inspected. Were any tension cracks observed along top of any slopes? Was any water seepage noted on trench walls or trench bottom? Was bracing system installed in accordance with design? Type shoring being used Is shoring secure? Was there evidence of shrinkage cracks in trench walls? Was there any evidence of caving since the last field inspection? Trench box(s) certified with tabulated data? Traffic in area adequately away from trenching operations with barricades Surface encumbrances and other hazards in area accounted for? Protective measures taken for standing water in trench. All site personnel wearing reflective vest. Atmospheric testing conducted in trenched < 4 feet deep. Vibrations from equipment or traffic too close to trenching operation? Observations: Competent Person signature rev10F29 Soils Analysis Checklist This checklist must be completed when soil analysis is conducted to de~ermine the excavation soil type. A separate analysis must be performed on each layer of soil excavation walls. Additional soil analysis must also be performed for the excavation (french) when it stretches over a distance where soil type may change. Project Name: Date: Time: Competent Where was the sample taken from? Length. 1 Soil Padicle Type · Fine Grained/Cohesive · Course Grained (Sand or Gravel) 2 Excavation Water Conditions · · Surface Water Present · Submerged Water Present 3 Soil Condition · Undisturbed · Disturbed · Layered Soil Dipping into Excavation · Excavation Exposed to Vibrations · Cracked/Fissures/Spalling Observed 4 Additional Excavation Hazards · Surface Encumbrances (If YES - What Type) · Hazardous Atmosphere in Excavation (If YES - List Source and Conditions) T~ A - Soil identified by thum~ with ,qreat deflree of effort ll~e 8 - Soil identified blt thumb with some degrse of lype ¢ - Soil identified by thumb w~ little deoree or no effort ?~!i!i?~!!iii!!!?~i~~i~i~i!i~ :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: ~::::~ii:::: Type A - Soil with unconfined compressive stren,qth of 1.5 tsf or t~reater Type B - Soil with unconfined compressive strength > 0.5 to 1.5 tsf Type C - Soil with unconfined compressive stren~lth < 0.5 tsf or soil that is submerged or exposed to water ===================================================================================== ,, , shoring_ i r~ Aluminum hydraulic shoring [] Trench Shield Max Depth in this soil Note: Although OSHA will accept the above tests in most cases, some states do not - check your state safety requirements for trenchinq re~, ulations. rev10f29 [] TypeA [3 T~oeB ri T~q3eC Documentation: · Contact the k)cal utility service (D~gsafe, Misutility...), and document permit number · A company utility representative in questionable areas, elaborate trenching projects flghffiricky areas or whenever drilling adjacent to a building or structure · Contact the property owner and/or town bulldin~j department for plans Physical Location: · Use a metal detector to aid in the identif'~at[on of obstructions · Observe utility markers~ vent pIpas~ catch baslns~ newly paved areas~ etc. Safety Procedures: · Machine excavate f'we feet from any underground utility, tank, or utility marker · Hand dig in utility"five-loot tolerance zone" until the service is exposed · Utilize test pits to establish and QC markers for sensitive utility locations General Notes: · Comply with local and state codes and regulations · Utilize experienced and trained equipment operators · Use appropriate subcontractors and applicable insurance riders · Hand dig per customer mandate Underground Utilities Schematic [Plan View) Machine E×cavatlon Zone 5 Foot Tolerance Zone Gas Line Dig Safe Markings lest rev10/29 Documentation: · Refer to existing UST plans for potential location. · Contact property owners for potential location. · Contact local Fire or Building Department for information. Physical Location Characteristics: Cross-check to existing documentation~ if available · Determine tank capacity (from tank chart, owner, delivery records). · Determine tank opening locations and spacing. · Determine tank diameter (from tank chart, inventory records or gauge stick). · Determine if tank is fiberglass or steel; single walled or double walled · Refer to available UST vendor info charts on standard USTs for dimensions and tank opening locations. Safety Procedures: · Empty tank of flammable liquids prior to excavation activities. Inert' tank of flammable vapors and eliminate ignition sources (if practical). · Drill no closer than five feet from suspected tank location or other nearby underground utilities. General Notes: · Concrete pad on top of the USTs is sized to overhang the footprint of the tanks by I to 2 feet in each direction. Beware of exceptions. · When possible, have the owner/client mark the locations for drilling and accept responsibility for potential mishaps in writing. · Redundant information cross-checking to reduce oversight errors · Visual inspection of augured or excavated materials for pre-gravel, etc., indicative of UST backfill/bedding. UST Schematic ---'"" ~. ~,~o,l --' 6 Foot Tolerance rev10/29 ........ · '""* .......................................................... * ........ ~.*.Y~*r*~*~.~.~.**.~.~*********************************~***~.~.*~..~.*.~.~.~:.:.:~:~:~..q.~¢~..~...Y~..~.~.r...`.~.~.~.~....~.....~.~.~.~..~...........~.~.~..~.~.~.~.~. *'** *'" .............. ***** **'****'*"*'****'*'-'*'*'.'*'*'.*-**'~*.'**:*:':* Minimum Action Site Set-Up Precautions 1. Ignition sources must be 1. Ground vacuum truck. 1. Verify tank inet'ring has eliminated been accomplished by 2. Park vacuum buck measuring oxygen to 2. Designate a no downwind of be less than 8%. smoking zone or area. excavation. 2. Monitor LEL and 3. Use 3. Vent vacuum buck organic vapors pneumatic/nonsparking vapors at least 12 feet frequently in areas tools when appropriate, from the ground around tanks during surface; refer to the removal process. 4. Define the work area American Petroleum with barricades and Institute (APl) Note: LEL hazard tape. recommendations for measurements taken greater clearance in oxygen deficient 5. Contact local requirements, atmospheres (e.g., in underground utility inerted tanks) will not locating service: Check 4. Inert the tank with dry be accurate. location of all utilities ice (1% lbs. dry ice per including water and 100 gallons tank 3. Check local/state sewer, capacity) or nitrogen, requirements for tank removal/disposal 6. Wear Lev(;I D PPE: 5. Wear Level B PPE regulations. hard hat, safety glasses, when cleaning tank steel-toed and shank interiors when indicated 4. Assist subcontractor in boots, and traffic vest. by HSR. performing tasks Upgrade to moditied according to the HASP. Level D when possibility of contact to skin or work 5. Notify the PM uniform can occur, immediately when a Upgrade to Level C sub-contractor will not when air monitoring follow site specific reveals action levels safety protocols. The have been exceeded. PM must inform the This applies to all on-site client. personnel including subcontractors. 7. Perform air monitoring with an oxygen/combustimeter and an organic vapor analyzer at frequent intervals. · Refer to Fluor Daniel GTI's UST Safety Training Manual for detailed information. rev 10/29 APPENDIX G CSE HAZARD ANALYSIS FORM SITE-SPECIFIC CONFINED SPACES CSE PERMIT CONFINED SPA~CE PERSONNEL REQUIREMENTS rev10/29 Fluor Daniel GTI, Inc. CSE Hazard Analysis Form Site Name: Site Address: CSE Name/Number: CSE Definition: [] Vault [] Tank/Vessel [] Pit [] Other CSE Dimensions: Sketch: Length = Width = Depth = Tasks/Activity/Reasons for Entry: Potential hazards within space: Other CSE Hazards: [] Well Gauging [] Oxygen Deficiency [] Greater than 5' deep [] Bailing Product [] Combustible Vapors [] Difficult access/egress [] Pump Maintenance [] Toxic Vapors [] Energy/isolation* [] Well Sampling [] Engulfment [] Prone to flooding [] Product Recovery [] No Hazards [] Slippery surface [] [] Hot surfaces (i.e., pipes) 'Check here It LO/TO must he performed inside ::::::::::::~:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::~`~`~~`~`~:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::~:~:~:~:~:~:~:~:~:~:~:~:~:~:~:~:~:~:~:~:+:~:~:::::::::::::::::::::::::¥:¥:::¥:::::::::::::::::::::::::::::::::::::::::¥:::¥:::::::::::¥:::¥:::::::::::¥:::¥:::::::¥:::::::::¥:¥:::::::::::¥:¥:i:~:!:::::::::::::::::::::::::::::::::::::::::::::::::~:~:~:~:~:~:~:~:~:~:!:i:i:!:!:!:!:~:~:~:i:!:~:~:~:i:[ rev10/29 SITE-SPECIFIC CONFINED SPACES Site work may require personnel to enter confined spaces. No Fluor Daniel GTI employee or subcontractor shall enter an area identified as a confined space without using the CSE procedures described in this appendix and completing the site specific entry procedures presented in the CSE Permit. The purpose of the CSE procedure is to protect employees from potentially hazardous environments and to facilitate immediate rescue in an emergency situation. A CSE Permit must be posted at the entrance to each confined space. A confined space has limited or restricted means of entry or exit, is large enough for an employee to enter and erform assigned work, and is not designed for continuous occupan b the em Io ee These spaces may include, but are not limited to, underground vaults, tanks, storage bins, pits and diked areas, vessels, and silos. ^ permit-required confined space is one that meets the defin~on of a confined space and has one or more of these characteristics: · Contains or has the potential to contain a hazardous atmosphere, · Contains a material that has the potential for engulfing an entrant, · Has an internal configuration that might cause an entrant to be trapped or asphyxiated by inwardly converging walls or by a floor that slopes downward and tapers to a smaller cross section, and/or · Contains any other recognized serious safety or health hazards. · Personnel trained to conduct CSE procedures. · Perform the appropriate air monitoring activity at vadous depths in the space prior to entry. Monitor for: (1) oxygen level, (2) flammable vapors, and (3) toxic vapors. · Ventilate the atmosphere in the space so that entry may be made safe without respiratory protection. If this is not feasible, appropriate respiratory protection must be worn by authorized entrants and attendants. · Wear appropriate respiratory protection when ventilation alone can not achieve acceptable atmospheric levels of oxygen or flammable or toxic vapors. · Have appropriate retrieval equipment worn by employees in the event of a mishap. rev10/29 rev10/29 e CSE PERMIT O~LY This permit must be completed prior to entering any confined space and is VAUD FOR THE DATE AND TIME INDICATED ON THIS FORM. All procedural requirements contained in Fluor Daniel GTI Health and Safety Policy and Procedure No. 11 must be followed. In the event a confined space emergency situation develop~ and rescue is required, no§hr the following appropriate emergency se~ices: Ambulance: Fire: Police: Purpose of en~.. Location of confined space:__ Date: Authorized duration: Expires on: Atmospheric Hazards: [ ] Oxygen Deficiency [ ] Flammable [ ] Toxic [ ] Other [ ] Other Physical Hazards: [ ] Mechanical [ ] Electrical [ ]Chemical [ ]Engulfment [ ]Other PRE-ENTRY REQUIREMENTS Yes N/A Yes N/A [ ] Ent~yarea Is free of debts and objects [ ] Nor~-~,pafldng t~x:4~ used [ ] Warning berfiera and signs are In place [ ] LowvoEage (ins~ than 25v) lighting used [ ] Atmospheflc monitoring conducted [ ] Eleclzical e~lulpment rated for ~ atmospheres [ ] All hazardous lines have been isolated [ ] No compressed gas cyliedem in Ule confined space [ ] Hotwork pa~mtt attached [ ] Nost empto~an~Vo~ no~ed [ ] All energy ao~J~c~s ha~e been locked outfl;agged out [ ] Enfl'y en~l emergeft~'y ix-o(~dum~ have been renewed [ ] The co~fined space has been drained and flushed [ ] All peffio~cel have been tmine~l (classroom/exercise) [ ] Forced airor exhaust ventilation Is provided [ ] [ ] Ail pemonnel have bass inf~'med of potential hazards [ ] ~1 equipment is properly grounded [ ] [ ] Attendant stationed at entrance and property inspected [ ] Ground fault circuit Interrupters (GFCI) peo~ded [ ] [ ] Rescue e~lulpment on tocatfon and readily accessible PROTECTIVE EQUIPMENT Yes No Yes No Yes No [ ] [ ] Hard Hat [ ] ] Protect~e clothing [ ] [ ] Communications Equipment [ ] [ ] Eye/Face Protect. [ ] ] Hearing pe~tectioe [ ] [ ] Ve~ilation to Provide Fresh Air [ ! [ ] Beo~ [ ] ] Ret~va~ Dev~:errrip~ [ ] [ ] Re~r-~or ftys) [ ] [ ] Gloves ~[ ] ] Hamese end Ufelice [ ] [ ] Olher Ox~len 19.5% - 22.0% Combustible Gas Below 10~ LEL PID/FID Carbon Monoxide 0-15 PPM Hydro, on Sulfide 0.5 PPM H~ln:x~en Cyanide 0-2 PPM Sulfur Dioxide 0-1 PPM Ammonia 0-10 PPM Benzene 0-0.5 PPM Other SUPERVISOR APPROVAL: I certify that all necessa~'y precautions have been taken to make this confined space safe for entering and conducting the work during the prescribed time(s) as well as emergency response procedures. Print Name Sign Name Date Ent~ Supervisor Permit Prepared by. Atmosphere Tester Attendant ENTRANT ACKNOW!_EDGMENT: I HAVE BEEN PROPERLY INSTRUCTED FOR SAFE ENTRY INTO THIS CONFINED SPACE AND UNDERSTAND MY DUTIES AND EMERGENCY PROCEDURES Print Entrant Name Sign Entrant Name Employee or S.S. No Date Time *An evaluation should be ped~ormed to consider all potential air contaminants which could be present and represent a hazard. Rev. gll/g4 ENTRANT INSTRUCTIONS All personnel who enter confined spaces must be thoroughly familiar with the following duties for entrants as listed below. Your primary responsibilities include: · Understand the hazards of the confined space to be entered and the physical effects of those hazards. · Continuously monitor the atmosphere inside of the confined space with a calibrated, direct reading, air monitoring instrument. · Evacuate the confined space: · If atmospheric hazards exceed the action level, · If a hazardous condition is identified inside of the confined space, and · Whenever attendant signals entrants to evacuate. · Read and understand the rescue procedures. · If PPE is required, the entrant must be properly trained on the use of the equipment prior to entry. PPE must be in good working condition. ATTENDANT INSTRUCTIONS You should be thoroughly familiar with the following duties when you assume the responsibility of attendant for a person or persons inside a confined space. Your primary responsibilities are the following: · Focus on the safety of the personnel inside. · Understand the hazards of the contined space to be entered and the physical effects of those hazards. · Maintain the conditions and requirements listed on entry permit. · Evacuate the space if you observe any condition which you consider hazardous. · Read and understand the rescue procedures. Get help if an emergency situation develops, never enter the confined space in an emergency unless you are trained and equipped with the proper equipment for confined space rescue operations (i.e., self contained breathing apparatus, safety harness, life line) and are relieved by another attendant. · Keep an accurate count of all personnel inside of the confined space at all times. · Do not leave the entrance to the confined space while any personnel are still inside unless you are properly relieved. These instructions must be passes onto your relief. · If you have any questions regarding the job, check with your supervisor or a health and safety professional. ENTRY SUPERVi$OR'S INSTRUCTIONS You should be thoroughly familiar with the following details to quality as the Entry Supervisor for a permit-required CSE procedure. · Requirements for confined space entrant and attendant instructions. · Knowledge of the hazards that may be faced during entry, including information in the mode, signs and symptoms and consequences of exposure. · Ability to vedfy that the appropriate entdes have been made on the permit, and that all tests specified by the permit have been conducted and that all procedures and equipment specified by the permit are in place before endorsing the permit and allowing entry to begin. · Procedures to terminate the entry permit when the CSE operations have been complete or when a condition exists that is not allowed under entry permit requirements. · Ability to vedfy that rescue services are available and that the means of summoning them are operable. · Procedures to remove unauthorized individuals who enter or who attempt to enter the permit space dudng entry operations. · Ability to take responsibility for the confined space when entry is transferred to other personnel. · Ability to determine that entry operations are still consistent with the terms of the CSE permit and that the prescribed intervals regardless of changes in entry personnel. · rev10/29 APPENDIX H HOT WORK PERMIT HOT WORK JSA rev10/29 HOT WORK PERMIT Project Name Job # Hot Work Task Description: Workers/Welders Conducting Hot Work 'PERMIT MUST BE COMPLETED IN ITS ENTIRETY AND POSTED BEFORE HOT WORK BEGINS~ Has client representative been no,lied of intended hot work? Hazardous materials involved? Name: Will hot work impact the general public~ customers or operations employees? Will the intended hot work need to be coordinated with other contractors who may be working on the site to make them aware of any hazards and the scope of work to be performed? Have hazardous energy sources been identified, isolated, and locked out - tagged out before the start of the project? Will hot work be conducted within a confined space? All testing equipment (i.e., CGI, oxygen meter, etc.) and fire fighting equipment (i.e., extinguisher, etc.) have been checked to ensure proper operation and calibration before the start of this project? Does task require a designated fire watch (30 minutes after work)? Flammable and combustible materials within 35 feet have been cleared or shielded. Ail fuel sources have been iden~ed and protected (USTs~ ASTs~ sewers~ piping). The area has been restricted with proper barders and signs. The area has been tested to be certain that atmosphere is 0% LEL before starting hot work. Flame sensitive areas and equipment (including cylinders and gas delivery lines) exposed to slag, heat, and sparks are protected by flame a resistant blanket, shield, or removed from the area? Escape routes have been identified before sta~n~l work? Is ventilation equipment needed? Type needed: THE FOLLOWING PROTECTIVE EQUIPMENT WILL BE REQUIRED (PLEASE CHECK): Yes No Yes No Welding Goggles/Shield__ Tint _ _ Hearing Protection Safely Boots _ _ Head Protection Leather Gloves Safely Harness _ _ Supplied Air Respirator _ _ Welding Leathers - Top __ _ APR __ Cartridge Welding Leathers - Bottom -- _ Cold Cut Only Method Required: Hot Cut Method Allowed: AP P R OVALS: Fluor Daniel GTI Site Manager or Site Safety Officer Date: Name of Employee Performing Hot Work Fire Watch Repre.~enlative rev10/29 1. Unsafe act a. Require qualified operators only. b. Provide training per 29 CFR 1910.1200. Untrained worker c. Provide proper PPE. d. Inspect area prior to welding/cuffing. e. Use permit system. f. Use fire watch for 30 minutes following termination of work. 2, Welder's flash to eye a. Use filter lens based on actual hazard or welding technique in accordance with the American Welding Society Laws shade selector chart. b. Provide warning signals, barricades or similar means to protect other workers, general public. c. Provide screens or barriers to protect other workers, general public. 3. Radiation burns, skin a. Helmetwith proper filter lens. burns, heat burns b. Gauntlet gloves, leather apron. c. Cotton shirt, long sleeves, buttoned at sleeves and collar. d. Cotton cuffiess pants. e. Steel toe boots, 6-inch minimum height. f. Hearing/ear cover protection as appropriate. g: Work zone definition - see 2(a) and (b) above. 4. Faulty equipment a. Use equipment that is in good working condition. b. Inspect valves, regulators, and hoses prior to use. c. Preventive maintenance performed per manufacturer specificafions. 5. Toxic fumes and gases a. Provide source ventilation. b. Provide respiratory protection, selected based on hazard. c. Rope off area, define work area with conesl caution tape or similar (see 2(a) and (b) above). 6. Adjacent flammable/ a. Move combustibles at least 50 feet from work area. combustible materials b. If they cannot be moved consider protection by metal guards or flame proof curtain. c. Openings in walls, floors or ducts should be covered if within 35 feet of work area.. d. Assure facility sprinklers are in working condition and will not be taken out of service. e. Suitable fire extinguishing equipment shall be readily available at the work area. f. Desi~lnate a reliable means of contactin~l the Fire Department in the event of an emer~lenc7. 7. Flammable/combustible a. If in an environment classified as a hazardous location then define specific tasks using JSA technlque. vapors b. Provide equipment per classification (i.e., explosion proof, etc.) ' c. Post sign: DANGER - NO SMOKING, MATCHES OR OPEN LIGHTS. d. Ensure person is assigned as fire watch and fully char,qed extin,quiSher is present. rev10/29 FLUOR. DANIEL 8. CSE a. Follow CSEprocedures. b. Use CSE permit. : c. Define specific JSA techniques for that work. d. Exercise caution when using inertion to address 02 deficiency. e. Exercise caution when using O/acetylene fuel mix, address Oz enrichment from cylinder leak. 9. Unsecured compressed a. Store cylinders upright. gas cylinders, cylinder b. Secure against stationary object. handling c. Cylinders in excess of 40 pounds in weight must be moved using wheeled cart or motorized truck. d. Lifting cylinders > 40 pounds in weight is prohibited. e. Compatible storage practices = separate O2 cylinders from flammable combustible gases. f. Use tags on cylinders to mark full, in use or empty. g. Remove protective cap using hand method or use cylinder "cap wrench". Do not jam screwdriver or wrench in cap slots to loosen. 10. Unsafe practice during a. Provide protective cap when cylinders are not in use. inactivity b. Valves or gas cylinders shall be closed and line pressure relieved. c. Power source of electric welding equipment shall be disconnected. 11. Improper flow of gases, a. Label cylinders per 29 CFR 1910.1200. gas mixing, pressure in b. Color code hoses (green = 02; red = fuel gases; black = inert gas or air hoses). gas lines c. Install "flash back" arresters for fuel mixing welding. d. Use acetylene at 15 pounds per square inch (ps~ or less. 1:2. Improper ignition of a. Use "spark lighter" to ignite. oxygen/fuel torch b. Don't use cigarette, match or lighter for ignition. 1 3. Static electricity a. Provide and use grounding clamp for electric area welding equipment. revlO/29 FLUOR DANIEL G"I'I I~ APPENDIX I HEAT/COLD STRESS PROCEDURES rev10/29 HEAT/COLD STRESS PROCEDURES 1.0 HEAT STRESS Heat stress is a significant potential hazard associated wffh the work task performed and the type and degree of protective equipment used in hot weather environments. Local weather conditions may produce conditions which will require restricted work schedules in order to protect employees. Monitoring'for heat stress will follow one of two protocols depending on whether impermeable clothing (tyvek, saranex, rain gear, etc.) or permeable clothing (cotton coveralls) is worn. This section will apply to both hazardous and non-hazardous waste workers at the site. The site safety and health officer (SSHO) with direction from HSR will determine the environmental wet bulb globe temperature (WBGT) and physiological (heart rate [HR] and oral temperature [OR]) monitoring to be conducted for both types of workers. 1.1 Workers Wearing Permeable Clothing The American Conference of Governmental Industrial Hygienists (ACGIH) have set TLVs for worker exposure to heat stress in which it is believed that nearly all workers may be repeatedly exposed without adverse health effects. The TLVs assume that workers are acclimatized, fully clothed in permeable clothing with adequate water and salt intake, and capable of functioning effectively under the given working conditions without exceeding a deep body temperature (BT) of 100.4°Fahrenheit (F). Measurement of the WBGT has been found to be the most adequately measurable environmental factor in which to correlate with the deep BT and other physiological responses to heat. The following table reviews the work/rest regimen to be followed by all permeably clothed workers based upon routinely measured WBGT. Permissible Heat Exposure TLVs Applicable to Workers Wearin~l Permeable Clothin~l Continuous work 86 (76~) 80 (70~) 77 (67) 75% work - 25% rest, each hour 87 (77) 82 (72) 78 (68) 50% work - 50% rest, each hour 89 (79) 85 (75) 82 (72) 25% work - 75% rest, each hour 90 (;80) 88 (78) 86 (76) Values are given in °F WBGT. Rest means minimal physical activity. Rest should be accomplished in the shade. Any activity requiring only minimal activity can be performed during rest period. 