Research Catalog

Title

Sequenced reactive barriers for groundwater remediation / edited by Stephanie Fiorenza, Carroll L. Oubre, C. Herb Ward ; authors, James F. Barker [and others].

Publication

Boca Raton, Fla. : Lewis Publishers, [2000], ©2000.

Items in the Library & Off-site

Details

Additional Authors

• Fiorenza, Stephanie.
• Oubre, Carroll L.
• Ward, C. H. (Calvin Herbert), 1933-
• Barker, James F. (James Franklin)

Description

730 pages : illustrations; 27 cm.

Summary

• "Permeable, reactive barriers have the potential to minimize operation times and operation costs as well as limit the migration of contaminated groundwater plumes. Sequenced Reactive Barriers for Groundwater Remediation brings us one step closer to utilizing this promising remediation technology."--BOOK JACKET.
• "The Plumes chosen for this study contain a mix of chlorinated and aromatic hydrocarbons, and unlike previous tests, this one expands the investigation beyond the use of granular iron. In fact, the object is to use combinations of several technologies in succession. This in situ sequencing of reactive barriers is an extension of the treatment 'train' approach."--BOOK JACKET.

Series Statement

AATDF monographs

Uniform Title

AATDF monographs.

Subjects

• Membranes (Technology)
• Groundwater > Purification

Bibliography (note)

• Includes bibliographical references and index.

Contents

• Pt. I. Executive Summary. Ch. 1. Introduction and Technology Review. Ch. 2. Sequential In Situ Treatment Using Granular Iron and ORC - Gate 1 CFB Borden Experiment. Ch. 3. Intrinsic Remediation - Gate 2, CFB Borden. Ch. 4. Sequential Anaerobic/Aerobic Bioremediation - Gate 3 CFB Borden. Ch. 5. In Situ Sequential Treatment of a Mixed Organic Plume Using Granular Iron and Oxygen Sparging - NAS Alameda. Ch. 6. Project Overview and Conclusions -- Pt. II. Executive Summary. Ch. 7. Introduction to the Technology Evaluation. Ch. 8. Application of a Sequential Treatment system at a Hypothetical Site. Ch. 9. Measurement Procedures and Monitoring Program. Ch. 10. Cost and Performance. Ch. 11. Applicability of SPRB Technology. App. 1. Borden Site Description -- App. 2. Chronology of Borden Activities -- App. 3. Laboratory Analytical Procedures -- App. 4. Groundwater Sampling and Field Analysis Methods (Borden) -- App. 5. Quality Assurance/Quality Control Procedures and Results --
• App. 6. Background Sampling Results (Borden) -- App. 7. Main Tracer Test -- App. 8. Water Level/Head Measurements and Potentiometric Surface Plots -- App. 9. Source Well Evaluation -- App. 10. Aboveground Treatment System Design - Borden -- App. 11. Laboratory Microcosm Experiment -- App. 12. Granular Iron Performance Analyses -- App. 13. Assessment of Bioremediation Efforts in Gate 1 -- App. 14. Leak Around Cassettes (Gate 1) -- App. 15. Iron and ORC Incompatibility -- App. 16. Surface Investigations of Granular Iron -- App. 17. Gate 3 Modelling - Design Of Nutrient Pulse Delivery -- App. 18. Nutrient Pulse Tracer Test -- App. 19. Redox Status of the Anaerobic Zone of Gate 3 -- App. 20. Gate 3 Biosparge Zone Assessment -- App. 21. Benzoate-Conductivity Comparison -- App. 22. Laboratory Sparging Experiments -- App. 23. Gate 3 Nutrient Concentrate -- App. 24. Breakthrough Curve Analysis, Velocity Estimation and Concentration Averaging -- App. 25. Alameda Timeline --
• App. 26. Sampling Methods - Alameda -- App. 27. Tracer Test and In Situ Permeable Flow Sensors - Alameda -- App. 28. Oxygen and Carbon Dioxide Sparging Protocol for the Biosparge Zone -- App. 29. Equations Used to Calculate Degradation Rates for Compounds at Alameda NAS -- App. 30. Plots of Contaminant Distribution in the Remedial Gate For OP2, Alameda -- App. 31. Aboveground Treatment of Groundwater Extracted from Remedial Gate, Alameda -- App. 32. Numerical Simulations Alameda -- App. 33. Technology Evaluation - Modeling for Hypothetical Site -- App. 34. Technology Evaluation - Calculations For BTEX Degradation -- App. 35. Supplemental Information on Pump-and-Treat System Costs.

ISBN

1566704464 (alk. paper)

LCCN

99038934

OCLC

ocm41892358

Owning Institutions

Columbia University Libraries