Restructuring small systems
Physically interconnecting small water systems with larger ones or creating networks of shared management and other expertise might provide a long-term solution to the problems facing small water systems. Using a geographic information system to display results and screen for geographic barriers, th...
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Veröffentlicht in: | Journal - American Water Works Association 1997-01, Vol.89 (1), p.65-74 |
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creator | Castillo, Eloise Trabka Rubin, Scott J. Keefe, Sally K. Raucher, Robert S. |
description | Physically interconnecting small water systems with larger ones or creating networks of shared management and other expertise might provide a long-term solution to the problems facing small water systems. Using a geographic information system to display results and screen for geographic barriers, the authors analyzed restructuring potential in 17 states by calculating distances between small and nearby larger water systems and applied screening criteria to indicate whether the restructuring option would be cost-effective. Physical interconnection with a large system may be economically feasible for up to 35 percent of small community water systems, although in most states examined it would be cost-effective for only 10-20 percent of them based on the criteria used here. However, the potential for large systems to provide satellite services to small systems is high in the states evaluated. These results cannot be used to implement any particular restructuring option, but they provide insight into overall restructuring potential. |
doi_str_mv | 10.1002/j.1551-8833.1997.tb08162.x |
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Using a geographic information system to display results and screen for geographic barriers, the authors analyzed restructuring potential in 17 states by calculating distances between small and nearby larger water systems and applied screening criteria to indicate whether the restructuring option would be cost-effective. Physical interconnection with a large system may be economically feasible for up to 35 percent of small community water systems, although in most states examined it would be cost-effective for only 10-20 percent of them based on the criteria used here. However, the potential for large systems to provide satellite services to small systems is high in the states evaluated. 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problems facing small water systems. Using a geographic information system to display results and screen for geographic barriers, the authors analyzed restructuring potential in 17 states by calculating distances between small and nearby larger water systems and applied screening criteria to indicate whether the restructuring option would be cost-effective. Physical interconnection with a large system may be economically feasible for up to 35 percent of small community water systems, although in most states examined it would be cost-effective for only 10-20 percent of them based on the criteria used here. However, the potential for large systems to provide satellite services to small systems is high in the states evaluated. These results cannot be used to implement any particular restructuring option, but they provide insight into overall restructuring potential.</abstract><cop>Denver, CO</cop><pub>American Water Works Association</pub><doi>10.1002/j.1551-8833.1997.tb08162.x</doi><tpages>10</tpages></addata></record> |
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source | Wiley Online Library Journals Frontfile Complete; Jstor Complete Legacy |
subjects | Applied sciences Artificial satellites Contract management Cooperation Customers Drinking water Economic systems Exact sciences and technology Geodetic position Geographic Information Systems Management Pollution Potable water Rural areas Small Water Systems Software Subsidies Topographical elevation Urban areas Water management Water treatment and pollution ZIP codes |
title | Restructuring small systems |
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