0 Parentheses indicate the 10 degree adjustment for working in impermeable protective clothing. · rev10/29 1.2 Workers Wearing Impermeable Clothing Workers who must wear impermeable clothing are held at a higher risk of suffering heat stress. Impermeable clothing impedes sweat evaporation, one of the body's major cooling mechanisms. It is the duty of each employer to alert or notify the SSHO if symptoms of heat stress occur to their respec~e site personnel. Physiological and environmental monitoring of personnel wearing an impermeable protective equipment ensemble will commence when the ambient temperature rises above 70°F. Environr~ental monitoring will be conducted continuously for as long as the ambient temperature stays above 70°F and physiological monitoring, will be conducted immediately before and after each work period. Frequency of physiological monitoring will increase as the ambient temperature increases or if slow recovery rotes are indicated. The break time must be sufficient to allow workers to recover from the effects of heat stress. This will be accomplished by measuring the recovery HR and OT. The break time duration will be determined using the following methodology and criteria: · Seat person being monitored, · Take OT, and · Measure pulse in the following sequence: · Pulse #1: 30 seconds to I minute after sitting · Pulse #2: 2t/~ to 3 minutes after sitting An excessive heat stress condition exists when any of the following conditions exist: 1. Oral or ear temperature exceeds 99.5°F 2. If pulse ~2 is greater than 90 beats/minute 3. Pulse #1 is greater than 100 beats/minute Worker cannot return to work until: ,, Oral or ear temperature is below 99.5°F · Pulse rate is below 90 beats/minute · Recovery HR for workers with HRs over 90 beats per minute is less than 10 beats per minute less than the original HR Adhering to the guidelines for heat stress prevention and monitoring will greatly minimize the possibility of the occurrence of heat stress. Site personnel must also be aware of the symptoms of heat-related disorders and be prepared to administer the appropriate treatments. t.2.1 Prevention A. Provide plenty of fluids. A 50 percent solution of fruit juice or similar solution in water, or plain water will be available. For workers performing work inside an exclusion zone (EZ), fluid intake may occur in the contaminated reduction zone (CRZ). Workers must first perform a partial decontamination process which will include removal of gloves and washing of hands and face prior to consumption of fluids. The SSHO will monitor the partial decontamination and fluid consumption process to ensure that ingestion of site contaminants does not occur. B. Work in pairs.whenever conducting Level B activity or permit required CSE activity. - rev10/29 C. Provide cooling devices. Ice vests or on-site showers can be provided to reduce BT and/or cool protective clothing. The amount and type of undergarments worn will be left to the preference of each individual unless prone to heat stress, especially heat rash. In this case, the worker can wear "long john" cotton type underwear to keep skin off chemical resistant clothing. D. Adjustment of the work sChedule. When practicable, the most labor-intensive tasks should be carried out during the coolest part of the day. E. Shaded or cooled rest areas. Shaded or cooled rest areas will be provided when site environmental and/or workers physiological responses warrant. t. 1.3 Heat Stress Monitoring Physiological monitoring of personnel wearing an impermeable protective ensemble will be conducted at regular intervals at the beginning and conclusion of the work period. HR must be periodically measured for all site personnel when heat stress conditions (climate or wearing impermeable clothing). Additional physiological monitoring such as BT and body water temperature (BWT) monitoring can be measured for extreme temperatures and when impermeable clothing is worn. A. HR must be measured by the radial pulse for 30 seconds as early as possible in the resting period and repeated approximately 3 minutes into rest period. The HR at the beginning of the rest period should not exceed 110 beats per minute. The HR also should not exceed 90 beats per minute after approximately 3 minutes of rest. If the HR does exceed the criteria, the next work period will be shortened by 33 percent, while the length of the rest period will remain the same. If the HR still exceeds the criteria at the beginning of the next rest period, the following work period will be shortened by 33 percent. B. BT can be measured orally with a clinical or disposable thermometer, in accordance with manufacturer's instructions, as early as possible in the rest Period (before drinking liquid). Oral or ear temperature at the beginning of the rest period should not exceed 99.5°F. If it does, the next work pedod will be shortened by 33 percent while the length of the rest period will remain the same. However, if the OT exceeds 99.5°F at the beginning of the next rest period, the following work period will be shortened by another 33 percent. A worker will not be permitted to wear a semi-permeable or impermeable protective ensemble when his/her BT exceed 99.5°F. C. Body water loss (BWL) due to perspiration can be measured by having the worker weigh him/her self at the beginning and end of each work day. Similar clothing should be worn at both weighing. BWL should not exceed 1.5 percent total body weight in a work day. Suggested Frequency of Physiological Monitoring for Fit and Acclimated Workers~ rev10/29 90°F (32.2°C) or above After each 45 minutes of work After each 15 minutes of work 87.5°-90°F (30.8°-32.2°C) After each 60 minutes of work After each 30 minutes of work 82.5°-87.5°F (28.1 °-30.8°C) After each 90 minutes of work After each 60 minutes of work 77.5°-82.5°F (25.3°-28.1 °C) After each 120 minutes of work After each 90 r~inutes of work 72.5°-77.5°F (22.5°-25~30C) After each 150 minutes of work After each 120 minutes of work For work levels of 250 kilocalories per hour. Calculate the adjusted air temperature (T,~ using the following equation: T~j (°F) = Tadj (oF) + (13 x percent sunshine) Measure the air temperature (T,d~ using a standard mercury-in-glass thermometer with the bulb shielded from radiant heat. A normal work ensemble consists of cotton overalls with long sleeves and pants. An impermeable work ensemble consists of impermeable coveralls with long sleeves-and pants. f.f.4 Recognition and Treatment Any personnel who obsewes any of the following forms of heat stress either in themselves or in another worker, will report this information to his or her immediate supervisor or the SSHO. A. Heat Rash (or prickly heat) Cause: Continuous exposure tohot and humid air, aggravated by chafing clothing. Symptoms: Eruption of red pimples around sweat ducts accompanied by intense itching and tingling. Treatment: Remove sources of irritation and cool the skin with water or wet cloths. rev10/29 B. Heat Cramps or Heat Prostration Cause: Profuse perspiration accompanied by inadequate replenishment of body water and electrolytes. Symptoms: Sudden development of pain and/or muscle spasms in the abdominal region. Treatment: Remove the worker to the CRZ. Remove protective clothing. Decrease BT and allow a period of rest in a c°ol location. C. Heat Exhaustion - SERIOUS Cause: Overexertion in a hot environment and profuse perspiration accompanied by inadequate replenishment of body water and electrolytes. Symptoms: Muscular weakness, staggering gait, nausea, dizziness, shallow breathing. Treatment: Perform the following while simultaneously making arrangements for transport to a medical facility. Remove the worker to the CRZ. Remove protective clothing. Lie the worker down on his or her back in a cool place, and raise the feet 6 to 12 inches. Keep warm, but loosen all clothing. If conscious, provide sips of a salt water solution consistency of one teaspoon salt in 12 ounces water. Transport the worker to a medical facility. D. Heat Stroke - EXTREMELY SERIOUS Cause: Same as heat exhaustion. Symptoms: No perspiration, dry mouth, pain in the head, dizziness, nausea. Treatment: Perform the following while making arrangements for transport to a medical facility. Remove the worker to the CRZ. Remove protective clothing. Lie the worker down in a cool place and raise the head and shoulder slightly. Cool without chilling. Apply ice bags or cold wet cloth to the head. Sponge bare skin with cool water or rubbing alcohol. If possible, place the worker in a tub of cool water. Do not give stimulants. Transport to a medical facility. rev 10/29 HEAT STRESS MONITORING FORM Project Name: Project Number: SSHO: rev10/29 FI,UOR DA~IIIL ~ ~ 2.0 COLD STRESS If work on this project begins in the winter months, thermal injury due to cold exposure can become a problem for field personnel. Systemic cold exposure is referred to as hypothermia. Localized cold exposure is generally labeled frostbite. A. Hypothermia: hypothermia is defined as a decrease in the patient core temperature below 96°F. The BT is normally maintained by a combination of central (brain and spinal cord) and peripheral (skin and muscle) aclMty. Interferences with any of these mechanisms can result in hypothermia, even in the absence of what normally is considered a "cold" ambient temperature. Symptoms of hypothermia include: shivering, apathy, listlessness, sleepiness, and unconsciousness. B. Frostbite: frostbite is both a general and medical term given to areas of local cold injury. Unlike systemic hypothermia, frostbite rarely occurs unless the ambient temperatures are less than freezing and usually less than 2°F. Symptoms of frostbite are: a sudden blanching or whitening of the skin; the skin has a waxy or white appearance and is firm to the touch; tissues are cold, pale, and solid. Prevention of cold related illness can be aided by educating workers on recognizing the symptoms of frostbite and hypothermia and by identifying and limiting known risk factors. The workers should be provided with enclosed, heated environments on or adjacent to the site, dry changes of clothing, and warm drinks. To monitor the worker for cold related illnesses, start (oral) temperature recording at the job site: · At the field team leader's discretion when suspicion is based on changes in a worker's performance or mental status. . · At a worker's request. · As screening measure, two times per shift, under unusually hazardous conditions (e.g., wind-chill less than 20°F, or wind-chill less than 30°F with precipitation). · As a screening measure whenever any one worker on the site develops hypethermia. Workers developing moderate hypothermia (a core temperature of 92°F) should not return to work for at least 48 hours. rev10/29 Table 3. Progressive Clinical Symptoms of H~ ~othermia 99.6 Normal core body temperature 96.8 Metabolic rate increases 95.0 Maximum shivering 93.2 Victim conscious and responsive 91.4 Severe hypothermia 89.6 - 87.8 Consciousness clouded, blood pressure difficult to obtain, pupils dilated but react to light, shivering ceases 86.0 - 84.2 Progressive loss of consciousness, muscular rigidity increases, pulse and blood pressure difficult to get, respiratory rate decreases 78.8 Victim seldom conscious 64.4 Lowest accidental hypothermia victim to recover In order to minimize the risk of the hazards of working in cold environments, workers will be trained and periodically reinforced in the recognition of the physiologic responses of the body to cold stress. In addition, the use of insulated work clothing, warm shelters and work/warming regimens may be used to minimize the potential hazards of cold stress. Also, special attention will be paid to equipment warm-up time and freeze protection for vessels, piping, equipment, tools, and walking/working surfaces. The current ACGIH TLVs for cold stress found in this appendix will be used as a guideline. rev10/29 APPENDIX J DAILY TAILGATE SAFETY MEETING FORM ' rev10/29 FLUOR DANIEL GTI DALLY TAILGATE SAFETY MEETING Project/Site: Date: Presented by: Title: Topic(s)/Information Reviewed: Comments/Follow-up Actions: Sign in: NAME SIGNATURE COMPANY Instructions: rev10/29 · Conduct a Daily Tailgate Safety Meeting prior to beginning each day's site activities. · Complete form and file with Site Health and Safety Plan. · Follow-up on any noted items and document resolution of any action items. revlO/'29 FLUOR DANIEL GTI ~j~ ATTACHMENT 2 STANDARD OPERATING PROCEDURE - FLUOR DANIEL GTI ~ FLUOR DANIEL GTI, INC. STANDARD OPERATING PROCEDURE CONCERNING CHAIN OF CUSTODY SOP 11 1. Samples must be maintained under custody until shipped or delivered to the laboratory. The laboratory will then maintain custody. A sample is under custody if: a) It is in your possession b) It is in your view after being in your possession c) YoU locked it up after it was in your possession d) It is in a designated secure area 2. Custody of samples may be transferred from one person to another. Each transferor and recipient must date, sign and note the time on the chain-of-custody form. 3. In shipping, the container must be sealed with tape, and bear the sender's signature across the area of bonding at the ends of the tape to prevent undetected tampering. Each sampling jar should be taped and signed as well. Scotch tape works well. 4. Write "sealed by" and sign in the "Remarks" box at the bottom of the form before sealing the box. Place form in a plastic bag and seal it inside the box. 5. The "REMARKS" section of the form is for documenting details such as: a) Correlation of sample numbers if samples are split between labs. b) QC numbers when lab is logging in the samples. c) Sample temperature and condition when received by lab. d) Preservation notation. e) pH of samples when opened for analysis (if acidified). f) Sampling observation or sampling problem. 6. The chain-of-custody form should be included inside the shipping container. A copy should be sent to the project manager. 7. When the samples are received by the lab, the chain-of-custody form will be dated, signed, and the lime noted by a laboratory representative. The form will be retained in the laboratory files along with shipping bills and receipts. 8. At the time of receipt of samples by the laboratory, the shipping container will be inspected and the sealing signature will be checked. The samples will be inspected for condition and bubbles, and the temperature of a representative sample container will be measured externally by a thermocouple probe (held tightly between two samples) and recorded. The laboratory QC numbers will be placed on the labels, in the accession Icg, and on the chain-of-custody form. If samples are acidified, their pH will be measured by narrow range pH paper at the time of opening for analysis. All comments concerning procedures requiring handling of the samples will be dated and initialed on the form by the laboratory person performing the procedure. A copy of the completed chain-of-custody form with the comments on sample integrity will be returned to the sampler. FLUOR DANIEL GTI, INC. STANDARD OPERATING PROCEDURE CONCERNING SOIL SAMPLING METHODOLOGY SOP 14 1. Soil samples should be collected and preserved in accordance with Groundwater Technology Standard Operating Procedure (SOP ,15) concerning Soil Sample Collection and Handling when Sampling for Volatile Organics. A hollow stem soil auger should be used to ddll to the desired sampling depth. A standard 2 inch diameter split spoon sampler 18 inches in length shall be used to collect the samples. The samples are contained in 2 inch diameter by 6 inch long thin walled brass tube liners fitted into the split spoon sampler (three per sampler). 2. The split spoon sampler should be driven the full depth of the spoon into the soil by a 140 pound hammer. The spoon shall then be extracted from the borehole and the brass tube liners containing the soil sample removed from the sampler. The ends of the liner tubes should be immediately covered with aluminum foil, sealed with a teflon or plastic cap, and taped with duct tape. After being properly iden§fied with sample data entered on a standard chain of custody form the samples shall be placed on dry ice (maintained below 4~C) and transported to the laboratory within 24 hours. 3. One of the three soil samples retrieved at each sample depth shall be analyzed in the field using a photoionization detector, and/or explosimeter. The purpose of the field analysis is to provide a means to choose samples to be laboratory analyzed for hydrocarbon concentrations and to enable comparisons between the field and laboratory analyses. The soil sample shall be sealed in a plastic bag and allowed to equilibrate with the air surrounding the soil for approximately 10 minutes. One of the two field vapor instruments shall be used to quantify the amount of hydrocarbon released to the air from the soils. The data shall be recorded on the drill logs at the depth corresponding to the sample point. FLUOR DANIEL GTI, INC. STANDARD OPERATING PROCEDURE CONCERNING SOIL SAMPLE COLLECTION AND HANDLING WHEN SAMPLING FOR VOLATILE ORGANICS SOP 15 1. Use a sampling means which maintains the physical integrity of the samples. The project sampling protocol will designate a preferred sampling tool. A split spoon sampler with liners, or similar tube sampler which can be sealed, is best. 2. The samples should be sealed in the liner, with teflon plugs (The "California Sampler") or plastic caps. 3. For sending whole-core samples (above): A. Seal ends of liner with teflon plugs or plastic caps, leaving no free air space inside. B. Tape with duct tape. C. Label the sample with the following information: sample identification, depth, date and time, project number and required analyses. D. Place in plastic bag labeled with indelible marker. Use Well #, depth, date, and job #. E. Place inside a second bag and place a labelling tag inside outer bag. F. Enclose samples in a cooler with sufficient ice or dry ice to maintain samples at 4 degrees C during shipment. G. Seal cooler with a lock, or tape with samplers signature so tampering can be detected. H. Package cooler in a box with insulating material. Chain of custody forms can be placed in a plastic bag in this outer box. I. If dry ice is used, a maximum of 5 pounds is allowed by Federal Express without special documenls(documents are easy to obtain but are not necessary for under 5 pounds). Wdte "ORM-A dry ice"," pounds, for research" on outside packaging and on regular airbill under classification. UPS does not accept dry ice. J. Soil cores kept a.4 degrees C are only viable for up to 7 days when aromatic hy~lrocarbons are involved. The lab should prepare the samples in methanol once in the lab. 4. Decontamination of equipment in the field requires a detergent wash, with a distilled water rinse. FLUOR DANIEL GTI UNDERGROUND STORAGE TANK REMOVAL REPORT AND WORKPLAN FOR AODITIONAL SITE INVESTIGATION SOUTHLAND STORE # 21476 1700 BRUNDAGE ~NE BAKERSFIELD, CALIFORNIA Fluor Daniel GTI Project 103999 June 30,1998 Prepared for: Mr. Bob DeNinno The Southland Corporation 10220 S. W. Greensburg Rd., Suite 470 Portland, Oregon 97233 Fluor Daniel GTI, Inc. Fluor Daniel GTI, Inc. Submitted by: Approved by: David Bean Shelb~ Lathrop Staff Geologist Project Manager Ed K. Simonis, R.G. Senior Geologist 21476usLrpt 757 Arnold Drive, Suite D / Martinez, CA 94553 USA (510) 370-3990 FAX (510) 370-3991 UST Removal Report and Request for Closure i The Southland Corporation~ Store #21476~ 1700 Brunda~e Lane~ Bakersfield~ CA June 30~ 1998 CONTENTS 1.0 INTRODUCTION ................................................................ 1 2.0 PERMITTING/SITE-SPECIFIC HEALTH AND SAFETY PLAN ............................ 1 3.1 Soil Sample Collection ...................................................... 2 3.2 Results of the Soil Sample Analysis ............................................ 3 4.0 WASTE DISPOSAL ............................................................... 3 5.0 BACKFILL AND COMPACTION .................................................... 4 6.0 PROPOSED FURTHER INVESTIGATION ........................................... 4 6.1 Drilling and Soil Sampling .................................................. 4 6.2 Reporting and Schedule ..................................................... 5 7.0 CONCLUSION AND CLOSURE ABSTRACT ......................................... 5 Figures 1. Site Location Map 2. Site Plan Tables 1. Results of Soil Sample Analysis Appendices A. Field Notes B. Tank Removal Permit C. Tank Rinsate Disposal Documentation D. Tank Disposal Certificate E. Laboratory Report and Chains of Custody F. Soil Transportation Manifest G. Soil Compaction Test Results 21476ust. rpt FLUOR DANIEL GTI ~"~ UST Removal Report and Request for Closure 1 The Southland Corporation~ Store #21476~ 1700 Brunda~e Laner Bakersfield~ CA June 30r 1998 1.0 INTRODUCTION Fluor Daniel GTI, Inc. has prepared this report summarizing underground storage tank (UST) removal activities conducted at the Southland Store No. 2'1476 located at 1700 Brundage Lane in Bakersfield, California (Figures I and 2). The scope of work included: 1) Excavation, removal and offsite disposal of three USTs, associated product piping and tank dnsate. 2) Collection and analysis of soil samples from the UST excavation and points underlying the former fuel dispensers (Table 1). 3) Removal and disposal of hydrocarbon-impacted soil generated during the UST excavation. 4) Backfill and compaction of the UST excavation. The soil sampling was conducted in accordance with the Tri-Regional Guidelines and under the direction and observation of Mr. Steve Underwood of the Bakersfield City Fire Department (BCFD). Fluor Daniel GTI subcontracted Excell Excavating, Inc. of Laguna Nigel, California to remove the USTs and backfill and compact the UST excavation. Field notes are included as Appendix A. In addition, this report presents a work plan for additional site investigation at the subject site to define the re,cai and lateral extent of hydrocarbon-impacted soil encountered during UST removal. The scope of work includes drilling and sampling of three soil borings and preparation of an assessment report summarizing the methods and results of the work performed. If additional data indicate that the plume is limited in extent and does not appear to impact groundwater beneath the site, and site conditions are favorable for plume reduction by intrinsic biodegradation/natural attenuation, no-further-action status or closure, after quantitative dsk evaluation, will be requested. If additional data indicate that groundwater beneath the site has been impacted, a work plan for the ~.' '* installation of groundwater monitoring wells will be forwarded to the Regional Water Quality Control Board Central Valley Region (RWQCB-CVR). 2.0 PERMITTING/SITE-SPECIFIC HEALTH AND SAFETY PLAN Fluor Daniel GTI conducted a technical review of all relevant information pdor to proceeding with soil sampling and UST removal. Applications for permits to remove the USTs were filed by Excell Excavating and approved by the BCFD (Appendix B). Following a complete review of site condi'dons, Fluor Daniel GTI prepared a site-specific Health and Safety Plan as required by the Occupational Safety and Health Administration (OSHA) Standard "Hazardous 21476ust. rpt FLUOR DANIEL GTI ~ UST Removal Report and Request for Closure 2 The Southland Corporation~ Store #21476~ 1700 Brunda~le Lanet Bakersfield~ CA June 30~ 1998 Waste Operations and EmergEncy Response" guidelines (29 CFR 1910.120). The document was reviewed and signed by all Fluor Daniel GTI personnel prior to commencement of work at the site. 3.0 UNDERGROUND STORAGE TANK REMOVAL On May 12, 1998, Nieto and Sons Trucking, Inc. of La Brea, California triple rinsed the three 10,000- gallon single-walled steel USTs at the site. The tank rinse water was pumped from the three USTs using a vacuum truck and transported to DeMenno Kerdoon in Compton, California to be recycled (Appendix C). Tank overburden was stockpiled adjacent to the UST excavation. On May 12, 1998, Excell Excavating coordinated the removal and disposal of the three USTs. Mr. Steve Underwood of the BCFD was on site to witness the UST removal. The USTs were removed from the excavation by Skagg's Crane Se~ice of Bakersfield, California. All three USTs were in good condition with no visual holes or pits. The three tanks were loaded onto trailers and transported from the site by Cai Lowbed Services of Bakersfield, California to Golden State Metals, Inc. in Bakersfield, California for disposal (AppendiX D). 3.1 Soil Sample Collection On May 12, 1998, Fluor Daniel GTI personnel collected twelve soil samples from the floor of the UST excavation. Two soil samples were collected beneath each end of the three USTs at a depth of 14 and 18 feet bgs or 2 feet and 6 feet below each tank. In addition, two soil samples were collected beneath each of three fuel dispensers at 4 feet and 8 feet bgs (Figure 2). Groundwater was not observed in the tank excavation. All soil sampling was conducted at the direction and observation of Mr. Steve Underwood of the BCFD. Soil'samples were collected in 2-inch-diameter by 6-inch-long brass tubes directly from a backhoe bucket. Soil beneath the former USTs and dispenser island consisted of a silty fine sand to sandy silt to approximately 6 feet bgs, followed by a fine to medium sand to 18 feet bgS. Samples collected at 18 feet beneath the west end of the northern tank and beneath the east end of the southern tank consisted of silty sand to sandy silt interbedded with the fine to medium sand. The sample tubes were sealed with teflon pads, plastic caps and tape, labeled, placed on ice in an insulated container, and submitted for analyses under chain-of-custody manifest to state-certified West Analytical Laboratory (WEST) in Davis, -. CA. A total of eighteen samples collected from the floor of the UST excavation and beneath the dispenser island were analyzed for benzene, toluene, ethylbenzene, total xylenes (BTE×), methyl tertiary butyl ether (MTBE), and total petroleum hydrocarbons-as-gasoline (TPH-G) by EPA methods 8020/8015 modified. Confirmation analysis for MTBE was run on one sample (TS-2-18') using EPA method 8260. 21476ust. rpt FLUOR DANIEL GTI ~ UST Removal Report and Request for Closure 3 The Southland Corporationf Store #21476~ 1700 Brunda~e Lanef Bakersfield~ CA June 30~ 1998 In addition, eight discrete soil samples were collected from the approximately 175 cubic yards of soil generated during the excavation of the USTs (Figure 2). The samples were combined into four composite samples and analyzed for BTEX, MTBE, and TPH-G. 3.2 Results of the Soil Sample Analysis Laboratory analytical results of soil samples collected May 12, 1998, are summarized in Table 1, and copies of the analytical data are included in Appendix E. · Benzene was detected in samples TS-2-14', and TS-2-18' collected beneath the east end ~)f the southern UST at concentrations of 25 milligrams per kilogram (mg/kg) and 48 rog/kg, respectively. TPH-G was detected in samples collected beneath the east end of the southern and center UST, with highest concentration detected in sample TS-2-18' collected beneath the southern tank at 18 feet bgs at a concentration of 15,000 mg/kg. MTBE was detected in samples TS-2-14' and TS-2-18" at concentrations of 250 mg/kg and 870 rog/kg, respectively. The presence of MTBE was confirmed in sample TS-2-18' using EPA method 8260 at a concentration of 51_0~ .~~The later~ extent of soil containing hydrocarbons beneath the former USTs and dispenser island~ ~ ~ ~been defined from samples collected on May 12, 1998. Hydrocarbon-impacted soil appears restrict~-~ to "-.....~e area directly beneath the east ends of the former southern and center USTs. The vertical limit of hydrocarbon containing soil beneath the east end of the southern tank has not been defined. The vertical limit of hydrocarbon containing soil beneath the east end of the center tank appears defined bythe decrease in TPH-G concentration from the sample collected at 14 feet bgs (9,900 mg/kg) and the sample collected at 18 feet bgs (43 mg/kg). Benzene and MTBE were not detected in the samples collected beneath the east end of the center UST. Soil analytical results for the samples collected from the soil stockpile are included in Table 1. Benzene was not detected in any of the samples collected from the soil stockpile. Maximum TPH-G and MTBE concentrations soil stockpile samples were reported at 170 mg/kg and 2 mg/kg, respectively. 