Hazardous Waste Land Disposal/ Land Treatment Facilities - index
Chapter 1. Introduction - ufc_3_280_02a0006
Chapter 2. Regulatory Framework
Army regulations
Chapter 3. Pre-Design Evaluation of Site Conditions
Table 3-1. Composition and Quantity Data Resources
Hydroge9logic conditions
Climatic Elements
Design Requirements Imposed By Hydrogeologic Conditions
Table 3-2. Design/Operational Requirements Imposed by Hydrogeologic Conditions
Chapter 4. Disposal And Handling Constraints Imposed By Waste Composition
Waste analysis plan
Chapter 5. Land Disposal/Land Treatment Options
Figure 5-1. Illustrative Hazardous Waste Master Plan
Landfills
Surface Impoundments
Figure 5-2. Landfill Operations Plan .
Procedures
Land Treatment
The third limiting factor,
Figure 5-3. Land Treatment Area Details
Design Elements.
Figure 5-4. Land Treatment Operations Plan .
Deep Well Injection
Waste Piles
Figure 5-5. Deep Injection Well .
Closure.
Chapter 6. Hazardous Waste Facility Design Elements
Figure 6-1. Flood Control Structures
Table 6-1. Requirements for Liner Systems
Liner characteristics.
Figure 6-2. Base Liner Details for Landfills And Surface Impoundments.
Figure 6-3. Base Liner Details for Waste Piles.
Table 6-2. Summary of Liner Types
Table 6-2. Summary Of Liner Types- Cont.
Liner Installation
Figure 6-4. Typical Clay Liner Compatibility Evaluation
Table 6-3. Seaming Provisions for Synthetic Liners'
Table 6-4. Requirements for Leachate Collection and Removal Systems
Figure 6-5. Typical Leak Detection Systems And Leachate Collection Drains
Surface water run-on and run-off control systems
Table 6-5. Requirements for Surface Water Run-on and Run-off Control Systems
Figure 6-6. Typical Run-On Control Ditches
Figure 6-7. Typical Run-on Control Ditch for Waste Units.
Figure 6-8. Typical Run - Off Control Ditch for Final Cover Areas
Run-off control systems
Figure 6-9. Run- on Sedimentation Control/ Run -off Retention Basins
Gas Control Systems
Final Cover
Figure 6-10. Final Cover Details.
Final cover - Continued
Special design elements
Table 6-7. Requirements for Special Design Elements
Control of Wind Dispersal
Chapter 7. Operations And Contingency Plans/Training
Permit application assistance
Personnel requirements, training, and safety
Chapter 8. Ground Water Monitoring
Monitoring Program
Figure 8-1. Monitoring Well Details
Figure 8-2. Monitoring Well Installations
Federal Regulations For Both Existing Facilities
Chapter 9. Closure And Post - Closure Plans
Post-closure plans
Chapter 10. Cost Analysis
Table 10-1. Summary Of Unit Costs For Lined Facility
Appendix A. References - ufc_3_280_02a0071
Table B-I. Summary of RCRA Hazardous Waste Regulations Applicable to TM 5-814- 7'
Table B-2. Review of State Hazardous Waste Management Programs
Table B-2. Review of State Hazardous Wate Management Programs cont.
Appendix C: Example Design Problem
Required design elements and procedures.
Required design elements and procedures. - Continued
Pipe Capacity Of Leachate Collection System
Based upon these calculations
Chapter 1. Introduction - ufc_3_280_02a0006
Chapter 2. Regulatory Framework
Army regulations
Chapter 3. Pre-Design Evaluation of Site Conditions
Table 3-1. Composition and Quantity Data Resources
Hydroge9logic conditions
Climatic Elements
Design Requirements Imposed By Hydrogeologic Conditions
Table 3-2. Design/Operational Requirements Imposed by Hydrogeologic Conditions
Chapter 4. Disposal And Handling Constraints Imposed By Waste Composition
Waste analysis plan
Chapter 5. Land Disposal/Land Treatment Options
Figure 5-1. Illustrative Hazardous Waste Master Plan
Landfills
Surface Impoundments
Figure 5-2. Landfill Operations Plan .
Procedures
Land Treatment
The third limiting factor,
Figure 5-3. Land Treatment Area Details
Design Elements.
Figure 5-4. Land Treatment Operations Plan .
Deep Well Injection
Waste Piles
Figure 5-5. Deep Injection Well .
Closure.
Chapter 6. Hazardous Waste Facility Design Elements
Figure 6-1. Flood Control Structures
Table 6-1. Requirements for Liner Systems
Liner characteristics.
Figure 6-2. Base Liner Details for Landfills And Surface Impoundments.
Figure 6-3. Base Liner Details for Waste Piles.
Table 6-2. Summary of Liner Types
Table 6-2. Summary Of Liner Types- Cont.
Liner Installation
Figure 6-4. Typical Clay Liner Compatibility Evaluation
Table 6-3. Seaming Provisions for Synthetic Liners'
Table 6-4. Requirements for Leachate Collection and Removal Systems
Figure 6-5. Typical Leak Detection Systems And Leachate Collection Drains
Surface water run-on and run-off control systems
Table 6-5. Requirements for Surface Water Run-on and Run-off Control Systems
Figure 6-6. Typical Run-On Control Ditches
Figure 6-7. Typical Run-on Control Ditch for Waste Units.
Figure 6-8. Typical Run - Off Control Ditch for Final Cover Areas
Run-off control systems
Figure 6-9. Run- on Sedimentation Control/ Run -off Retention Basins
Gas Control Systems
Final Cover
Figure 6-10. Final Cover Details.
Final cover - Continued
Special design elements
Table 6-7. Requirements for Special Design Elements
Control of Wind Dispersal
Chapter 7. Operations And Contingency Plans/Training
Permit application assistance
Personnel requirements, training, and safety
Chapter 8. Ground Water Monitoring
Monitoring Program
Figure 8-1. Monitoring Well Details
Figure 8-2. Monitoring Well Installations
Federal Regulations For Both Existing Facilities
Chapter 9. Closure And Post - Closure Plans
Post-closure plans
Chapter 10. Cost Analysis
Table 10-1. Summary Of Unit Costs For Lined Facility
Appendix A. References - ufc_3_280_02a0071
Table B-I. Summary of RCRA Hazardous Waste Regulations Applicable to TM 5-814- 7'
Table B-2. Review of State Hazardous Waste Management Programs
Table B-2. Review of State Hazardous Wate Management Programs cont.
Appendix C: Example Design Problem
Required design elements and procedures.
Required design elements and procedures. - Continued
Pipe Capacity Of Leachate Collection System
Based upon these calculations
