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Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
|---|---|---|---|---|---|
Searching... | 30000002589608 | TD897.5.P64 1992 | Open Access Book | Book | Searching... |
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Summary
Summary
Focuses on pollution prevention as the technologically viable environmental ethic of the 1990s. Features chapters from industry on the successful application of modern process analytical chemistry to problems of waste minimization, source reduction, and pollution prevention. Examines recent academic and U.S. Department of Energy efforts in the development and potential use of on-line analysis to monitor industrial processes. Showcases the National Science Foundation's highly successful university-industry-government cooperative research program at University of Washington's Center for Process Analytical Chemistry.
Reviews 1
Choice Review
Breen and Dellarco present an important compilation of data and approaches to the application of analytical chemistry to pollution prevention. The book is divided into four sections that address challenges and approaches to the complex combination of chemistry and engineering required of process analytical chemists and, incidentally, environmental chemists. The first section focuses on the needs, challenges, and requirements of pollution prevention in industrial situations. Government, industrial, and academic views are presented on process analytical chemistry in pollution prevention. The second section discusses actual industrial situations using online analyses in several media. The emphasis is on noninvasive, nondestructive techniques easily applied under industrial conditions. The third and fourth sections contain contributions mainly from academia on innovative techniques in noninvasive analytical chemistry. For analytical and environmental chemists, there is a great deal of information in these sections on new applications of pioneering analytical techniques. In addition, there is information on detection limits, experimental methods, and interferences for several techniques. There are numerous references and much information critical in analytical chemistry. Useful for academic, industrial, and government researchers and specialists. Graduate through professional. N. W. Hinman; University of Montana
Table of Contents
| Pollution Prevention: The New Environmental EthicIndustrial Approaches to Pollution Prevention |
| Right-To-Know and Pollution-Prevention Legislation: Opportunities and Challenges for the Chemist |
| The Role of Process Analytical Chemistry in Pollution Prevention |
| Chemical and Biochemical Sensors for Pollution Prevention |
| On-Line Analyzer for Chlorocarbons in Waste water |
| Determination of Organic Compounds in Aqueous Waste Streams by On-Line Total |
| Organic Carbon and Flow Injection Analysis |
| Sulfur Recovery To Reduce SO2 Pollution |
| Surface Acoustic Wave Chemical Microsensors and Sensor Arrays for Industrial |
| Process Control and Pollution Prevention |
| The Electrochemical Sensor: One Solution for Pollution |
| Advanced Testing Line for Actinide Separations: An Integrated Approach to WasteMinimization via On-Line--At-Line Process Analytical Chemistry |
| Membrane Introduction Mass Spectrometry in Environmental AnalysisHollow Fiber Membrane System for the Continuous Extraction and Concentration ofOrganic Compounds from WaterReal-Time Measurement of Volatile Organic Compounds in Water Using Mass |
| Spectrometry with a Helium-Purged Hollow Fiber MembraneOn-Line Analysis of Liquid Streams Using a Membrane Interface and a QuadrupoleMass Spectrometer |
| Electrospray Ion Mobility Spectrometry: Its Potential as a Liquid-Stream Process |
| SensorAnalytical-Scale Extraction of Environmental Samples Using Supercritical FluidsReal-Time Measurement of Microbial Metabolism in Activated Sludge Samples |
| Prompt Gamma-Ray Spectroscopy for Process Monitoring |
| Trace Analysis of Organic Compounds in Groundwater: On-Column Preconcentrationand Thermal Gradient Microbore Liquid Chromatography with Dual-WavelengthAbsorbance Detection |
| Multicomponent Vapor Monitoring Using Arrays of Chemical Sensors |
| Development of Fiber-Optic Immunosensors for Environmental Analysis |
| Sonolysis Transformation of 1,1,1-Trichloroethane in Water and Its Process |
| Analyses Dependence of Fluoride Accumulations on Aluminum Smelter Emissions: A CombinedFuzzy c-Varieties--Principal Component Regression Analysis |
