"Applies science and engineering principles to the analysis, design, and implementation of technical schemes to characterize, treat, modify, and reuse/store waste and contaminated media. Includes site remediation."

Provides an integrated and comprehensive approach that covers qualitative and quantitative analyses of techniques from a variety of disciplines such as engineering, and the physical/ chemical and biological sciences Geoenvironmental Engineering applies science and engineering principles to the analysis, design, and implementation of technical schemes to characterize, treat, modify, and reuse/store waste and contaminated media-including site remediation. Facilitating the assessment and solving of current and future geoenvironmental problems through the synthesis of essential principles from diverse fields of study, Geoenvironmental Engineering discusses soil formation, composition, structure, and its behavior and interaction with water, as well as dissolved and immiscible contaminants. presents clean-up criteria and pathways for contaminant exposure in site remediation, and outlines the various remediation strategies describes types of waste containment and containment site selection, containment system configurations, the essentials of containment system design, and the treatment of barrier composition and performance issues Geoenvironmental Engineering shows how scientists and engineers can bring their vital skills to analyze and solve the environmental problems of the ground surface and subsurface. It is a timely and important reference for civil, geoenvironmental, geotechnical, environmental, chemical, foundation, petroleum, water resource, hydraulic, mining, and minerals engineers; geologists, geochemists, geophysicists, and biogeochemists; geostatisticians; soil scientists and agronomists; environmental policymakers, specification writers, and water resource managers; marine, molecular, plant, fisheries, field, and soil biologists and microbiologists; and a thorough text for upper-level undergradaute and graduate students in these disciplines.

Containment and permeable reactive barriers have come full circle as an acceptable environmental control technology during the past 30 years. As interest shifted back toward containment in the 1990s, the industry found itself relying largely on pre-1980s technology. Fortunately, in the past 10 years important advances have occurred in several areas of containment, most notably in the area of permeable barriers. A balanced presentation of what is known and not known, Barrier Systems for Contaminant Containment and Environmental Treatment provides a comprehensive report on the current state of the science and technology of waste containment. Comprehensive and easily read, this book is rich with discussions and references to literature. Setting the stage for how contaminants can get into the subsurface, the authors describe pathways and introduce the essential concepts of risk. They provide details on the current state of the art for performance prediction and clearly delineate the limitations in modeling specific situations. The book addresses the materials used in barriers, defines their properties, and explores how they perform in the field. It describes available technologies and addresses their applications to various types of barriers. Tackling perhaps the most challenging aspect of waste containment technology, the book includes two case studies that demonstrate the value of validating field performance. Subsurface containment and treatment barriers will continue to be a widely used environmental control technology in the years ahead. Representing the collective knowledge and efforts of leading experts from research, industry, and regulatory agencies, this book provides a valuablereference that helps to chart the way to successfully managing many contaminated sites.