127EAY26Q0040 Attachment 4 -Vicinity Maps.pdf

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Rodent Control Services, Lake Tahoe Basin Mgmt Unit
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These are site maps for the Meyers Landfill located in the Lake Tahoe Basin Management Unit, El Dorado County, California. The first map is an aerial/satellite view showing the landfill's geographic location relative to nearby landmarks including Lake Tahoe Airport, Washoe Meadows State Park, Lake Tahoe Golf Course, the Sierra Pacific Power Company Substation, and various trailheads (High Meadow Trailhead and Lower Corral Trailhead). The map identifies access points to the site, including the location of a gate on the access road and the approximate date location where site access begins via an access drive.

The second detailed site map depicts the Meyers Landfill boundary outlined in red dotted lines, showing the landfill situated among forested areas with creeks and intermittent streams nearby. The map legend indicates parcel ownership differentiation between private, state, and Forest Service lands. Notable features include Pioneer Trail, Garbage Dump Road, Trout Creek, Saxon Creek, and the Sierra Pacific Power Company Substation positioned to the northeast of the landfill. The maps are referenced as Figure 2 from a Work Plan for RIFS (Remedial Investigation/Feasibility Study) of groundwater at the Meyers Landfill, prepared by ERRG.

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127EAY26Q0040 Attach 1 - Solicitation Terms and Condi.pdf PDF
127EAY26Q0040 Attachment 3 - Schedule of Items.pdf PDF
127EAY26Q0040 Attachment 5 - Wage Determination.txt TXT text file

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Figure 2. Site Map e yers Landfill, Lake Tahoe Basin Management Unit, El Dorado County, California

