Publications & Manuals
Ground Water Science is proud to offer a variety of publications and manuals through which we can continue to share our extensive knowledge of ground water systems and water well system design and management.
Whether or not you are able to work with us as consultants or to attend one of our professional seminars, you deserve to add these comprehensive texts to your library today!
Sustainable Wells, by Stuart A. Smith and Allen E. Comeskey, is a handbook for working well managers and operators, providing a comprehensive, readable, and well-illustrated work with up-to-date information (largely free of product and vendor bias) to help the reader make good decisions to improve and maintain well performance. The text is technical but presented in an understandable manner without talking down to the nonspecialists. Rather than focusing on some certain aspect of well cleaning, or a particular technical approach, it covers the scope of maintenance and rehabilitation, from planning to evaluation testing.
In particular, Sustainable Wells leans heavily on the need for preventive design, maintenance monitoring, and evaluation testing. The goal: prevent and slow well deterioration so that rehabilitation crises can be prevented.
The book is based on the authors’ long hands-on experience serving a well-operating clientele and a world of connection with experts in the field. In addition to water supply wells, it addresses the problems and maintenance issues of monitoring, plume control, and other "environmental" wells. While focused on North American experiences, it is intended to be internationally useful.
Price: 9.95
Cat. #: 7576
ISBN: 9780849375767
ISBN 10: 0849375762
Publication Date: November 03, 2009
Number of Pages: 334
Downloadable Electronic Edition
This manual, originally developed for AWWA training, is a complete, colorfully illustrated brief reference manual covering what to do to test and maintain well performance. It also has review questions and glossaries to aid the reader in self-assessing comprehension and understanding specialized terminology. This belongs on the bookshelf of anyone running a well-based system.
Print Edition
This manual, originally developed for AWWA training, is a complete, colorfully illustrated brief reference manual covering what to do to test and maintain well performance. It also has review questions and glossaries to aid the reader in self-assessing comprehension and understanding specialized terminology. This belongs on the bookshelf of anyone running a well-based system.
Downloadable Electronic Edition
This manual provides a framework for water quality monitoring for ground water system maintenance purposes, and provides practical, field-tested recommendations on what managers and operators should monitor, and what to do with the information to optimize ground water system service life.
Note: This is the downloadable electronic edition. A print edition is also available.
$35.00
Print Edition
This manual provides a framework for water quality monitoring for ground water system maintenance purposes, and provides practical, field-tested recommendations on what managers and operators should monitor, and what to do with the information to optimize ground water system service life.
Note: This is the print edition. A downloadable electronic edition is also available.
$40.00Spencerville has a high-capacity carbonate-aquifer wellfield in a politically and technically sensitive aquifer setting (a designated sole-source aquifer) in which both public water suppliers and private-well owners maintain marginal ground water supplies. Work included analysis of studies by other consultants in the area and technical liaison with the state and neighboring communities, WHPA delineation using MODFLOW, based on detailed local data collection, well capacity testing and regional aquifer-scale testing to update the numerical model of the wellfield.
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“We learn the value of water when the well goes dry,” said Benjamin Franklin. The cost of properly maintaining your ground water assets pales in comparison to the social and economic disaster that would result from a failed community water supply.