能源研究与管理
能源研究與管理
능원연구여관리
JIANGXI ENERGY
2012年
1期
88-90
,共3页
罗嗣强%康伟%黄瑞婧%巫丹
囉嗣彊%康偉%黃瑞婧%巫丹
라사강%강위%황서청%무단
苯甲醇%高浓度含盐有机废水%物化法
苯甲醇%高濃度含鹽有機廢水%物化法
분갑순%고농도함염유궤폐수%물화법
benzyl alcohol%salty organic wastewater with high concentration%physico-chemical method
研究了反渗透和蒸发法处理高浓度含盐废水,废水经处理后冷凝水中主要污染物去除率CODcr可达到95%以上,BOD5达98.5%以上。废水经处理后出水可达到GB8978-1996《污水综合排放标样勤表4中一级标准,可减轻对受纳水体的影响;蒸发浓缩废盐可外售进行综合利用。
研究瞭反滲透和蒸髮法處理高濃度含鹽廢水,廢水經處理後冷凝水中主要汙染物去除率CODcr可達到95%以上,BOD5達98.5%以上。廢水經處理後齣水可達到GB8978-1996《汙水綜閤排放標樣勤錶4中一級標準,可減輕對受納水體的影響;蒸髮濃縮廢鹽可外售進行綜閤利用。
연구료반삼투화증발법처리고농도함염폐수,폐수경처리후냉응수중주요오염물거제솔CODcr가체도95%이상,BOD5체98.5%이상。폐수경처리후출수가체도GB8978-1996《오수종합배방표양근표4중일급표준,가감경대수납수체적영향;증발농축폐염가외수진행종합이용。
The treatment of wastewater containing high concentration of salt by reverse osmosis and evaporation method are studied, after the wastewater be treated, major pollutants like CODer and BOD5 of the condensate can be removal more than 95% and 98.5%. And the wastewater can be achieved the highest lever in table 4 of GB 8978--1996 "Integrated Wastewater Discharge Standard", that can reduce the impact on the receiving water, and evaporation waste salt can be sold for comprehensive utilization.