4.0 WASTE DISPOSAL On May 13 and 14, 1998, Excell Excavating coordinated the removal of the approximately 175 cubic yards of soil stockpiled at the site. The soil was loaded onto trucks and transported to TPS Technologies, Inc. in Adelanto, California for treatment and disposal. Soil transportation manifests are included in Appendix F. 21476ust. q~t FLUOR DANIEL GTI ~ UST Removal Report and Request for Closure 4 The Southland CorporationT Store #21476~ 1700 Brunda~e LaneT Bakersfield~ CA June 30r 1998 5.0 BACKFILL AND COMPACTION The tank excavation was backfilled with imported .fill material. The fill matedal was compacted in the excavation to a depth of approximately six inches bgs. On May 14, 1998, Krazan and Associates, Inc. performed compaction tests on the bacldilled tank excavation. Preliminary results of the tests are included in Attachment G. 6.0 PROPOSED FURTHERINVESTI,GATION The purpose of further work at the site will be to verify the vertical and lateral extent of hydrocarbons containing soil beneath the southeast corner of the former tank pit, and collect information substantiating either: 1) no further action, 2) closure after site-specific risk analysis, or 3) the need for active cleanup measures. 6.1 Drilling and Soil Sampling Fluor Daniel GTI will drill these soil bodngs at the locations shown on Figure 2 using a truck-mounted drill rig equipped with 8-inch-diameter hollow-stem augers. Groundwater beneath the site is approximately 150 feet bgs. The borings will bo drilled to approximately 50 feet below ground surface (bgs), and will be used to characterize and delineate the verlical and lateral extent of the soil hydrocarbon plume. Permits for the drilling will be obtained from the BCFD, if required. Soil samples will be collected from the soil boring at 5-foot intervals from 15 feet bgs to a total depth of 50 feet using a split-spoon sampler lined with 2-inch-diameter by 6-inch-long brass sample tubes. If field observations indicate that the soil sample collected at 50 feet bgs contains elevated concentrations of petroleum hydrocarbons, the borings will be extended until field observation indicates the soil samples collected contain no elevated concentrations of hydrocarbons or groundwater beneath the site is encountered. The hollow-stem augers will be steam cleaned before drilling, and sampling equipment will be cleaned between each sampling interval. Each soil sample will be screened for hydrocarbon vapors using a photoionization detector (PID). Soils encountered during drilling will be logged using the Unified Soil Classification System by a Fluor Daniel GTI field geologist, working under the supervision of a California registered geologist. One undisturbed sample tube from each sampling interval will be sealed with Teflon sheets, capped, taped, labeled, and placed on ice in an insulated container for transport to the laboratory under legal chain-of-custody. Based on field observations, selected soil samples from the boreholes will be analyzed by a state-certified analytical laboratory for BTEX, MTBE, and TPH-G by EPA methods 8020/8015 modified. An estimated six soil samples from the boring will be analyzed. 21476ust. rpt ~LUOR DANIEL GTI ~ UST Removal Report and Request for Closure 5 The Southland Corporationr Store #21476r 1700 Brunda~le Lane~ Bakersfield~ CA June 30~ 1998 All soil generated dudng drilling will be placed in Department of Transportation (DO'l')-approved 55-gallon drums pending characterization and disposal. Water generated by steam cleaning will be temporarily stored on site in DOT-approved 55-gallon drums pending characterization and disposal. All waste will be disposed of as non-hazardous at a certified facility by a licensed hauling firm. Field work will commence following verbal or written regulatory,agency approval of this scope of work. 6.2 Reporting and Schedule W~hin four to six weeks of receipt of all field and analytical findings, Fluor Daniel GTI will prepare a report summarizing the data collected under the scope of work detailed above. The report will document the methods and results of the work, summarize laboratory analytical results, and include appropriate maps. 7.0 CONCLUSION AND CLOSURE ABSTRACT On May 12, 1998, three 10,000-gallon USTs and associated product piping were removed from the site. A total of 18 soil samples were submitted for laboratory analysis to characterize soil conditions from the tank excavation and beneath the former dispensers and product lines. A total of 8 soil samples (4 composite samples) were collected to characterize the soil overburden generated during removal of the USTs and associated piping. Analytical results from the samples collected on May 12, 1998, indicate soil hydrocarbon levels range up to 15,000 mg/kg TPH-G, 48 mg/kg benzene, and 870 mg/kg MTBE. The extent of soil containing elevated hydrocarbon concentrations appeam to be restricted to the area directly beneath the east end of the former southern and center USTs. The vertical extent of hydrocarbons in soil beneath the east end of the center UST has been defined by the decrease in TPH-G concentrations from the sample collected at 14 feet bgs (9,900 rog/kg) to the sample collected at 18 feet BGS (43 rog/kg). Benzene and MTBE were not detected in the samples collected beneath east end of the center UST. The vertical and lateral extent of hydrocarbons beneath the east end of the southern UST have not been defined. Therefore, it is proposed that three soil borings be drilled in the southeastern area of the former UST pit to veri~ the extent of hydrocarbon-impacted soil beneath the site. If additional data indicate that the plume is limited in extent and does not appear to impact groundwater beneath the site, and site conditions are favorable for plume reduction by intrinsic biodegradation/natural attenuation, no-further-action status or closure after quantitative risk evaluation will be requested. If 21476ust. rpt FLUOR DANIEL GTI ~ UST Removal Report and Request for Closure 6 The Southland Corporationt Store #21476t 1700 Brundage Lanet Bakersfield~ CA June 30~ 1998 additional data indicate that groundwater beneath the site has been impacted, a work plan for the installation of groundwater monitoring wells will be forwarded to the Regional Water Quality Control Board Central Valley Region (RWQCB-CVR). 21476ustrpt FLUOR DANIEL GTI ~ FIGURES 1. Site Location Map 2. Site Plan 21476ust. rpt FLUOR DANIEL GTI ~ EXPLANATION SITE LOCATION 0 2000 4000 APPROX. SCALE IN FEET THE SOUTHLAND CORPORATION 7-ELEVEN FACILITY NO. 21476 1700 BRUNDAGE LANE SOURCE: USGS GOSFORD (~UADRANGLE, CALIFORNIA - K£RN COUNTY. 7.5~ MINUTE SERIES, 1954, PHOTOREVlSED, lg68 AND lg73. BAKERSFIELD, CALIFORNIA 103999 DRAWN BY: D. BEAN DATE: 05-15-98 DRAFTED BY: DEN HOLMES DATE: 05-21-98 CHECKED BY: DATE: SlIE LOCAIION FLUOR DANIEL GTI FIGURE 1 214-76SL ~ PLANTER EXP LANATI ON ® SOIL STOCKPILE SAMPLE LOCATION 4~ TS-2-14' [8' TS-2-18' <~ (~) TANK EXCAVATION SAMPLE LOCATION TC-2-14' ~ (2~3 DISPENSER ISLAND SAMPLE LOCATION [4'*--'-I --TN-2-14' '~' PROPOSED SOIL BORING LOCATION ........ - ..... 1 ] of' TANK FILL To TANK TURBINE L_ .... J ! 1 I ..... FORMER CANOPY BOUNDARY , I ~ TOII ..... APPROXIMATE UMIT OF STOCKPILED t 1I ~ "/ SOIL (APRROX. 175 CUBIC YARDS) ·I c~ ~ APPROXIMATE BOUNDARY OF _ J ~ , FORMER UNDERGROUND ~. STORAGE TANK APPROXIMATE BOUNDARY OF 0 -- DN-4' TANK PIT EXCAVATION SP- 1 / DC-4' 'DS-4' SP-4 ® I ~- 0 20 40 "" APPROX. SCALE IN FEET ~HE SOUlHL^ND CORPORATION ' 7-ELEVEN FACILITY NO. 21476 ~ ! 1700 BRUNDAGE LANE " ' BAKERSFIELD, CALIFORNIA PLANTER i 1 05999 ~~~ BEAN DATE:'7'/'q~06-25-98 ; DRAWN BY: D.DE~d,.~LMES DRAFTED BY: DATE: 06-24-9~ CHECKED BY: DATE: ' ' SITE PLAN ' FIGURE 2 BLOCK WALL TS- ! TS- I - TC-I- TC-1- TN-! - TN-1- COLORTYME '~, / sP. / 7_ELEVEN FACIUTY NO. 2! 4.76 ~1~ SIDEWALK FLUOR DANIEL (ITl 21476SP BRUNDAGE LANE BLOCK WALL , ~ PLANTER EXPLANATION ® SOIL STOCKPILE SAMPLE LOCATION TS- 1-14' TS-2-14' (~) TANK EXCAVATION SAMPLE LOCATION TS-1-18' TS-2-18' TC-1-14' . TC-2-14' ,,, ~ ~ DISPENSER ISLAND SAMPLE LOCATION TC-1-18' TC-2-18' TN-l-14'~; TN-2-14' c~ Ii ~j~ PROPOSED SOIL BORING LOCATION. TN-l-18' ' I TN-2-18' I oF TANK FILL ~OF i t TO TANK TURBINE iI ..... II COLORTYME oF (~) (~) TO ' '' ------ APPROXIMATE UMIT OF STOCKPILED I m z ) SOIL (APRROX. 175 CUBIC YARDS) c~ APPROXIMATE BOUNDARY OF ; L I ~ FORMER UNDERGROUND I , n ' STORAGE TANK -~ APPROXIMATE BOUNDARY OF f 1% o ~ DN-4' [ TANK PIT EXCAVATION i / SP.-8 i ( ® DS-4' sp42 I Z ~ \ DS-~' SP-6 I \ ® sP-~ ® I , 7-ELEVEN J ~' - FACILITY J "- ~ I ,., NO. 21476 = ~- 0 2:0 4-0 j i L~j ' ~' APPROX. SCALE IN FEET -. i ~ 1HE SOUTHLAND CORPORATION ~ ?-ELEVEN FACILII'Y NO. 21476 /'~ 1700 BRUNDAGE LANE f BAKERSFIELD, CALIFORNIA PLANTER : 1 03999 PL~NIFR ' SITE PLAN FLUOR DANIEL GTi FI G U R E 2 BRUNDAGE LANE J 21476SP TABLES 1. Soil Sample Analytical Results 21478u~rl~ FLUOR DANIEL GTI ~ TABLE 1 Soil Sample Analytical Results Southland Store #21476 1700 Btundage Lane Bakersfield, California :)ispenser Soil Samples DN-4' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1.0 <0.050 - DN-8' 05112/98 <0.005 <0.005 <0.005 <0.005 <1.0 <0.050 - DC-4' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1.0 <0.050 - DC-8' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1.0 <0.050 - DS-4' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1.0 <0.050 - DS-8' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1.0 <0.050 - UST Pit Samples TN.1.14' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1 <0.050 - TN-1-18' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1 <0.050 - TN-2-14' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1 <0.050 - TN-2-18' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1 <0.050 - TC-1-14' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1 <0.050 - TC-1.18' 05/12/98 <0.005 <0.005 <0.005 ~0.005 <1 <0.050 - TC_2.14' 05/12/98 <5 170 150 1,300 9,900 <50 - TC-2-18' 05/12/98 <0.10 <0.10 0.17 1.8 43 <1 - TS-1-14' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1 <0.050 - TS-1-18' 05/12/98 <0.005 <0.005 <0.005 <0.005 <1 <0.050 - TS.2.14, 05/12/98 25 810 240 1,400 9,000 250 - TS-2-18' 05/12/98 48 1,600 500 3,000 15,000 870 510 Stockpile Soil Samples - SP-1,2 05/1 2/98 <0.50 1.5 1.9 21 170 <5 - SP-3,4 05/12/98 <0.25 1~1 1.5 16 150 <2.5 - SP-5,6 05/12/98 <0.010 <0.010 0.033 3.2 18 2 - SP-7,8 05/12/98 <0.025 <0.025 0.031 4.2 24 0.93 - ExDla~ation . mg/kg milligrams per kilogram or parts per million - = Not analyzed/Not available (1,2) = Two composite soil ~ample TPH-G ,, Total petroleum hydrocarbons-as-gasoline MTBE = Methyl tert-butyl ether File:21476tb1 .wk4 Table updated: 06110/98 . . FLUOR DANIEL GTI ~ APPENDICES A. Field Notes B. Removal Permit C. Tank Rinsate Disposal Documentation. D. Tank Disposal Certificate E. Laboratory Report and Chains of Custody F. Soil Transportation Manifest G. Soil Compaction Test Results 21476u~.q~ FLUOR DANIEL GTI ~ APPENDIX A Field Notes 2147~ust. q~t FLUOR DANIEL APPENDIX B Removal Permit 21476u.t.~pt FLUOR DANIEL GTI ~ ~ ,~.,,~,~.~% CITY OF BAKERSFIELD -{~_'"'~t a~'/'~ ,ik ~ ~X~ O~CE OF ENVIRONMENT.~ SERVICES ~{'k",,~ ~z,,':"["~ 1715 Chester Ave., Bakersfield, CA (805)326-3979 ~ PERMIT APPLICATION FOR REMOVAl. OF AN UNDERGROUND STORAGE TANK fANKOWNER.'OI'ERAFOR .~'~~& ~d~- PHONENO I'~EI.IMINA~YASSESSMENTINFO~MAT'ION ~/~ / ~ iNSURANCE C ~RRIER .......... ~ WO~NS COMP NO. WASI'E TRAN.gPOR FER IDENTIFICATION ~%IBER 0_~o~ ' NAME OF RINSA'I~ DISPOSAL FACILI~ ,~ ~_~ ...... ~ ~ 'f.~NK INFORMA'r~o~ CHEMICAt. DATES CHEMICAL I'.XNK ~.~', .,,.,~-~ ,. VOtl. ME g~ORED STORED PREVIOUSLY STOOD APPLICAfIOND='xTE__q'~7~ FAC~ITYNO.:' NO. OFTAN~ _ '1 Ills AI'Iq,ICATION' BECOME A PERMIT WtlEN APPROVED APPENDIX C Tank Rinsate Disposal Documentation 21478ust.~pt FLUOR DANIEL GTI ~ Slate of CaBfornla--En~v~ro~menthl Prat~ctioh Agency Form ~c~p,~ed OMB No. ~oso¢o~;/r~'~ires 9-ao-99~ · .. _,~:.,=~.-.$.ee~. )tr,u,~tions on back of page 6./ ,~ Department of Toxic Substances Contr~ PJ~se' p';~nt or ~,pe. Form"de~En*d ~or us* o~ *l~te .... .'~: %"'"'/ ~ .,.,~?.'.., ~ - Sacramento, Ca~i~o,,ia ,' ': US EP~ ID'N~':~ ' ..... Manifest Documenl 2. Page I Information, in the shaded areas UNIFORM ~HAZARDOUS. ., t . . ' X is not required by ~edorN ~a~,. · ' WASTE ~MANIFEST of ' '.~ , :~ P_DMTO0 V~LL ,~ PL. ,. o ..... ,o,,, P~o.e ~c1~_5~ ~..-~ 5'- S, Transporter 1 Company Name 6. US EPA ID Number N£et.o ~nd ~ona Truck~.ng, Inc, 7. Transporter 2 Company Name 8. US EPA ID Number 9~(bFo~l(~l~J~J~l Site Address 10. US EPA ID Number Conpton, 6A ~222 C A T e 8 e e ~ 3 3 5 12, Containers 13. Total 1 ~. US DOT Description (including Proper Shipping Name, Hazard Class, and ID Number] Quanti~ NON RCRA HAZAR~ WASTE LIQUID b. Oe-'"-~l'¢""nnMML~u t cnuw- FACILITY IN COMPTON, · C~ IFORfllA. TH~S FACILITY ....... HAS'THE "' PERMITS TO RECEIVE Y~U~ ~c o,--- ........... .... ~FIE~ OUR EPA NU~BB~ IS CA108001335~' .I 5: Spec. iai. Handling Instructions and Additional Informati(m · NO "SI~OKZNG ':, Alterna D:Lsposa.L S:Lte : cr~SbY 24 flour Emergency Phone Number : 71.4-cJ90-~6855 1.63~" W. tTth Street (31.e) 432-~,45 Wea~ Approp~'~ate Protecttve C].othtng. ' 16.~ GENERATOR'S CERTIFICATION: I hereby declare that the conl~n~s of this ¢onJianm~r~t are'fvlly and accurately described above by proper shipping name and ore classified, packed, marked, and labeled, and are in all respects Jn proper condition for traflsport~y hjg%W~y according 'to apphcable international and national government regulations. If I am a large quantity generator, I certify that I have a program in place to reduce fha volume and toxicity o~ waste generated to the degree I have determined to be economically practicable and that I have selected the practicable ~metJ~od o~.h'eatment, storage, or.dJsj:~_saJ curren~y avai~2ble to me which minimizes the p;esent and future threat to human health and the environment; OR, if I am a small quantity generator, I have made a good faith effort available to me and tidal I can afford. I Acknowled~ement..oF Recei of Materials Month Da Printed/Typed Name I Signature : I Month Day Year 19. Discrepancy Indicalion Space ~t of hazardous materials covered by this manifest except'bs noted in Item 19. Prinle~yped Name //. [ _~onth~.. Day/ ,~-.a~.~. 'DO NOT WRITE BI:LOW THIS LINE. .... ~'"~"/ ~Yellow: TSDF SENDS THIS COPY TO GENERATOR WITHIN 30 DAYS. ' r' ?~ (Oenerc~tors Wild submlt hazardous waste for t;'m',sport out.o~-stale, DTSC 8022A (4/97) 1' ' produc,: completed copy o~ fJ'~;,' copy crud se,.J rD DrSC within 30 days.) EPA 8700--22 Certificate of Treatment ecycling ~i.. '.':"LISSUED TO . i. i SOUgHeD CORpORATIoN FOR 97435521 · 5/21/98 The aqueous waste recet~<l on the above manlfe~ w~l be treated to ~MENN~R~ON. · ~ ~. by ~ ~ ~~ ~MENN~R~ON ~ ~ ~ ~ ~ ~ wa~ ~ h~ ~ ~ DeMENNO/KERDOON ~ 'Complia~.ce Through Recycling' ~yru~ ~ourh assian / Laboratoty Manager 2000 North Alamo{la Streot ~ Compton ~ Galifornia ~ 90222 Telephone (310)537-7100 ~ Facsimile (310)639-2946 APPENDIX D Tank Disposal Certificate 21478usL~pt FLUOR DANIEL GTI ~ GOLDEN STA~iibMETALS, INC. .FORM Bakerslield, California 93387 ac Phone (805) 327-3559 · Fax (805) 327-5749 Contr Scrap Me~als, Pro~ssing & R~ycling License No. Contractor's Phone No. ADDRESS: DESTINA~ON: G.S.M. · 2000 E. BRUNDA6E LANE · BAKERSFIELD, OA 93387 TOTAL t~ Q~ GALLONS SERIAL NO. NET TONS EHSD PERMIT NO: 250 .14. 550 .24 lOOO - 6 ~ .61 ~ RESIDUALS PRESENT (REJEC~ 3000 1.32 ~ LEL READING 5ooo 2.42 ~ OXYGEN CONTENT 75oo 3.28 DISPOSAL FEE 9ooo 3.82 12ooo 4.93. ,,, OTHER ................................ , ............................................................................................................ TOTAL that tank re~oval complies with State laws. ~TIFICATE OF TANK DISPOSAL / DESTRUCTION THIS IS TO CERT~Y THE REC~T~ND ~CCEPTANCE OF THE TANK(S)AS SPECIFIED ABOVE. ALL ~ATERIAL SPECIFIED ~ILL 8E C~PLETELY OESTRO~ F~R SC~P RE~i~C~ING ~RPOSES ONLY. APPENDIX E Laboratory Report and Chains of Custody 21478ust rpt FLUOR DANIEL GTI ~ Sample Log 18477 May 29, 1998 Shelby Lathrop Fluor Daniel GTI 757 Arnold Drive Suite D Martinez, CA 94553 Subject: 22 Soil samples Project Name: Southland #21476 Bakersfield Project Number: Location: 1700 Brundage Lane, Bakersfield, CA Dear Ms. Lathrop, Chemical analysis on the samples referenced above has been completed. Summaries of the data are contained on the following pages. Sample(s) were received under documented chain-of-custody. USEPA protocols for sample storage and preservation were followed. WEST Laboratory is certified by the State of California (# 1346). If you have any questions regarding procedures or results, please call me at 530-757-0920. Sincerely, Stewart Podolsky:( 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 May 29, 1998 MTBE By EPA 8260B Sample Name .. TS-2-18' Project Name : Southland #21476 Bakersfield Project Number : Date Received · 05/12/98 Sample Date : 05/12/98 Dilution . 1:2500 Date Analyzed : 05/26/98 Sample Matrix : Soil Analysis Method : EPA 8260 Lab Number : 18477-16 Measured Parameter MRL Conc. Vrlit~ Methyl-tert-butyl ether 12 510 mg/Kg Dibromofluromethane (surr) 87 % Recovery MRL = Method Reporting Limit Conc. = Concentration Analyte was detected in Method Blank. Approved By: John Medina Concentration exceeded calibration range. 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 May 18, 1998 Sample Log 18477 MTBE (Methyl-t-butyl ether) By EPA Method 8020/602 From : Southland #21476 Bakersfield Sampled : 05/12/98 Received : 05/12/98 Matrix : Soil Date Measured SAMPLE Analyzed (MRL) .g/kq Value.g/k~ SP-1,2 05/13/98 (5.0) <5.0 SP-3,4 ' 05/13/98 (2.5) <2.5 SP-5,6 05/13/98 (.10) 2.0 SP-7,8 05/13/98 (.25) .93 TN-l-14' 05/14/98 (.050) <.050 TN-l-18' 05/14/98 (.050) <.050 TN-2-14' 05/15/98 (.050) <.050 TN-2-18' 05/15/98· (.050) <.050 TC-i-14' 05/15/98 (.050) <.050 TC-i-18' 05/15/98 (.050) <.050 TC-2-14' 05/15/98 (50) <50 TC-2-18' 05/18/98 (1.0) <1.0 TS-l-14' 05/15/98 (.050) <.050 TS-l-18.' 05/15/98 (.050) <.050 TS-2-14' 05/18/98 (100) 250 TS-2-18' 05/18/98 (250) 870 DN-4' 05/15/98 (.050) <.050 Approved By: Stewart Podolsky Senior Chemist 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 May 18, 1998 Sample Log 18477 MTBE (Methyl-t-butyl ether) By EPA Method 8020/602 From : Southland #21476 Bakersfield Sampled : 05/12/98 Received : 05/12/98 Matrix : Soil Date Measured SAMPLE Analyzed (HRL) .~/k~ Value DN-8' 05/15/98 (.050) <.050 DC-4' 05/16/98 (.050) <.050 DC-8' 05/16/98 (.050) <.050 DS-4' 05/16/98 (.050) <.050 DS-8' 05/16/98 (.050) <.050 Approved By: Stewart Podolsky Senior Chemist 1046 Olive Drive, Suite 2 · Davis, CA95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 Sample: ~-1-14' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171H Matrix : Soil Measured Parameter (MRL) .~/k~ Value .~/kg Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 100 % Date ~lnaluzed: 05-1'l-98 Steuart Podol~k~; Column: 0.53,~m X dO~ I~estek ;~tx-1301 Senior Che,,ist 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 18477--0~ Sample: TN-l-18' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171H Matrix : Soil Measured Parameter (MRL) .~/~ Value .~/~ Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 101 % 1046 Olive Drive, Suite 2 · Davis, CA95616 · (530) 757-0920 · Fax (530) 753-6091 ~Sample Log 18477 X8477--O? Sample: TN-2-14' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171H Matrix : Soil Measured Parameter (MRL) .g/kg Value .g/kg Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 100 % 1046 Olive Drive, Suite 2 · Davis, CA95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 ~8477-08 Sample: TN-2-18' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171H Matrix : Soil Measured Parameter (MRL) .g/~g Value .g/~ Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 99 % 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 ~0477--O9 Sample: TC-i-14' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171J Matrix : Soil Measured Parameter (MRL) .q/kg Value .g/k~ Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 98 % Dmte hnaluzecb 05--1~-$8 Steuart p ~ Column s O. E3mm X 60m Restek Rtx-1301 SerVer ChemL;t 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 184~?--10 Sample: TC-I-18' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171J Matrix : Soil Measured Parameter (MRL) .g/kg Value .g/k~ Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate. Recovery 101 % 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 18477-11 Sample: ~-2-14' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1000 Run Log : 4172Y Matrix : Soil Measured Parameter (MRL) .~/~ Value .~/~ Benzene (5.0) <5.0 Toluene (5.0) 170 Ethylbenzene (5.0) 150 Total Xylenes (5.0) 1300 TPH as Gasoline (1000) 9900 Surrogate Recovery *** Diluted Out 1046 Olive Drive, Suite 2 · Davis, CA95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 18477-12 Sample: TC-2-18' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:20 Run Log : 4172Z Matrix : Soil Measured Parameter (MRL) .~/~ Value .~/~ Benzene (.10) <.10 Toluene (.10) <.10 Ethylbenzene (.10) .17 Total Xylenes (.10) 1.8 TPH as Gasoline (20) 43 Surrogate Recovery 72 % 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 Sample: TS-l-14' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171J Matrix : Soil Measured Parameter (MRL) .~/k~ Value .~/k. Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 101 % o ~ ~ ~ ~o~ time i. seco~ts N Date R~aluzed= 05-15-98 Steuart Podolsk~ CoZu~n z O. 53mm X ~Ota Restek Rtx-t30t $~niot' Chemtst 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 * Fax (530) 753-609l Sample Log 18477 Sample: TS-l-18~ From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171J Matrix : Soil Measured Parameter (MRL) -~Zkq Value .~/k~ Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 98 % 1046 Olive Drive, Suite 2 · Davis, CA 95616 ' · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 18477-X5 Sample: TS-2-14' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:2000 Run Log : 4172Z Matrix : Soil Measured Parameter (MRL) .~/k~ Value Benzene (10) 25 Toluene (10) 810 Ethylbenzene (10) 240 Total Xylenes (10) 1400 TPH as Gasoline (2000) 9000 Surrogate Recovery- *** Diluted Out 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-609! Sample Log 18477 Sample: TS-2-18' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:5000 Run Log : 4172Z Matrix : Soil Measured Parameter (MRL) .q/kg Value .g/k~ Benzene (25) 48 Toluene (25) 1600 Ethylbenzene (25) 500 Total Xylenes (25) 3000 TPH as Gasoline (5000) 15000 Surrogate Recovery *** Diluted Out Date f~nal~z®d~ 05-18-98 Stewart Podolsk Column ~ 0.53tm ID X EOm Restek Rtx-1701 Senior Chemist 1046 Olive Drive, Suite 2 · Davis, CA95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 Sample: DN-4' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171J Matrix : Soil Measured Parameter (MRL) .~/~ Value Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 102 % 1046 Olive Drive, Suite 2 · Davis, CA95616 · (530) 757-0920 · Fax (530) 753-609]. Sample Log 18477 Sample: DN-8' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171J Matrix : Soil Measured Parameter (MRL) .g/kg Value .~/~g Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 98 % D~te /~naluze4~ 05-15-9~ $~euar~ PodolskU Column : O. 53aun X 60n I~es:iek Rix-130l Senior' 1046 Olive Drive, Suite 2 · Davis, CA95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 Sample: DC-4· From : Southland #21476 Bakersfield · Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171J Matrix : Soil Measured Parameter (MRL) .g/~ Value Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 100 % ~'Q. N , Oa~e ~ltjze<~ 05-1~-9~ Stewart Podolsk~ Column ~ 0.5_.~_ X 60m Restek R~x-1301 Senior Chemist 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-609! Sample Log 18477 18477-20 Sample: DC-8' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171J 'Matrix : Soil Measured Parameter (MRL) .~/~ Value .~/~ Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 100 % 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 18477-21 Sample: DS-4' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171J Matrix : Soil Measured Parameter (MRL) .g/k~ Value Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 101 % 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 Sample: DS-8' From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:1 Run Log : 2171J Matrix : Soil Measured Parameter (MRL) .~/k; Value Benzene (.0050) <.0050 Toluene (.0050) <.0050 Ethylbenzene (.0050) <.0050 Total Xylenes (.0050) <.0050 TPH as Gasoline (1.0) <1.0 Surrogate Recovery 100 % Date f~naluzecb 05-16-98 Steuart PodolslcU 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 May 15, 1998 Sample Log 18477 QC Report for EPA 8020 & Modified EPA 8015 Run Log : 2171G From : Southland #21476 Bakersfield Sample(s) Received : 05/12/98 Matrix Spike Matrix Spike Duplicate Parameter % Recovery % Recovery RPD * Benzene 100 101 1 Ethylbenzene 88 92 4 TPH as Gasoline 103 111 7 * RPD = Relative Percent Difference Parameter Laboratory Control Sample % Recovery Benzene 105 Ethylbenzene 102 Gasoline 102 Parameter Method Blank Benzene <0.005 mg/Kg Toluene <0.005 mg/Kg Ethylbenzene <0.005 mg/Kg Total Xylenes <0.005 mg/Kg TPH as Gasoline <1.0 mg/kg ~ev~,-~ PocSolsk¥ ~ 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 WEST ANALYTICAL LABS 1046 OLIVE DRIVE, SUITE #2, DAVIS, CA ~5616 (916) 757-0920 Fax: (916) 753-6091 FA CSI.,5tlL E Date: ~'~/ ( ~ I Subject: 1~-4~ k ~'-~c~ · Number of P~ (with Cover) Comments: May 13, 1998 Sample Log 18477 MTBE (Methyl-t-butyl ether) By EPA Method 8020/602 From : Southland #21.476 Bakersfield Sampled : 05/12/98 Received : 05/12/98 Matrix : Soil Date Measured SAMPLE Analyzed (MRL) .~/k~ Value SP-1,2 05/13/98 (5.0) <5.0 SP-3,4 05/13/98 (2.5) <2.5 SP-5,6 05/13/98 (.10) 2.0 SP-7,8 05/13/98 (.25) .93 Approved By: Stewart Podolsk~ Senior Chemist 1046 Olive Drive, Suite 2 · Davis, CA95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 18477-01 Sample: SP-1,2 From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:100 Run Log : 4172S Matrix : Soil Measured Parameter (MRL) .q/kq Value Benzene (.50) <.50 Toluene (.50) 1.5 Ethylbenzene (.50) 1.9 Total Xylenes (.50) 21 TPH as Gasoline (100) 170 Surrogate Recovery *** Diluted Out 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 ~8477-02 Sample: SP-3,4 From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:50 Run Log : 4172T Matrix : Soil Measured Parameter (MRL) .g/kg Value Benzene (.25) <.25 Toluene (.25) 1.1 Ethylbenzene (.25) 1.5 Total Xylenes (.25) 16 TPH as Gasoline (50) 150 Surrogate Recovery *** Diluted Out 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 Sample: 5P-5,6 From : Southland #21476 Bakersfield Sampled : 05/12/98 Dilution : 1:2 Run Log : 4172T Matrix : Soil Measured Parameter (MRL) ~/~ Value ~/~ Benzene (.010) <.010 Toluene (.010) <.010 Ethylbenzene (.010) .033 Total Xylenes (.010) 3.2 TPH as Gasoline (2.0) 18 Surrogate Recovery 102 % c · ~- ~ ~ rise in seconds .,,4 - . 