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Characterization and Remediation of Fractured Rock
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1 Introduction
1 Introduction Overview
1.1 Characterizing Fractured Rock
1.2 Comparing Unconsolidated Porous Media CSMs and Fractured Rock CSMs
1.3 21- Compartment Model
1.4 Value of Investigation
2 Geology
2 Geology Overview
2.1 Elements of Terrane Analysis
2.2 Benefits of Terrane Information for the Initial CSM
2.3 Terrane Analysis Case Study
2.4 Terrane Analysis Summary
3 Hydrology
3 Hydrology: Fluid Flow Overview
3.1 Fractured Rock Characteristics
3.2 Fluid Dynamics
3.3 Vapors in Fractured Rock
3.4 Role of Scale in Fractured Rock Fluid Flow
4 Chemistry
4 Chemistry: Fate and Transport Overview
4.1 Fate and Transport Mechanisms
4.2 Contaminant Properties Affecting Fate and Transport
5 Site Characterization
5 Site Characterization Overview
5.1 Review and Refine Existing CSM
5.2 Define the Problem
5.3 Identify Significant Data Gaps
5.4 Define Data Collection Objectives and Design Data Collection Process
5.5 Select Investigation Tools
5.6 Develop and Implement Work Plan
5.7 Manage, Interpret, and Present Data
5.8 Lessons Learned
6 Remediation Design
7 Monitoring
8 Modeling Fractured Rock
9 Stakeholder Perspectives
10 Regulatory Challenges
11 Case Studies
11 Case Studies Overview
11.1 Former Industrial Site, Greenville, South Carolina
11.2 Solvents Recovery Service of New England, Inc., Superfund Site, Southington, Connecticut
11.3 Characterization of Fractured Bedrock, United Kingdom
Appendix A. Karst Terranes
Appendix B. Bedrock Types
Appendix C. Drilling
Appendix D. The 21-Compartment Model
Additional Information
Glossary
References
Acronyms
Acknowledgments
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Characterization and Remediation in Fractured Rocks
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ENREF_85a
November 24, 2017
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