Study of Water Retention and Permeable Methods on Urban-Case Study of Sewage Treatment and Operation Center in Yonghe District,New Taipei City

• Main Authors: CHIEN-CHING CHEN, 陳劍清
• Other Authors: Lee-Kuo Lin
• Format: Others
• Language: zh-TW
• Online Access: http://ndltd.ncl.edu.tw/handle/6a372t

碩士 === 國立臺北科技大學 === 土木工程系土木與防災碩士班（碩士在職專班） === 103 === Early in the idyllic village there are rice fields, pond, ridge, trails and country roads reed carts, etc., filled with quiet, elegant scene, but with the rapid development of urbanization, rural village has been replaced by high-rise concrete and asphalt surface, causing the surface The average temperature rise, reducing the frequency of underground flooding penetration increase, coupled with the recent climate change, rainfall is obviously focused and short, so that the original road-side drainage system has been unable to accommodate showers runoff, the metropolitan area is now an urgent need to resolve the issue. To improve the situation within the urban water countermeasures then turn to the aggregate flood of today&;#39;s mainstream, to use a wide set stormwater detention space with plenty of water, adjust the flow and reduce the peak flow, the water to reduce the negative environmental impact of urban development cause, in order to penetrate recycling of water resources, in addition through urban planning and land use regulation, flood planning and related reduction measures to avoid an excessive increase in urban land development after the base before the runoff than the development, and finally through the retention of rainwater infiltration stormwater detention facilities or bases, etc. , and then adjust, reduce peak storm runoff drainage system within the city in order to reduce the load, reduce the impact of water-related disasters in the city, increasing the recycling of water. Analysis and evaluation of the research project and to explore for water retention, flooding engineering methods, in order to observe and now to understand the mode detector LID demonstration projects and, according to the analysis of recent urban showers can improve water flooding and drought to improve scheduling phenomenon has offerings.