广西水利水电
廣西水利水電
엄서수이수전
GX WATER RESOURCES & HYDROPOWER ENGINEERING
2014年
2期
86-88
,共3页
龙江%镉%迁移%柳州供水%风险分析%风险控制
龍江%鎘%遷移%柳州供水%風險分析%風險控製
룡강%력%천이%류주공수%풍험분석%풍험공제
Longjiang river%cadmium%migration%water supply of Liuzhou City%risk analysis%risk control
针对广西河池市龙江河拉浪电站2012年1月重金属镉浓度超标水污染事件，对2012年1月15日-2月28日龙江镉污染物的沿江迁移过程进行分析，指出调水冲污和投入絮凝剂稀释污水等技术是处置龙江镉污染物的有效方法；并对柳州市供水风险进行分析，提出风险控制对策。
針對廣西河池市龍江河拉浪電站2012年1月重金屬鎘濃度超標水汙染事件，對2012年1月15日-2月28日龍江鎘汙染物的沿江遷移過程進行分析，指齣調水遲汙和投入絮凝劑稀釋汙水等技術是處置龍江鎘汙染物的有效方法；併對柳州市供水風險進行分析，提齣風險控製對策。
침대엄서하지시룡강하랍랑전참2012년1월중금속력농도초표수오염사건，대2012년1월15일-2월28일룡강력오염물적연강천이과정진행분석，지출조수충오화투입서응제희석오수등기술시처치룡강력오염물적유효방법；병대류주시공수풍험진행분석，제출풍험공제대책。
In January of 2012, a water pollution accident occurred at Lalang Hydropower Station on Longjiang Riv-er, in Hechi City of Guangxi Zhuang Autonomous Region, with the concentration of heavy metal cadmium exceeding standard. The authors analyzed the migration course of cadmium contamination mass along Longjiang River from Jan.15 to Feb.28 of 2012, pointed out that transferring clean water and throwing flocculants into the river to diluting the polluted water body are effective measures. The authors also made a water supply risk analysis and put forward risk control countermeasures for Liuzhou City.