0 Oate ~al~ 05-13-98 St~ ~o1~ Col~ z 0.53~ I0 X 6~ Restek Rtx-l~l S~ior C~mist 1046 Olive Drive, Suite 2 · Davis, CA95616 · (530) 757-0920 · Fax (530) 753-6091 Sample Log 18477 ~8477~4 Sample: SP-7,8 From : Southland #21476 BakerSfield Sampled : 05/12/98 Dilution : 1:5 Run Log : 4172TT Matrix : Soil Measured Parameter (MRL) .~/~ Value .~/~ Benzene (.025) <.025 Toluene (.025) <.025 Ethylbenzene (.025) .031 Total Xylenes (.025) 4.2 TPH as Gasoline (5.0) 24 Surrogate Recovery 102 % 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 May 13, 1998 Sample Log 18477 QC Report for EPA 8020 & Modified EPA 8015 Run Log : 4172S (Methanol Extracts) From : Southland #21476 Bakersfield Sample(s) Received : 05/12/98 Laboratory Control Spike Duplicate Parameter % Recovery % Recovery RPD * Benzene 101 102 1 Ethylbenzene 102 106 4 TPH as Gasoline 128 124 3 Parameter Method Blank Benzene <O.10mg/Kg Toluene <0.10mg/Kg Ethylbenzene <0.10mg/Kg Total Xylenes <0.10mg/Kg TPH as Gasoline < 20mg/Kg 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 May 13, 1998 Sample Log 18477 QC Report for EPA 8020 & Modified EPA 8015 Run Log : 4172S From : Southland #21476 Bakersfield Sample(s) Received : 05/12/98 Matrix Spike Matrix Spike Duplicate Parameter % Recovery % Recovery RPD * Benzene 90 90 0 Ethylbenzene 73 67 9 TPH as Gasoline 87 83 5 * RPD = Relative Percent Difference Parameter Laboratory Control Sample % Recovery Benzene 105 Ethylbenzene 107 Gasoline 113 Parameter Method Blank Benzene <0.005 mg/Kg Toluene <0.005 mg/Kg Ethylbenzene <0.005 mg/Kg Total Xylenes <0.005 mg/Kg TPH as Gasoline <1.0 mg/kg SteW~t Podolsky ~' 1046 Olive Drive, Suite 2 · Davis, CA 95616 · (530) 757-0920 · Fax (530) 753-6091 West Analytical LaboratoryPhonell: 530-757-0920 CHAiN.OF.CUSTODYRECO~DANDANALYSIS REQUEST 1046 Olive Drive. Suite 2. Davis, CA 95616 [:axil: 530-753-6091 _ ,- Phone ~: For Projecl~x~/Man)ger:. ~c ~"~,"~f (~:~,~-6---~,~0- ~ ~0 ANALYSIS REQUEST ~ Lab Use ComEany/Address/ . FAX ~:(~gff) ~ ~- ~ ~/ --~ ~*,'"'" ONLY Project Number: P.O.~: Proiecl Name: ............... Protect er Signalur r ~;," '~'~ ' '.~ ~ ...... ~,.,,. , ,,,,u,. .... ,,,~,,,h,,,~ .:~i: {,:1 ' ....,T , ...... ,, :'~ ~,-...., ...~ [~ la ,~ '''l 21 .,, , :.:: .,,. .............. .. a k }: ~ .... I I ylm/A,II()]mll Sample ID --> ~. .~ ~ . . ~ : ...... ~.~ ~ = =. ~. ~. =~, ... .-° .o~ .o' .... .o .- ~. ~ _~< :". ~'. DATE TIME ~ m ~ < _ 0 z , ....... ' ............... X I I I I I I I I ..... s,~-.Y ,,,,,, //,~ ,,, " - ~ ~,~.~ s,"- ~~, ' Date lime R '~L~~ Remarks:~:c ' Relinquished by: t Time Received by: 1 Relinquished by: Dale Time Received by Laboralory: Bill 1o: I IWest Analytical Laboratory Phone,~l: 530-757-0920 :' , ,i.,,,...,, ,q.,,,~. i., CHAIN-OF-CUSTODY RECORD AND ANALYSIS REQUEST 1046 Olive Drive. Suite 2. Davis. CA 95616 Faxtl: 530-753-6091 IProjecl M a n~/ir: Phone Lab Use ONLY ~ .Co y os s: . NIIIIIIml'. I~.() Il'. q tlllllt' Localion: Sampler :hmqdlml I ;i,iiIiihl,ii ' ( I ylmlAmmml} Preserved MiiIIIx ,,,; Sample ID DAlE I -- Relinquished by: Dale Time Received by Laboratory: Bill To: ~'"~"--'"'-- I West Analytical Laboratory Phone//: 530-757-0920 ' di,i,l...~' .q.,I.I.i.~: CHAIN-OF-CUSTODY RECORD AND ANALYSIS REQUEST 1046 Olive Drive. Suite 2, Davis, CA 95616 Faxt/: 530-753-6091 · Projecl Mana ler: Phone It: Lab Use ONLY Project Number P.O.I: PrnJncl Lncnllon: fiamplnr Si.qnnlmn : :hlltllJlll[l) ( ;.Iii,Him! M.lh,,,I ~ ( I ltl't,lAlllmml} [JfOSOIvoO MIIIIIX ,,,; Sample ID ............ ; DATE '~~ Date Time Receiv.~d by:__ , Remarks: ._~_. ]..~ .... ~_:~_: ~ ~ Relinquished by: Dale Time Rocoived by: ~~E~&~ ~y H~IIIiiIiIIM~d Ily. IhH~ I Im~ II~.~lv~:~l I~T I ~l~-~dh~lT. I . I APPENDIX F Soil Transportation Manifest 21478u~t. qpt FLUOR DANIEL GTI ~ · Technologies S..~il Non-Hazardous Sods Date of Shipment: Responsible for Payment: Transporter Truck · Given by TPS: Load # Consultant 10621 Generator's Name and Billing Address: Generator's Phone #: Generator's US EPA ID No. SOUTHLAND CORP Person to Contact: 5.55 S RENToN VILLAGE PLACE FAX#: Customer Account Number with TPS: Consultant's Name and Billing Address: Consultant's Phone #: E ","_.,. i-' ;:: ~.' ,... ,... ../ IS ~iCI:iVAT I h.lC.~ ,~ I IqC. P. (]'. [:tt]X G, 1 "Zi:., Person to Contact: M A · FAX#: Customer Account Number with TPS: L~il}3i..!t'la l'q I [:.d..}E:] . C;::~ '::~;FJ(":L"~ 7 -a, I 76 [..tS;.i Generation Site (Transport from): (name & address) #: BTEX SOl. _ 'i i lEAl l.~ ,-,,.. .... !' : ..... [~ ;.,:i];E.[.. Levels 17~Jta]i f?,~ Pdi'"i")[::~: L.~'-". Person to Contact: TPH .... · - -' Levels FAX#: AVG. BAKERSFIELD. C.;~ 9330q US{;', Levels Designated Facility (Transport to): (name & address) Facility Phone · , Facility Permit Numbers ' 'fPS 'IEC,~{?,IOLOG i ES. ;i' NC. t6:328 HIBISCUS AVE. Person to Contacti 'DAR REI',i R, FAX#: · Ado','. ant o. CA .B=,:,t. 1 USA '760-246.-.-8004 Transporter Name and Mailing Address: Transporter's Phone #: Transporter's US EPA ID No.: LUTREL 'rF~LICK.I;I,,I[-~. (805) 6 3 1 5 ~}~|',lOl~ RD. Person to Contact: Transporter's DOT No.: RANDY 'SM I '¥H/]'OM I I~{lti~6734 BAKERSFIELD, E;P, 93308 USA ) - Description of Soil Moisture COntent Contaminated by: Approx. Qiy: Description of Delivery Gross Weight Tare Weight NetWeight Sand Q Ch, ganic O 0 - 10% Q Gas 10 - 20% O Diesel a Clay a Other a 20%-over 61 Other 61 Sand Q O~ganic ~ 0 - 10% 61 Gas 61 10 - 20% 61 Diesel 61 Clay a. Other ~ 20%-over 61 Other 61 .. Generato/s and/or cpnsultant's certification: I/We certify that the soil referenced herein is taken entirely from those soils described in the Soil Data Sheet completed and'certified by me/us for the Generation Site shown above and nothing has been 'added or done to such soil that would alter it in any way. Print or Type Name: Generator Consultant 61 date: Transporter's certification: receipt of the soil described above and certify that such soil is being delivered in exactly the same condition as when received. I/We that this soil is being directly transported from the Generation Site to the Designated Facility without off-loading, adding to, or in any way delaying delivery to such site. Print or Type Name: Signatu~ and date: DiscrePancies: ~ .... Recycling Facility certifies the receipt o/the soil covered by this manifest excep~..a, ~oted above: Print or T~ Name: . ['1 BEN'FO:q L~. ~-~-;.rt 1 e'c t ,; ,. TPS INVOICING P. O, lC)X &,I. 76 MAR~ ~.~UE~, CA g2GOT-i~76 U~4 / ~;~ ~ ~//~/ TPS Technolo~lies. ,. ibil Recycling Non-Hazardous Soils Date'of Shipment:. Transporter Truck ~.' Given by TPS: Load # ~n s u 1 1~21 Generator's Name and Billing Address: Generator's Phone #: Generator's US EPA ID No. SOUTHI.AHD CORP -=,55..,':' REal'TON V.tLLAGE PLACE Person to Contact: lAX#: Customer Account Number with TI'S: Consultant's Name and Billing Address: Consultant's Phone #: IZ,. ~ . B£] X '", } 7 ~ Person to Contact: FAX#: Customer Account Number with TPS: Generation Site (Transport from): (name & address) ' Site Phone #: BTEX Levels J FAX#: AVG. Designated Facility (Transport to): (name & address) Facility Phone #: Facility Permit Ntunbers T,C:'S ':' -."-~ ~..c ' , ~ ~', .t 232 ~ H I D .~; f~CI, JS &",,,' E'_, Person to Contact: DARREN R. BARTI_ FAX#: Adc 1 ~n't o~ CA ¢'):.'.~ii~01 USA '7G0-2-'~6"-8004 Transporter Name and Mailing Address: Transporter's Phone · Transporter's US EPA ID No.: LU'T'REL "I'f;~UCKiIN6 (805~ 399-0R46 6315 S,~'.IOW RD. Person to Contact: · : ' c .... , } F,4tX#: Customer.-4.ccountNumberwithTlxS: Description of Soil ~oisturo Content¢ont~minatecl By: ApF~x. ~ty: Description of DeliveryGross Weight Tare Wdght Sand a Organic a 0 - 10% ~1 Gas 10 - 20% .O Diesel Gl Clay 12 Other O 20%-over O Other O Sand O Organic O 0 - 10% /2 Gas 12 10 - 20% O Diesel I2 Clay a Cr~her O 20%-over O Other a Generator's and/or co. nsultant' s certification: I/We certify that the soil referenced l~,rein.is taken entirely frora those soils described in ~he Soil Da~a Sheet completed and certified by me/us for the Generation Site shown above and nothing has been added or done to such soil that would alter it in any way. Print or 'DJpe Name: Generator Transporter % certification: I/We acknowledge : the soil described above and certify that such soil is being delivered in exactlg the same condition as when received. I/We that thi, soil is being directly transported from the Generation Site to the Designated Facilitg without off-loading, adding to, subtracting from or ' ' to such site. Signature and da~e: Discrepandes: .'~ ~ecyc#ng £aci/ity cert~es t~ receipt of t~e soil covered ~ this manifest exc~t~as..n, ot~a abow',r' Print or Type Name:. / TPS INVOICING COPY ~ ~AR~ T~MP I~T~AHD COR~ - ~XC~L : 17G~ ~'"BRUH.D&ag LN, rAx~: R. .. . ' , TPS les Soil Recycling Dat~ of Shipment:. Responsible Payment: Transporter Truck ~ Given by TPS: Load # Generator's Name and Billing Address: Generator's Phone #: Generator's US EPA ID No. ~9~T~L~ EI'~Ti~R ~ ]: LL,'~ E PL,~CE Person to Contact: FAX#: Customer Account Number with TI'S: RENTON0 WA 98005 USA ';"SPUTLA Name and Billing Address: Consultant's Phone #: F'. iii. Bf.3 X ¢3 I. 7i5 Pe~4~Conta~a~,,.., ~l,'-I.~J", t ~.~.l il' J~.IZt. ~ L. I'~ Generation Site (Transport from): (name &addr~s) ~ Phone ~: B~X ~3Ot.J"}" ~4L. (;~ 'JD C:(] }~'~;' ~..< (].';~. L Levels [~ [~.Lo~[h-JoJ: L.. J"~ - I Pe~n to Contact: ~H LeveB FAX~: AVG. ~i~t~ Fac~i~ (Transpoa to): (name & ~) Facili~ Phone ~: Facili~ Pe~it N~be~ ';'P3 '~ ........... .'L;~:2~28 HIBISCUS AVE,, L)ARREhi FAX~: ' Ad+? 1 ar, t':,~ CA ~'~:~301 USA "76~--2~&--~3~0.~ Tra~porter Name and M~ilin8 Ad~: Tra~porter's Phone ¢: Transporter's US [PA ID No,: LUT REL. T RLJCK I {'4G ( 805 > ~ ~' ~' SNOW RD. Pemn to Contact Transporter's ~T No.: RANDY SMITH/TOld I l~S6734 ~{-'K=RSF IELD~ CA c)23308 LiSA , ) .... __ .......... 0escri~tlon of goil ~olsture gon~nt ~n~mlnat~ ~: ~ppmx. ~: 0e~criptlon ol 0ellve~ ~m~i~elght 10-20% O ~10 ~d O ~c ~ 0 - 10% ~ Gas 10-2~0 -~ ~ ~ Clay ~ ~r O 2~/0-over ~ ~er ~ G~ator' s and/~ cq. nsultant' s ~tOealion: ~e c~ t~t t~¢ soil ~f~ced ~dn ~ ta~ ~tirely ~o~ those soils d~bed in t~ Soil Data S~et completed a~ cot(Od ~ me/us/or t~ G~¢at~n Site s~ abo~ and nothing ~s be~ added or done to such soil t~t ~uld alto it in any way. P~t or ~ Name: ~erator 0 C~ul~t Transport~'s cert~cation: l~e acknowledge receipt of t~ ~il above and c~t~ t~t such ~il is being deli~ed in exactlg the ~me condition as when receiued, l~e ~rth~ c~ti~ t~t th~ ~il is b~ng directlg transported porn t~ ~eration 5ire to the Desi~ated Facilitg without off-loading, adding to, subtmcting ~m or in ang mag delaying delive~ to such site. Discrepancies: [_ ;j Recycling Facility certifies the receipt of the soil covered by this manifest except as'nc, ted above: O. ;..',art 1 et TP$ INVOICING COPY Ic)~t,H.L,A.o conp' P.O, BOX 6~T6 } ~AR~ ~MP~ ~ '-' l,~ AND ,les Soil Recyclin! Soils Date iff Shipment:. Responsible for Payment: Transpozter Track ~ Gi.ve_n .b.by_.T.PS: Load # Co~ s u 1 tao t; :l. lll~:Z 1 Generator's Name and Billing Address: Generator's Phone #: US EPA ID No. ..:, ':" ,... ,,.::: Person to Contact: FAX#: Customer Account Number with TPS: REI',I'I'i3N~. WA 98005 I..lf.~a Consultant's Name and Billin~ Address: Consultant's Phone #: E×C. ELt.. EXCAVI4TING~ iix,',,'], t'71'~),..4':: t:', ,__. ,.._ ~_ _,.-. .-, .':, ~ ~". O. BOX 6 .[ 76 Person to Contact: MARK FAX#: Customer Account Number with TI'S: LAi3L.ff'.IA N I GHEE ,. CA 9 260?'---6 I ';rE- I.i.'.-:;~4 ( ';: 14 ~ ~.._,o ,, c'~.. -,"_c.~:," ~''~ l.i!iO0'~.~,;:~'~ ...... Generation Site (Transport from): (name & addn~s) Site Phone #: BTEX S 0 I..!'1" H J.. ';:-'t Iq [) i.Z;[') R F-' -- [:~ '~ (':i{L Levels i'7CO B}~i.- NDA(BE [.N. Person toContact: TPH Levels FAX#: AVG. B~qKERSF' l fit.. E', CA 9 ':3.304 l.i'.~g Levels Designated Facility (Transport to): (name & address) Fadlity Phone ~. Facility Permit Numbers TPS TECHi',IOI_OB :[ ES I NJ';.. 800-862-8e O:l. I r-.:3;--_'8 H I B I SCU S A id F~. Person to Contact: D~RF:EN R. . B.~RTLE'T FAX#: - 9.--,001 USA 760-..-246---SOC,~4 Transporter Name and Mailing Address: Transporter's Phone #: Transporter's US EPA ID No.: LU'I'REL TRUCKINg, (805) 399-0~-'_'.46 CAD083~03699 6 3 1 ~5 SNOt-I RD. Person to Contact: Transporter's DOT No.: RANDY ,c.~M I TH/TOM M~6734 Cus rI t Number with TPS: Oe$¢flplio~ o! $oil ~oi$lur~ Co,leal Co~lami~t~d by: lppro~. QIT: I)es~riplio~.ot DeliYe~/ Gross W~igh! lam W~l§h! Net 0 - 10% 0 (;as Clay a Other ;3 20%-over Q Other Cl Sand ~ Organic O 0 - 10% O Gas 10-20% 0 Diesel 0 Clay 0 Ot~er 0 20%- over 0 Other 0 ' Generator's and/or consultant's certification: I/We certify that.the soil referenced herein 'is taken entirely.from those soils described in the Soil Data Sheet completed and ~ertified by me~us for the Generation Site shown above and nothin~ has been added or done to such soil that would alter it in any w~. Print or Type Name: Generator I:l I:l Signature and date: Transporter's certification: I/We acknowledge receipt o){,t, he soil described above and certify that such soil is being delivered in exactly the same condition as when received. I/We further certify that this soil is being directly transported from the Generation Site to the Designated Facility without off-loading, adding to, subtracting from or in any way delaying delivery to such site. Disc~pandes: by this manifest except, as.,~oted above: TPS INVOICING COPY *L ~XCaVATINO, ~c, lIN?ON ~m, TPS Technologies Soil Non-Hazardous Soils Date of Shipment: Reeoonsible ~ Transporter Truck, G~n~erator's Name and Billin~ Address: Generator's Phone #: Generator's US EPA ID No. Person to Contact: lAX#: Customer Account Number with TPS: Consultant's Name and Billing Address: Consultant's Phone #: · P~ to Conj~a£t: ,c.,, O. B,r.],X ?, .~. '76 ~q~;,.: J EI'qP.L.E'r'Or',~ · , . ~.~,,: ~. ,.... ....? u i Cust~lTlter,ACc.oup,t~Number with TPS: Generation Site ('l~ransport fro.m): (~nme ~addr~s)~ Site Phone #: BTEX ..~.O*,.J 'J-H~._~.i?q].) C~,O :G: ....... ~ ~; (~:F~.. Levels Lewis ' " Leve~ ~i~at~ Faci~ ~ransport to): (~ & ~ss) ~.~ ~,._.~ F ' ' h ~ · ~-~ t Fadli~ Pe~it N~ '~ ' ~' '~ ' ,, "I ' c~" 't '- , ~-~c.~ ~'~.,.r~,~.~ ....... c ......... D~RRE~',I R. Tra~porter Name and ~ilinff Addm: Traveler's Phone ~: Tran~ortet's US ~A ID No.: L.UTREL. TRL~E]I'<.~hi[~ (~5> 399-0246 CAD083003699 6315 SNOW R D. ~e~o~ ~o Co~c~: T~o~'s ~ No.: RANDY SMITH/TOM II'MS BAKERSFIELD, CA 93308 USA ( ) /- 7LUTREL g~ri~lio~ d Soil ~i~ O~le~l Oo~mi~l~ by: A~mx. ~: ~c~i~llo~ of D~Ii~ ~m~ Wei~hl T~m ~nd O O~a~c O O - 1~o O G~ C~y Q ' O~er ~ 2~o - over Q ~er Q ~d Q ~c Q 0 - 1~o ' ~ G~ 10 - 2~ Q ~1 Q C~y ~ ~er ~ ' ~/o-over Q ~er ~ Lgt ~y ex~fion ~ i~ I~ a~ve: Generator's and/or consultant's certification: I/We certify that the soil referenced herein is taken entirely from those soils described in the Soil Data Sheet completed and Certified by me/us for the Generation Site shown above and nothing has been added or done to such soil that would alter it in any way. Print or Type Name: Generator QI Consulta.~t ! and date.' Transporter's certification: I/We acknowledge receipt of the described above and certify that such soil is being delivered in exactly the same condition as when received. I/We further certify that this being directly transported from the Generation Site to the Designated Facility without off-loading, adding to, subtracting from or in any way delaying delivery to such site. Print or Type Name: Discrepancies: Recycling Facility cert~es the receipt of the soil covered by this manifest except as Print or Type Name'. Signature ,Ind date: TPS INVOICING COPY HARK L~ele ~R~H R. BART les Soil Recycling Non-Hazardous Soils Date of Shipment:. ~ Payment: .Transpo~er Truck · Given by TPS: Load # Consull:ant 10821 Generator's Name and Billing Address: Generator's Phone #: Generator's US EPA ID No. ~.O,I, JTHLA~_I~.,..._., ::.~ ,xt: ,,, ..... ~.,R~ 1' I..[.A(-~I~ ;:"l_~'i(']if~: Person to Contact: FAX#: Customer Account Number with TPS: RE<N'T'(.-IN... WF.'~ 9BO1~9.5 Consultant's Name and Billing Address: Consultant's Phone #: EXCF"LL EXCAVAT I Nf3, I I,IC. ¢ .... '? 1.4 ', ,..='-" c~. _..>.:,-~: P.O. BC}X 6tT&~ Pe~on to Contact: MAR~ TEb1F'LETON FAX¢: Customer Acc6unt Number with Generation Site (Transport from): (name &address) Site Phone ~: B~X Levels S3[-'HL. ANI) COFF:' " EXCEL. Per~n to Contact: FAX~ AVG. DAKERSFI(EL.D~ Cq 9;~.~4 LIS¢:~ ~vels ~sicated Fac~ (transpo~ to): (~m & ~d~s) [adli~ Phone ¢: Fad~ Permit TP'S TECHNOI_OGIES INC. 800-862-80~1 ~e~on to Con.ct: 12328 HiBTSCI.JS AVE, DARREN R. BARTLE]'F FAX~: Ad e ' '- -':- q'-' i ~,;.o, CA . ¢z,50x USA 76~B"-'246--8004 Tra~porter Name and Mailing Add.s: Tramporter's Phone ~: Tramporter's US EPA ID No.: LUT RE:L T RUCK.[ N6 G 31 5 SNOW RD. Pe~n to Contact: Tra~orter's ~ No.: Customei'A~o~t Number BAKERSFIELD~ CA 93308 U~A. ( ) - · 7LUTREL. Description of Soil Moisture Content ~n~minated by: Approx. G~: OescriptiOn of Delive~ Gro~ Weight Net Weight ~nd O. ~ic 0 0 - l~o 0 G~ Clay .~ ~er ~ 20% - OV~ ~ ~er ~ . ~nd ~ ~c O 0 - 1~o ~ Gas O 10-2~/, 0 ~l 0 Clay O ~er 0 2~/o-over 0 ~er 0 ' List any ex~pfion m ite~ I~t~ a~ve: Z' Z Z' ~ G~erafor ~ and/or cgnsulfanf's c~t~cafion: I~e c~t~ t~t t~ ~il ref~ced ~n'b ta~ ~tirely ~om t~se soils des~ibed in t~ Soil Data S~et completed and 'c~t~ed ~ me/us for the G~ation Site s~ above a~ nothing ~ ~e~ added or done to such soil t~t would alt~ it in any way. P~t or T~e N~e: ~emtot ~ Co~ult~t and date: Transporter's certification: I/We acknowledge receipt of tt~e qoil described above and certify that such soil is being delivered in exactly the same condition as when received. I/We further certify that this~bil is being directly transported from the Generation Site to the Designated Facility without off-loading, adding to, subtracting from or in any way delaying delivery to such site. Print or Type Name: Signature and date: Discrepancies: Recycling Facility certifies the receipt of the soil covered by Print or ~ Name: D. Bart 1 et't;,"ltu BENTEIN TPS INVOICING COPY IOUT'HUA ND CORP P.~. NZOU~. CA 92G~T-GXTG USA , SOUTHLAND CORP - ~XCEL TPS TgCHNO~DQZE~ XNC. ] ~232'8 HXBZ~CUg AV~. D~R~N R. BART Technologies Soil Rec' -h -, Non-Hazardous Soils Date of Shipment:. Responsibl~ Transporter Truck ~ Given by TPS: Load # Generator's Name and Billing Adc Generator's Phone #: ~ US EPA ID No. SOUTHLAND COF,~ P ~"::~""~,.. ,..., S.. ~[':~i',i'['Ol'l ~,"[ LL.:.:d,:.~i:~ t:.'C,LiC{F Person to Contact: FAX#: Customer Account Number with TI'S: Consultant's Name and Billing Address: Consultant's Phone #: E X CE:L.t.. F~ X C~:~ V i::i 't' I N(-3 ~ lNG. FAX#: Customer Account Number with TPS: Generation Site (Transport from): (name & address) Site Phone #: BTEX Levels Person to Contact: TPH 1 7~,:~1t7.! ',~? i:;!L.}l".i.;.)!]l[~{~i I_ll',t .. Levels FAX#: AVG. '~-q~' 'i .~'l I Levels Designated Facility (Transport to): (name & address) Facility Phone #: Facility Permit Numbers 'TP~ TEf.']-H',iL]LOG'£Ec_"; INC. Person to Contact: lAX#: ' Transporter Name and Mailing Address: Transporter's Phone #: Transporter's LIS EPA ID No.: LLJT,qEL. FI]L.ICN ING ~ ,.~ 1 ~ E;~',}l.]l.-} 1~%}. Person to Contact: Transpor.ter's DOT No.: FAX#: Customer Account Number with TPS: BAKERSFIELD~ CA 93308 LISA ( ) - 7LUTREL Description of Soil I Moisture Content Contaminated by: :Approx. Oly: Description of Delivery Gross Weight Tare Weight Net Weight Sand O Organic O 0 - 10% 121 Gas 10 - 20% O Diesel CI Clay D Other O 20%-over Q Other a 0 - 10% Q Gas O Sand ~ Organic O 10 - 20% O Diesel CI Clay C3 O~b. er (2 20%-over C:I Other O List any exception to items listed above: ~'~ Generator's and/or co,nsultant' s certification: I/We certify that the soil referenced herein is taken entirely from those soils described in the Soil Data Sheet completed and Certified by me/us for the Generation Site shown above and nothing has been added or done to such soil that would alter it in any way. Print or ~ Name: Generator 0 Consultant Transporter's certification: I/We acknowledge receipt of the soil and certify that such soil is being delivered .in exactly the same condition as when received. I/We further certify that this soil fs directly transported from the Generation Site to the Designated £acility without off-loading, adding to, subtracting from or in any way delaying delivery to such site. Print or Type Name: Discrepancies: : ! Recycling Facility cert~es the receipt of the sol! covered by this above: Print or '~/pe Name: D. Ba'r"~lett;/D. DENTON TPS INVOICING COPY & ~5 S ~H~O~ V~AGE ~CACE ~ I P.O. 8~ 6176 ~AOU~ ~%O~E~. CA 926~7-G~96 USA SOUTHLAND CORP - EXCEL I 17~Z BRUHDAGE tH. i I ~/A). T AV.'. TPS 'TgCHNO~OO~ INC. ~ 6~862'~0~I ...... ~ .............. j ;AXe. ! CA 922~L U~ , &~ ~{~inI AOd,e~: ' %l~f'~ ~r~ ~. Trl:,~ar.e", :.~. ~A ;~ N,.. LUTRIL TRUC~I~O RANDy ~MIT~/T~M ~I~I~7~a __. ~el C~fte~ end ~f{~ed ~ ~/~1 .~ t~ ~NtMf~n ~e slmus,t ~:,e n,,~ n~r~i~z ~, ~ UdcJ ~ ~:~, :~ ,.~s, ,o;~ t~,: ~t:U ~It~ ~ ~ I :t,/D, B~NTON ~ ~ TP~S.Technologles Soil Recycling Non-Hazardous Soils Da*te of Shipment: Given by TPS: Load # (]on s u 1 t ant L~ 10621 Generator's Name and Billing Address: Phone #: Generator's US EPA ID No. SOUTHLkND GORP Person to Contact: ,--',=~,..,..,,:, c:_: 12E-]',I' FI3N :; ]' L.i...lciGF:. I::'i FAX#: Customer Account Number with TPS: Consultant's Name and Billing Address: Consultant's Phone #: ~. . ~;. *4 3) - C:. C'. ~.~...J V: :X CEL_I_ EXC(4VA'i'IN!3~ INC. (71'4; ':'' "' "' "' =' J::'. (3. B(.]X [, 1. '71!.~ Person toContact: MARK FAX#: Customer Account Number with TPS: ..., ...... , · j( I...C--:£,;UbiA N I GUiZL. ,; [iA 9c:,GL~ ,' '-G i ?'6 L..s~-~ 7 ! zt ) f:",~.';~ -:' :: ~:, "~ ~,'-~R Generation Site (Transport from): (,ame& ,,ddress) Site Phone #: BTEX Levels Person to Contact: TPH ;~ '?'IZ~(;'~ BPJ.JhID!:~f'~E [.~;'J,, Levels FAX#: AVG. Levels Desi~ated Facility (Transport to): (tm~t~ & Mdt~ssJ . Facility Phone #: Facility Permit Numbers Person to Contact: !23Z:8 FtiB!SCLJS AuE. DARREhl R. BARTL FAX#: · Transporter Name and Mailing Address: Tr~nsporter's Phone #: Transporter's US EPA ID No.: L. UTREL TRU,r]K I I'4G . 6 3 1 5 SNOW [;~D. Person to Contact: Transporter's DOT No.: FAX#: Customer Account Number with TPS: .BAKERSFIELD, CA u,.,.o,,...e', USA ( ') - 7LU'T'REL Description of Soil Moisture Content Contaminated by: Approx. Qb/: ' Description of Delivefl/ Gross Weight Tare Weight Sand O Organic O 0 - 10% IZI Gas a 10 - 20% Q Diesel Q Clay a Other a 20%-over ~ Other O ~nd 0 Organic 0 0- 10% a Gas 10 - 20% O Diesel a Clay a Other O 20%-oyer O . Other O List any exception to items listed above: ~ 2...., B Generator's and/or cOnSUltant's cerfffica~ion', lfi/~ certif~ ~hat the ~oil referene~ herdn ~ tdom ~n~bely firom those ~dls described ~n the Sdl Data Sheet completed and'certified ~ me/us for the Generation Site shown above and nothing h~ been added or done to such soil that would alter it in any way. Print or Tyl~ Name: Generator a ~..u~t Transporter's certification: l/We acknowledge receipt of the soil above and certify that such soil is being delivered in exactly the same condition as when received. I/We further certify that this soil. is directly Site to the Designated Facility ling, adding t~, subtracting from or in any way ~andes: i~'yclidd lv'a~i~it~ a4'i~'eff'tJ~,rece~'~'½df j"lJ~'tJ covered by this man,est except a~s .noted above: TPS INVOICING COPY TP.S,~e~chnologies ~Soil Rec Non-Hazardous Soils Shipment:. Responsible for Payment: Transporter Truck~ Given by TPS: Load # u.i t t t ~0oi,'~t~I~i~ ~m~d~s: Ce.era,o.'s Phone #: Ce.erator's US 555 ',~3 REi'4'I'ON VIL. L.A:Tr~ F'L. ACF:: Person to Contact: FAX#: Customer Account Number with TI'S: P.O. .BO:K 6176 Customer Accoun~ Number wilh Ge~eralion Si~e (Trans~rt f~m~: (n~me ~ Levels c=, "" [ 4 ) ) 5 I Levels AVG. Levels Fadli~ Phone ~: Faci~ Permit N~bers lc: ..... L~ IB.~SC, L AV_, D~RREN R, BAR- Ade lant CA 923E.~ I ~" . U~ei 7G0-246-~004 LUI'REL TRU~KIN~ ~80.~. B9~-'0246 CAD¢~3003699 6 315 SNOW RD. , J Pemon to ~u~: Tra~por~r's ~T ~ ~ RANDY SI,Il TH/TOM I MNS6'73-4 BAKERSFIELD, CA 93308 USA ( ) - 7LUTREL Description of Soil Mois~re Content ~n~minat~ by: Approx. ~: Description of Delive~ Gross Weight Tare Weight Net Weight . Clay O ~er Q 2~/o-over ~ ~ ~ ~nd O ~c O 0 - 10% O G~ ' 10 - 2~ O ~1 O Generator ~ and/or co~ultant' s certification: I~e c~t~ t~t t~ ~l ref~ced',~in ;~ ta~ ~ti~i~ pom.those..soils desc~bed in t~ Soil Data Sheet completed and C~t~ed ~ me/us for the Gen~ation Site sh~n above and nothing ~s be~ Mded or done to Such soil t~t would alt~ it in any way. P~nt or ~ Name: ~nerator ~. Co~ult~t Transporter's certification: I/We acknowledge receipt !he soil certify that such soil is being delivered in exactly the same condition as when received. I/We.further cer. tify that this soil is being transported from the Generation Site to the Designated Facility to, subtracting from or in any zoay delaying " Discrepancies: Recycling Facility certifies the receipt of the soil covered by this Print or ~),pe N~e:. O. t3artlett/D. BENTON TPS INVOICING COPY Soil Recyclin! Non-Hazardous Soils ResPonsible for Payment: Given by TPS: Load # Con s u 1 t :.~nt 10621 and Billing Address: Generatm"s Phone #: Generator's US EPA ID No. ~ o U T ~i L. A ~ I;.'~..,. ~ ~ R ~ Person to Contact: FAX~: Customer Accost Number with TPS: Consultant's Name and Bill~g Add.s: Comul~nt's Phone EX [JELl_ EXCAVATiNG~ INC. ('7 1.4 ) [:'. O. E~OX 6 I 76 Person to Con~ct: MARK TEMPLETON Customer Accost Number with T~: Generation Site (Transport fwm): (.~me ~ addr~s) Site Phone ~: Leve~ Per~n to Contact: ~H FAX~: AVG. BAKERS? TELD, CA 93304 .,~.. USA ~ve~ Desi~at~ Fac~ (Trampo~ to): (~ & ~) Fadli~ Phone & Fa~ Pe~it N~rs TPB TECHNOLOGIES INC. 800---862-~3001 Pe~on to Con,ct: 12328 HIE+I'SCUS AVE. DARREN R. BARTLET FAX~: - Adelanto, CA 923~1 LJ~A V60-2-q-6-8004 Tramporter Name ~d Mailing Ad&ss: Tt~m~rter's Phone ~: Tram~er's US ~A ID No.: LU'TREL 'FRUCKI?'~IB (805) 399-0246 CAD083003699 ~ ~t Pe~n to Con~: Tra~orter's ~T No.: 6o1.~ SNOW RD. RANDY SMIT F~: ~' Cmtomer Accost Numar wi~ T~: BAKERSFIELD~ CA 93308.. USA .( ) - 7LUTREL Description of Soil Mol~ure ~ntent . ~n~mlnated by: Approx. ~: De~riptlon of Delive~ Gross Weight TareWeight Net Weight ~nd' O ~c O 0 - 10% Q G~ ' O ~0- 20% 0 . ~.'.~0 C~y Q ~er O 2~ - over O '~ O. 0 - 10% O Gas ~nd O ~c O 10 - 2~o O ~l Q Clay O ~er O 2~o-over~ ~er O a~: Sheet completed and ~t~ed ~.me/us for t~ G~ation Site sh~' a~ve a,d ,othi,~ ~erator O. da~: Transporter's cer~cation: I~e acknowledge receipt of the soil described abo~e and c~t~ t~t such soil is b~ng delivered in exactlg the ~me condition as m~ received. I~e ~rther ce~t~ t~t this soil is being directlg tmn~ported ~pm the Generation 5ire to the D~i~ated Facilitg without off-loading, adding to, subtracting pom or in ang ' to such site. ' da~: Recycling Facility certifies the receipt of the soil covered by this manifest except ad Prior or TEpe D. 15ar1; 1 e l: ',.':/O. TPS INVOICING COPY les Soil Rec, Non-Hazardous Soils Responsible for Payment: Transpofler ~. , ~ Given by TPS: Load Generator's Name and Billing Addre~s.: Generator's Phone #: Generator's US EPA ID No. SOLIT~LAND CORP r:.; ~.. Person to Contact: 5_.