Practical Design Calculations for Groundwater and Soil Remediation

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Product Description

Effective and enduring site restoration involves professionals from many branches of science and engineering. Geologists, hydrologists, chemists, microbiologists and meteorologists all play a part in remediation efforts-as do civil, chemical, mechanical and environmental engineers.
When the time comes for all-important design calculations, that's where conflicts between disciplines become apparent. Due to certain differences in educational training, the ability of environmental professionals to perform or review design calculations varies.
Bridge the gap with Practical Design Calculations for Groundwater and Soil Remediation. Jeff Kuo's hands-on experience as a consultant and teacher of soil/groundwater remediation informs this collection of the most practical and relevant working information.
Written in a user-friendly, "cookbook-style" format, readers can promptly access the necessary information. More than 200 equations, coupled with tables and figures, allow a clear understanding of purposes and procedures.
To match the scope of Practical Design Calculations for Groundwater and Soil Remediation, you would have to comb through numerous publications. You may also be taking a chance on data that's already obsolete, due to rapid advancements in remediation technologies.
One aspect doesn 't change: basic, straightforward design calculation. Practical Design Calculations for Groundwater and Soil Remediation helps everyone involved in a site restoration project follow the same set of guidelines-for effective results.

Practical Design Calculations for Groundwater and Soil Remediation Review

The concepts covered in this text are fairly well explained. Chapter 2 focuses on characterization and remedial investigation. This section can be useful for those who do UST investigations and soil removal. Here the author runs through the steps used to determine mass and volume of soil excavated from a tank pit and mass and concentration of excavated soil. There are also many useful subsections describing the procedure for determining mass and mole fractions of gasoline components, contamination in the vadose zone, etc.. The author also presents calculations for determining well volume for groundwater sampling. Chapter three covers plume migration in groundwater and soil and the author covers such topics as transmissivity, specific yield and storativity. These topics are not covered in great detail. Aquifer tests are covered and some simple examples are used demonstrating the Theis Method, Cooper-Jacob Straight Line method and Distance-Drawdown method. Not a lot of detail in these sections. Remaining chapters cover mass balance, vadose zone and soil remediation, groundwater remediation and VOC air treatment. Overall a good reference text with a great deal of applicable information.

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