Source: ESRI World Imagery

Creek

Intermittent Stream

Roads

Landfill

Parcel Ownership

Private

State

Forest Service

Final Work Plan for Remedial Investigation / Feasibility Study of Groundwater (Operable Unit 2) at Meyers Landfill Lake Tahoe Basin Management Unit El Dorado County, California
Table of Contents
Section 1. Introduction
1.1. Purpose
1.2. Report Organization
Section 2. Site Background Information
2.1. Site Location and Description
2.2. Meyers Landfill History
2.3. Site Geology
2.4. Site Hydrgeology
2.4.1. Upper Groundwater Zone
2.4.2. Middle Groundwater Zone
2.4.3. Lower Groundwater Zone
2.4.4. Perched Groundwater
Section 3. Previous Investigations and OU-1 Remedy
3.1. Feasibility Study, 2002
3.2. Supplemental Remedial Investigation and Feasibility Study for OU-1, 2007
3.3. Record of Decision for OU-1, 2007
3.4. Supplemental Remedial Investigation Work Plan for OU-2, 2008
3.5. In-Situ Bioremediation Pilot Test, 2010
3.6. Interim Groundwater Characterization Report, 2012
3.7. Updated Interim Groundwater Characterization Report, February 2018
3.8. OU-1 Landfill Waste Consolidation and Capping, 2010–2012
Section 4. Conceptual Site Model and Preliminary Identification of Remedial Action Objectives
4.1. Conceptual Site Model
4.2. Remedial Action Objectives
Section 5. Project Management Organization
Section 6. Field Investigations and Data Evaluation
6.1. Evaluation of French Drain and Perched Groundwater
6.1.1. Perched Groundwater Quarterly Monitoring
6.1.2. Additional Piezometer Installation
6.1.3. Exploratory Trenching
6.2. Groundwater/Surface Water Interaction Near Saxon Creek
6.3. Naturally Occuring In-Situ Bioremediation Evaluation
6.4. Middle Groundwater Zone Plume Evaluation
6.5. Installation of New Leachate Monitoring Wells
6.5.1. Delineation of Water Levels Within the Waste Mass
6.5.2. Leachate Evaluation
6.5.3. Groundwater Interaction with Buried Waste
6.6. Accuracy of the Fate and Transport Model
6.7. Evaluation of Landfill Gas Data
Section 7. Sampling and Analysis Plan
7.1. Data Collection and Documentation Procedures
7.1.1. Sample Designation
7.1.2. Sample Collection Methods
7.1.3. Recordkeeping
7.1.4. Sample Labeling
7.1.5. Sample Packaging and Shipment
7.1.6. Chain of Custody Documentation
7.2. Sample Collection Methods
7.2.1. Water Level Measurements
7.2.2. Monitoring Well Sampling for VOC Analysis
7.2.3. Monitoring Well Sampling for Natural Attenuation Parameters
7.2.4. Surface Water Sampling
7.2.5. Soil Sampling
7.3. Analytical Methods
7.4. Disposal of Investigation-Derived Waste
7.5. Quality Control Program
7.5.1. Field Quality Control Samples
7.5.2. Laboratory Quality Control Samples
7.5.3. Data Quality Assessment
7.5.3.1. Precision
7.5.3.2. Accuracy
7.5.3.3. Representativeness
7.5.3.4. Comparability
7.5.3.5. Completeness
7.5.3.6. Sensitivity
Section 8. Data Management and Reporting
Section 9. References
Figures
Figure 1. Site Location and Vicinity Map
Figure 2. Site Map
Figure 3. Monitoring Well Locations
Figure 4. Conceptual Site Model
Tables
Table 1. Summary of Existing Monitoring Wells and Piezometers
Table 2. Analyses, Methods, Containers, Preservative, Holding Time, and Reporting Requirements
Appendix A. Golder Quarterly Groundwater Monitoring SAP
Quarterly Monitoring Sampling Plan - Meyers Landfill
1.0 Quarterly Monitoring Events
1.1 Water Level Measurements
1.2 Monitoring Well Sampling for VOC Analysis
1.3 Monitoring Well Sampling for Natural Attenuation Parameters
1.4 Surface Water Monitoring
2.0 LABORATORY ANALYTICAL RATIONALE
3.0 Field Equipment
3.1 Groundwater Sampling Equipment
3.2 Surface Water Sampling Equipment
3.3 Inspection/Acceptance Requirements for Supplies and Consumables
4.0 DISPOSAL OF INVESTIGATION-DERIVED WASTE
5.0 SAMPLE IDENTIFICATION, DOCUMENTATION AND SHIPMENT
5.1 Field Notes
5.2 Photographs
5.3 Sample Nomenclature
5.4 Container, Preservation, and Holding Time Requirements
5.5 Chain of Custody Forms and Holding Time Requirements
6.0 QUALITY ASSURANCE AND CONTROL
6.1 Field Quality Control Samples
6.1.1 Assessment of Sample Variability (Field Duplicate Samples)
6.2 Analytical and Data Package Requirements
6.3 Data Validation
Monitoring Schedule table
MeyersSitePlan
Appendix B. Health and Safety Plan
Final Health and Safety Plan for the Remedial Investigation/Feasibility Study of Groundwater (Operable Unit 2) at Meyers Landfill Lake Tahoe Basin Management Unit El Dorado County, California
