水科学与工程技术
水科學與工程技術
수과학여공정기술
Water Sciences and Engineering Technology
2015年
5期
76-78,79
,共4页
河流泥沙%污水%评价
河流泥沙%汙水%評價
하류니사%오수%평개
river sediment%wastewater%evaluation
万水河属于山溪性河流,暴涨暴落,洪水下泄快,滞流时间短,由于受上游采矿及城市排污等影响,河流含沙量相对较大,采用万水河立山站的历年实测含沙资料及“等标污染负荷法”对废污水进行分析评价,旨在为相关部门治理河流及污染提供科学的数据来源。
萬水河屬于山溪性河流,暴漲暴落,洪水下洩快,滯流時間短,由于受上遊採礦及城市排汙等影響,河流含沙量相對較大,採用萬水河立山站的歷年實測含沙資料及“等標汙染負荷法”對廢汙水進行分析評價,旨在為相關部門治理河流及汙染提供科學的數據來源。
만수하속우산계성하류,폭창폭락,홍수하설쾌,체류시간단,유우수상유채광급성시배오등영향,하류함사량상대교대,채용만수하립산참적력년실측함사자료급“등표오염부하법”대폐오수진행분석평개,지재위상관부문치리하류급오염제공과학적수거래원。
Wanshui River belongs to the stream of the river. The amountaious, flood discharge fast, short retention time, due to the influence of upstream mining and urban sewage, river sediment concentration is relatively large. In this paper, the Wanshui River Lishan station measured historical sediment data and the standard pollution load method"of waste water of analysis and evaluation, in order to provide scientific data sources for the relevant departments to rivers and pollution.