Environmental Instrumentation and Analysis Handbook

A fact–based, unbiased directory of tools and techniques for analyzing contamination in air, water, and soil
Environmental science professionals can now choose from an impressive array of instrumentation and methodologies when analyzing field conditions at potential contamination sites. This wealth of choices, however, can become a burden when practitioners must determine which approach will be the most optimal and accurate for measuring a particular site.
Environmental Instrumentation and Analysis Handbook is the first book to comprehensively catalog the benefits and drawbacks of virtually every available tool and technique. More than three dozen veteran environmental professionals describe the basic science that supports their field analyses, and then provide invaluable firsthand case studies and reports regarding: Equipment and methodologies at use in the field
Applicability of a particular instrument in an analytical technique
What can go wrong and why—and how to avoid it

Since the beginning of environmental science, the primary information resources for obtaining field data have been obscure journal articles, manufacturer′s catalogs, sales personnel, and personal experience. Environmental Instrumentation and Analysis Handbook combines all of the pertinent data into one innovative resource, providing new help for field professionals who need to understand which instruments and procedures have worked best under certain conditions, and how to successfully implement them.

Spis treści:

Preface.
PART I: INSTRUMENTATION METHODOLOGIES.
1. Influence of Regulatory Requirements on Instrumentation Design (Randy D. Down).
2. In Situ Versus Extractive Measurement Techniques (Gerald McGowan).
3. Validation of Continuous Emission Monitor (CEM) System Accuracy and Reliability (Todd B. Colin).
4. Integration of CEM into Distributed Control Systems (Joseph A. Ice).
5. Infrared Ab sorption Spectroscopy (Tye Ed Barber, Norma L. Ayala, John M.E. Storey, G. Louis Powell, William D. Brosey, and Norman R. Smyrl).
6. Ultraviolet Analyzers (Jeffrey E. Johnston and Marc M. Baum).
7. Total Hydrocarbon Analysis Using Flame Ionization Detector (John Kosch).
8. Gas Chromatography in Environmental Analysis (John N. Driscoll).
9. Online Analysis of Environmental Samples by Mass Spectrometry (Raimo A. Ketola).
10. Photoionization (John N. Driscoll).
11. Portable Versus Stationary Analytical Instruments (Randy D. Down).
12. Application of XRF to the Analysis of Environmental Samples (John N. Driscoll).
13. Laboratory Analysis (Paul J. Giammatteo and John C. Edwards).
14. Solid–Phase Microextraction (Yong Chen and Janusz Pawliszyn).
15. Continuous Particulate Monitoring (William J. Averdieck).
16. Gas Survey Instruments (Randy D. Down).
17. Ion Chromatography for the Analysis of Inorganic Anions in Water (Peter E. Jackson).
18. Ultraviolet–Visible Analysis of Water and Wastewater (Bernard J. Beemster).
PART II: WATER QUALITY PARAMETERS.
19. Thermal Conductivity Detectors (John M. Hiller and Nancy M. Baldwin).
20. Opacity Monitors (Julian Saltz).
21. Temperature Measurement (Randy D. Down).
22. pH Analyzers and Their Application (James R. Gray).
23. Conductivity Analyzers and Their Application (James R. Gray).
24. Turbidity Monitoring (John Downing).
25. Watershed Scale, Water Quality Monitoring–Water Sample Collection (Randy A. Dahlgren, Kenneth W. Tate, and Dylan S. Ahearn).
PART III: GROUND WATER MONITORING.
26. Level Measurements in Groundwater Monitoring Wells (Willis Weight).
27. Laboratory Analysis of Wastewater and Groundwater Samples (Lawrence R. Keefe).
28. Techniques for Groundwater Sampling (Robert M. Powell).
29. Soil Permeability and Dispersion Analysis (Aziz Amoozegar).
30. Passive Sampling (Lee Trotta).
31. Instrumentation in Groundwater Monit oring (David L. Russell).
32. Microbiological Field Sampling and Instrumentation in Assessment of Soil and Groundwater Pollution (Ann Azadpour–Keeley).
PART IV: WASTEWATER MONITORING.
33. Use of Instrumentation for pH Control (Mark Lang).
34. Automatic Wastewater Sampling Systems (Bob Davis and Jim McCrone).
35. Optimum Wastewater Sampling Locations (Bob Davis and James McCrone).
36. Wastewater Level Measurement Techniques (Ernest Higginson).
PART V: AIR MONITORING.
37. Data Acquisition Systems for Ambient Air Monitoring (Matthew Eisentraut and Martin Hansen).
38. Air Pollution Control Systems (Randy D. Down).
39. Measurement of Ambient Air Quality (Gerald McGowan).
PART VI: FLOW MONITORING.
40. Air Flow Measurement (Randy D. Down).
41. Gas Flow Measurement (Ashok Kumar, Jampana Siva Sailaja and Harish G. Rao).
42. Non–Open–Channel Flow Measurement (Randy D. Down).
43. Open–Channel Wastewater Flow Measurement Techniques (Bob Davis and Jim McCrone).
44. Compliance Flow Monitoring in Large Stacks and Ducts (Richard Myers).
Index.

Nota biograficzna:
RANDY D. DOWN, PE, is a recognized expert in environmental instrumentation and controls with Forensic Analysis and Engineering Corp. His more than thirty years of instrumentation and controls experience covers a wide range of industries and applications.
JAY H. LEHR, PHD, is the Science Director of The Heartland Institute and Senior Scientist at Bennett & Williams, Inc. He is the author of fourteen books and over 500 articles on environmental science.

Okładka tylna:
A fact–based, unbiased directory of tools and techniques for analyzing contamination in air, water, and soil
Environmental science professionals can now choose from an impressive array of instrumentation and methodologies when analyzing field conditions at potential contamination sites. This wealth of choices, however, can become a b urden when practitioners must determine which approach will be the most optimal and accurate for measuring a particular site.
Environmental Instrumentation and Analysis Handbook is the first book to comprehensively catalog the benefits and drawbacks of virtually every available tool and technique. More than three dozen veteran environmental professionals describe the basic science that supports their field analyses, and then provide invaluable firsthand case studies and reports regarding: Equipment and methodologies at use in the field
Applicability of a particular instrument in an analytical technique
What can go wrong and why—and how to avoid it

Since the beginning of environmental science, the primary information resources for obtaining field data have been obscure journal articles, manufacturer′s catalogs, sales personnel, and personal experience. Environmental Instrumentation and Analysis Handbook combines all of the pertinent data into one innovative resource, providing new help for field professionals who need to understand which instruments and procedures have worked best under certain conditions, and how to successfully implement them.