Emergency Contact List (to be posted on site)
Table of Contents
Section 1. Introduction
1.1. Site Description and Contamination Characterization
1.2. Planned Site Activities
1.3. Applicable Standards, Regulations, and Guidance Documents
Section 2. Organizational Structure
2.1. Project Personnel
2.1.1. Program Manager
2.1.2. Project Manager
2.1.3. Health and Safety Manager
2.1.4. Regional Safety Coordinator
2.1.5. Site Safety and Health Officer
2.1.6. Site Superintendent
2.1.7. Subcontractors
2.1.8. All Project Personnel
2.2. Visitors
2.3. Safety Briefings
2.4. Safety and Health Reviews
Section 3. Job Hazard Analysis
3.1. Chemical Hazards
3.1.1. Volatile Organic Compounds
3.1.2. Arsenic
3.1.3. Hydrogen Sulfide
3.1.4. Methane
3.1.5. Hazard Communication
3.2. Physical Hazards
3.2.1. Drilling Operations
3.2.2. Slips, Trips, and Falls
3.2.2.1. Exploratory Trench Fall Hazards
3.2.3. Head and Back Injuries
3.2.4. Hand and Power Tools
3.2.5. Electrical Hazards
3.2.6. Utilities
3.2.6.1. Underground Utility Hazards
3.2.6.2. Overhead Utility Hazards
3.2.7. Fire Hazards
3.2.8. Vehicle Operation
3.2.9. Heavy Equipment Operation
3.2.10. Eye Injuries
3.2.11. Noise Hazards
3.2.12. Heat Stress
3.2.13. Cold Stress
3.2.14. Inclement Weather
3.2.15. Musculoskeletal Disorders
3.3. Non-Ionizing Radiological Hazards
3.4. Biological Hazards
3.4.1. Poison Oak
3.4.2. Animals
3.4.3. Snakes
3.4.4. Spiders
3.4.5. Insects
3.4.6. Bloodborne Pathogens
Section 4. Site Control
4.1. Exclusion Zones
4.2. Contamination Reduction Zones
4.3. Support Zone
4.4. Buddy System
4.5. Site Communications
Section 5. Training Program
5.1. Hazwoper Training
5.2. Hazwoper Supervisor Training
5.3. First Aid and CPR Training
5.4. Additional Required Safety and Health Training
Section 6. Medical Surveillance Program
Section 7. Personal Protective Equipment
7.1. Required Level D PPE
7.2. Level C PPE
Section 8. Exposure Monitoring Plan
8.1. Real-Time VOC Monitoring
8.2. Real-Time Dust Monitoring
8.3. Real-Time Hydrogen Sulfide Monitoring
8.4. Real-Time Lower Explosive Limit Monitoring
8.5. Quality Assurance/Quality Control
8.5.1. Calibration and Maintenance Procedures
8.5.2. Documentation
Section 9. Spill Containment Plan
9.1. Minor Spill Cleanup
9.2. Major Spill Cleanup
9.3. Offsite Spill
Section 10. Decontamination Plan
10.1. Personnel Decontamination
10.2. Equipment Decontamination
Section 11. Emergency Response Plan
11.1. Emergency Conditions
11.2. Site Emergency Warning System
11.3. Emergency Equipment
11.4. Emergency Procedures
11.4.1. General
11.4.2. Inclement Weather
11.4.3. Fire and Explosion
11.4.4. Earthquake (assumes personnel will be outdoors)
11.4.5. Personal Injury Requiring Medical Attention
11.4.6. Hospital and Occupational Clinic Locations
11.5. Emergency Telephone Location and Call Protocol
11.6. Incident Reporting
11.7. Evacuations Plans
Section 12. References
Figures
Figure B-1. Site Location and Vicinity Map
Figure B-2. Work Zones and Emergency Evacuation Route
Figure B-3. Hospital Route Map
Figure B-4. Clinic Route Map
Tables
Table B-1. Physical Properties and Health Effects of Potential Site Contaminants
Table B-2. Exposure Limits of Potential Site Contaminants
Table B-3. Air Action Levels
Table B-4. Guidelines for Work and Rest Periods
Appendix B1. Field Forms
HASP Acceptance
Tailgate_r4Apr2019
Incident Report Form
Heavy Equipment Inspection Form - Weekly
Heavy Equipment Inspection Form - Initial
ERRG Weekly Safety Review
Pump Calibration Log_Template
Eye Wash and Shower Inspect form
Utility Locating Forms from OP-007 Utility Location
ExcavationTrenchInspectionChecklist Form
Air Monitoring Log
Annual Ladder Inspection Checklist
Appendix B2. Activity Hazard Analysis
Appendix B3. ERRG Injury and Illness Prevention Program
Cover
Table of Contents
Section 1. Introduction
1.1. Purpose
1.2. Responsibility
1.2.1. Management Commitment
1.2.2. Employee Responsibilities
1.2.3. Corporate Safety Committee
1.3. Communication
1.3.1. New Employee Orientation and Review of IIPP
1.3.2. Corporate Safety Committee
1.3.3. Daily Tailgate Safety Meetings
1.3.4. Crew Leader Safety Meetings
1.3.5. Safety and Health Training
1.3.6. Distributed or Posted Safety Documentation
1.3.6.1. Vehicle and Equipment Operating Manuals
1.3.6.2. Safety Data Sheets

