In Situ Chemical Oxidation for Groundwater Remediation [electronic resource] /
Siegrist, Robert L.editor.
Crimi, Michelle.editor.
Simpkin, Thomas J.editor.
Strategic Environmental Research and Development Program (U.S.)
Environmental Security Technology Certification Program (U.S.)
This volume provides comprehensive and up-to-date descriptions of principles and practices of in situ chemical oxidation (ISCO) for groundwater remediation. Chapters are based on a decade of intensive research, development, and demonstrations and lessons learned from commercial field applications. The intended audience includes remediation professionals, decision makers, and practicing engineers and scientists who select, design, and operate ISCO remedial systems, and researchers seeking to improve the current state-of-the-art. This volume should serve as a useful resource to assist remediation professionals in applying and developing ISCO technologies as effectively as possible. Topics covered include: Groundwater contamination, site remediation, and current ISCO technology practices. Fundamentals of chemical oxidation, the use of peroxide, permanganate, persulfate, and ozone oxidants, their reactions with contaminants of concern, and their interactions with naturally occurring subsurface materials. Transport and fate of oxidants during use in ISCO and available mathematical models to support ISCO applications. Combination of ISCO with other remedial technologies, including in situ bioremediation and monitored natural attenuation. Evaluation of ISCO field applications, performance achieved, and lessons learned. Design and implementation of ISCO, including technology screening, conceptual design, detailed design and planning, and implementation and performance monitoring. Examples of procedures, processes, and tools are provided. Site characterization for development of conceptual site models, treatment goals, and end points for ISCO applications. Oxidant delivery, contingency planning, and ISCO system performance monitoring. ISCO technology costs and sustainability. Critical gaps in knowledge and research needs to improve ISCO theory, technology development and applications. Each chapter in this volume has been thoroughly reviewed for technical content by one or more experts in the subject area covered.
Description based upon print version of record
Includes bibliographical references and index
Preface -- In Situ Chemical Oxidation: Technology Description and Status -- Fundamentals of ISCO using Hydrogen Peroxide -- Fundamentals of ISCO using Permanganate -- Fundamentals of ISCO using Persulfate -- Fundamentals of ISCO using Ozone -- Principles of ISCO Related Subsurface Transport and Modeling -- Principles of Combining ISCO with other In Situ Remedial Approaches -- Evaluation of ISCO Field Applications and Performance -- Systematic Approach for Site-Specific Engineering of ISCO -- Site Characterization and ISCO Treatment Goals -- Oxidant Delivery Approaches and Contingency Planning -- ISCO Performance Monitoring -- Project Cost and Sustainability Considerations -- ISCO Status and Future Directions -- Appendices.
This volume provides comprehensive and up-to-date descriptions of principles and practices of in situ chemical oxidation (ISCO) for groundwater remediation. Chapters are based on a decade of intensive research, development, and demonstrations and lessons learned from commercial field applications. The intended audience includes remediation professionals, decision makers, and practicing engineers and scientists who select, design, and operate ISCO remedial systems, and researchers seeking to improve the current state-of-the-art. This volume should serve as a useful resource to assist remediation professionals in applying and developing ISCO technologies as effectively as possible. Topics covered include: Groundwater contamination, site remediation, and current ISCO technology practices. Fundamentals of chemical oxidation, the use of peroxide, permanganate, persulfate, and ozone oxidants, their reactions with contaminants of concern, and their interactions with naturally occurring subsurface materials. Transport and fate of oxidants during use in ISCO and available mathematical models to support ISCO applications. Combination of ISCO with other remedial technologies, including in situ bioremediation and monitored natural attenuation. Evaluation of ISCO field applications, performance achieved, and lessons learned. Design and implementation of ISCO, including technology screening, conceptual design, detailed design and planning, and implementation and performance monitoring. Examples of procedures, processes, and tools are provided. Site characterization for development of conceptual site models, treatment goals, and end points for ISCO applications. Oxidant delivery, contingency planning, and ISCO system performance monitoring. ISCO technology costs and sustainability. Critical gaps in knowledge and research needs to improve ISCO theory, technology development and applications. Each chapter in this volume has been thoroughly reviewed for technical content by one or more experts in the subject area covered.
Environmental management.
Water pollution.
Water quality.
Civil engineering.
Geochemistry.
Microbiology.
Environmental Management.
Waste Water Technology / Water Pollution Control / Water Management / Aquatic Pollution.
Water Quality/Water Pollution.
Civil Engineering.
Geochemistry.
Microbiology.
SERDP/ESTCP Environmental Remediation Technology