碩士 / 中國文化大學 / 建築及都市計劃研究所碩士在職專班 / 92 / As Taiwan’s economy boomed and the standard of living of its population improved at a sustained pace, luring a large number of people into housing projects in its cities, demand for household running water in urban areas builds up increasingly. Confronting with a rapidly changing global weather and less promising exploration of water resources, sufficient supply of running water to households in cities is at stake. A review on the Tamhai New City Project suggests that the overall space of it has increased 8 times compared to its original plan and the population grew 30 times as many, demanding a water supply 40 times the original volume. Scarce is the water resource; the exploration plan would inevitably mean extra load to the Feicui Dam, which may not successfully serve the neighboring area to the Tamhai New City Project.
To conduct this study, after gathering reference literature of updated running water consumption and water recycling in the cities of Taiwan and overseas, we have decided to opt for the urban household and water recycling system as a practical way to seek alternative water resources. The practice would include the recycling technology for household utility water and full deployment of water-saving devices in housing projects. Eventually, the water recycling system for urban households on the Tamhai New City Project indicates that, by reducing the demand for running water by 27% of the overall consumption of 410 liters/(day*person) of the Tamhai New City Project, the Feicui Dam would save 12,000,000 tons of water each year, at 0.3 of the overall capacity of the dam in its early stage.
Estimates of physical projects suggest that the household running water recycling system is constructive in lower the demand and when widely implemented in urban households, we would be able to have water resources in permanent management and the standard of living of the population, quality of the environment and the community and the overall economy would keep on developing. As successful water recycling is key to permanent water resources, major efforts are expected to make urban household environments ecological, energy-effective, waste-effective and healthy in the process of perpetual development.
| Identifer | oai:union.ndltd.org:TW/092PCCU1224010 |
| Date | January 2004 |
| Creators | Chen chin- liang, 陳致良 |
| Contributors | Chang Shyh-Dean, 張世典 |
| Source Sets | National Digital Library of Theses and Dissertations in Taiwan |
| Language | zh-TW |
| Detected Language | English |
| Type | 學位論文 ; thesis |
| Format | 98 |
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