1.3.7. Safety Timeout Observation Pause Cards

1.4. Compliance
1.4.1. Ensuring Compliance
1.4.2. IIPP Employee Acknowledgement Form
1.4.3. Workplace Substance Abuse Program Plan
1.4.4. Positive Reinforcement
1.5. Hazard Assessment
1.5.1. Key to Accident Prevention
1.5.2. ERRG Safety Rules
1.5.3. Jobsite Requirements
1.5.3.1. Housekeeping
1.5.3.2. Drinking Water
1.5.3.3. Nonpotable Water
1.5.3.4. Toilets
1.5.3.5. Showers
1.5.3.6. Changing Rooms
1.5.3.7. Lunch and Snack Areas
1.5.3.8. Waste Disposal
1.5.4. Inspections and Evaluation System
1.5.4.1. Scheduled Inspections and Evaluation System
1.5.4.2. Other Inspections (Unscheduled)
1.6. Incident/Exposure Investigation
1.6.1. Definitions
1.6.2. Investigation Responsibilities
1.6.2.1. All Employees
1.6.2.2. SSHOs and Onsite Supervisors
1.6.2.3. Corporate Health and Safety Manager
1.6.2.4. Human Resources Department
1.6.2.5. Regional Safety Coordinators
1.6.2.6. Corporate Safety Committee Members
1.6.3. Occupational Injuries and Illnesses
1.6.3.1. OSHA 300 Logs and Supplemental Reports
1.6.3.2. Verbal OSHA Reports
1.6.3.3. Additional State Workers’ Compensation Reports
1.7. Hazard Correction
1.7.1. Imminent Hazards
1.7.2. Documentation of Corrective Actions
1.8. Training and Instruction
1.8.1. New Employee Orientation
1.8.2. Hazardous Waste Operations Emergency Response Training
1.8.2.1. 40-Hour General Site Worker Training
1.8.2.2. 24-Hour or 16-Hour Training
1.8.2.3. Annual HAZWOPER Refresher Training
1.8.2.4. HAZWOPER Supervisor Training
1.8.3. On-The-Job Training
1.8.4. Site-Specific Training
1.8.5. Equivalency or “Grandfathered” Training
1.8.6. Refresher Training
1.8.7. New Hazards Training
1.8.8. First Aid/CPR
1.8.9. Asbestos Training
1.8.10. Lead Training
1.8.11. Respirable Crystalline Silica Training
1.8.12. Beryllium Training
1.8.13. Equipment Operator Certification
1.8.14. Gold Shovel Standard Training
1.8.15. Code of Safe Practices
1.9. Recordkeeping
List of Tables
Table 1. Employee Responsibilities
Table 2. Inspection Type and Schedule

