Book contents
- Frontmatter
- Contents
- List of figures
- List of tables
- Preface
- List of abbreviations
- Conversions of selected units of hydrologic measurement
- 1 Water and Life
- 2 Challenge and opportunity
- 3 Unfolding recognition of ecosystem change
- 4 Natural waters
- 5 Plant–soil–water–ecosystem relationships
- 6 Groundwater
- 7 Lakes and wetlands
- 8 River channels and floodplains
- 9 Impounded rivers and reservoirs
- 10 Domestic and industrial water management
- 11 Decision processes
- 12 Integrative approaches
- Appendix: Guide to Internet resources on water and environment
- References
- Index
10 - Domestic and industrial water management
Published online by Cambridge University Press: 05 October 2013
- Frontmatter
- Contents
- List of figures
- List of tables
- Preface
- List of abbreviations
- Conversions of selected units of hydrologic measurement
- 1 Water and Life
- 2 Challenge and opportunity
- 3 Unfolding recognition of ecosystem change
- 4 Natural waters
- 5 Plant–soil–water–ecosystem relationships
- 6 Groundwater
- 7 Lakes and wetlands
- 8 River channels and floodplains
- 9 Impounded rivers and reservoirs
- 10 Domestic and industrial water management
- 11 Decision processes
- 12 Integrative approaches
- Appendix: Guide to Internet resources on water and environment
- References
- Index
Summary
ENVIRONMENTAL ASPECTS OF DOMESTIC AND INDUSTRIAL WATER USE
This chapter appraises the range of methods employed to provide water for domestic and industrial water use and to dispose of their wastes. It considers the effects that each method has on the related ecosystem, and looks ahead toward improved means of coordinating domestic, industrial, and aquatic environmental management.
The focus is on intersections among domestic, industrial, and environmental water management, which may be outlined as follows:
(1) environmental quality, protection, and treatment of source waters for domestic and industrial use;
(2) environmental effects of domestic and industrial withdrawals (e.g., stream and aquifer depletion), taking into account the different effects of consumptive and non-consumptive uses;
(3) environmental effects of domestic and industrial waste discharges (pollution);
(4) environmental value of non-consumptive use reuse, and harmonization of domestic, industrial, and environmental water management.
The first step in addressing these themes is to survey the current range of domestic and industrial water uses, followed by illustrative case studies in the USA and Africa.
Definitions and data problems
Although often grouped together under the heading of municipal and industrial water use, the types, scales, and effects of these non-agricultural uses vary enormously. Domestic water use includes rural as well as municipal users. It refers to uses most immediately associated with basic human needs for drinking, bathing, and washing – and associated household uses for irrigating gardens, washing vehicles, and providing for animals.
- Type
- Chapter
- Information
- Water for LifeWater Management and Environmental Policy, pp. 186 - 217Publisher: Cambridge University PressPrint publication year: 2003