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Environmental Policy & Guidance

Principles for Accelerating Remedial Design and Implementation

The following is the table of contents for the student notebooks for the EH-41 training course: Principles for Accelerating Remedial Design and Implementation. This course presents proven methods to consistently integrate streamlining principles into the remedial design and implementation (RDI), and closeout phases of environmental restoration projects under both RCRA and CERCLA. The principles identify ways to streamline RDI processes by focusing on problem identification, clearly articulating the remedial objectives, the means for achieving those objectives, uncertainty management, and developing exit strategies for all phases of the RDI project. Students will be given the opportunity to review existing decision documents to identify both flexibilities and allowances that can provide opportunities to streamline the overall RDI process. Through real site examples, participants will apply the streamlining principles and tools presented.

Introduction
Review of Pre-Decisional Application of Principles of Environmental Restoration
Post-Decision Applications
Defining and Maintaining Objectives
Identifying Preferred Means of Achieving Objectives
Uncertainty Management
Role of the Core Team through Design and Implementation
Post-Construction Activities/Exit Strategy
Glossary/Acronyms
Appendix A: Design Basis for Common Responses
  1. Soil–In-Situ Bioremediation
  2. Soil–In-Situ Stabilization
  3. Soil–In-Situ Vitrification
  4. Soil–Soil Vapor Extraction
  5. Soil–Dig and Treat With Soil Washing/Size Separation
  6. Soil–Dig and Treat Stabilization/Solidification
  7. Soil–Dig and Treat - Soil Washing/ chemical Extraction
  8. Soil–Dig and Haul for Disposal
  9. Soil–Capping
  10. Soil–Bioventing
  11. Ground Water–Pump and Treat
  12. Ground Water–In-Well Stripping with Recirculating Wells
  13. Ground Water–Dual-Phase Extraction
  14. Ground Water–Containment Barriers
  15. Ground Water–In-Situ Permeable Treatment Zone Barriers
  16. Ground Water–In-Situ Bioremediation
 
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