~ S Rf.~H'FON VILLAGE PLACE FAX#: Customer Account Number with TPS: i;/,Ei'tTI3N~, WA 98005 'USA Consultant's Name and Billing Address: Consultant's Phone #: E~!/CELL EXCAVATING, INC. (714} 249-2225 P. '0. BOX 6176 Person to Contact: MA~iK T Er'IF'LETOH FAX#: LAGUNA NIGUEL, CA 926(b7-'6176 USA ','?14) 249-2265 Generation Site (Transport from): (name & address) Site Phone #: BYEX Levels SOUTHLAND CORP -- EXCEL Person to Contact: TPH L700 ERUNDAGE L.N. Levels FAX#: AVG. BAKERSFIELD, CA 93304 ¢~... [J~'A Levels (name & address] Facility Phone #: Facility Permit Numbers TPS 'tECHNOLOGIES INC. 500-862-~001 Person to Contact: . - . 12328 HIBISCUS AVE. DARREN R. BA FAX#: ' Adelanto, .CA 92301 ...... USA 760-246-8004 Transporter Name and Mailing Address: · · Transporter's Phone #: Transp0rter's US EPA ID No.: L!JTREL TRUCKING (805) 399-0246 CAD083003699 ~, 31 5 S N O W ' R D o · Person to Contact:. Transpor ter's DOT No.: FAX#: ' Customer Account Number with TPS: BAKERSFIELD, GA 93308...~. USA ( i - 7LUTREL. Description of Soil Moisture Content Contaminated. ~y:. Approx. Qty: Description of Delivery Gross Weight Tare Weight Clay 0 Other 0 20%- over O "Otl~i~ O 0 - 10% Q Gas: O Sand ~ Organic C3 10- 20% Q Diesel Q Clay 0 Other O 20%-over~l Other O List any exception to items listed above:. Generator's and/or co~sultan:t's certification: I/we cerHfy ~hat the_soH.r 'i described in the Soil Data Sheet completed and c~rtified by me/us for the Generation ~ite'~h~wn above and nothing . ,. ........ would alter it in Print or Type Name: [ Generator-. 0,~." Transporter'~. certification: I/We acknowledge receipt of the soil described above and certify that such soil is being delivered in exactly the same Designated condition as when received. I/We further de!'.tify that this soil is being directly transported ~orn the Generation Site to the Facility without off-loading, adding to, subtracting fro..m or in any way delaying delivery to such site. i. Signature and date: Discrepanc!es: '~ Recycling Facility certifies the receipt o/the soil covered by this manifest above: D. 'Bar't l_e.tt/D, BENTON TPS INVOICING"~ PY APPENDIX G Soil Compaction Test Results 20221 u~t.l~,~Thl-) GEo'rECHNICAL ENGINEERINO · ENVIRONMI~NTAL ~NGINEERING CONSTRUCTION TESTINO & INSPECTION June 17, 1998 Project No. 026-98158 Permit No. BR021 $ EXCEL EXCAVATING, INC. Attn: !¥lark Templeton P.O. Box 6176 Laguna Niguei, California 92607 RE: Compaction Testing - Tank Backfill 7-11 Store Brundage Lane & So. "I4" Street Bakersfield, California ~Jentlet0¢ll, In accordance with your authorization, we have performed compaction testing at the above-referenced project. Tests were performed by our engineering technician. The results of the test taken within the tank backfill were 90% or above the maximum density. The limits of our testing were defined by the Contractor. This testing does not pre, elude the possibility that the soil or fili may be loosened by future construction activities. Results of the tests represent the compaction at the location where the test were performed. Thc engineering evaluation of the structural integrity of the entire backfill is beyond tho scope of this work. The maximum depth of fill tc'~tcd was twelve inches. Neither continuous nor pan-th~e ~adin~; ub~ervalion~ were performed for project. Our firm does not guarantee earthwork construction, nor does our work relieve the contractor of his responsibility to conform with the approved project plans and specifications. The tables on the tbllowing pages present the results of the density tests taken at the project site. The depth cited are measured from rough grade. Test numbers that are followed by an 'R' indicate retests. if you have any questions or if we may be of lhrther assistance, please do not hesitate to contact our office at (805) 633-2200. .:. R,"spec~ully submitted. KR.~ ASSOCIA'rE'S, [NC. ~. " Greg D. Walker Dean Alexander Regional Manager Geotechnieal Engineer Testing & Inspection Division ROE No. 002051 GI)W.;DA:ak cc: [ City or' B~.kcr~fi¢ld. f3uitdlng f~partme~t Offices Serving The Western United States 4231 Fo~tcr Avcnuc· Bakctsfi,:ld CA 93308 · (80:$) 633-2200, (888) 633-2200 · Fax: (805) 633-3930 !. Labora{or3. C, mpacfion Curve Data (CAI, 216) Soil Cur,'e Max. Dt3' Optimum SoiIDescripfim~ C. lassification No Density (pct). Moisture Ag,grega~e Base N/A A 143. l 6. I i Test Station or Curve Te~nt Dr3.' Moisture · No. Location No. Depth Density Percent Compaction Required May 14, 1998 'l.'ank Backfill I Center of Excavation A 0.(- 1.0' 13 ! .2 3.8 92% 90% Krazan & As~,ociates, Inc. O~ces Servin~t The W~stern United Xtates TO: Mr. Howard Wines DATE: 11/09/98 JOB NO. Bakersfield City Fire Department FROM: David Bean Office of Environmental Services RE: Southland Store No. 21476 1715 Chester Avenue 1700 Brundage Lane Bakersfield, California 93301 Bakersfield (805) 326-3979 fx (805) 326-0576 We are sending via: ~ AIRBORNE ~ MAIL ~ FAX ORIGINALS I COPIES ] DATEI DESCRIPTION 1 10/26/98 Subsurface Investigation And Request For Closure Transmitted as checked: ~ For Approval ~-] For Your Use ~-~ As You Requested ~ For Comment ~ For Resubmittal ~-~ ForYour Records Remarks: Dear Mr. Wines: The following includes the above referenced report for the subject site. Please call with questions. David Bean BCTRNS.WK4 757 Arnold Drive, Suite D / Martinez, CA 94553 USA (925) 370-3990 FAX (925) 370-3991 FLUOR DANIEL GTI SUBSURFACE INVESTIGATION AND REQUEST FOR CLOSURE SOUTHLAND STORE # 21476 1700 BRUNDAGE LANE BAKERSFIELD, CAUFORNIA Fluor Daniel GTI Project 103999 October 26, 1998 Prepared for: Mr. Bob DeNinno The Southland Corporation 10220 S.W. Greenburg Road, Suite 470' Portland, Oregon 97233 Fluor Daniel GTI, Inc. Fluor Daniel GTI, Inc. Submitted by: Approved by: David Bean ~ Shelby Lathrop Staff Geologist Project Manager Ed K. Simonis, R.G. Senior Geologist 757 Arnol~ Drive, Suife D / ~rfinez, CA ~553 USA (~25) 370-3~0 F~ (~25} 370-3~1 Subsurface Investigation Report and Request for Closure ii The Southland Corpomtion~ Store #21476~ 1700 Brunda~e Lane~ Bakersf'~Id~ CA October 26~ 1998 CONTENTS 1.0 INTRODUCTION ................................................................ 1 2.0 BACKGROUND ................................................................. 1 3.0 SOIL ASSESSMENT WORK ....................................................... 2 3.1 Permitting/Site-Specific Health and Safety Plan .................................. 2 3.2 Soil Borings ............................................................... 2 3.3 Soil Sample Collection ...................................................... 2 4.0 RESULTS ...................................................................... 3 4.1 Geology .................................................................. 3 4.2 Results of Soil Sample Analyses .............................................. 3 5.0 WASTE DISPOSAL .............................................................. 4 6.0 CONCLUSION AND REQUEST FOR CLOSURE ..................................... 4 Figures 1. Site Location Map 2. Site Plan Tables 1. Results of Soil Sample Analysis Appendices A. Drilling Logs B. ' Field Notes C. Laborato~/Report and Chain-of-Custody D. Waste Transportation Documentation 21476sar. rpt !1~'~k FLUOR DANIEL GTI Subsurface Investigation Report and Request for Closure 1 The Southland Corporation, Store #21476, 1700 Brundage Lane, Bakersfield, CA October 26, 1998 1.0 INTRODUCTION This report is submitted by Fluor Daniel GTI, Inc. (Fluor Daniel GTI) to summarize the results of the subsurface investigation at Southland Store No. 21476, 1700 Brundage Lane, Bakersfield, California (Figures I and 2). The scope of work for the s'Ke investigation included drilling and soil sampling of three soil borings, and preparation of this report summarizing the methods and results of the work performed. The work was designed to fulfill the requirements of the Bakersfield City Fire Department (BCFD) in their letter dated July 27, 1998, requesting further assessment to define the extent of the hydrocarbon plume beneath the site. The work scope described in this report was completed at the site on August 18 and 19, 1998. All work was performed in accordance with Fluor Daniel GTI°s Underground Storage Tank Removal Report and Work Plan forAddi~onal Site Investigation, dated June 30, 1998, which was approved by the BCFD in their letter dated June 3, 1998. 2.0 BACKGROUND On May 12, 1998, Fluor Daniel GTI supervised the removal of three 10,000-gallon underground storage tanks (USTs) and associated dispenser islands at the site (Figure 2). Soil samples were collected beneath each end of the USTs and beneath each fuel dispenser. Tables 1 and 2 summarizes the analytical results of the soil samples collected during the tank removal activities. Maximum benzene and total petroleum hydrocarbons-as-gasoline (TPH-G) concentrations in the tank excavation samples were detected in. sample TS-2-18', collected beneath the eastern end of the southern UST at a depth of 18 feet below ground surface (BGS), at 48 milligrams per kilogram (mg/kg) and 15,000 rog/kg, respectively. Maximum methyl-tert-butyl ether (MTBE) concentrations were also detected in sample TS-2-18' at 870 rog/kg and confirmed by EPA method 8260 at 510 mg/kg. Benzene, MTBE, and TPH-G were not detected in the western or northern areas of the UST excavation or beneath the former fuel dispenser island. 21476sar. rpt , I~"k FLUOR DANIEL GTI Subsurface Investigation Report and Request for Closure 2 The Southland Corporation, Store lY21476, 1700 Brundage Lane, Bakersfield, CA October 26, 1998 3.0 SOIL ASSESSMENT WORK 3.1 Permitting/SEe-Specific Health and Safety Plan Permits for the installation of the three soil borings were not required by the BCFD. Following a complete review of site conditions, Fluor Daniel GTI revised the existing site-sPecific Health and Safety Plan as required by the Occupational Safety and Health Administration Standard Hazardous Waste Operations and Emergency Response guidelines (29 Code of Federal Regulations 1910.120). The document was reviewed and signed by all Fluor Daniel GTI personnel and subcontractors prior to commencement of work at the site. 3.2 Soil Borings On August 17 and 18, 1998, Fluor Daniel GTI supervised the drilling of three soil borings to a depth of 65 feet BGS utilizing a truck-mounted drill rig equipped with 8-inch outside-diameter (O.D.) hollow-stem augers. All drilling equipment was steam cleaned prior to drilling each bering, and sampling equipment was washed in an Alconox® (detergent) solution and rinsed with water between sampling intervals. All soil and rinse water generated during the drilling was placed in labeled Department of Transportation (DOT)-approved 55-gallon drums and left on the site pending transportation and disposal. 3.3 Soil Sample Collection Soil samples were collected from each berehole at 5-foot depth intervals from 5 feet BGS to total depth. Samples were collected in soil boring B-1 beginning at 20 feet BGS since the boring was drilled through backfill material of the former UST pit. Samples were collected using a 2-inch O.D. California split-spoon sampler, lined with three 1.5-inch-diameter by 6-inch-long brass tubes. The sampler was driven 18 inches ahead of the augers at each sample point. Soil samples were field screened for hydrocarbon vapors using a photo-ionization detector. Soil was logged using the Unified Soil Classification System by a Fluor Daniel GTI field geologist working under the supervision of a California registered geologist (Appendix A). One sample tube from each sampling interval was sealed, labeled, and placed on ice in an insulated container for transport under chain-of-custody to state-certified Core Laboratories in Anaheim, California. 21476sar. q~ ~ FLUOR DANIEL GTI Subsurface Investigation Report and Request for Closure 3 The Southland Corporationi Store #2t476~ 1700 Brundage Lane~ Bakemfleld~ CA October 2611998 A total of thirty sOil samples were selected for laboratory analysis of benzene, toluene, ethyl-benzene, xylenes (BTEX), MTBE and TPH-G using EPA Methods 8020/modified 8015. In addition, one sample (B- 1-357 was analyzed for MTBE by EPA Method 8260 to Confirm its presence. Field notes are included in Appendix B. 4.0 RESULTS 4.1 Geology The site is located in the southeastern end of the San Joaquin Valley at an elevation of approximately 395 feet above mean sea level. The materials encountered during recent drilling at the site consisted primarily of fine to medium sand to total depth in each boring with some interbedded silt and silty sand at 45 feet BGS. Interbedded silt and silty sand was also encountered in soil boring B-1 between 31 feet and 36 feet BGS (Appendix A). Groundwater was not encountered in any of the three soil borings during drilling. Groundwater beneath the site is approximately 100 feet BGS according to the Department of Water Resources Unes of equal elevation 1989, 1993 and 1997. According to California Water Supply, the local municipal water supplier in Bakersfield, the nearest two municipal water supply wells are located approximately 0.5 mile northwest of the site at the east side of A Street at 3rd Street. The perforation interval of the well was not readily available. Water in the well is drawn from a depth of 180 feet BGS. 4.2 Results of Soil Sample Analyses Table I summarizes the laboratory analytical results for soil samples collected on August 17 and 18, 1998. The highest benzene concentration was detected in sample B-1-40' at 0.131 mg/kg. The highest TPH-G concentration.was detected in sample B-1-20' at 6,740 mg/kg. Maximum MTBE concentration by EPA method 8020 was detected in soil sample B-1-30' at 43.1 mg/kg. The presence of MTBE was confirmed using EPA Method 8260 at 47.9 mg/kg in sample B-1-35'. Copies of the analytical results and chain-of-custody documents are included in Appendix C. 21476sar. rpt ~,~ FLUOR DANIEL GTI Subsurface Investigation Report and Request for Closure 4 The Southland Corporation~ Store #21476~ 1700 Brundage Lane~ Bakersf'~=,lcl~ CA October 26~ 1998 5.0 WASTE DISPOSAL Nine drums of soil generated during the drilling activities at the site and three drums of auger rinse water were removed from the site by Belshire Environmental Sewices, Inc. The nine drums of soil were transported to TPS Technologies, Inc. in Adelanto, Califomia on October 1, 1998, for proper disposal. On September 14, 1998, the three drums of auger rinse water were transported by Nieto & Sons to DeMenno Kerdoon in Compton, California for recycling (Appendix E). 6.0 CONCLUSION AND REQUEST FOR CLOSURE Based on the reported concentrations of BTEX, TPH-G, and MTBE in the soil samples collected during the drilling of the three soil borings on August 17 and 18, 1998, and the soil samples collected from the UST excavation and beneath the former fuel dispenser island on May 12, 1998, the lateral and verlical limits of BTEX ,TPH-G, and MTBE in soil have been defined. Soil samples collected beneath the east end of the center and southern USTs during the UST removal contained moderate to high benzene and TPH-G concentrations. Sample TC-2-14' collected 14 feet BGS beneath the south end of the center tank contained no detectable benzene but did contain a TPH-G concentration of 9,900 mg/kg; however, TPH-G concentrations decreased to 43 mg/kg in sample TC-2-18'. collected beneath the south end of the center tank at 18 feet BGS. Soil samples collected beneath the east end of the south UST contained a maxim benzene and TPH-G concentration of 48 mg/kg and 15,000 mg/kg, respectively, in sample TS-2-18'. During sample collection beneath the east end of southern UST, much of the soil excavated with the backhoe bucket to collect the sample at 18 feet BGS was removed from the excavation and properly disposed along with the rest of the soil generated during the removal of the USTs. In addition, soils in the tank excavation, whiCh consisted mostly of line to medium sand, were allowed to aerate while the excavation was being prepared for backfilling. Soil sample B-1-20', collected a few feet from the location of soil sample TS-2-18' in bering B-l, contained a TPH-G concentration of 6,740 mg/kg and benzene below the method detection limit (2 mg/kg). Further decrease in TPH-G concentrations with depth were reported in sample B-1-25' which contained a TPH-G concentration of 1.12 mg/kg. The three soil borings drilled on August 17 and 18, 1998, were advanced to a depth of 65 feet BGS. Benzene and TPH-G were not detected in any soil samples collected below 45 feet BGS in each boring. 21476sar. rpt ~ FLUOR DANIEL GTI Subsurface Investigation Report and Request for Closure 5 The Southland Corporation~ Store #21476~ 1700 Brundage Lane~ Bakersfield~ CA October 26~ 1998 MTBE was detected at very Iow concentrations by EPA 8020 to total depth of each boring; however, this is most likely due to false positives which should have been confirmed using EPA 8260. ^ case narrative by Core Laboratories describing the likelihood of false positive MTBE results by EPA Method 8020 is included with the laboratory report in Appendix C. Groundwater was not encountered during drilling. Groundwater beneath the site is approximately 100 feet BGS based on the Department of Water Resources Lines of Equal Elevation 1989, 1993 and 1997. As mentioned previously in section 4.1 of the report, the nearest municipal water supply well is located approximately one half mile northwest of the site. Based on the vertical definition of the Iow to moderate hydrocarbon and MTBE concentrations in the soil samples collected from the soil borrings, groundwater beneath the site does not appear to have been impacted. Based on: 1) the sharp decrease of hydrocarbon concentrations with depth in soil samples collected from the boring drilled in the east corner of the UST excavation, 2) the Iow to moderate hydrocarbon concentrations in the soil samples collected and analyzed from the three soil borings, 3) the vertical definition of hydrocarbon concentrations in samples collected from the base of each bering, 4) the depth of groundwater beneath the site and distance to nearest municipal supply well, Fluor Daniel GTI, on behalf of the Southland Corporation, requests that the site be classified as Iow risk to nearby water supply sources and that residual hydrocarbons in soil be left in place to attenuate over time. Site closure/no further action is requested based on this information. 21476sar. rl~ .!1~"~k FLUOR DANIEL GTI FIGURES 1. Site Location Map 2. Site Plan 21476~,ar.~pt ~ FLUOR DANIEL GTI EXPLANATION SITE LOCATION 0 2000 4000 APPROX. SCALE IN FEET THE $OUIH[AND cORpORAIION 7-ELEVEN FACILITY NO. 21476 SOURCE: USGS GOSFORD QUADRANGLE, CALIFORNIA - KERN COUNTY. 7.5 MINUTE SERIES, 195'4, 1700 BRUNDAGE LANE PHOTOREVISED, 1968 AND 1975. BAKERSFIELD, CALIFORNIA 103999 DRAWN BY: D. BEAN DATE: 05-13-98 DRAFTED BY: DEN HOLMES DATE: 05-21-98 CHECKED BY: DATE: SITE LOCATION FLUOR DANIEL GT! FIGURE 1 21 ~76SL BLOCK WALL TS-1 TN-1 TN-~ COLORTYME : 7-ELEVEN FACILITY NO. 21476 I~ / PLANTER ~ __ SIDEWALK ~ FLUOR DANIEL GTI 21476SP BRUNDAGE LANE I I II '--~N'r~R _..~_.~.~. EXPLANATION ~) TANK EXCAVATION SAMPLE LOCATION - 1 4' TS-2_ 1 4' ,! -18' TS-2-18' <~ ~~ DISPENSER ISLAND SAMPLE LOCATION .14' ,, TC_2_ 14' _> ~ SOIL BORING LOCATION -18' TC-2-18' -14~ TN-2-14' ~ -18' TN-2-18' B-2 or TANK FILL ..... FORMER CANOPY BOUNDARY L~_ Ilor ~ FORMER UNDERGROUND ,%', STORAGE TANK ~ "~" 7' TANK PIT EXCAVATION L~~ I-~ ~_~' .... . ~ I, ~ ~ -,-. 0 20 40 > ~ APPROX. SCALE IN FEET THE :SOUTHLAND 60~PO~ATION ~ 7'ELEVEN FACILITY NO. 21476 1700 BRUNDAGE LANE BAKERSFIELD, CALIFORNIA P~NTER 1 05999 i DRAWN BY: D. DEAN ' DATE: 10-23-98 CHECKED BY:~ DATE: I( -~ '~ SITE PLAN FIGURE 2 TABLE 21476sar. q=t ~ FLUOR DANIEL GTI TABLE 1 Southland 8tom il2t476 1700 Brundage Lane ~ ~oll hmples DN.4' 05/17./g8 <0.005 <0.005 <0.005 <0.005 <1.0 <0.050 - LIST Pttsa, mples TN.2-18' 05/12/98 <0.005 <0.005 <0.005 c0.005 <1 <0.050 - TC-1.14' 05/12/98 <0.005 <0,005 <0.005 <0.005 <1 <0.050 - TC-2-14' 05/12f98 <5 170 150 1,300 gJ ~ -- TC-2.18' 05/12/98 <0. t0 <0.10 0.17 1.8 4.1 <1 - T~2-14' 05/12/98 25 810 240 1,400 0.000 250 - 1'e~2-18' 05/12/98 48 1,600 500 3,000 15,000 870 510 StockpikJ Soil Samples - · P-1,2 05/12/98 <0.50 1.5 1.9 21 170 <5 - · P.3,4 05/12/98 <0.25 1.1 1.5 16 150 <2.5 - $P-5,6 05/12/98 <0.010 <0.010 0.033 3.2 18 2 - $P-7,8 05/17./98 <0.025 <0.025 0.631 4.2 24 0.9~ - Soil Bodng Samples B-1.25' 08/17/98 <0.005 0.0878 0.0207' 0.188 t.12 1.63 - B.1-50' 08/17/98 0.0134 0.176 0.0133 0.132 0.349 43.t - B-1..35' 08/17/98 0.0188 0.148 0.0082 0.093 0.935 27.4 47.8 B.I.4Q' 08/17/98 0.13t 0.7t6 0.0427 0.454 3.8 54.6 - B-1-45' 08/17/98 0.00/'8 0.0176 <0.001 0.0OFF 0.124 0.81 B.1.5~ 08/17/98 <0,00t 0.0Q2 <0,00t <0.001 <0.1 0.t50 - B-1.55' (XV17/98 <0.001 0.004 <0,001 0.0632 <0. t 0.245 - B-t.60' 08/17/98 <0.001 <0.001 <0,001 <0.001 <0.1 0.05Q~ - B.1.~1' 08/17/98 <0.001 <0.001 <0.001 <0.001 <0.1 0.03~ - B.2.20' 08/17/98 <0.001 <0.001 <0,001 <0.001 <0.1 0.018 - B..2-25~ 08/17/98 <0.001 <0.001 <0,001 <0.001 <0.1 0.402 - B-2-30' 08/17/98 <0,001 <0.001 <0.001 0.0Q63 <0.1 0.SM - B-2.33' 08/17/98 <0.001 0.5020 <0.001 0.0~2 <0ll 1.89 - B-2.48' 08/17~ 0.001~ 0.005 <0.001 0.0034 <0.1 tA7 B-2-5~ 08/t7/~8 <0.00t <0.00t <0.001 <0.001 <0. t ' 0.~2~ - B-2-55' 0~/t7,~ <0.00t <0.00t <0.00t <0.001 <0. t 0.__~l__ - B,2-~0' 06/17/~6 <0.001 <0.001 <0.001 <0.001 <0.1 0.~2t7 - B-2.~ 08/17~ <0.00t <0.001 <0.001 <0.001 <0. t 0.0259 - B.3-20' 1 08/18/g8 <0.001 <0.00t <0.001 <0.001 <0.1 0.139 - B.G-25' 08/18/98 <0,001 <0,001 <0.001 <0.001 <0.1 0.507 - ~ 08/18/98 <0.00t <0,001 <0.001 <0.001 <0.1 0.527 - ~ C~/18/50 <0.001 <0.001 <0.001 <0.001 <0.1 0.1Q4 - B,G.40' 08/18/98 <0,001 <0.001 <0.001 <0.001 <0.1 0.101 - B-3,45' C)8/18/g8 0.0016 <0.001 <0.001 <0.001 <0.1 0.638 - B-3.50' 08/1iVg8 <0.001 <0.001 <0.001 <0.001 <0. t 0.0107 - B.3.45' 08/18/g8 <0.001 <0,001 <0,001 <0.001 <0.1 0.02 - 11-3,40' 08/18/98 <0.(X)1 <0,001 <0.001 <0.001 <0.1 0.0176 - ~ 08/18/0~ <0.001 <0.001 <0.001 <0.001 <0.1 0.81~2 - FLUOR DANIEL APPENDIX A DRILUNG LOGS 21476~r.rpt ~ FLUOR DANIEL GTI Drilling Log VI,OORDAIilELG?I~ Soil Boring El-1 Project Southland #21476 Owner Southland Corporation See Site Nap For Boring Location Location 1700 Brundage Lane, Bakersfieldr CA Pro~. No. 105999.6305 Surface Bev. Total Hole Depth 66.5 ft. Diameter 8 in. CONAIENTS: Top of Casing __ Water Level Initial Static . Screen: Bia Length Type/Size Casing: Dia Length Type Fill Hater/al Grout Nell Rig/Core CNE-75/L5' Split Spoon Drill Co. AiR Dr/fling Heth0d Hollow Sten? Auger Driller Eddie Ran?os Log By David Bean Date 08/17/98 Permit # Checked By Ed Sin?onis License No. RG #4422 E~ R~ - ° °o~ 8 ~> ~o~ o- ~ Description a. ~ °z ~: 2- m (Color, Texture, Structure) - m Trace < 10%, Little 10% to 20%, Some 20% to 35%, And 35% to 50% --2- All percentages are approximate. -- 0 -- :::::::: Asphalt at surface. :O.O'X Tank backfill material (gravel). 3. '.&O. - 2 - 3. :&o. 3.'.6O. - 4 - :o. 0:< 3. :&O. '.O. 0'.~ o. - 6 - 3. KO.O:< o .&o. - 8 - 3. '.&O. :O. 0:~ 3. :~0. :0 0'.~ - 10 - :O.O'X 3...&o. :o0:~ - 12 - :o. 0'.( go.o:( - 14 - ~.:ao. o... ,~o. go.o:< - 16 - o.:~o. KO. 0'.~ o. go.o'.~ 18 ~ Medium grained SA'ND: light tan, moderately well sorted, subangular to ,:.:.:-:. subrounded, strong hydrocarbon odor. :.:.:.:.: - 20 - >,ooo 12 [ .... SP 20 22 ~ s.__~.~ -% Grades with thin layers of silty, fine grained SAND. ':':':':']SP Medium grained SAND: light tan, moderately well sorted, subangular to -24- .%:.:.:-' · subrounded, strong hydrocarbon odor. 10/Og/lg98 lithlog-June,96 Page: J of 3 Drilling Log Soil Boring B-! Prolect Southland #21476 Owner Southland Corporation .u~.auu,, 1700 Brunda,qe Lane, Bakersfield, CA Proj. No. 103999.6305 E~ _~O~ ~ o §mg >~ ~ o~ Description m o~ ~ .~ (Color, Texture, Structure) Trace < IO~, Little 10% to 20%, Some 20% to 35%, And 35% to 50% - 24 - Medium grained SAND (continued). - 26 - 30 -28- -- 30 -- 766 14 [~ Silty, fine grained SAND (10, 90): brown, moist, strong hydrocarbon odor. 16 '. ' SM L 25 -- 32 - Fine grained sandy SILT (30, 70): brown, moist, strong hydrocarbon odor. - 34 - ML 723E ClaYey, sandy SILT (20, 25, 65): gray, moist, strong hydrocarbon odor. - 36 - ~1 Medium grained SAND: light brown, dry, strong hydrocarbon odor. 652 -38- -40- >~0oo 7 :::::::: sP - 42 - Grades brown, moist. -44- 15 ~012~[ [' ML'i,4L Sandy SILT (40, 60): brown, very moist, no hydrocarbon odor. -46- 20 Silty, very fine grained SAND (30, 70): orangish brown, moist, no hydrocarbon odor. - 48 - · sM Fine to medium grained SAND: orangish brown, slightly moist, no - 50 -- 26 8 i' hydrocarbon odor. 9 12 - 52- '."."..'. sw Grades to medium to coarse grained SAND: dry. '~ 8 l0 [ Clayey SILT (20, 80): orangish brown, moist, no hydrocarbon odor. -56- 1 1 28 Pebbly, silty, medium grained SAND (10, 10, 80): orangish brown, moist, no h~rdrnrarh"" '~'~nr I0/09/1998 lithlog-June,96 Page: 2 of 3 Drilling Log. Prolect Southland #21476 0~ner Southland Corporation Location 1700 Brunda,qe Lane, Bakersfield, CA Prol. No. 103999.6305 ~ ~ - · Description ~ ~ m ~ ~ ~ E ~ o~ (Color, Texture, Structure) - m Trace < 10~, Little 10~ to 20%, Some 20% to 35%, And 35% to 50% - 5~ -- I 28 ~ ..;.;..... Pebbly, silty, medium grained SAND (continued). -60- 1~ 20F '..". · "'''' Fine to coarse grained SAND with in[erbedded silty, medium grained SAND 25/ .'":':'.'S~ (30, 70): brown, dry, no hydrocarbon odor. 25 ? ....; Grades to medium grsined SAND with pebbly 1Byers: light brown, dry, no '.'-'. ' s~ hydrocsrbon odor. -70~ -72- -74- -78- -80- -82- -84 - -~- '88 - ~O/O0/lflfl8 lithloo-Oune,O~ ~: 3 Of Drilling Log ~.~O,~DA#,,=[~;?,I~ Soil Boring B-2 Prolect Southland ~21476 Owner Southland Corporation See Site Nap For Boring Location LocaUon ~700 BrundaEe Lane, Bakersfield, CA Prol. No. 103999.~305 Surface Bev. Total Hole Depth 66.5 ft. Diameter 8 in. COMMENTS: Top of Casing Mater Level Initial __ Static Screen: Dia Length Type/Size Casing: Dia Length Type Fill Material Grout Neff Rig/Core C~E-75/1.5' Split Spoon Drill Co. AiR Drilling Method Hollo~ Stem Auger Driller Eddie Ramos Log By David Bean Date 08/17/98 Permit ~ Checked By Ed Simonis License No. RG ~4422 ~ o~ ~ ~ ~ =~ ~ Description e (Color, Texture, Structure) eE oZ ~ ~ ~ Trace < 10~,Little 10~ to 20~, Some 20~ to 35~, And 35~ to 50~ ---2- All 'percentages are approximate. -- 0 -- ":'7':" % Asphal[ 8[ surface. - 2 - :~:~:~:~ Fine grained SAND: light brownish gray, ~ell sorted, subangular, loose, dry, · ....... no hydrocarbon odor. - 4 - :::::::: - a - - 10 -- 1 4 [ .... Grades to medium grained SAND: light orangish brown, dry, no hydrocarbon 8 - 12 - :::::::: o 4 r .... Grades to light tan. ~.~.~.~. - lg - : .-...-.. _20_ ~ ........ - 22 - .:.:.:.: :.:.[.~. _24_ ...'.'.' 