membrane separation process

Adsorption process and membrane separation process are two techniques which are making rather rapid progress in research and development among current gas purification techniques .

在当前的气体净化技术中，干法和薄膜分离法的研究与开发比较迅速。

Progress of Technique and Application of Liquid Membrane Separation Process

液膜分离技术及其研究应用进展

Control Method of Feed Gas Flux in Membrane Separation Process

膜分离过程中原料气流量的控制方法

Study on the membrane separation process of organic vapor / nitrogen

有机蒸汽/氮气膜分离过程研究

Control of membrane separation process for hydrogen recovery from refinery gas

炼厂气膜分离氢回收装置的控制

Research on mechanism of membrane separation process under the role of supersonic vibration

超声振动强化膜分离过程机理的研究

Study of air membrane separation process

空气膜分离过程中非理想现象的研究

Operational summary of tail gas recovery units by membrane separation process

膜分离法精馏尾气回收装置的运行总结

Recent progress of liquid membrane separation process

液膜分离过程研究的新进展

Effect of Operation Parameters on Sludge Flux in Anoxic Digestion Membrane Separation Process

污泥低氧消化&膜分离工艺运行条件对膜通量的影响

Recovery Hydrogen by Membrane Separation Process from Purge Gas of Synthetic Ammonia

膜分离法回收合成氨弛放气中氢气

As a new membrane separation process , nanofiltration has achieved rapid development in the last 20 years .

纳滤作为一种新兴的膜分离过程，在最近20多年中取得了迅速的发展。

Study on Pervaporation Membrane Separation Process

渗透蒸发膜分离的实验研究

Principles and applications of pervaporation - membrane separation process part ⅰ . principles and characteristics of pervaporation

渗透蒸发膜分离过程的原理和应用（上）分离过程的原理和特点

In the membrane separation process , the existence of concentration polarization phenomenon has a great influence on the mass transfer .

在膜分离过程中，浓差极化现象的存在极大地影响了传质效率。

Pervaporation is a membrane separation process which can be used to fractionateliquid mixture .

渗透气化法是一种用来分离液体混合物的膜分离方法。

The electrostatic pseudo liquid membrane separation process , developed recently in this laboratory , is a novel chemical separation technology .

静电式准液膜分离技术是由本实验室最近发展起来的一种新型化工分离技术，它是在溶剂萃取、液膜和静电技术的交叉点上产生的边缘技术。

Compared with traditional methods for natural gas dehydration , membrane separation process possesses advantages and competitiveness in working performance and economic benefit .

与传统的天然气脱水方法相比，膜分离法天然气脱水在工作性能、经济效益等方面具有优势和竞争力。

The bioconversion of acrylamide coupling with polysulfone hollow-fiber membrane separation process were studied .

将聚砜为材料的中空纤维膜组件应用于丙烯腈水合转化为丙烯酰胺的微生物转化和膜分离耦合过程，对其特性进行了初步研究。

Electro-reverse extraction technology is a new separation method , which combines exchange ion , extraction and membrane separation process into a whole .

电反萃技术是把离子交换、萃取、膜分离过程结合在一起的一种新的分离方法。

Based on pickling principle , research results of membrane separation process and experience of engineering practice , the author developed a method of solving equations in multiple variables .

作者根据钢铁酸洗原理、膜分离工艺研究结果和工程实践经验，提出了多元一次方程求解法。

As one of novel membrane separation process , membrane contactor has many advantages such as lower investment , less energy consumption , easy operation and pollution-free .

膜接触器作为一种新型膜分离过程，以其投资少、能耗低、操作简单和无污染等优点，具有突出的优势和应用前景。

THE SOLUTION-DIFFUSION MECHANISM OF PERVAPORATION MEMBRANE SEPARATION PROCESS Diffusion behavior of solvent in a polymer matrix is very important for industrial technology and theoretic analysis .

渗透汽化膜分离过程溶解&扩散传递机理的探讨溶剂在聚合物中的扩散传递无论对于工程技术还是理论分析都是一个重要的问题。

So to resolve these problems in the membrane separation process and increase membrane permeation flux is of great significance to process economics and will greatly promote the application of this technology .

解决膜分离过程中的浓差极化和膜污染问题，提高膜渗透通量，对提高过程的经济可行性和促进膜分离过程的广泛应用具有重大意义。

In the last years , studying hotspot of Secondary Flow was applied in membrane separation process , in which it could reduce and control concentration polarization and membrane fouling which limited membrane separation process development .

近年来国外二次流研究的热点是将它应用于膜分离过程，以减少和控制限制膜过程的浓差极化和膜污染。

Microwave enhanced membrane separation process is based on the special mass transfer impetus from microwave heating . So , microwave heating has the potential of reducing polarization phenomena by " spherical " heating .

微波促进膜分离过程是基于微波热产生特殊的推动力来促进质量传递过程，因此，微波加热可望通过球体加热方式降低传质过程中的极化现象。

The characteristics and main problems of solvent extraction technique 、 adsorption technique 、 advanced oxidation process 、 biochemical treatment process 、 membrane separation process and incineration process were analyzed . The application prospect of each technology was also analyzed .

分析了溶剂萃取法、吸附法、高级氧化技术、生化处理技术、膜分离技术、焚烧法的特点和存在的问题及应用前景。

The research on use of solvent extraction technique , advanced oxidation process , biochemical treatment process , membrane separation process in treatment of phenolic wastewater were introduced , and the characteristics and main problems of each technology were also pointed out .

介绍了溶剂萃取法、高级氧化技术、生化处理技术、膜分离技术在含酚废水处理中的研究及应用，分析各种技术的特点和存在的问题及应用前景。

Pervaporation ( PV ) is a new-type membrane separation process with high separation efficiency , low energy consumption , low pollution and convenience in operation , and it has been widely applied in dehydration of organic solvents in recent years .

渗透蒸发作为一种高效、节能、环保且操作简单的新型膜分离技术，近年来在有机溶剂脱水领域得到广泛应用。

Ultrafiltration ( UF ) is a membrane separation process which has found wide application in such fields as desalination , concentration of solution , wastewater treatment and so on , due to its low consumption , high efficiency of separation , etc.

超滤技术具有能耗低、单级分离效率高等特点，已广泛应用于海水淡化、溶液的浓缩、工业废水处理等领域。