1) micro-flocculation contacting filtration
微絮凝-接触过滤
1.
Application of micro-flocculation contacting filtration in oilfield wastewater treatment;
微絮凝-接触过滤技术在油田废水处理中的应用
2) microflocculation direct filtration
微絮凝-直接过滤
3) micro-flocculation direct filtration
微絮凝直接过滤
1.
Study on micro-flocculation direct filtration process in contaminated seawater
微絮凝直接过滤工艺处理污海水的研究
4) microflocculation-filtration
微絮凝-过滤
1.
The application of the automatic drugfeeding equipment with variable frequency and speed to microflocculation-filtration technics,the usage of PFC,the characteric of the automatic drugfeeding equipment and the situation of its usage are all introduced.
介绍了变频调速自动加药设备在中水回用厂微絮凝-过滤工艺中的应用、聚合氯化铁(PFC)的使用情况、变频调速自动加药设备的特点及使用的情况。
5) micro-flocculation filtration
微絮凝过滤
1.
Using ferric chloride and polyaluminium chloride(PAC) as flocculants,the experimental study was made on pretreatment of low-turbidity seawater by single and tandem micro-flocculation filtration columns filled with quartz sand,zeolite,manganese sand and granular activated carbon.
以三氯化铁和聚合氯化铝(PAC)作为絮凝剂,采用石英砂、沸石、锰砂和颗粒活性炭滤柱进行了单独及串联微絮凝过滤预处理低浊度海水的试验研究。
2.
A pilot scale study on treating contaminated source water was done by using the combined process of BAF- Micro-flocculation Filtration, and the pollutants removal of BAF and Micro-flocculation Filtration was especially investigated.
采用曝气生物滤池(BAF)-微絮凝过滤工艺对受污染的河道水进行中试规模的试验研究,着重考察BAF和微絮凝过滤对污染物的综合处理效果。
6) micro-flocculation depth-bed direct filtration
微絮凝-深床直接过滤
1.
The raw water was obtained from the Qujiang water treatment plant in Xi′an, China and investigated using a micro-flocculation depth-bed direct filtration process.
采用微絮凝-深床直接过滤工艺,以西安市曲江水厂低温低浊水质为原水(水温低于10℃,初始浊度低于10NTU),投加阳离子型聚合物(简称CP)作主混凝剂或助凝剂,借助分形数学理论与图像分析技术,对滤料粒径、原水浊度、原水温度、药剂种类、聚合物分子量及投加量、混合强度等因素对处理效果的影响进行了研究,分析探讨了不同药剂处理低温低浊水的作用机理、絮凝形态学特征以及絮体结构的分形特性。
补充资料:接触过滤
分子式:
CAS号:
性质:将处理的溶液,用混合吸附剂充分搅拌,在吸附作用达到平衡以后,用过滤或沉降,或两者并用的方法除去吸附剂,这种过滤方法称为接触过滤操作。润滑油的白土精制,用吸附剂脱色等方法都属于这类操作。
CAS号:
性质:将处理的溶液,用混合吸附剂充分搅拌,在吸附作用达到平衡以后,用过滤或沉降,或两者并用的方法除去吸附剂,这种过滤方法称为接触过滤操作。润滑油的白土精制,用吸附剂脱色等方法都属于这类操作。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条