Pollution Prevention Sustainability, Industrial Ecology, and Green Engineering, Second Edition

This new editionhas beenrevised throughout, and adds several sections, including: lean manufacturing and design for the environment, low impact development and green infrastructure, green science and engineering, and sustainability. It presents strategies to reduce waste from the source of materials development through to recycling, and examines the basic concepts of the physical, chemical, and biological properties of different pollutants. It includes case studies from several industries, such as pharmaceuticals, pesticides, metals, electronics, petrochemicals, refineries, and more. It also addresses the economic considerations for each pollution prevention approach.

INTRODUCTION TO PREVENTIVE WASTE MANAGEMENT. Pollution Prevention. Industrial Ecology. Green Science and Engineering. Sustainability. ENGINEERING AND SCIENCE FUNDMENTALS. Units and Definitions. Physical, Chemical, and Biological Properties. Conservation Laws and Basic Principles. Unit Operations. ENGINEERING PRINCIPLES. Process Equipment. Ancillary Processes and Equipment. Waste Treatment Processes and Equipment. Process Diagrams. Health and Hazard Risk Assessment. Process Failure Analysis Methods. Economic Considerations. POLLUTION PREVENTION PRINCIPLES. From Pollution Control to Pollution Prevention. Additional Pollution Prevention Components. Pollution Prevention Opportunity Assessment. Source Reduction Options. Recycling Options. ISO 14000 and Environmental Management Systems. INDUSTRIAL APPLICATIONS. General Applications. Commercial Printing. Metal Finishing Industries. Electronics Industry. Pharmaceutical Manufacturing. Paint and Coating Manufacturing. Pesticide Formulating Industry. Pulp and Paper Industry. Petroleum Refining. Transportation. Nanotechnology. DOMESTIC AND INSTITUTIONAL APPLICATIONS. Domestic Applications. Institutional Applications. Government Applications. CASE STUDIES. The Case for Case Studies. Qualitative Case Studies. Quantitative Case Studies. POLLUTION PREVENTION RESOURCES. The Need for Resources. Environmental Organizations. State Pollution Prevention Programs. Pollution Prevention Software and Internet Resources. APPENDIX. INDEX.

Dr. R. Ryan Dupont is a Professor of Civil and Environmental Engineering, a Research Associate at the Utah Water Research Laboratory, and the Head of the Division of Environmental Engineering. His research interests focus on the bioremediation of petroleum and chlorinated solved contaminated soil and groundwater. He has recently been heavily involved in the use of natural attenuation and bioaugmentation for site remediation, and in the use of DNA probes for describing microbial community response to engineering management controls applied for site remediation. Ryan also has interests and expertise in soil vapor extraction and soil gas monitoring, pollution prevention and life-cycle analysis, and municipal solid waste management issues. Awards and honors include: Sigma Xi, 2000; ASCE Utah Section Outstanding Professor of the Year, 1998; Utah State University Old Main Society, 1993; College of Engineering and CEE Departmental Researcher of the Year, 1991-1992 Academic Year; ASEE Outstanding Young Engineering Educator, 1988.