工业用水与废水
工業用水與廢水
공업용수여폐수
INDUSTRIAL WATER & WASTEWATER
2014年
5期
49-50
,共2页
核电厂%含油废水%处理方法%适应性分析
覈電廠%含油廢水%處理方法%適應性分析
핵전엄%함유폐수%처리방법%괄응성분석
nuclear power plant%oily wastewater%treatment process%adaptablity analysis
核电厂含油废水具有水量、水质不稳定，含油量变化范围大，有机物含量少等特点。对常用的含油废水处理方法的适应性进行了分析，通过综合比选可知，粗粒化法、气浮法及萃取法较适合在核电厂含油废水处理中应用，其中萃取法由于其处理工艺流程简单，运行维护费用低，在工艺选择时可优先考虑。
覈電廠含油廢水具有水量、水質不穩定，含油量變化範圍大，有機物含量少等特點。對常用的含油廢水處理方法的適應性進行瞭分析，通過綜閤比選可知，粗粒化法、氣浮法及萃取法較適閤在覈電廠含油廢水處理中應用，其中萃取法由于其處理工藝流程簡單，運行維護費用低，在工藝選擇時可優先攷慮。
핵전엄함유폐수구유수량、수질불은정，함유량변화범위대，유궤물함량소등특점。대상용적함유폐수처리방법적괄응성진행료분석，통과종합비선가지，조립화법、기부법급췌취법교괄합재핵전엄함유폐수처리중응용，기중췌취법유우기처리공예류정간단，운행유호비용저，재공예선택시가우선고필。
Oily wastewater from nuclear power plant is characterized by unstable water quantity and quality, large variation range of oil content, less organic matters content and so on. The adaptability of common oily wastewater treatment processes was analyzed, through the comprehensive comparison and selection, coarse graining method, air flotation method and extraction method were considered to be suitable for nuclear power plant oily wastewater treatment; further more, as extraction method had advantages of easy to operate and low cost of operating and maintenance, it should be the preferential option.