Attachment 1. IIPP Acknowledgement Form

Appendix B4. Safety Data Sheets and NIOSH Pocket Guide to Chemical Hazard Datasheets
MSDS Lubrication oil
SDS Diesel Fuel
SDS UNLEADED GASOLINE
SDS_SimpleGreenAllPurposeCleaner
Arsenic - NIOSH
Benzene - NIOSH
cis-12-DCE - NIOSH
H2S_CDC IDLH Conditions
Hydrogen sulfide - NIOSH
Vinyl chloride - NIOSH
Appendix B5. Standard Operating Procedures
GEO-002 Bucket AugerSolid Stem Auger Drilling
GEO-008, Drilling Equipment, Development Equipment, Heavy Equipment, and Well Material Decontamination
1. Purpose
2. Scope
3. References
4. Definition of Terms
5. Responsibilities
5.1. Procedure Responsibility
5.2. Project Responsibility
6. Procedure
6.1. Health and Safety
6.2. Decontamination Facility
6.3. Decontamination of Down-Hole Drilling and Development Equipment
6.4. Decontamination of Pumps Used for Well Development and Purging
6.5. Decontamination of Heavy Equipment
6.6. Decontamination of Well Materials
7. Attachments
8. Forms
GEO-014 Direct-Push Drilling and Soil Sampling
1. Purpose
2. Scope
3. References
4. Definitions
5. Responsibilities
5.1. Procedure Responsibility
5.2. Project Responsibility
6. Procedure
6.1. Selection of Methods and Equipment
6.2. Planning and Preparation
6.3. Health and Safety Requirements
6.4. Drilling and Sampling Requirements and Procedures
6.5. Documentation
6.6. Technical Review
7. Attachments
8. Forms
Attachment 1. Example Direct-Push Drilling and Soil Sampling Procedure
OP-006 Heavy Equipment
1. Purpose
2. Scope
3. Definitions
4. Responsibilities
4.1. Safety Committee
4.2. Health and Safety Manager
4.3. Site Supervisors
4.4. Equipment Operators and Drivers
4.5. All Associates
5. Minimum Safety Equipment Required
5.1. SeatBelts
5.2. Backup Alarms
5.3. Fire Extinguishers
5.4. Rollover Protection
5.5. Lifting and Load Capacities
5.6. Spotters
5.7. Personal Protective Equipment
6. Operating Safety Requirements
6.1. Inspections
6.2. Mounting and Dismounting Equipment
6.3. Traffic Flow
6.4. Ground Personnel and Spotters
6.5. Repairs and Major Servicing
6.6. Fuel Storage
6.7. Overhead Power Lines
6.8. Buried Utilities
6.9. Decontamination
OP-007, Utility Location and Protection
1. Purpose
2. Scope
3. References
4. Definition of Terms
5. Responsibilities
5.1. Safety Committee
5.2. Health and Safety Manager
5.3. Project Manager
5.4. Site Supervisors
5.5. All Associates
6. Procedure
6.1. Planning
6.2. Notifications
6.3. Onsite Field Meeting
6.4. Utility Location
6.4.1. Third-Party Utility Surveyor
6.4.2. Visual Verification
6.5. Work in Proximity of Underground Utilities
6.6. Protection
6.7. Utility Line Breaks
6.8. Documentation
7. Attachments
Attachment 1. Uniform Color Code & Marking Guidelines, source: Appendix B Common Ground Alliance (CGA) Best Practices 12, March 2015
Attachment 2. References for Specific State’s Regulations for Utility Notification/ USA North’s California Excavation Manual
8. Forms
Site-Specific Utility Information Form
Procedure Compliance Adherence Form
OP-015 Excavation and Trenching
1. Purpose
2. Scope
3. References
4. Definition of Terms
5. Requirements
5.1. Pre-Planning
5.2. Buried Utilities
5.3. Above Ground Utilities
5.4. Utility Protection
5.5. Above Ground Structure and Landscaping
5.6. Personnel Entry into Excavations
5.7. Maximum Excavation Depths
5.8. Personnel Entrance and Exit Ladders and Ramps
5.9. Vehicle Traffic