10/09/1998 lithlog-June,96 Page: 1 of 3 Drilling Log F1.UORDANIELGI'I~._t~ Soil Boring B-2 Project Southland #21476 Owner Southland Corporation Location 1700 Brunda,qe Lane, .Bakers field, CA Proj. No. 103999.6305 . c ~ Description ~ ~ [ ~ ~11~ (Color, Texture, Structure) ~ ~ Trace < I0~, Little 10~ to 20~, Some 20~ to 35~, And 35~ to 50~ - ~4 - Medium g~a~ned S~NO 56 11 [ 16 - 26 - -28- - 30 -- 467 16 ~ ,:-:-:... Grades [0 slightly moist, moderate hydrocarbon odor. 18 24 - 32- -34- :::::::: sP 654 10 F Grades ~o fine ~o medium grained SAND: brown, dry, strong hydrocarbon 18~ odor. - 36 - -38- - 40 -- 890 16 F Medium grained SAND: orangish brown, dry, strong hydrocarbon odor. 1T 20 '-42- -44- 2 1o ~ Sil[~, very fine grained SAND (30, 70): orangish brown, moist, no - 46 - ~0~ ~L hydrocarbon odor. 12 _ Grades [o siit~, fine gra(ned SAND (30, 70). - 48 - - s. Fine to medium grained SAND: orangish browwn, slighHy moist, no - 50- I 15 C hydrocarbon odor. 16 18 -52- SP -54- 2 16 ~ - 5~ - 2o 10/09/1998 lithlog-June,g6 Page: 2 of Drilling Log F1.UORDA#IEI. GI'I~.~ Soil Boring B-2 Prolect Southland #21476 Owner Southland Corporation Location 1700 Brunda,qe Lane, Bakersfield, CA Proi. No. 103999.6305 ,.... .. ~ ,- ~ o m Description ne~ ~_~n~ '&mo~ ~E o (~°' mo (Color, Texture, Structure) - m Trace < 10%, Little 10% to 20%, Some 20% to 35%, And 35% to 50% - 56 -- 20 ~ ..;::.-.;:.-: Fine to medium grained SAND (continued). - 58 - :.:.:.:.:, - 60 -- 0 22 F ..... SP Fine grained SAND: brown, slightly moist, no hydrocarbon odor. - 62 - ::::::::: -64- ~ Pebbly, fine to coarse grained SAND (5, 95): brownish gray, dry, no 0 302416I :.:{:!i :.:..' SW hydrocarbon odor. - 66 - :.. 8§.5', Total depth of -68- -70- -72- -74- -76- -78 - -80 - -82- -84 - -86- -88- 10/09/1998 lithlog-June,96 Page: 3 of 3 Drilling Log IrLUORDANIELG'I'I~I~ Soil Boring B-3 Prolect Southland #21476 Owner Southland Corporation See Site Nap For Boring Location LoCation 1700 Brundage Lane, Bakersfield, CA Proi. No. 103999.6305 Surface Elev. Total Hole Depth 66.5 ft. Diameter 8 in. COfiINENTS: Top of Casing Water Level Initial __ Static Screen: Dia Length Type/Size Casing: Dia Length Type Fill Haterial Grout Nell Rig/Core CNE-75/L5' Split Spoon Drill Co. AiR Drilling Hethod Hollo~/ Stem Auger Driller Eddie Ramos Log By David Bean Date 08/18/98 Permit # Checked By Ed Simonis License No. RG #4422 =~ ~ ~ : ~ o ~ Description ~n ~ o no ...E ~ e ~-J m (Color, Texture, Structure) - m Trace < 10%, Little 10% to 20%, Some 20% to 35%, And 35% to 50% - --2- All percentages are approximate. - 0 -- · 'i'?" sw ~ Asphalt at surface. ~:- ~-~ Base course. - 2 - Silty, fine grained SAND (35, 65): brown, moist, no hydrocarbon odor. - 4 - SM 1 31- . ' .I - 6 - 4~ '.i 6 ~.?- · Medium grained SAND: orangish brown, dry, no hydrocarbon odor. - 8 - .:.:.:.:. - 10 -- 1 4 ['..... Grades to fine grained SAND: light brown, well sorted, subangular, loose, - 12 - ::::::::: - 14 - ::::::::: 0 5 [- .... sp Grades to medium §rained SAND: light tannish gray, slightly moist, no - 1~ - 22 · - 113 - ::::::::: - 20- 2s ~3 [' .... Grades to medium to coarse grained SAND. - 22 - :::::':: _24_ ........ 10/09/1998 lithlog-June,96 Page: 1 of Drilling Log FLUORDANiELG.I,i~I~ Soil Boring B-3 Project Southland #21476 O~ner Southland Corporation .u~.auu,, 1700 Brunda.qe Laner Bakersfield, CA Proi. No. I03999.~305 ,-~ ~ - · Oes~ription ~ o O.o ne~ ~'~--- e ~o ~:s ~e' o~ (Color, Texture, Structure) m Trace < 10%, Little I0% to 20~, Some 20~ to 35~, And 35~ to 50~ - 24 - :::::::::: ..... - 28 - .:.:.:.:. - 30 -- 154 12 r.'-'. ' Grades to medium to coarse grained SAND. 27 [ '""" 34 '.'". _32_ · _34_ ..'. - 3~ - 2s ::~.2.:~.. - 40- ~53 14 - :::::::::: Intebedded fine grained SAND and medium grained SAND: ~igh[ brownish 19 ':':':-:"1 gray ~o orangish brown, dry, no hydrocarbon odor. 24 ~ ~ % Pebbly, medium grained SAND (10, 90): Light brownish gray, dry, no - 42- ~o7 ...... hydrocarbon odor. 25 '.'.-.'.'.Sp ., 50 for 3" : 7 12 ' ~, "" 5~ Silty, medium grained SANB (20, 80): orangish brown, moist, no hydrocarbon 18 -44- 24 ,;, odor. 18 13 10 Silty, very fine grained SAND (30, 70): light orangish brown, reels[ to very 25 reels[, no hydrocarbon odor. - 46 - 23 50 HL -48- Very fine grained SAND: light tan, slighUy moist, no hydrocarbon odor. -50- o ~o 28 ~r~. Grades to fine grained SAND: light brown, slightly moist, no hydrocarbon ::::.:.: odor. -52- .... - 54 - ;:::::::: 0 12 ~ ..... Grades to orangish brown. - 56 - ~6L IO/O9/1998 lithlog-June,96 Page: 2 of 3 Drilling Log FI.UORDA#iEI. G?II~ Soil Boring B-3 Prolect Southland//21476 0~ner Southland Corporation Location 1700 Brunda,qe Lane, Bakersfield, CA Prol. No. 103999.6305 ~ ~' ~ ,=-- ~ - ,. Description e_~ m (Color, Texture, Structure) - m Trace < 10%, Little 10~ to 20%, Some 20% to 35%, And 35% to 50% - 5~ -- 25 ~ ::::;::;: Fine grained SAND (continued). - 58 - :.:.:.:.: 25 25 SP - 62 - :::::::: - 64 - :::::::: o ~T ~ .... Grades to pebbly SAND (5, 95). - ~ - so 88.5'. Total depth of -68- -70- -72- -74- -76- -78- -80- ~82- -84 - -86- -88- 10/09/1998 lithlog-June,96 Page: 3 of 3 APPENDIX B FIELD NOTES 21476sar. q~t ~ FLUOR DANIEL GTI APPENDIX C LABORATORY REPORT AND CHAIN-OF-CUSTODY 21476sar. rp~ I~,,-k FLUOR DANIEL GTI REVISED REPORT Signature Date Name: Tim Scott 1250 E. Gene Autry Way Anaheim, CA 92805 Title: Laboratory Manager C A. E. L. A. P. 1174 L A. C. S. D. 10146 The a~lytical results, opln*ons or rant erpret ations contained in this report are based upon information and mat edal supplied by lhe cllent for whose exclusive a~ confidential use this report has been made. The analyllcal result S, opinions or interpretations expressed repres~t the b~t judgment of Core LabOratories Core Laboratories, howler, mak~ no warranty or representation, exoress or implied, of a~y type, and exp¢essly disclaims ~me as to the productivity, proof o~rations ~ profitableness of any o~1. gas. coal or other mineral, property, well or Sand tn conne~tlon wltt~ which such report is used or re~ied upon for any reason whats~ver. This report shal~ not be reproduced, in whole or in part. without ~he written approval of Core Laboratories. 1 CORE LABORATORIES Job Number.: 981214 Project Number ......... : 97000260 Customer ..: Fluor Daniel GT! Customer Project ID .... : 21476 BAKERSF!ELD Attn ....... : Shelby Lathrop Project Description .... : Southland - Martinez 981214-1 B-1-20' Soil 08/17/98 09:55 08/20/98 10:30 981214-2 B-1-25' Soil 08/17/98 10:01 08/20/98 10:30 981214-3 B-1-30' Soil 08/17/98 10:09 08/20/98 10:30 981214-4 B-1-35' Soil 08/17/98 10:32 08/20/98 10:30 981214-5 B-1-40' Soil 08/17/98 10:48 08/20/98 10:30 981214-6 B-1-45' Soil 08/17/98 10:58 08/20/98 i0:30 981214-7 B-1-50' Soil 08/17/98 11:05 08/20/98 10:30 981214-8 B-1-55' Soil 08/17/98 11:18 08/20/98 10:30 981214-9 B-1-60' Soil 08/17/98 11:27 08/20/98 10:30 981214-10 B-1-65' Soil 08/17/98 11:38 08/20/98 10:30 981214-11 B-2-5' Soil 08/17/98 14:21 08/20/98 10:30 981214-12 B-2-10' Soil 08/17/98 14:28 08/20/98 10:30 981214-13 B-2-15' Soil 08/17/98 14:31 08/20/98 10:30 981214-14 B-2-20' Soil 08/17/98 14:34 08/20/98 10:30 981214-15 B-2-25' Soil 08/17/98 14:41 08/20/98 10:30 981214-16 B-2-30' Soil 08/17/98 14:46 08/20/98 10:30 981214-17 B-2-35' Soil 08/17/98 14:51 08/20/98 10:30 981214-18 B-2-40' Soil 08/17/98 14:55 08/20/98 10:30 981214-19 B-2-45' Soil 08/17/98 15:11 08/20/98 10:30 981214-20 B-2-50' Soil 08/17/98 15:21 08/20/98 10:30 981214-21 B-2-55' Soil 08/17/98 15:31 08/20/98 10:30 981214-22 B-2-60' Soil 08/17/98 15:55 08/20/98 10:30 981214-23 B-2-65' Soil 08/17/98 16:08 08/20/98 10:30 981214-24 B-3-5' Soil 08/18/98 09:04 08/20/98 10:30 981214-25 B-3-10' Soil 08/18/98 09:08 08/20/98 10:30 981214-26 B-3-15' Soil 08/18/98 09:15 08/20/98 10:30 981214-27 B-3-20' Soil 08/18/98 09:19 08/20/98 10:30 Page 1 The analytical results, opinions or in~efpcetations contained in this ~epo~t are based upon ~nformat~on and ma~eda~ su~3pl~ed by ~ha c~ient ~or whose exclusive and con~identla~ use this ~eport has been ma(~e, The analytical results, opinions of inte~p~eta t~ons expr~sed repre~nt ~ha best ju~gmen~ of Core Led~3¢atories. Core Laboratories, r,oweve~, makes no warranty or representation, express or implied, of any type, and expressly d~sclalms same as to the proOuct~vity, proper operations or pro~t ableness of any oil, gas. coal of other mineral property, well or sand in connection w~th which S~Ch rePort ~S used O~ relied upon for any reason whatsoever This report shall not be reproduced. {n whole o~ in part, without the written approval of Cole Laboratories. Job Number.: 981214 Project Number ......... : 97000260 Customer ..: Fluor Daniel GTI Customer Project ID .... : 21476 BAKERSFIELD Attn ....... : Shelby Lathrop Project Description .... : Southland - Martinez 981214-28 B-3-25' Soil 08/18/98 09:26 08/20/98 10:30 981214-29 B-3-30' Soil 08/18/98 09:33 08/20/98 10:30 981214-30 B-3-35' Soil 08/18/98 09:45 08/20/98 10:30 981214-31 B-3-40' Soil 08/18/98 09:54 08/20/98 10:30 981214-32 B-3-45' Soil 08/18/98 10:16 08/20/98 10:30 981214-33 B-3-50' Soil 08/18/98 10:32 08/20/98 i0:30 981214-34 B-3-55' Soil 08/18/98 10:39 08/20/98 10:30 981214-35 B-3-60' Soil 08/18/98 10:46 08/20/98 10:30 981214-36 B-3-65' Soil 08/18/98 10:58 08/20/98 10:30 Page 2 The analyt*ca~ results, opinions or ~nterpretatlons c o~3t dined in this repot1 are ba~ upon information and material suool~ed by the ciient for whose exclusive and conh~lential use ~his report has been made The analytical results, oo{nlons or interpretations expressed represent [he best judgment of Core Laboratories Core Laboratories. howev~, makes no warranty o~ representation, express or implied, of any type. and expr~sly disclaims same as to the productivity, moper ooerat,o~s or profitableness of any oil. gas. coat or other mineral. Ofoperty. well or Sand in connection with which such report ~S used or re,leO uoon tot any reason whatsoever. This report shall not be reproOuced, in vaho?e or in part. without the written approval of Core Laboratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-1-20' Laboratory Sample ID: 981214-1 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 09:55 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod ~Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid 6740 200 mg/Kg 08/21/98 rf[ EPA 8020A Volatile Organics -Aromatics Benzene, Solid <2.0 2.0 mg/Kg 08/21/98 rf[ Ethylbenzene, Solid 119 2.0 mg/Kg 08/2i/98 rfl Methyl-t-Butyl Ether (MTBE), Solid <20.0 20.0 mg/Kg 08/21/98 rfl Toluene, Solid 380 2.0 mg/Kg 08/21/98 rfl Xylenes (total), Solid 833 2.0 mg/Kg 08/21/98 rfl Page 3 The analyt ~cal results, opinions or interpretations contained in this repor~ are based upon information and material supplied by the clienl lot whose exclusive and conhdentiaI use this report has been made. TD~ analytical results, opinions or inlerpfet a tions expressed represent the Pest judgment of Core Laboratories. Core Laboratories. however, makes no warranty or represent at,on, express or implied, of any type. and expressly disclaims same as to the productivity, p~oper operations or profitableness pt any oil. gas. coal or other mineral, property, welt or Sand {n connection with which such report ~s used or rel~ed upon for any reason whatsoever This report shall not be reproduced, in whole or in part. without the written approva~ o~ Core Laboratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-1-25' Laboratory Sample ID: 981214-2 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 10:01 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid 1.12 0.500 mg/Kg 08/20/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0050 0.0050 mg/Kg 08/20/98 Ethylbenzene, Solid 0.0207 0.0050 mg/Kg 08/20/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 1.63 0.0500 mg/Kg 08/20/98 rfl Toluene, Solid 0.0878 0.0050 mg/Kg 08/20/98 rfl Xylenes (total), Solid 0.188 0.0050 mg/Kg 08/20/98 rfl Page 4 The analy~t results, opinions or interpretations c~tained in this repot1 are based upon inlormation and material supplied by the clien~ ICl whoso exclusive and confidential uso this report has be~n made. The analylical results, opinions or interprola tions expressed repre~n~ ~he best judgmen~ of Core Laborat~ies. Core Labo~a(ories, however, makes no warran y or ~epresen a ion, ex~ ess o mp ed, o any type, and expressly disclaims same as to the productivity, proper operations or proflteb~eness of any oil, gas, coa~ or other mineral, property well or sand in connection with which Such report is used or relied ~pon for any reason whals~ver T~is roped shall not be reproduce,d, in whole or in part, without tho written approval of Core Laboratories. LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B~1-30' Laboratory Sample ID: 981214-3 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 10:09 Time Received ....... : 10:30 Sample Matrix ..... : Soil :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: EPA 8015Mod Total Volatile Petroleum Hydrocarbons 6asotine Range Petroleum Hydrocarbons, Solid 0.349 0.100 mg/Kg 08/20/98 rft EPA 8020A Volatile Organics -Aromatics Benzene, Solid 0.0134 0.0010 mg/Kg 08/20/98 rft Ethylbenzene, Solid 0.0133 0.0010 mg/Kg 08/20/98 rft Methyl-t-Butyl Ether (MTBE), Solid 43.1 0.0100 mg/Kg 08/20/98 rft Toluene, Solid 0.176 0.0010 mg/Kg 08/20/98 rfl Xylenes (total), Solid 0.132 0.0010 mg/Kg 08/20/98 rfl Page 5 The a~lytlcal results, opinions O~ interpretations ~tained in this repor~ are based upon in form~ltion end material supplied by ~he client for w~,ose exclusive and cenhdent~al use this report nas been made. The ana~yhcel resuJts, opinions or intecpreta tlens expressed represent the best judgment of Core Laboratories. Core Laboratories, however, makes ne warranty O~ representation, express or {mpl~ed, of any type, a~O expressly disclaims same as to the p~o(~uctiwty, prope~ operations or profitableness of any o~1, gas, coal or other mineral, prope~y, well or ~nd in connection with which such repoct is use<:l Or relied upon for any reason whalseever. This raped shall not be reproduced, in whole or in par~, wi(hogl the written approval of Core Laboratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-1-35' Laboratory Sample ID: 981214-4 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 10:32 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid 0.935 0.500 mg/Kg 108/20/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid 0.0188 0.0050 mg/Kg 08/20/98 rfl Ethylbenzene, Solid 0.0082 0.0050 mg/Kg 08/20/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 27.4 0.0500 mg/Kg 08/20/98 rfl Toluene, Solid 0.146 0.0050 mg/Kg 08/20/98 rfl Xylenes (total), Solid 0.0930 0.0050 mg/Kg 08/20/98 rfl SW-846 8260A Volatile Organics (Client List) Methyl-t-Butyl Ether (MTBE), Solid 47900 5000 ug/Kg 08/27/98 evd Page 6 The a~lytical results, opinions or interpretatlo~ls contained in this repot1 are based upon information and material supplied by the client for whose exclusive and confidential use ~his reporl has been made. The analytical results, opinions or ~nt e~p~et a lions expressed repfesenl the best judgm~t of Cote Laboratories Core Laboratories, however, makes no warranty or representation, express or imptied, of any type, ar,d expressly disclaims same as to the prcducti~ty, proper opefahans ot profitableness of any oil, gas, coal or other mineral, property, well or ~nd in connection with which such repot1 is used or ra~leO ugon for any reason whatsoever. This ceporl shall not be reproduced, in whole or ~n part, without the writt~ approval ol Co¢e Laboratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-1-40' Laboratory Sample ID: 981214-5 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 10:48 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid 3.80 0.500 mg/Kg 08/20/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid 0.131 0.0050 mg/Kg 08/20/98 rfl Ethylbenzene, Solid 0.0427 0.0050 mg/Kg 08/20/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 54.6 0.0500 mg/Kg 08/20/98 rf[ Toluene, Solid 0.716 0.0050 mg/Kg 08/20/98 rfl Xylenes (total), Solid 0.454 0.0050 mg/Kg 08/20/98 rfl Page 7 ~ The analytical results, opin}ons or int erptetations co,rained iN this report are based upon information and material suppli6~l by the chent for whose exclusive and confidentia~ use this re~ort has been made The analylical results, op~nlons or interpretations expr~sed represent ~he bes~ judgment of C~e Laboratories, Core Labo~at eries, however, makes no warranty or representation, express or imphed, of any type, and expressly disclaims same es to the prc~uctivity, proper operations or p~ofi~ableness o~ any oil, gas. coal or other mineral property, wel~ or ~nd {n connection with which such report is used or re~eO upon for any reason whats~ve~. This report sha~l not be reproducsd, ~n whole or in part, w~thout the written approval o~ Co~e Laboratories. LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-1-45' Laboratory Sample ID: 981214-6 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 ?ime Sampled ...... : 10:58 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid 0.124 0.100 mg/Kg 08/20/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid 0.0078 0.0010 mg/Kg 08/20/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.910 0.0100 mg/Kg 08/20/98 rfl Toluene, Solid 0.0176 0.0010 mg/Kg 08/20/98!rfl Xy[enes (total), Solid 0.0077 0.0010 mg/Kg 08/20/981rfl Page 8 The analytical re~lts, opinions or interpretations contained in this repo[t are bassO upon information and mat e~al supplied by the client for whose exclusive eno confidential use this repot has been made The analytical results, opinions or interpreta tions expresseci repres~t the 13est ludgmenl of Core Laboratories. Core Laboratories, however, makes no warranty ~ representation, expre~ or implied, of any type, and expressly ~ilsclalms same as to t~e prOductivity, P~ope~ operations or profitableness cf any o*1, gas, coal or other mif~eral, prope~y, well or sand in con~ection with which such repor~ is uSed or railed upon tot any reason wt3atsoever. This report shall not be reproduced, in whoie or in part, without the written approval pi Core Laboratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: 8-1-50' Laboratory Sample ID: 981214-7 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 11:05 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/20/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rf[ Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.198 0.0100 mg/Kg 08/20/98 rfl Toluene, Solid 0.0020 0.0010 mg/Kg 08/20/98 rfl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/20/98 rf[ Page 9 The a~lytical results, opinions or interpretations contai~d in this report are Dase~ upon in~ormatio~ and material supplied by the client for whose exclusive and confidential u~ th~s report has t~en made The a~lytical resutt S, opinions or interpretations expressed represent the best judgment of Core Laborat orig. Core Laboratories, however, makes no warranty or repre~nt ation, express or implied, el any type, and expressly di~laims ~me as ~o the produCtivity, proper operations of profit ab[eness of any oil, gas, coal or O~her mineral, property, well or sand in conn~tion with which Such repo~t is used or relied upon fo~ any reason whats~ver This report shall no1 be reproduced, in whole or in part, without the written approval of Core Laboratories CORE LABORATORIES LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-1-55' Laboratory Sample ID: 981214-8 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 11:18 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/20/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rf[ Methyl-t-Butyl Ether (MTBE), Solid 0.245 0.0100 mg/Kg 08/20/98 rfl Toluene, Solid 0.0040 0.0010 mg/Kg 08/20/98 rfl Xylenes (total), Solid 0.0032 0.0010 mg/Kg 08/20/98 rfl Page 10 The E[nalytJCal results, opinions or interpretations con(a~ned ~n this deport age based upon information and material s upp~ied by the cl~enl lot whose exclusive and confidential use this report has b~n made. Tt3e analy~ica~ result S, opinions or interpreta lions expressed rePresenl ~he bes~ judgment of Core Laboratories. Core Laborat odes, howe~er, makes no warranty or repre~ntation, express or implied, of any type, and expressly disclaims ~me as to ~he product~wty, proper oper alions of p~oflt ableness of any oil, gas, coal or other mineral, property, well or sand in connection Wllh w~ich such tepod is used ot retied upon lot any reason whatsoever This repod shall not be reproduced, in whole or in part, without the written approval of Core Laboralofies LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-l-60' Laboratory Sample ID: 981214-9 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 11:27 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/20/98 rf[ EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rf[ Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.0508 0.0100 mg/Kg 08/20/98 rfl Toluene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Page 11 'the analyticat resutt s, opinions or int~'pretalio~s contained in trois repod are based upon information and material supplie~ by the chant for whose exclusive and confidentiel use this report has b~en made, The analytical results, opinions or interpretations expressed represent the best judgm~t of Core Laboratories Core Laboratories. however, makes no warranty o~ representation, express or implied, of any type, and expressly disclaims s~me as to ~he productivity, prop~ operations or profit ebieness of any oil, gas, coal or other minerat, property, well or Sand in connection with which such report is used or relied upon for any reason whatsoever This report shall not be reprcduced, in whole o¢ in part, witt~out the written approval of Core Laboratories. LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-1-65' Laboratory Sample ID: 981214-10 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 11:38 , Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/20/98'rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid ~<0.0010 0.0010 mg/Kg 08/20/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.0393 0.0100 mg/Kg 08/20/98 rfl Toluene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Xylenea (total), Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Page 12 The a~lylical result s, opinions or interpretations oo~tained in lh~S report are based upon ~ntormallon and material supplied by Ihe Cllenl for whose exclus,ve an~ confidential use this r elx)rl has ben mede. T~'~ analytical reSults, opinions or interpreta lions expressed represent fha best judgment of Core Lab~rat eries. Core Laboratories, howler, makes no warranty or representation, express or implied, of any ~ype. and expressly disclaims same as to the prodrtiwty, proper operations or prot,tab~eness of any oil. gas, coal or o~t~er mineral, property, well or sand in connection with which such report ~s used or relied UpOn for any reason whatsoever This repo~t shal~ not be reproduced, ~n whole or in part, without the written approval el Core Laboratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-2-20' Laboratory Sample ID: 981214-14 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 14:34 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/20/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.0180 0.0100 mg/Kg 08/20/98 rfl Toluene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Page 13 Tb~ ~ln~l~icat results, opinions or inlerpfetlltions contained in this reporJ are based upon information and matoflal supphed by the client f~ whoso exclusive and confidential uso thts report has been made, The anatytical results, opinfons or interpretations expressed represent the best ludgmen~ o~ Core Laboratories. Core L~borat eries, however, makes no warranty or representation, express or imp~ied, of any ~ype. and expressly disclaims same as ~o ~he productivity, proper operations or prohtab~eness o~ any 011, gas, coal or olher m~neral, property, well or sand in conn~tJon with which such repor~ is used or relied upon tot any reason whatsoever Th~s report shall not be reproduced. ~n whole or in par1, wltnout the wrlJten approval of Core Laboratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-2-25' Laboratory Sample ID: 981214-15 · Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 14:41 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/20/98 rfl EPA 8020A Volatile Organics -Aromatics 'Benzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.402 0.0100 mg/Kg 08/20/98 rfl Toluene, Solid <0.0010 0.0010 mg/Kg 08/20/98 -fl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Page 14 The analytical re.lis, opinions or interpretations contained in this report are based upon information and material supplied by the client for whose exclusive and confidential use this report has been made, The 8natytical results, opinions or inlerpreta lions expressed represent th~ besI judgment of C.o~e Lab~atories Core Laboratories, howler, makes no warranty or representation, express or ~mplied, of any type, and expressly disclaims ~me as to the productivity, Or oper operations or profitab{eness of any oil, gas, coal of other mineral, property, well or sand in connection with wh]ct~ Such report is u~d of relied upon for any reason whatsoever This repo~ shaft not be reproduced, in whole or in parL without the w~]tten approval of Core Laboratories. I LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: Bo2-30' Laboratory Sample ID: 981214-16 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 14:46 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/20/98 rf[ EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rf[ Methyl-t-Butyl Ether (MTBE), Solid 0.898 0.0100 mg/Kg 08/20/98 rfl Toluene, Solid <0.0010 0.0010 mg/Kg 08/20/98 rfl Xylenes (total), Solid 0.0063 0.0010 mg/Kg 08/20/98 rfl Page 15 The analyllcal results, opinions or interpretations contained in th~s report are based upon information and material supplied by Ihe ehenl lot whose exctuslve and confidenlial use this ~eoor t has been made The anal¥11cal result S. opinions or iniergreta tions expressed represent lhe best judgment of Core Laboratories Core Laboratories, however, mak~ no warranty of representation, express or implied, of any type, and expressly disclaims same as to the pro~uctivity, proper operations or profitableness of any oil, gas, coal or other mineral, property, welt or Sand in connection with which such raped is used or relied upon ~or any reason whatsoever. This report shalt not be reproduced, in whole or in part, withou~ the written approval of Core Laboratories. I LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-2-35' Laboratory Sample ID: 981214-17 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 14:51 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rf[ Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 1.89 0.0100 mg/Kg 08/21/98 rfl Toluene, Solid 0.0029 0.0010 mg/Kg 08/21/98 rfl Xylenes (total), Solid 0.0032 0.0010 mg/Kg 08/21/98 