1. Auflage - Oktober 2006
162,- Euro
2006. 514 Seiten, Hardcover
ISBN-10: 0-470-84989-4
ISBN-13: 978-0-470-84989-7 - John Wiley & Sons

Preis inkl. Mehrwertsteuer zzgl. Versandkosten.





Probekapitel

Kurzbeschreibung
The Handbook of Water Wells provides the necessary scientific background together with practical advice using global case studies, in an accessible style suitable for both postgraduates/researchers and practitioners. The book begins with an introduction to the type and uses of water wells from water supply and irrigation through to groundwater remediation. It then covers well siting detailing how to source data from geophysical surveys, remote sensing, etc. Well design is then summarized to ensure the well is stable and cost-effective. The book ends with three chapters covering well construction, well testing and well performance, maintenance, and rehabilitation.

Aus dem Inhalt
Preface.

Lewis Clark (1937-2004): an appreciation.

Acknowledgements.

Chapter 1 Introduction.

1.1 Wells and boreholes.

1.2 Groundwater occurrence.

1.3 Groundwater flow.

Chapter 2 Groundwater investigations for locating well sites.

2.1 Desk studies.

2.2 Field reconnaissance.

2.3 Well survey.

2.4 Geophysical surveys.

2.5 Drilling investigations.

2.6 Groundwater resources assessment.

2.7 Groundwater quality.

2.8 Pollution risk assessment and prevention.

2.9 Planning the well scheme.

Chapter 3 An introduction to well and borehole design.

3.1 Drilled wells.

3.2 Hand-dug wells.

3.3 Infiltration galleries.

3.4 Radial collector wells.

3.5 Observation boreholes.

3.6 Exploration boreholes.

3.7 Pump selection.

Chapter 4 Specific issues in well and borehole design.

4.1 Choice of construction materials.

4.2 Casing.

4.3 Screen.

4.4 Gravel pack design.

4.5 Hydraulic design.

4.6 Economic optimisation of well design.

Chapter 5 Well and borehole construction.

5.1 Percussion drilling.

5.2 Rotary drilling.

5.3 Auger drilling.

5.4 Jetting.

5.5 Driving of Well-Points.

5.6 Manual construction.

5.7 Well development.

5.8 Wellhead completion.

Chapter 6 Formation sampling and identification.

6.1 Observing the drilling process.

6.2 Collecting formation samples.

6.3 Description and analysis of drilling samples.

6.4 Downhole geophysical logging.

6.5 Downhole geophysical imaging.

6.6 Preparing a composite well log.

Chapter 7 Well and borehole testing.

7.1 Objectives of test pumping.

7.2 Planning a well pumping test.

7.3 Types of pumping test.

7.4 Analysis of test pumping data from single wells.

7.5 Multiple wells.

7.6 The shape of the yield-drawdown curve: Deviations from the ideal response.

7.7 Interpretation of pumping and recovery test data in hard-rock aquifers.

7.8 Single borehole tests: slug tests.

7.9 Test pumping a major well field: the Gatehampton case study.

7.10 Record-Keeping.

Chapter 8 Groundwater sampling and analysis.

8.1 Water quality parameters and sampling objectives.

8.2 Field determinations.

8.3 Collecting water samples from production wells.

8.4 Collecting water samples from observation boreholes.

8.5 Sample filtration, preservation and packaging.

8.6 Packing and labelling samples.

8.7 Quality control and record keeping.

8.8 Sample analysis.

Chapter 9 Well monitoring and maintenance.

9.1 Factors affecting well system performance.

9.2 Monitoring well system performance.

9.3 Well maintenance and rehabilitation measures.

9.4 Well decommissioning.

Chapter 10 Well and borehole records.

10.1 Well Archives.

10.2 Operational well databases. Appendix 1 Units and conversion tables.

Appendix 1. Units and conversion tables.

Appendix 2. World Health Organization drinking water guidelines.

Appendix 3. FAO Irrigation water quality guidelines.

References.

Index.