5.10. Oxygen Deficiency and Hazardous Atmospheres
5.11. Water Table Depths and Water Accumulation in Excavations
5.12. Spoils Piles, Equipment, and Tool Storage
5.13. Equipment Operator Visibility During Excavation Activities
5.14. Personnel Working on Excavation Face
5.15. Personnel and Equipment Crossover Points
5.16. Selection and Design of Sloping Systems
5.17. Selection and Design of Shoring Systems
5.18. Shoring Installation and Removal
5.19. Layered Soils
5.20. Trench Shields
5.21. Competent Person Inspections
5.22. Barricades and Warning Signs
5.23. California OSHA (CAL/OSHA) Permits
5.24. Visual and Manual Soil Classification
5.24.1. Visual Test
5.24.2. Manual Test
6. Attachments
7. Forms
OP-019 Compressed Air
1. General Safety Requirements
2. Safety Requirements for Operating and Maintaining Compressed Air Machinery
2.1. AIR RECEIVERS
2.2. AIR DISTRIBUTION LINES
2.3. PRESSURE REGULATION DEVICES
2.4. AIR COMPRESSOR OPERATION
2.5. COMPRESSED AIR EQUIPMENT MAINTENANCE
OP-026 Ladder Safety
OP-027 Electrical Safety
1. Purpose
2. Scope
3. References
4. Definition of Terms
5. Responsibilities
5.1. Project Manager or equivalent
5.2. Operations Superintendant or equivalent
5.3. Employees
5.4. Site Safety Officer
6. General Requirements
7. Electrical Safety Program
8. Personal Protective Equipment
8.1. ARC Flash PPE
8.2. Supplemental Information
9. Training
10. Attachments
11. Forms
OP-028 Spotters
1. Purpose
2. Scope
3. References
4. Definition of Terms
5. General
6. Training
7. Working With or Near Equipment
8. Lifting Operations
9. Traffic Control
10. Attachments
11. Forms
OP-031 PID Operating Procedure
1. Purpose
1.1. SCOPE
2. General
3. Interferences and Potential Problems
3.1. PID Instrument Limitations
3.2. Regulatory Limitations
4. Equipment/Apparatus
5. Reagents
6. Procedures
6.1. Preparation
6.2. Start-Up Procedures
OP-032 Fire Extinguisher Safety
1. PURPOSE
2. SCOPE
3. GENERAL
3.1. How Fires Start
4. EXTINGUISHER RATINGS AND UL CLASSIFICATION
5. TYPES OF EXTINGUISHERS
5.1. ABC Dry Chemical
5.2. BC Dry Chemical
5.3. Dry Chemical Cartridge Units
5.4. Water Extinguishers
5.5. Carbon Dioxide
5.6. Class K Extinguisher
5.7. Water Mist
5.8. Halon & Replacement Agents
5.9. Class D Extinguisher
5.10. Foam Extinguishers
6.10.1. Synthetic Foams
6.10.2. Protein Foams
6. CLASSIFICATION OF HAZARDS (NFPA 10:1.4)
7. SIZE & PLACEMENT
7.1. Class A Locations (NFPA 10)
7.2. Class B Locations (NFPA 10)
7.3. Class C Locations
7.4. Class D Locations
7.5. Class K Locations
8. TRAVEL DISTANCE
9. MAINTENANCE AND INSPECTION
9.1. Monthly Visual “Quick Check” (NFPA 10)
10.1.1. Inspection Frequency
10.1.2. Inspection Record Keeping
10.1.3. Inspection Procedures
9.2. Annual Maintenance (NFPA 10)
10.2.1. Inspection, Maintenance and Recharging
10.2.2. Frequency
9.3. Six Year Maintenance (NFPA 10)
10.3.1. Maintenance
10. HYDROSTATIC TESTING (NFPA 10)
10.1. Frequency
10.2. Hydrostatic Test Intervals for Extinguishers
10.3. Non-rechargeable Fire Extinguishers
10.4. Recording Hydrostatic Tests
10.5. Verification of Service (Maintenance or Recharging)
OP-033 Vehicle Safe Backing-Up Program
1. Purpose
2. Scope
3. Implementation
4. Operator Responsibilities
5. Operator’s Duties
6. Actions Not Allowed
7. Spotter’s Responsibilities
8. Manager’s Responsibilities
9. Attachments
10. Forms
Appendix B6. Personnel Certifications
Caitlin Gorman
Katherine Kulha
Ava Lazor