rfl Page 16 The a~l~i~l msul~s, opin~ns or interpretati~s c~tain~ in this report are bas~ upon infatuation and ~tedal suppli~ by ~ client for whose exclusive and confidenti~ u~ this repo~ ~s ~n m~e. T~ a~lytica~ ~esu~t s. opinions or interpretations expr~d represenl 1~ ~ judgm~t of ~e ~borat ~i~. Core ~boratories. ~wever. makes no warranty or repres~tatlon, e~r~s or implied, of a~ Iy~. and expressly disclaims ~me as to t~ ~oducl~vlty. proof operati~s or profitabl~ess ~ any o~1. gas. ~a~ ~ other mineral, pro,dy, well or sana ~n connection w~th which s~h fe~ is ~$~ or tel{ed u~n for any reason whats~ver. This repo~ shall not be repr~uced, in whole or in pa~. without ~he wdtten approval Pt Coce ~boratodes LABORATORY TEST .RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: 8-2-40' Laboratory Sample ID: 981214-18 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 14:55 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid 0.0012 0.0070 mg/Kg 08/21/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 1.27 0.0100 mg/Kg 08/21/98 rf[ Toluene, Solid 0.0050 0.0010 mg/Kg 08/21/98 rfl Xylenes (total), Solid 0.0034 0.0010 mg/Kg 08/21/98 rft Page 17 Th~ e~l~ical results, opinions or int~pretations cont ain~ in th~s repo~ am bas~ u~n information a~ material suppli~ by t~ client for w~ exclusive and confi~ent~l use this r~o~ ~S ~n made. The enal~ical r~ults, opinions o~ i~t~preta tions exDres~d represent the ~st j~dgm~t of ~e ~rato~es. ~re ~boratorles, ~wevet, ~kes no warranty or reores~tation, exp~s or impli~, of e~ t~, and expcess~ ~i~laim s ~me as to the pr~uctiv~ty, prope~ operations or p~ofi~ab~enes~ of any od, gas, coa~ or olher mineral, Proo~y, well or ~n~ i~ conn~t~on with which such repo~ is used or reli~ ~pon for any reaso~ whatsoever. This report shall not ~ reproduce, i~ ~ole or in pa~, wlth~t the wnt~en approva~ of Core ~bor atodes. LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample 10: B-2-45' Laboratory Sample ID: 981214-19 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 15:11 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid 0.0016 0.0010 mg/Kg 08/21/98rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.0815 0.0100 mg/Kg 08/21/98 Toluene, Solid 0.0020 0.0010 mg/Kg 08/21/98 rfl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Page 18 The analytical results, opinions of interpretations contained in this ~eporl are based upon information and ~t efial supplied by the diem for whose exc~uslve and confidential use this report has bemq made. The ana~/t~cal result s, opiffions or interpreta tions expressed represent the best judgment of Co~e Laboratories Core Laboratories, however, makes ~ warranty ~ representati~, expr~s ~ imp~ied, of any type, and expressly diSClaims same as to the productivity, proper operative or profitab~e~ss et any oil. gas, coal or other mineral, property, well or sand in conn~tlon with which such report rs used 0¢ relied upon for any reason whats~ver This repot1 sha~l r~ot be reproduced, in wflol~ or in parl, without the written approval of Core Laboratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-2-50' Laboratory Sample ID: 981214-20 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 15:21 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 108/21/981rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rf[ Methyl-t-Butyl Ether (MTBE), Solid 0.0268 0.0100 mg/Kg 08/21/98 rfl Toluene~ Solid <0.0010 0.0010 mg/Kg 08/21/981rfl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Page 19 The a~lytical results, opinions Or interpretations co~t ai~d in this report are based upon in~ocmation and mat edal supplied by the client for who~ e xc{us~ve and conhdential use this report has been mecle. The analytiCal results, opinions or interpret e tions expresseo represent ~ bes~ ~uOgment of C~re Laboratories. C<3~e Laborate¢~es. however, makes no warranty or ~epres~tation. express or implied, of any type. an(~ expressly Oisctaims ~me as to the p~od~ctlv~ty, proper operations or profitpol6ness of LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-2-55' Laboratory Sample ID: 981214-21 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 15:31 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98 -fl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rft Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rft Methyl-t-Butyl Ether (MTBE), Solid 0.0303 0.0100 mg/Kg 08/21/98 rf[ Toluene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rf[ Xytenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rf[ Page 20 LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-2-60' Laboratory Sample ID: 981214-22 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 15:55 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.0217 0.0100 mg/Kg 08/21/98 rfl Toluene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Page 21 The e~ylical results, opinions or int erpretat~ons contained in this report are based upon information and material suppl~ed by tho cl~en~ lot whoso exclusive and confidential use th~s report has b~en made. The anetylical results, epitaphs et interpret a tlons expressed represent the best judgment of Core Laboratories, Core Laboratories, however, makes no warranty or representation, express o~ implied, of any type, and expressly d~sclaims same as ~o the productivity, proper operations or profitableness of any oil, gas, coal or other mineral properly, well er sand in connection with which such report rs used or relied upon for any r~son whatsoever This roped shail not be reproduced, in whole of in part, without the written approval et Core Laboratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-2-65' Laboratory Sample ID: 981214-23 Date Sampled ...... : 08/17/98 Date Received ....... : 08/20/98 Time Sampled ...... : 16:08 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid ~<0.100 0.100 mg/Kg 08/21/98 rf[ EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 108/21/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg1108/21/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.0239 0.0100 mg/Kg i08/21/98 rf[ Toluene, Solid <0.0010 0.0010 mg/Kg )08/21/98 rfl Xy[enes (total), Solid :<0.0010 0.0010 mg/Kg 08/21/98 rfl Page 22 LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-3-20' Laboratory Sample ID: 981214-27 Date Sampled ...... : 08/18/98 Date Received ....... : 08/20/98 Time Sampled ...... : 09:19 Time Received ....... : 10:30 Sampte Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Sotid <0.100 0.100 mg/K9 08/21/98 rft EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Ethytbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rft Methyl-t-Butyl Ether (MTBE), Solid 0.139 0.0100 mg/Kg 08/21/98 rfl Toluene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rft Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rft Page 23 T~ analy~i~I results, opinions or interprelati~s contained in this re~or~ are based upon information and material suppli~ by ~he clleni lof whose exclusive anO Confidential use this repor~ has been made The analytical results, opinions Or interpretations expressed represen~ ~he b~st judgment of Core Ledorat odes, Core Laboratories, howler, makes no warranty or representation, express of implied, of any type, and expressly disclaims same as to the preductlvity, proper operations or prohtabl~ess o{ any oil, gas. coal or other mineral, propef~¥, we~l or sanO in connection with w~ch such report is used or relied upon for any feaso~ whatsoever. This report shall not be reproduced, ~n whole or ~n part. w~thou~ the written approval of Core Laboratories. LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-3-25' Laboratory Sample ID: 981214-28 Date Sampled ...... : 08/18/98 Date Received ....... : 08/20/98 Time Sampled ...... : 09:26 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rf[ Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rf[ Methyl-t-Butyl Ether (MTBE), Solid 0.357 0.0100 mg/Kg 08/21/98 rf[ Toluene~ Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Xy[enes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Page 24 *rt-~ a~lytical results, opln~ns or iht erpretati~s contained in this report are baSe¢ upon information and ~t erial supplied by lhe client for who~ exclusive and confidential use th~s report has been made The a~lyli~t resutt s. opinions or interpretations expressed represent the best judgment of Core Laboratories. Cote Laboratories. however, makes no warranty or representation, express or implied, of a~y type, and expressly disclaims ~me as to the productivity, proper operations ~ proht 8b~eness of any oit, gas, coal or other m~nefal, property, wel~ er ~nd in connection wi~h which sucf~ repod is uSed or re~ied upon for any reason wf~at soever. This report shall not be reproduced, in whole or in part, w~t hour the written approval of Core Laboratories, CORE LABORATORIES LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-3-30' Laboratory Sample ID: 981214-29 Date Sampled ...... : 08/18/98 Date Received ....... : 08/20/98 Time Sampled ...... : 09:33 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.627 0.0100 mg/Kg 08/21/98 rfl Toluene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Page 25 The a~y~ical results, oo~nions or interpret ations co~3tai~d in this report are based upon inlormat ~n and ~terial suppl~ed by the c~ient for whose exclusive and conlidential use this report has been made. The a~ly~ical results, op~nlons o~ ~nterpreta lions expressed represent the best judgment of Core Laboratofi6s. Core Laboratories, however, makes no warranty or representation, express or im~3fied, of any ~ype, and expressly disclaims same as to the productivity, proper oDefations or profitableness of any OiL gas. coal or other mineral, property, well or sand in connection with which SuCh report is used or relied upon for any reason whatsoever. This report shatl not be reproduced, in WhOle or in pert, without the written approval ol Core Laboratories. LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-3-35' Laboratory Sample ID: 981214-30 Date Sampled ...... : 08/18/98 Date Received ....... : 08/20/98 Time Sampled ...... : 09:45 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98'rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg =08/21/98 -fl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 Methyl-t-Butyl Ether (MTBE), Solid 0.106 0.0100 mg/Kg 08/21/98 rfl Toluene, Solid <0.0010 0.0010 mg/Kg 08/21/98 Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Page 26 The analytical result s. opinions or inte~pretation~ contained in ~his report are based upo~ information and materia~ supplied by ~h~ clien! Io~ ',vhose exclusive and confidential use this report has been macle The arl~lytlcal results, opinions O~ intecpreta tions expressed repres~t the besl judgment of Core Laboratories. Core Laboratories, however, makes no warranty o~ representation, express or implied, of any type, and expressly disclaims same as to the productivity, ~roper do,rations or profitableness of LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-3-40' Laboratory Sample ID: 981214-31 Date Sampled ...... : 08/18/98 Date Received ....... : 08/20/98 Time Sampled ...... : 09:54 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Methy[-t~Butyl Ether (MTBE), Solid 0.101 0.0100 mg/Kg 08/21/98 Toluene, Solid <0.0010 0.0010 mg/Kg 08/21/98 ri[ Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 ri[ Page 27 The anal~ical result s, opinions or tnt erpret~ions contaln~ in this re~d are bas~ u~n information and matenat supplied by Ihe client f~ whose exclusive and ~nfidential use this report has ~n made, T~ anaf~ical results, opinions o¢ interpreta t~ons express~ represent the best Judgment of Bm ~boratories. Core ~boratories, however, makes ~ warranty or representation, express or tmpllo0, ~ any ty~, a~ expressly ~isclaims same as to the productivity, proper o~rations or profitableness of any oil gas, coal or OthOr mineral, prope~y, well or sand in cennectlon with which such repo~ is used or feli~ upon lot any reason w~tsoever This re~ shall not ~ reproduce, in whole or in pa~, ~thout the writte~ approval of Core ~boratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-3-45' Laboratory Sample ID: 981214-32 Date Sampled ...... : 08/18/98 Date Received ....... : 08/20/98 Time Sampled ...... : 10:16 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Sol~d <0.100 0.100 mg/Kg 08/21/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid 0.0016 0.0010 mg/Kg 08/21/98 rfl Ethytbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 Methyl-t-Butyl Ether (MTBE), Solid 0.0350 0.0100 mg/Kg 08/21/98 rfl Toluene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Page 28 ~h~ anal¢i~l resu~s, e~nions of int~etations contain~ in this re~d are bas~ u~n information and material supplied by the client for wn~e exclu~ve and ¢o~fid~tial u~ this repot[ ~s b~en m~o, The anaI~ical r~ult S, opinions or interp~ta tions expres~d repre~t t~ best judgment of ~re ~rat ~ies. C~e ~aIories, ~w~er, mak~ no warranty er repre~ntation, express or impl~. ~ any type, and expressly disclaims ~me as lo the productivity, proper o~ralions or profitableness of any oil, gas, ~al or other mineral, prop~ly, we~l or sand in ¢onn~tion with which SUCh repod is used ~ reli~ upon for any reason what soever, This report shall nOl be repr~uc~, in whole or ~n part, withou~ t~ written approval of Core ~ratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: B-3-50' Laboratory Sample ID: 981214-33 Date Sampled ...... : 08/18/98 Date Received ....... : 08/20/98 Time Sampled ...... : 10:32 Time Received ....... : 10:30 Sample Matrix ..... : EPA 8015Mod Iota[ Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, So[id <0.100 0.100 mg/Kg 08/21/98 rf[ EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rf[ Ethytbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.0197 0.0100 mg/Kg 08/21/98 rf[ Toluene, So[id <0.0010 0.0010 mg/Kg 08/21/98 rf[ Xy[enes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rf[ Page 29 Tn a~l~i~l results, Minions of int~ptetations contain~ in this ~po~ a~ D~ u~n inf~mation and mater~ suopl{~ by ~he client for whose exclusive anO con fldentia~ use this repod ~S ~ m~$ The anal~ical results, opinions o~ iht erp~ta tions LABORATORY TEST RESULTS Job Number: 981214 Bate: 09/10/98 Customer Sample ID: B-3-55' Laboratory Sample ID: 981214-34 Date Sampled ...... : 08/18/98 Date Received ....... : 08/20/98 Time Sampled ...... : 10:39 Time Received ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Methyl-t-Butyl Ether (MTBE), Solid 0.0200 0.0100 mg/Kg 08/21/98 rf[ Toluene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rf[ Page 30 LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample ID: 8-3-60' Laboratory Sample ID: 981214-35 Date Sampled ...... : 08/18/98 Date Received ....... : 08/20/98 Time Sampled ...... : 10:46 Tfme Recefved ....... : 10:30 Sample Matrix ..... : Soil EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98'rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Ethytbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rft Methyl-t-Butyl Ether (MTBE), Solid 0.0176 0.0100 mg/Kg 08/21/981rfl Toluene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98!rf[ Page 31 Tl~e ana~ical results, options or interpretalio~s cont ain~ ~n t~$ repor~ are bas~ upon informa~,o~ and material SU ppli~ by the client (o¢ v~nose exclusive eno confidential use th~s report has been made, The analytical results, opinions or interprela tlons expcessed represent t~e best judgment of ~re L~bor~t ~ies Core Laboratories, however, makes no warranty or rsp~esenlation, express or implied, of any tyP~, and expressly disclaims same as to the productivity, propel operations o~ ptofllabl6~es$ of any o11, gas, COal or other mineral, property, welt or sand in con~ction with which such rep~l is u~d or relie~ upon for any reason whatsoever This repo~ shall not be reproduced, ~n who~e or in pegt, without the wrltten approval of Cor~ Laboratories LABORATORY TEST RESULTS Job Number: 981214 Date: 09/10/98 Customer Sample [D: B-3-65' Laboratory Sample ZD: 981214-36 Date Sampled ...... : 08/18/98 Date Received ....... : 08/20/98 Time Sampled ...... : 10:58 Time Received ....... : 10:30 Sample Matrix ..... : Spit EPA 8015Mod Total Volatile Petroleum Hydrocarbons Gasoline Range Petroleum Hydrocarbons, Solid <0.100 0.100 mg/Kg 08/21/98 rfl EPA 8020A Volatile Organics -Aromatics Benzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rft Ethylbenzene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Methyl-t-Butyl Ether (MTBE), So[id 0.0192 0.0100 mg/Kg 08/21/98 rf[ Toluene, Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Xylenes (total), Solid <0.0010 0.0010 mg/Kg 08/21/98 rfl Page 32 The a ~lytiCal results, opinions or interpretations contained in this report are based u~on information and material s~pp~ied by th~ c~ient for i,~hose exclusive and confl~lo~tial use this report has b~en made, The analytical results, opinions O~ ~nt e~preta lions expressed represent 1he best ju(lgment of Core L~boratodes. Core L~Doratories. however, makes no warranty or represent ation, express o~ imolied, el any type. and expressly dlscla~ms sam~ as to the prodt~cti~ty, moper operations of profitableness el any pit, gas. coal or other micra{, property, w~ll or sand in connection with which such report ~S us~ ~ relied upon for any reason what~v~ This report shall not be reproduced, in whole or in part, without the written approval of Core Laboratories. QUALITY CONTROL RESULTS Job Number: 981214 Date: 09/10/98 Test Method ........ : EPA 8020A Batch ........ : 2549 Analyst ...: rf[ Method Description.: Volatile Organics -Aromatics Units ........ : ug/L Parameter/Test Description QC Result QC Result True Value Orig. Value Calc. Result * Limits Benzene 19.981 20. 100 % 85-115 Ethylbenzene 20.252 20. 101 % 85-115 Methyl-t-Butyl Ether (MTBE) 26.410 20. 132 % 70-130 Toluene 20.605 20. 103 % 85-115 Xytenes (total) 61.38 60. 102 % 85-115 Parameter/Test Description QC Result QC Result True Value Orig. Value Catc. Result * Limits Benzene 0 0.5000 Ethytbenzene 0 0.5000 Methyl-t-Butyl Ether (MTBE) 0 10.0000 Toluene 0 0.5000 Xytenes (total) 0.00 0.5000 Parameter/Test Description OC Result OC Result True Value Orig. Value Catc. Result * Limits Benzene 20.623 20. 103 D 85-115 Ethylbenzene 20.990 20. 105 D 85-115 Methyl-t-Butyl Ether (MTBE) 42.687 20. 213 D 70-130 Totuene 21.337 20. 107 D 85-115 Xytenes (total) 63.20 60. 105 D 85-115 Parameter/Test Description QC Result OC Result True Value Orig. Value Catc. Result * Limits Benzene 26.712 20. 0 133.6 % 39-150 Ethytbenzene 25.357 20. 0 126.8 % 32-160 Methyl-t-Butyl Ether (MTBE) 1515.678 20. 897.561 3090.6 % 50-150 Toluene 25.893 20. 0 129.5 % 46-148 Xytenes (total) 76.57 60. 6.32 117.1 %75-125 Parameter/Test Description QC Result QC Result True Value Orig. Value Calc. Result * Limits Benzene 21.070 26.712 20. 0 105.3 % 39-150 24 R 20 Ethy[benzene 20.130 25.357 20. 0 100.7 % 32-160 23 R 20 Page 33 · %-% REC R-RPD A-ABS Diff. D-% Diff. QUALITY CONTROL RESULTS Job Number: 981214 Date: 09/10/98 QC Type Description Reag. Code J Lab]D J Dilution Factor J Date Time Parameter/Test Description QC Result QC Result True Value Orig. Value talc. Result * Limits Methyl-t-Butyl Ether (MTBE) 1778.477 1515.678 20. 897.561 4404.6 % 50-150 16 R 25 Toluene 20.596 25.893 20. 0 103.0 % 46-148 23 R 20 Xylenes (total) 59.88 76.57 60. 6.32 89.3 % 75-125 24 R 20 Parameter/Test Description QC Result QC Result True Value Orig. Value Calc. Result * Limits Benzene 20.605 20. 103 D 85-115 Ethylbenzene 20.787 20. 104 D 85-115 Methyl-t-Butyl Ether (MTBE) 43.258 20. 216 D 70-130 Toluene 21.299 20. 106 D 85-115 XyLenes (total) 63.41 60. 106 D 85-115 Parameter/Test Description QC Result QC Result True Value Orig. Value talc. Result * Limits Benzene 20.789 20. 104 D 85-115 EthyLbenzene 20.543 20. 103 D 85-115 Methyl-t-Butyl Ether (MTBE) 42.239 20. 211 D ?0-130 Toluene 21.256 20. 106 D 85-115 Xylenes (total) 62.21 60. 104 D 85-115 Test Method ........ : EPA 8015Mod Batch ........ : 2550 Analyst ...: rf[ Method Description.: Total Volatile Petroleum Hydrocarbons Units ........ : ug/L Parameter/Test Description QC Result QC Result True Value Orig. Value Calc. Result * Limits Gasoline Range Petroleum Hydrocarbons 1089 1000.0 109 % 85-115 Parameter/Test Description QC Result QC Result True Value Orig. Value talc. Result * Limits Gasoline Range Petroleum Hydrocarbons 3 100 Page 34 * %-% REC R-RPD A-ABS Diff. D-% Diff. The anaF/tical results, opinions or interpretations conta*nec/in this re~ort are based upon information and mat etial supplied by the client for whose exclusive and conedenfial use ~his report has b~n made, The enaiytical results, opinions or interpreta lions expresse3 represent the best judgment of Core LaO<3rat pries. Core Laboratories. howev6~, makes no warranty or representation, express or impheO, of any type. and expressly disclaims same es to the productivity, proper ooeratlons or ptofitabl~ess of any oil, gas, coal o~ o~her mineral, property, well or aand in connection with which such repo~1 is use(~ or relied upon for any reason wt~ats~ver This repo~l s~all not be reproduced, in whole or in part, wtthout the wrJtten approval of Core Laborato¢ies QUALITY CONTROL RESULTS Job Number: 981214 Date: 09/10/98 Parameter/Test Description OC Result OC Result True Value Orig. Value Calc. Result * Limits Gasol ine Range Petroleum Hydrocarbons 1125 1000.0 112 % 85-115 Parameter/Test Description QC Result QC Result True Value Orig. Value Calc. Result * Limits Gaso[ ina Range Petroleum Hydrocarbons 1057 1000.0 106 % 85-115 Parameter/Test Description QC Result OC Result True Value Orig. Value Calc. Result * Limits Gasoline Range Petroleum Hydrocarbons 1089 1000.0 109 % 85-115 I Test Method ........ : EPA 8015Mod Batch ........ : 2562 Analyst ...: rfl Method Description.: Total Volatile Petroleum Hydrocarbons Units ........ : ug/L Parameter/Test Description QC Result QC Result True Value Orig. Value Calc. Result * Limits Gaso[ i ne Range Petroleum Hydrocarbons 1152 1000.0 115 %, 85-115 Parameter/Test Description QC Result QC Result True Value Orig. Value Calc. Result * Limits Gasoline Range Petroleum Hydrocarbons 3 100 Parameter/Test Description OC Result OC Result lrue Value Orig. Value Ca[c. Result * Limits Gasoline Range Petroleum Hydrocarbons 1164 1000.0 116 % 85-115 Parameter/Test Description QC Result OC Result lrue Value Orig. Value Calc. Result * Limits Gasoline Range Petroleum Hydrocarbons 1202 1000.0 120 % 85-115 Page 35 e %-% REC R-RPD A-ABS Diff. D-% Diff. The enalyt{ca~ resu{t s, opinions or interpretations contained in this r e~oort are based ul)on informati~ and material supplied by the client f~ whose exclusive end confident~l use this reoort has been made, The analytical r6sult s, opinions or intefp~eta lions QUALITY CONTROL RESULTS Job Number: 981214 Date: 09/10/98 QC Type I Description I Reag. Code Lab iD Dilution Factor { Date Time I Test Method ........ : EPA 8020A Batch ........ : 2563 Analyst ...: rf[ Method Description.: Volatile Organics -Aromatics Units ........ : ug/L Parameter/Test Description OC Result QC Result lrue Value Orig. Value Calc. Result * Limits Benzene 22.645 20. 113 % 85-115 Ethylbenzene 22.248 20. 111 % 85-115 Methyl-t-Butyl Ether (MTBE) 35.686 20. 178 % 70-130 Toluene 22.759 20. 114 % 85-115 Xylenes (total) 66.61 60. 111 % 85-115 Parameter/Test Description OC Result QC Result True Value Orig. Value Cate. Result * Limits Benzene 0 0.5000 Ethylbenzene 0 0.5000 Methyl-t-Butyl Ether (MTBE) 0 10.0000 Toluene 0 0.5000 Xytenes (total) 0.00 0.5000 Parameter/Test Description QC Result QC Result True Value Orig. Value talc. Result * Limits Benzene 20.050 20. 100' D 85-115 Ethylbenzene 19.846 20. 99 D 85-115 Methyl-t-Butyl Ether (MTBE) 24.157 20. 121 D 70-130 Toluene 20.367 20. 102 D B5-115 Xylenes (total) 60.52 60. 101 D 85-115 Parameter/Test Description QC Result OC Result True Value Orig. Value Catc. Result * Limits Benzene 18.869 20. 94 D 85-115 Ethylbenzene 19.081 20. 95 D 85-115 Methyl-t-Butyl Ether (MTBE) 22.385 20. 112 D 70-130 Toluene 19.413 20. 97 D 85-115 Xylenes (total) 57.77 60. 96 D 85-115 Page 36 * %-% REC R-RPD A-ABS Diff. D-% Diff. TF~ analytical results, opinions ot int~pret ations contained in this report are Dased upon information and ~terial supplied by t~e client for whose exclusive and confidential use this repor~ has been made. TP~e a~lytlcal result s. opinions or intenpreta tions expressed represent ~he best judgmen~ ot Co~e Laboratories. Core Leb~atoHes. ho~er, makes no warranty ~ representation, express or implied, of any type. and expre~ly disclaims same as to the pro~uctivit y, proper operations or prohtableness of QUALITY CONTROL RESULTS Job Number: 981214 Date: 09/10/98 QC Type Description Reag. Code Lab ID Dilution Factor Date Time I Test Method ........ : S~-846 8260A Batch ........ : 2646 Analyst ...: evd Method Description.: Volatile Organics (Client List) Units ........ : ug/L Parameter/Test Description QC Result QC Result True Value Orig. Value Calc. Result * Limits Benzene 11.01 10.000000 0 110.1 % 66-142 Chtorobenzene 10.51 10.000000 0 105.1 % 60-133 1,1-Dichtoroethane 11.16 10.000000 0 111.6 % 59-172 Toluene 10.18 10.000000 0 101.8 % 59-139 Trichtoroethene 11.58 10.000000 0 115.8 % 62-137 I I Parameter/lest Description QC Result QC Result True Value Orig. Value Catc. Result * Limits Benzene 10.37 11.01 10.000000 0 103.7 % 66-142 6 R 21 Chlorobenzene 10.37 10.51 10.000000 0 103.7 % 60-133 1 R 21 1,1-Dichloroethane 11.13 11.16 10.000000 0 111.3 % 59-172 0 R 22 Toluene 10.23 10.18 10.000000 0 102.3 % 59-139 0 R 21 Trichtoroethene 11.24 11.58 10.000000 0 112.4 % 62-137 3 R 24 Parameter/Test Description QC Result QC Result True Value Orig. Value Cate. Result * Limits Acrotein 0 10.00 Acrytonitrite 0 10.00 Acetone 0 10.00 Benzene 0 1.00 Bromebenzene 0 1.00 Bromochtoromethane 0 1.00 Bromodichtoromethane 0 1.00 Bromoform 0 1.00 Bromomethane 0 2.00 Methyl-t-Butyl Ether (MTBE) 0 2.00 Methyl ethyl ketone (2-Butanone) 0 10.00 n-Butylbenzene -0.67 1.00 sec-Butylbenzene -0.53 1.00 tert-Butylbenzene 0 1.00 Carbon disulfide -0.63 2.00 Carbon tetrachloride (Freon 10) 0 1.00 Ch[orobenzene 0 1.00 Ch[oroethane 0 2.00 2-Chloroethytviny[ ether 0 1.00 Chloroform 0 1.00 Ch[oromethane 0 2.00 Page 37 · %-% REC R-RPD A-ABS Diff. D-% Diff. T~ a~ ~esu~s, opini~s or ime~et ations contain~ in this re~ are ~S~ u~n ~ntormafion a~ ~t~ial suppli~ by the client for w~ose exclu~ve and confidential use this repo~ ~s ~n made. T~ e~l~ical r~ult S, opin~ns or interpretations express~ re~esent the ~St iu~t of ~e ~ratorie$ Core ~ratories, however, makes no warranty or representation, express or imp~. of any ty~. and express~ Uisc~ims same es to the pr~uctivity, proper operations or prof~tablene~ of any od. gas, coal or other mineral, pro~y, well or ~nd in conn~tion ~th which such raped is u~O ~ reli~ upon for any reason whats~ver. This repoA shaft not ~ reproduce, in whole or in part, wit~t the wdtten approval of Core Laboratories QUALITY CONTROL RESULTS Job Number: 981214 Date: 09/10/98 Parameter/Test Description QC Result OC Result True Value Orig. Value Cate. Result * Limits 2-Chlorotoluene 0 1.00 4-Chlorotoluene 0 1.00 Dibromochloromethane 0 1.00 1,2-Dibromoethane (EDB) 0 1.00 1,2-D~bromo-3-chloropropane 0 1.00 Dibromomethane 0 1.00 1,2-Dichlorobenzene 0 1.00 1,3-Dichlorobenzene 0 1.00 1,4-Dichlorobenzene 0 1.00 Dichlorodifluoromethane (Freon 12) 0 1.00 1,1-Dichloroethane 0 1.00 1,2-Dichloroethane 0 1.00 1,1-Dichloroethene 0 1.00 cis-l,2-Dichloroethene 0 1.00 trans-l,2-Dichloroethene 0 1.00 1,2-Dichloropropane 0 1.00 cis-l,3-Dichloropropene 0 1.00 trans-l,3-Dichloropropene 0 1.00 1,3-Oichloropropane 0 1.00 2~2-Dichloropropane .0 1.00 l,l-Dichloropropene -0.59 1.00 Ethylbenzene 0 1.00 Nexachlorobutadiene -0.09 1.00 2-Hexanone 0 10.00 Iodomethane 0 5.00 I$opropylbenzene 0 1.00 p-lsopropyttoluene -0.53 1.00 Methylene chloride -3.22 5.00 4-Methyl-2-pentanone (MIBK) 0.28 10.00 Naphthalene 0 1.00 n-Propylbenzene 0 1.00 Styrene 0 1.00 1,1,l,2-Tetrachloroethane 0 1.00 1,1,2,2-Tetrachloroethane 0 1.00 Tetrachtoroethene 0 1.00 Toluene 0 1.00 1,2,3-Trichlorobenzene 0 1.00 1,2,4-Trichlorobenzene 0 1.00 1,1,1-Trichloroethane 0 1.00 l,l,2-Trichtoroethane 0 1.00 Trichloroethene 0 1.00 Trichlorofluoromethane (Freon 11) 0 10.00 1,1~2-Trichlorotrifluoroethane(Freon113) 0 1.00 1,2,3-Trichloropropane 0 1.00 1,2,4-Trimethylbenzene 0 1.00 1,3,5-Trimethylbenzene 0 1.00 Vinyl acetate 0 10.00 Vinyl chloride 0 2.00 m&p-Xylenes 0 1.00 o-Xylene 0 1.00 Xylene~ (total) 0 1.00 Tetrahydrofuran 0 40.00 Page 38 * %-% REC R-RPD A-ABS Diff. D-% Diff. The analyttca{ re~lt s, opinions or interpretations c~tained in this repo~l are based upon information end material supplied by the client lot whose exclusive and confidential use this report has been made, The analytical results, o~nions o~ interpfeta tlons expresSed represent the best judgment of Oo~e Laboratories Core Laboratories, bower, makes ~ warranty or representation, express or implied, of any type, and expressJy disclaims same as to the productivity, proper operations or profitableness o{ any oil, gas, Coal or other mineral, prop~ly, wel~ or ~nd in connection with which such repofl is u~d or reh~d upon for any reason whatsoever. Th~s report shall not be reproduced, in who~e or in pert, wpthout t~ written approvat of Core Laboratories QUALITY CONTROL RESULTS Job Number: 981214 Date: 09/10/98 Parameter/lest Description QC Result QC Result True Value Orig. Value Calc. Result * Limits Benzene 10.38 10.000000 104 % 80-120 Chlorobenzene 9.88 10.000000 99 % 80-120 Chloroform 10.28 10.000000 103' % 80-120 1,1-Dich[oroethane 9.93 10.000000 99 % 80-120 1,2-Dich[oropropane 10.34 10.000000 103 % 80-120 Ethylbenzene 9.76 10.000000 98 % 80-120 Toluene 10.33 10.000000 103 % 80-120 Trichloroethene 10.55 10.000000 106 % 80-120 Vinyl chloride 9.46 10.000000 95 % 80-120 Page 39 * %-% REC R-RPD A-ABS Diff. D-% Diff. The ~aly~cat results, opinions or interpretations cent ein~d in this report are based upon information and material supplied by t~ cl~t for whoSe excluSive and confidentiaJ use th~$ repofl has been made. The a~lytlcel results, opinions Or inlerpre~a tions expresse~ represent ~he best judgment of Core La,brat eries, C~re Labofato¢ies, however, makes ne warranty or representation, express or implied, of any ~ype, and expressly aisc~a~ms same as to the produC~ivit y, proper operati~s or profitableness of any oil. gas, coa~ or othe~ mineral, property, wel~ or sand in connection with which such repor~ is used of re~ie<t upon for any reason wh, atso~ver This report snail not be reproduced, ~n who~e or in part, w~thou~ ~he wr,t[en appfoYal of Core Laboratories CORE LABORATORIES SURROGATE RECOVERIES REPORT dob Number.: 981214 Report Date: 09/10/98 Method ............. : EPA 8020A Batch .............. : 2549 Method Code ........ : 80208X Analyst ............ : 4- B romof I uorobenzene ug/L Lab ID Matrix QC Type Dilution Result True Value Percent Recovery Limits Flag Date Time IV 1 0 100.000 0.0 64-147 08/20/98 0923 MB 1 0 100.000 0.0 64-147 08/20/98 0948 981214-1 Solid 1000 0 100.000 0.0 64-147 08/20/98 0406 981214-2 Solid 5 0 100.000 0.0 64-147 08/20/98 0431 981214-3 Solid 1 0 100.000 0.0 64-147 08/20/98 0456 981214-4 Solid 5 0 100.000 0.0 64-147 08/20/98 0521 981214-5 Solid 5 0 100.000 0.0 64-147 08/20/98 0546 981214-6 Solid 1 0 100.000 0.0 64-147 08/20/98 0611 981214-7 Solid 1 0 100.000 0.0 64-147 08/20/98 0636 981214-8 Solid 1 0 100.000 0.0 64-147 08/20/98 0702 981214-9 Solid 1 0 100.000 0.0 64-147 08/20/98 0727 981214-10 Solid 1 0 100.000 0.0 64-147 08/20/98 0752 CV 1 0 100.000 0.0 64-147 08/20/98 0842 981214-14 Solid 1 0 100.000 0.0 64-147 08/20/98 0907 981214-15 Solid 1 0 100.000 0.0 64-147 08/20/98 0932 981214-16 Solid 1 0 100.000 0.0 64-147 08/20/98 0957 981214-16 Solid MS 0 100.000 0.0 64-147 08/20/98 1112 981214-16 Solid MSD 0 100.000 0.0 64-147 08/20/98 1137 981214-17 Solid 1 0 100.000 0.0 64-147 08/21/98 0002 981214-18 Solid 1 0 100.000 0.0 64-147 08/21/98 0027 981214-19 Solid 1 0 100.000 0.0 64-147 08/21/98 0052 981214-20 Solid 1 0 100.000 0.0 64-147 08/21/98 0117 981214-21 Solid 1 0 100.000 0.0 64-147 08/21/98 0142 981214-22 Solid 1 0 100.000 0.0 64-147 08/21/98 0207 981214-23 Solid 1 0 100.000 0.0 64-147 08/21/98 0232 CV 1 0 100.000 0.0 64-147 08/21/98 0322 981214-27 Solid 1 0 100.000 0.0 64-147 08/21/98 0347 981214-28 Solid 1 0 100.000 0.0 64-147 08/21/98 0412 981214-29 Solid 1 0 100.000 0.0 64-147 08/21/98 0437 981214-30 Solid 1 0 100.000 0.0 64-147 08/21/98 0502 981214-31 Solid 1 0 100.000 0.0 64-147 08/21/98 0527 981214-32 Solid 1 0 100.000 0.0 64-147 08/21/98 0552 981214-33 Solid 1 0 100.000 0.0 64-147 08/21/98 0616 981214-34 Solid 1 0 100.000 0.0 64-147, 08/21/98 0642 981214-35 Solid 1 0 100.000 0.0 64-147 08/21/98 0707 981214-36 Solid 1 0 100.000 0.0 64-147 08/21/98 0732 CV 1 0 100.000 0.0 64-147 08/21/98 0822 Page 40 The a~lytical results, opinions or ~nterpretations contained in this report are based upon intormation ar~ material suppl~ed by /he client fo~ whose exclusNe and coniidential use this repo[1 has been made The analytical results, opinions or in~erpreta dons expressed represeflt the best judgment of Core Laborat~ies. Core Laboralories, however, makes ¢o warranty or representation, express ~ implied, PI any type, and expressly disclaims same as to Ihe productiwty, proper operations m profitableness o~ any o~1. gas, coal or other mineral, property, well or ~nd in connection with which Such report rs used or relied upon for any reason wha~s~ver This report shal~ not be reproduced in whole or in part, without the written approval of Core Laboratories SURROGATE RECOVERIES REPORT Job Number.: 981214 Report Date: 09/10/98 Method ............. : EPA 8020A Batch .............. : 2563 Method Code ........ : 8020BX Analyst ............ : rfl 4-Bromof[uorobenzene ug/L Lab ID Matrix QC Type Dilution Result True Value Percent Recovery Limits Flag Date Time ! CV 1 0 1 O0.000 O. 0 64-147 08/21/98 0306 ! V 1 0 1 O0.000 0.0 64-147 08/21/98 0344 MB 1 0 100.000 O. 0 64-147 08/21/98 0409 981216-1 Liquids 1 0 100.000 0.0 64-147 08/21/98 0434 981216-2 Liquids 1 0 100.000 0.0 64-147 08/21/98 0459 981218-1 Liquids 100 0 100.000 0.0 64-147 08/21/98 0525 981218-2 Liquids 1 0 100.000 0.0 64-147 08/21/98 0550 981214-1 Solid 2000 0 100.000 0.0 64-147 08/21/98 0615 981222-1 Liquids 200 0 100.000 0.0 64-147 08/21/98 0640 981223-2 Liquids 1 0 100.000 0.0 64-147 08/21/98 0730 981223-3 Liquids 1 0 100.000 0.0 64-147 08/21/98 0755 981223-4 Liquids 1 0 100.000 0.0 64-147 08/21/98 0819 CCV 1 0 100.000 0.0 64-147 08/21/98 0844 CV 1 0 100.000 0.0 64-147 08/21/98 0909 981149-8 Solid 1 0 100.000 0.0 64-147 08/21/98 0934 981149-8 Solid MS 0 100.000 0.0 64-147 08/21/98 0959 981149-8 Solid MSD 0 100.000 0.0 64-147 08/21/98 1024 981149-9 Solid 1 0 100.000 0.0 64-147 08/21/98 1139 981127-2 Solid 1 0 100.000 0.0 64-147 08/22/98 0004 981127-5 Solid 1 0 100.000 0.0 64-147 08/22/98 0029 CCV 1 0 100.000 O. 0 64-147 08/22/98 0054 CV 1 0 100.000 O. 0 64-147 08/22/98 0119 Method ............. : S~/-846 8260A Batch .............. : 2646 Method Code ........ : 8260C Analyst ............ : evd 4-Bromof tuorobenzene ug/L Lab ID Matrix QC Type Dilution Result True Value Percent Recovery Limits Flag Date Time 981251-1 Solid MS 10.45 10.000 104.5 55-112 08/27/98 2200 981251-1 Solid MSD 10.75 10.000 107.5 55-112 08/27/98 2247 MB 10.13 10.000 101.3 45-112 08/27/98 1237 981242-1 Solid 125 12.87 10.000 128.7 55-112 X 08/27/98 1324 981214-4 SoLid 500 11.53 10.000 115.3 55-112 X 08/27/98 1411 981224-13 Liquids 1 11.32 10.000 113.2 45-112 X 08/27/98 1458 981224-14 Liquids 2 11.06 10.000 110.6 45-112 08/27/98 1546 981224-15 Liquids 1 10.95 10.000 109.5 45-112 08/27/98 1633 981224-17 Liquids 1 10.94 10.000 109.4 45-112 08/27/98 1720 981224-18 Liquids 100 10.27 10.000 102.7 45-112 08/27/98 1807 981224-IP Liquids 2 10.47 10.000 104.7 45-112 08/27/98 1854 981251-1 So[id I 10.52 10.000 105.2 55-112 08/27/98 1940 981251-2 Solid 1 10.13 10.000 101.3 55-112 08/27/98 2027 Page 41 I SURROGATE R E COVE R I E S REPORT Job Number.: 981214 Report Date: 09/10/98 4-Bromoftuorobenzene ug/L Lab ID Matrix QC Type Dilution Result True Value Percent Recovery Limits FLag Date Time 981240-1 Solid 125 10.02 10.000 100.2 55-112 08/27/98 2114 CCV 11.00 10.000 110.0' 45-112 08/27/98 1132 Oibromofluoromethane ug/L Lab ID Matrix QC Type Dilution Result True Value Percent Recovery Limits Flag Date Time 981251-1 Solid MS 11.22 10.000 112.2 73-136 08/27/98 2200 981251-1 Solid MSD 11.15 10.000 111.5 73-136 08/27/98 2247 MB 10.90 10.000 109.0 79-132 08/27/98 1237 981242-1 Solid 125 11.43 10.000 114.3 73-136 08/27/98 1324 981214-4 Solid 500 11.31 10.000 113.1 73-136 08/27/98 1411 981224-13 Liquids 1 11.91 10.000 119.1 79-132 08/27/98 1458 981224-14 Liquids 2 11.66 10.000 116.6 79-132 08/27/98 1546 981224-15 Liquids 1 11.83 10.000 118.3 79-132 08/27/98 1633 981224-17 Liquids 1 11.97 10.000 119.7 79-132 08/27/98 1720 981224-18 Liquids 100 11.43 10.000 114.3 79-132 08/27/98 1807 981224-19 Liquids 2 12.43 10.000 124.3 79-132 08/27/98 1854 981251-1 Solid 1 12.33 10.000 123.3 73-136 08/27/98 1940 981251-2 Solid 1 11.71 10.000 117.1 73-136 08/27/98 2027 981240-1 Solid 125 11.16 10.000 111.6 73-136 08/27/982114 CCV 10.20 10.000 102.0 79-132 08/27/98 1132 Toluene-d8 ug/L Lab ID Matrix QC Type Dilution Result True Value Percent Recovery Limits Flag Date Time 981251-1 Solid MS 9.73 10.000 97.3 81-116 08/27/98 2200 981251-1 Solid MSD 10.23 10.000 102.3 81-116 08/27/98 2247 MB 10.17 10.000 101.7 77-117 08/27/98 1237 981242-1 Solid 125 11.39 10.000 113.9 81-116 08/27/98 1324 981214-4 Solid 500 10.54 10.000 105.4 81-116 08/27/98 1411 981224-13 Liquids 1 10.61 10.000 106.1 77-117 08/27/98 1458 981224-14 Liquids 2 10.55 10.000 105.5 77-117 08/27/98 1546 981224-15 Liquids 1 10.54 10.000 105.4 77-117 08/27/98 1633 981224-17 Liquids I 10.31 10.000 103.1 77-117 08/27/98 1720 981224-18 Liquids 100 10.33 10.000 103.3 77-117 08/27/98 1807 981224-19 Liquids 2 10.25 10.000 102.5 77-117 08/27/98 1854 981251-1 Solid 1 10.18 10.000 101.8 81-116 08/27/98 1940 981251-2 Solid 1 10.29 10.000 102.9 81-116 08/27/98 2027 981240-1 Solid 125 10.48 10.000 104.8 81-116 08/27/98 2114 CCV 10.13 10.000 101.3 77-117 08/27/98 1132 Page 42 The analy~ica~ result s. opinions or interpretations contained i~ this report are based upm3 informaedn and mat~rlal supphed by ~he cl~en~ fo~ whose exc~uswe and confidential use ttlis report has been maOe The analytical results, opinions or interpretations expressed cepresent the bes~ judgment of Core Laboratories Co~e Laboratories, f~owever, makes no warranty or representation, express or implied, of any type, and expressly disclaims same as to the p¢oduct~vity, pro,er operations or profitableness of any oil, gas, coal or Other mineral, property we{I or sand in connection w~th which such repod is used or rel~ed upon for any reason whatsoever. This report shall not be reproduced, in whole or in pa~l. w~thout the written .approva~ of Core Laboratories. ANALYTICAL SUMMARY REPORT Job Number: 981214 Report Date: 09/10/98 [ ID I Sample Identification I Matrix I Matrix I Date Time I Date Time I Factor 981214-2 B-1-25' Soil Solid 08/17/98 1001 08/20/98 0431 5 981214-3 B-1-30' Soil Solid 08/1~98 1009 08/20/98 0456 1 981214-4 B-1-35' Soil Solid 08/17/98 1032 08/20/98 0521 5 981214-5 B-1-40' Soil Solid 08/17/98 1048 08/20/98 0546 5 981214-6 B-1-45' Soil Solid 08/1~98 1058 08/20/98 0611 1 981214-7 B-1-50' Soil Solid 08/17/98 1105 08/20/98 0636 1 981214-8 B-1-55' Soil Solid 08/17/98 1118 08/20/98 0702 1 981214-9 B-1-60' Soil Solid 08/1~98 1127 08/20/98 0727 1 981214-10 B-1-65' Soil Solid 08/17/98 1138 08/20/98 0~2 1 981214-14 B-2-20' Soil Solid 08/17/98 1434 08/20/98 0907 1 981214-15 B-2-25' Soil Solid 08/17/98 1441 08/20/98 0932 1 981214-16 B-2-30' Soil Solid 08/17/98 1446 08/20/98 0957 1 981214-17 B-2-35' Soil Solid 08/17/98 1451 08/21/98 0002 1 981214-18 B-2-40' Soil Solid 08/17/98 1455 08/21/98 0027 1 981214-19 B-2-45' Soil Solid 08/1~98 1511 08/21/98 0052 1 981214-20 B-2-50' Soil Solid 08/17/98 1521 08/21/98 0117 1 981214-21 B-2-55' Soil Solid 08/17/98 1531 08/21/98 0142 1 981214-22 B-2-60' Soil Solid 08/17/98 1555 08/21/98 0207 1 981214-23 B-2-65' Soil Solid 08/17/98 1608 08/21/98 0232 1 981214-27 B-3-20' Soil Solid 08/18/98 0919 08/21/98 0347 1 981214-28 B-3-25' Soil Solid 08/18/98 0926 08/21/98 0412 1 981214-29 B-3-30' Soil Solid 08/18/98 0933 08/21/98 0437 1 981214-30 B-3-35' Soil Solid 08/18/98 0945 08/21/98 0502 1 981214-31 B-3-40' Soil Solid 08/18/98 0954 08/21/98 0527 1 981214-32 B-3-45' Soil Solid 08/18/98 1016 08/21/98 0552 1 981214-33 B-3-50' Soil Solid 08/18/98 1032 08/21/98 0616 1 981214-34 B-3-55' Soil Solid 08/18/98 1039 08/21/98 0642 1 981214-35 B-3-60' Soil Solid 08/18/98 1046 08/21/98 0707 1 981214-36 B-3-65' Soil Solid 08/18/98 1058 08/21/98 0~2 1 ID Sample Identification Matrix Matrix Date Time Date Time Factor 981214-1 B-1-20' Soil Solid 08/17/98 0955 08/21/98 0615 2000 Lab Sample Client Sample Test Sample Analysis Dil/Corr. ID [ Sample Identification Matrix [ Matrix Date Time I Date Time Factor 981214-2 B-1-25' Soil Solid 08/17/98 1001 08/20/98 0431 5 981214-3 B-1-30' Soil Solid 08/17/98 1009 08/20/98 0456 1 981214-4 B-1-35' Soil Solid 08/17/98 1032 08/20/98 0521 5 981214-5 B-1-40' Soil Solid 08/17/98 1048 08/20/98 0546 5 981214-6 B-1-45' Soil Solid 08/17/98 1058 08/20/98 0611 1 981214-7 B-1-50' Soil Solid 08/17/98 1105 08/20/98 0636 1 981214-8 B-1-55' Soil Solid 08/1~98 1118 08/20/98 0702 1 981214-9 8-I-60' Soil Solid 08/17/98 1127 08/20/98 0727 1 981214-10 B-I-65' Soil Solid 08/17/98 1138 08/20/98 0752 1 981214-14 B-2-20' Soil So[id 08/17/98 1434 08/20/98 0907 1 Page 43 T~ a~l~i~l re~lt S. opinions O~ inter.rations contain~ in this rep~ am bas~ u~n information and material supp{i~ by the cliem for ~ose exclusive and conh~nt,al use this report ~$ ~n made. The anthill msdt $, opinions or inle~p~eta lions exp~es~d represent the best judgment of ~e ~ratories Core ~boratories, ~wever. makes no warranty or representation, ex~ess er imptied. ~ any type, and expre~ly di~laims ~me as to ~he proOuct~vity, pro~r o~retions or pmt~tableness el any oil, gas, coal or ether mineral, p~ope~y, well or sand in conn~tlon with which such repo~ is used or relied upon for a~y reas~ whats~ver This re~ shall not be reproduced, in ~ole or i~ pa~. without t~e written approval of Core Laboratories ANALYTICAL SUMMARY REPORT Job Number: 981214 Report Date: 09/10/98 981214-15 B-2-25' Soil Solid 08/17/98 1441 08/20/98 0932 1 981214-16 B-2-30' Soil Solid 08/17/98 1446 08/20/98 0957 1 981214-17 B-2-35' Soil Solid 08/17/98 1451 08/21/98 0002 1 981214-18 B-2-40' Soil Solid 08/17/98 1455 08/21/98 0027 1 981214-19 B-2-45' Soil Solid 08/17/98 1511 08/21/98 0052 1 981214-20 B-2-50' Soil Solid 08/17/98 1521 08/21/98 0117 1 981214-21 8-2-55' Soil Solid 08/17/98 1531 08/21/98 0142 1 981214-22 8-2-60' Soil Solid 08/17/98 1555 08/21/98 0207 1 981214-23 8-2-65' Soil So[id 08/17/98 1608 08/21/98 0232 1 981214-27 B-3-20' Soil Solid 08/18/98 0919 08/21/98 0347 1 981214-28 B-3-25' Soil Solid 08/18/98 0926 08/21/98 0412 1 981214-29 B-3-30' Soil Solid 08/18/98 0933 08/21/98 0437 1 981214-30 B-3-35' Soil Solid 08/18/98 0945 08/21/98 0502 1 981214-31 B-3-40' Soil Solid 08/18/98 0954 08/21/98 0527 1 981214-32 B-3-45' Soil Solid 08/18/98 1016 08/21/98 0552 1 981214-33 B-3-50' Soil Solid 08/18/98 1032 08/21/98 0616 1 981214-34 B-3-55' Soil Solid 08/18/98 1039 08/21/98 0642 1 981214-35 B-3-60' Soil Solid 08/18/98 1046 08/21/98 0707 1 981214-36 B-3-65' Soil Solid 08/18/98 1058 08/21/98 0732 1 Lab Sample Client Sample Test Sample Analysis Dil/Cor ID Sample Identification Matrix Matrix Date Time I Date Time Factor 981214-1 B-1-20' Soil Solid 08/17/98 0955 08/21/98 0615 2000 Dii/Corr. Lab S~mple Client Sample Test Sample Analysis ID I Sample Identification I Matrix I Matrix I Date Time I Date Time Factor 981214-4 B-1-35' Soil Solid 08/17/98 1032 08/27/98 1411 500 Page 44 The analytical results, opinions or interpretatlo~s contained in this r6po~l are based upon in~ocmation ar~ ma~edal supphed by ~he client for ~ho~e exc~us~e ar~ confidential use this repo~t has been made, The ana~ftical results, opinions or intefpretations expresSed represenl Ihe best judgment of Core Leborat eries. Core 1~3bor;tories, heavier, makes no warranty Or representation, express or impl~eO, of any type. and expressly disclaims same as to/he prc(tuctlvity, proper operations or profitableness any oil, gas, coal or other mineral, prop~r~y, well or ~nd in connection with which such reI~or~ is used or railed upon loc any ~eason whatsoever This repor~ sha~l not be reproduced, in 'A~ole or in pa~l, without the written approval of Core Laboratories. .. '(~o ' ~' ~,'! ~ ~ '~' ~-I- ~ f '~/n: ~ 2 ! : : "' ':':":" : '~ '+ "' ' "' .... ,. :. : ~ . N Vo' IO : 'f ~ '" : "'" "' '""' :~ ' -., :' .- ......, ~ ~t-.TD II: " ' " '" ~ .S~PLE~: ' SHIPUENT UETHOD: "' AIRBILL NO.: PRIN~N~C~Y:' ' ~' ~ .~'": ... ~ .Tl~:,b~ PR[NTEDNAM~COMPANY: . ' ' · 'L ' ' TIME : - ~E PRI~ED~~~ - 'T-~;.~. :~ :'.:: "~ '-' ' . ' ' PRINTED NAM~COMP~Y: · " TIME ,:" .. 'pRINT~N~COMPANY: .. ' ? . '.': '- ' ~ ' ~IME~: ?. ~ ~ ~ t,~..~: "/~.._~'. ta~ ~ ~ ::.:-:-" ' ~ ' , ., ... . , .,... '- I~[~W~, ' ,.>~107~E~yD~e ' '-' · . · .- 21~OS.W~in~A~.-~l. ~ 420W, F~'.-?..'?~: ;--?'~;~-c~ . "~14)~7-1~'F~14)~7-1170 '" ' :fl: "' :(~)751~17~F~(3~)751-17~ : · - ' (310)513-~1 F~10)51~'- · .,. ,~ ~5741 F~0~2~167~...;;. ~. c:.~?.'~.:~' '?..(5~2)~3F~(512)2~24~1. ' '- "~ ' ~ . ~)~7~F~)~'-..- · . ' ' .". · · ' ?~.*.; . ' ~. . . --. ~:. ~.~'~.: "~ ' ~ ' . · . ' ~ ' '~* ; I - ~m~ ., . . ~ . 'am~,. .- ::,-"~..~;:J:t~:~{[[:~:~M~"~ · ~: ~" ,~P~ -?~' ".-~.'."S. '~ .... ' ~~ .- . ...... ~'~:. - I ~-~'~ -m3)~e~m3)~,-.~.:".: ' ." '(3~,~a~ .. .- : .~'~=.~.~.~,::..~-~:-..? · ~3) ~ F~ F~3) ~ .i %1.,:~...:,i'i.~"' i.: '..i..: 'ii'i'". :":':, :.,i .;~, - ~' '.. ' 5E'~R~PORTT~ .~ ~V'~T~: '~ . ' ' BILLING INFOR~ATIO , . _, .... . ~-2, gC : :' /Yri( X'~'':~ ' ':~-~:'. r/ : x'~'..'.,. '','-,.. -" ~- :: ~PLER: . · . · · ' sHIPMENT M~HOD: . ' -. · AIRBI~ NO.: . ' ' ' · ,' ,' ~:? .. - . · REQUIRED.~RNAROUND? '.~ SAMEDA~..~.'~ ':~'. 24 HOURS , ~ ~HOURS'". '~ 72HOURS ~ 5DAYS. ~i~~:B~;~:'~'.~:,~~-~/~:~':~' DATE , ~2:'~U~iSHEDBY: ::'~.':;~ :'; :~:~.'~ ..... .-~'.. -: · ~:;. }~ /?~ .. , . . ......... , PRI~-H~P~HY: · ~ / · ..' ~.'/. .' : T[~E, _ PRIHTED HAMSCO~P~Y: . ' ~.." · TI~E .' PR~HTED H~SCO~P~HY: . : ' T~ME -:." .' ~ ...............:~ ~' ",~ ~1~/~ "..:' ...:::...: ..-,_.. ~D N~:- "., '~ ":~' · ~. -' : ·; :. TI~E . PRINTED ~A~60~PA~Y: - :. .- _ .~,~ ~ ~ ~_ ~'.1~,--~_~_ ./ ~_ _~.~- :. ~ .... ... ........ . .-.~ ~ ~ . . .- ' .. '.. ~ ~ ........ · ~ ~, cA · · . ~ ~,~.::.-: :~ ' :~. ': :~.: '~..':.~'.:~ ~:'~:~"~,~ ........ : ," ~ ~,.~,_ ':__.... ~ ~ ".': " "' ' " : . . : ~n?~c~.~.n~ ' ~ .... 21~0S ~n~onAve -~1 ' ' . . ~W.~t · :~ ..:'::? ;.-~. :.- .~::... ~'~[~-,': it*' .l~N.P~rel~dD~ ; ... · , .. ,'.. ,. 2~r~m~-~ ~.~. ~ .-' ::-, ~E.~ww --: '-~ ~;[--:"- '' · - ~;~ · '.~r~'~' ..... ':'~ ...... :- "~ , ' - ... .... . ':,~'.~";; .... . .... ' ., o ~~ ' ; : o ~,~..; · ... ~ .~¥>2:,-.~:~ o ~,~ - .'z/. · .q~.~. ~.,~;.~,.~::~:..~ ~.~ ~.~,,o ~,~. ~ ... : . .. .... - . . ; . ..... ,~ : .{~ ...' ~~ · .. ,.: .,.. ~~. ::.,,:z.?~:'~....-..~.~...~,,~ .~:~.. ,. ~3)~i3)~ · .- .. ~3)~3)'~",'.-:-:'- . .... (3~~7~. PROJECT NAM~NUMBER: ', BILLING INFORMATION ADDRESS: RILL TO: LAB' ' . .... FAX: PO NO.: ~"- · · - .:~:~:.<, :.... . . .. . .. ~.'-. . ~MPLER: SHIPMENT METHOD: AIRBI~ NO.:, ~URNAROUND:* ~' SAME.OA~ ~.-' ~ 24HOURS ~ 48HOURS' · ' ~ 72HOURS ~.5DAYS ~ 10DAYS" ,. ~ ,:':. ' . ........ ,,., . SIGNATURE: ' . . SlGNA~RE:' " PRINTED NAMBCOMPANY: ' TIME ¢. · '"' ~ SIGNATURE: ? ,:'~' :':,..:¢?, .~RE: .". :' ' ' ~'" TIME' PRINTED NAMBCOMPANY: ~ ,. : ' TIME ;'.-~" RRINTED N~BCOMPANY: "" "'" · · : ,.l~G~Way - . . , 107~E.~yD~e 21~08.~lmin¢onAve,.~1 ~ ,- .4~W.F~S~t. · ~., .'-~ :~_.-, ..., ~,~ . . ~4 . ..?' ~,CA~ ~ ~,~- · , E~,~7 :: . . ~14)~.1~F~4)~7:1170 ' ;~ '' .. '~)751;17~F~)751-1~ . ~:?:.~;.' (310)513-~ F~(~10)513-~ ,. .? '~ ;'.~'(51E),~F~(512)2~2471 ~)~F~)~ ' : -- '~ "~'~'~'~:'~:~' :~'" ' "' ' ...... '~'~; ~' Q W~, ~ ~ ' B. ;" ..,~ ~ ~ AIRBILL NO. ~ 8~PLER: SHIPMENT METHOD: ~ R~QU~RED TURNAROUND:* ~ SA~E D~Y D ~< HOURS D 4~ HOURS D 7~ ~OURS ~ S D~YS ' ~ ~0 D~YS ~m~HER. L : ' .... PRI[~D NArrOWlY: ' ~ _ -_ ~ TI~E PRINTED NAMDOOMPANY: · TIME · PRINTED N~DCOMPANY: TIME "- ~~OMP~~ j ~I~E ' PRINTED NAMDCOMPANY: · TIME ' -- PRINTED NAMDCOMPANY: TIME ~ Notes/History ~ Charles Mun~ore Laboratories, lnc. 1250 E. Genca'~l~try Way '~1 l' ~' ,~ R Anaheirn, CA 92805 DateRange: ~ [t~''~' CORE LABORATORIES Number of Contacts: 1 [/~'~ Fluor Daniel GTI David Bean Note 8/25/98 1:30 PM Wants us to run MTBE confirmation by 8260 on any sample in J/N 981214. Add-on to sample #4. Created 9/10/9~8° a[,~?r~.o~ o~eM ..................... ' I SE. NT BY: 0-29-98 ; 5:05P~t ; CORE ANAHEIM-, .510 68.5 9148;# 1/ 2 FACSIMILE COVER PAGE CONFII'};N77A IJTT ~YOTlC; TI~ dmmna~t DATE: ~ ~ F~ NUMBER: / ~ .., FOR: COMPANY: FROM: ~...~ . ~,' / TOTAL NUMBER OF PAGES INCLUDING cOVER PAGE: MESSAGE: Core L~boretortes ofli~s a full spect~m of envtronmenM! Laboratory · ~r T~ I ~ C~~ a~ ~dntl~ P~E C~ FOR MO~ IF YOU HAVE ANY DIFFICULTY WITH THIS TRAJVSMISSION, PLEASE CALL 714.937-1094. SENT BY: 10-29-98 ; $:05PM ; CORE ANAHEIN- 510 685 9148;# 2/ 2 C.a$c Narrati,'c -Corc Laboratorics Anaheim Sob # 981214 OclolJer Zg, 1998 Paul Christi, QA Coordinator Duc to thc physical nature ofMTBE (li~! wcigh!), £PA 8020 method ia not ¥cO~ r~liablc. MTBE fall~ out of c~]ihratlon q.,ickly and a~ fime~ pmvide.~ fz]~c/w~t~vc rcsu]~s. Therefore, ir ~s recomrv, e~led ~hat MTD£ should be confk~ucd by EPA Modred ~260. PI case contact l'al:l Christi at '/14-~3'/-1094 it' additional int'ormation is required. APPENDIX D WASTE DISPOSAL DOCUMENTATION 2147~sar.~t ~ FLUOR DANIEL GTI 10/27/98 TUE 16:21 FAX 714 450 1177 B.E.S.I. 10-27-98 04'277M FROM TPS TEC~I~LOGIES INC TO ~ESi rvu0/uvv ~002 TPS T~hnoiogles Soil Re.cling ~on.H~a~dous Soil~ ~e~tor's Phone ~: Ge~rotor's US EPA ID lOllO l.[. Gr~nburg Road Port land, ~ g7233 : ' ~AX~: ~ustomer Account ~er ~ith 'r~: Cunsultant's Na~e and ~ilttng Addre~: Con~lmnt'~ ~ono ~: Si t c: 121476 ~'~ 1700 Brundage ~nc ~crsiicld, ~ Levers FAX~: AVG. ~vel~ 12~28 Hibiscus Ave. Adclsnto. ~ 92301 Pe,s~e~ ~nton FAX~: -B.E.S. I. 25422 Trabuco Rd. t105-269 ~~oothart T,~,sr,,---'~ ~or E1 Toro. ~ 926~0 B.~. S. I. ~19224.02 r~x~: Customer Account Number with T~: Description of Soil Moistme Content Contaminated by:' Approx. O~: Oescrlp~on of ~live~ Gross Weight Tare Weight s~a~ o,s~.,~: o-lO%,o. 2~ ~ Gas~.~, aa t~ ~0 Cl~ ~ O~h~r ~ 20% ' over ~ Other ~ 0 - 1~ ~ Gas ~nd ~ Organic '~ 10 - 20% 0 Dieset 0 CI~ ~ ~het 3 ~0% - over ~ Other 0 S and/or consultant~ certificafion: l~e certi~ that ~he soil ref~r~ced he,in is taken entirely~o~ tho~e soil, described in the Soil Data Sheet completed and cert~ed by me/u~ f~ the Generation Site shown above and nothing has been added or done to such soil that would alt~ it in any toay. Transport~'s cert~catio~' ~e ac~owiedg~ receipt of the soil described ab~r and c~t~ that s~h soil is being delivere~ in exactly the same condition as when received. I~e ~t~her cer~ t~t th~ soil is y transported ~om the Generation Site to the Designated Facility without off-~ding, adding to, suMracting ~om or in any way delaying site. Rtc~cling Facilit~j certifie~ th~ recelyt of the ~ot'l cornered b~/ this 10/27/98 TUE 16:22 FAX 714 450 1177 B.E.S.I. 10-27-§8 04'27PM FROM TPS TEC~0GIES INC TO BESI FO04/OOb ~003 ! ., TPS TECHNOLOGIES INC. ADE 0 3 3 9 3 0 12328 Hibiscus Ave, Adelaflto, CA 923; WEIC]HMASTER CERTIFICATE THIS IS TO CERTIFY that the following described commodity was weighed, measured, or counted by a weighma~ter, whose signature is on this certificale, who is a recognized authority of acguracy, as prescribed by Chapter 7 (commencing with Section i2700) of Division $ of the California Business and Professions Code, administered by the Division of Measurement Standards of the California Department of Food and Agriculture. Manifest # A07 11291 00! 10/07/9& ~enerator Site Information WEIGHMASTER Weighed At: SOUTHLAND #21476 TP$ TEGHNOgO6IES IRC. 17OO BRUNDAGE LANE 12328 HIBISCUS AVE. BAKERSFIELD, CA 93301 USA Adelango, GA 9230A USA BY DEPUTY: LBS TONS DBENTON IN ---~ 04:3&:OSpm Gross Wi: 10,260 05,13 Manual wt DBENTON OUT --> O4~38:26pm Tare Wi: 4,800 02.40 Manual Wt NET WT: 5,460 02.73 Tru~k Number Trailer Number RISIO4RT Commodity: Petroleum Contamina%e~ Sola Driver On Oross and Tare Transporter: BEBI - 3IM I "";e · " NO. 935470, ' NON-HAZARDOUS WASTE DATA FORM '''~ . : EPA .... ' ............. ......... ' .....~ ;"~' :' ' "'" ND.I'D' NAME Southland Corporat ion St t0:'#21476. ADDRESS 10220 S.~. GrccnbUrg Road 1700 Brtndagc Lanc. NO. I ~ Suitc #470 ClT~,ST^TE, z~pPOrtland, OR 97233 Bakcrsficld, C~ PHONENO. ( ~PE: ~ TANK'TRUCK ~' TRucKDU~P ....... ~ ' ~ CARTONS ........................................... ~ 'oTHER WA~ WAS~ DESCRIPTION GENE~TING PROCESS COMPONENTS OF WASTE PPM ~ ~MPONENTS OF WAS~ PPM W~ 99-1 O0 ~H < 1 2. 6 3 7 ~qI~19224.. 02 4 8 PROPERTIES: pH ~ ~ SOLID ~IQUtD ~ SLUDGE ~ SLURRY ~ OTHER HANDLING INSTRUCTIONS: Wcar appr opt ia t c proc t i vc~ '" · w~s~ .~ ~c~,~ ,s ,ooo, o,... ~ A .4/ .~ NON-H~RDOUS. tarry Mo~t~'t~I for Southland ~PED OR PRINTED FULL NAME & SIGNATURE DATE EPA I.D. NAME Nitro & Sons NO. A~RESS · 1281 Brca Cyn Rd ~ SeRWCE ORDER NO. PHONE NO. 714-990-6855 ~((:...,,;~~ ~~ ~ EPA I.D. NAME ~[¢imo Kerdoon ,o. DISPOSAL ~EIHOD ADDRESS 2000 N. hlaaeda S t. ~ ~NDF~LL ~ OIHER ClW, STATE, ZiP ~npt0n, ~ 90222 . ~ ~%~ ~ __~ PHONE NO. 310-537-7100 , . W,ED OR PR~E~Ug NX~E';S~h~TU& ' 'Ou~milty dlsefcpancv' hreater th~n 10% variation reconciled · .~.s with ~. fi o /t~ans~ o ~ ~ ~ ' ~~~. 7 ~'~(~., with / ,