상수관망의 유수율 증진에 미치는 영향 인자 분석 연구
A Study on the Affecting Factors for the Improvement of Water Revenue Ratio in Water Distribution Network
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According to the Ministry of Environment of Korea, the average water revenue ratio was as high as 84% for the entire country in 2014. The water revenue ratio is tend to lower at the smaller counties and a lot of small counties have low ratio less than 60%. This means about 40% of produced water is leaked of no use. Therefore, many counties want to increase water revenue ratio. However, they hesitate to invest for the advanced pipe network system such as pressure management, block system and old pipe replacement because it requires huge investment whereas the results is unpredictable. For the counties considering advanced pipe network system, factors affecting advanced pipe network system are analyzed and presented in this study. As an affecting variables, four factors of elapsed year of adopting advanced pipe network system, old distribution pipe ratio, old water supply pipe ratio and replacement ratio of old pipe are analysed. As a result of this study, elapsed year of adopting advanced pipe network system is the most dominant factor and replacement ratio of old pipe is the second.
Abstract
According to the Ministry of Environment of Korea, the average water revenue ratio was as high as 84% for the entire country in 2014. The water revenue ratio is tend to lower at the smaller counties and a lot of small counties have low ratio less than 60%. This means about 40% of produced water is leaked of no use. Therefore, many counties want to increase water revenue ratio. However, they hesitate to invest for the advanced pipe network system such as pressure management, block system and old pipe replacement because it requires huge investment whereas the results is unpredictable. For the counties considering advanced pipe network system, factors affecting advanced pipe network system are analyzed and presented in this study. As an affecting variables, four factors of elapsed year of adopting advanced pipe network system, old distribution pipe ratio, old water supply pipe ratio and replacement ratio of old pipe are analysed. As a result of this study, elapsed year of adopting advanced pipe network system is the most dominant factor and replacement ratio of old pipe is the second.
참고문헌 (8)
- Yang Seung Kyoung, "Water distribution network modeling based on spatial information technique to improve its analysis accuracy", 1~2 (2011)
- Ministry of Environment, "Statistics of Water Supply", ~ (2015)
- Korea Water Resources Corporation, "Guide Book for the Improvement of Water Revenue ratio in Pipe network", pp.5~14 (2009)
- Lee Hye Seung, "Effective operation Methods of pipe Network for the increase of Renenue water", 3~5 (2013)
- Lee Sang Moo, "A Study on the plan of flow rate improvement in small cities through the supplementation of the block system", 4~5 (2013)
- Pipe network analysis and block system building measures for effective water loss, "Shin Jin Woo", 3~4 (2011)
- Korea Water Resources Corporation, "K-pressure User Guide", 1~5 (2007)
- Samprit Chatterjee, "Regression Analysis by Example", 229~230 (2013)