Appendix B7. Incident Reporting Process Flow Diagram

Appendix C. ERRG Standard Operating Procedures
FS-017 VOC Soil Sampling T-Handle Syringe
FS-051, Soil Sampling from Excavator Bucket
1. Purpose
2. Scope
3. References
4. Definition of Terms
5. Responsibilities
5.1. Procedure Responsibility
5.2. Project Responsibility
6. Procedure
7. Attachments
8. Forms

GEO-001,

Subsurface Soil Sampling While Drilling

1. Purpose
2. Scope
3. References
4. Definition of Terms
5. Responsibilities
5.1. Procedure Responsibility
5.2. Project Responsibility
6. Procedure
6.1. General Sampling Considerations
6.2. Split-Spoon Sampling
6.3. Thin-Walled or Shelby Tube Sampling
7. Attachments
8. Forms
Confirmation Sample Record
GEO-015 Sonic Drilling
1. Purpose
2. Scope
3. References
4. Definitions
5. Responsibilities
5.1. Procedure Responsibility
5.2. Project Responsibility
6. Procedure
6.1. Basic Equipment Requirements and Considerations
6.2. Health and Safety Requirements
6.3. Drilling Site Mobilization
6.4. Basic Drilling Requirements and Procedures
6.5. Demobilization
6.6. Technical Review
7. Attachments
8. Forms
GEO-018 Soils Logging
1. Purpose
2. Scope
3. References
4. Definitions
5. Responsibilities
5.1. Procedure Responsibility
5.2. Project Responsibility
6. Procedure
6.1. Soil Description
6.1.1. Fine Grained Soil (Silts and Clays) Description Format
6.1.2. Coarse Grained Soil (Sands and Gravels) Description Format
6.1.3. Other Terms to Include in Description:
6.2. Descriptive Terms (Explanation and Use)
6.3. Other Terms
6.4. Boring Log Preparation
6.5. Technical Review
7. Attachments
8. Forms
GEO-019 Rock Logging
1. Purpose
2. Scope
3. References
4. Definitions
5. Responsibilities
5.1. Procedure Responsibility
5.2. Project Responsibility
6. Procedure
6.1. Documentation and Data Collection
6.2. Description of Core
6.3. Rock Quality Designation (RQD)
6.4. Description of Cuttings
6.5. Rock with Soil-Like Properties
6.6. Classification of Strength and Hardness, Thickness of Bedding, Foliation, and Flow Textures; Joints and Fracture Spacing; and Weathering
6.7. Photographs and Sketches
6.8. Technical Review
7. Attachments
8. Forms

GEO-020,

Generation of Boring Logs

1. Purpose
2. Scope
3. References
4. Definition of Terms
5. Responsibilities
5.1. Procedure Responsibility
5.2. Project Responsibility
6. Procedure
6.1. Documentation
6.2. Minimum Data Requirements
6.3. Technical Review and Approval
7. Attachments
8. Forms
GEO-021 Trench Logging
1. Purpose
2. Scope
3. References
4. Definitions
5. Responsibilities
5.1. Procedure Responsibility
5.2. Project Responsibility
6. Procedure
6.1. Equipment Requirements and Considerations
6.2. Health and Safety Requirements
6.3. General Requirements for Trench Logs
6.4. Basic Construction of Trench Log
6.5. Potential Errors to Avoid in Constructing Trench Logs
6.6. Technical Review
7. Attachments
8. Forms
GEO-025 Filter Pack and Well Screen Selection
1. Purpose
2. Scope
3. References
4. Definitions
5. Responsibilities
5.1. Procedure Responsibility
5.2. Project Responsibility
6. Procedure
6.1. Methodology and Requirements
6.1.1. Well Screen Selection
6.1.2. Well Screen Slot Size (Width) Determination
6.1.3. Well Screen Open Area and Screen Length
6.1.4. Filter Pack Design

6.2. Technical Review

7. Attachments
8. Forms

GEO-027,

Well Development

1. Purpose
2. Scope
3. References
4. Definition of Terms
5. Responsibilities
5.1. Procedure Responsibility
5.2. Project Responsibility
6. Procedure
6.1. Basic Considerations and MEthods
6.2. Planning and Preparation
6.3. Basic Procedures and Requirements
6.3.1. Mechanical Surging:
6.3.2. Overpumping and Backwashing:
6.3.3. Rawhiding
6.3.4. High-Velocity Hydraulic Jetting:
6.3.5. High-Velocity Hydraulic Jetting Combined with Simultaneous Pumping:
6.3.6. Developing with Air
6.3.7. Well Recovery Test

6.4. Technical Review

7. Attachments
8. Forms
Example Well Development Record
Attachment 1. Conditions Potentially Requiring Special Well Development Considerations
Attachment 2. Example Monitoring Well Development Procedure
Attachment 3. Example Extraction/Injection Well Development Procedure

Appendix D. Well Boot Product Information

File details come from the government source that posted it. Updated .