湖北工业职业技术学院学报
湖北工業職業技術學院學報
호북공업직업기술학원학보
Journal of Shiyan Technical Institute
2014年
4期
100-102
,共3页
密集多通道无机陶瓷膜%乳化液废水%膜面流速%操作压力%含油量
密集多通道無機陶瓷膜%乳化液廢水%膜麵流速%操作壓力%含油量
밀집다통도무궤도자막%유화액폐수%막면류속%조작압력%함유량
intensive multi-channel inorganic ceramic membrane%emulsion wastewater%recirculation rate%operating pressure%oil content
针对密集多通道无机陶瓷膜处理汽车发动机乳化液废水开展了中试试验，并通过工程检验，获知该类废水处理的适宜设计参数为：膜面流速取4-6 m/s，压力控制为0．3 MPa，温度控制在45℃左右；在相应的操作条件下，COD、含油量等均达到了后续污水处理的水质要求，效果明显。
針對密集多通道無機陶瓷膜處理汽車髮動機乳化液廢水開展瞭中試試驗，併通過工程檢驗，穫知該類廢水處理的適宜設計參數為：膜麵流速取4-6 m/s，壓力控製為0．3 MPa，溫度控製在45℃左右；在相應的操作條件下，COD、含油量等均達到瞭後續汙水處理的水質要求，效果明顯。
침대밀집다통도무궤도자막처리기차발동궤유화액폐수개전료중시시험，병통과공정검험，획지해류폐수처리적괄의설계삼수위：막면류속취4-6 m/s，압력공제위0．3 MPa，온도공제재45℃좌우；재상응적조작조건하，COD、함유량등균체도료후속오수처리적수질요구，효과명현。
Intensive multi-channel inorganic ceramic membrane is tested to treat emulsion wastewater of automobile engine , and has passed the engineering inspection .With the Suitable design parameters for this kind of wastewater treatment , namely recircula-tion rate as 4-6 m/s, pressure as 0.3 Mpa, temperature as about 45℃, and under appropriate operating conditions , COD and oil content can reach the quality requirements of following sewage treatment .The effect is obvious .
