电去离子

发明了电去离子（EDI）软水技术。

Electrodeionization ( EDI ) water softening technology was invented .

电去离子（EDI）高纯水新技术及其研究进展

The Production of High - purity Water by Electrodeionization : A New Technology and Its Study Advance

电去离子（EDI）过程及其用于水中Cu～（2+）离子的脱除与浓缩的研究

Studies on the Edi Process and Its Applications for the Removal and Concentration of Cu ~( 2 + ) Ions in Water

电去离子（EDI）净水设备能否从其进水中彻底除去弱电解质，是使用EDI净水设备所碰到的关键问题。

Whether electrodeionization ( EDI ) can deeply remove weakly-ionized species from its inlet water is the key question with the use of EDI .

通过对1t/h电去离子（EDI）净水设备的实验研究，得出确定其最佳工作参数的方法。

Based on the study of a 1 t / h EDI , the method of optimum working parameters of the EDI is obtained .

重申了水回收的意义，关注功能水和高效、省能的GDI（聚合型电去离子）装置将是有益的。

Attention should be paid to the techniques for functional water and for high-efficient energy-saving graft de-ionization ( GDI ) unit .

EDI（即电去离子技术）是结合离子交换膜和离子交换树脂，在直流电场的作用下同时实现连续除盐以及树脂连续再生的新型分离技术。

EDI ( electrodeionization ) is a new separation technology which combines ion-exchange membrane and ion-exchange resin , and it can achieve continuous demineralization and resin regeneration .

通过描述原水流速对膜堆电流的影响以及膜堆电流对浓水pH的影响，对电去离子脱盐机理加以解释。

The mechanism of demineralization in the EDI process was explained by describing the influence of the raw water 's flow rate on the electric current in the membranc pile and the effect of the electric current on the pH value in the concentrated water chambers .

介绍电去离子（EDI）装置的再生原理，电去离子（EDI）装置的两种不同再生形式：自动再生、手动再生，研究了手动再生的条件，以及再生终点的控制。

The principle of EDI 'S regeneration , auto-regeneration and manual regeneration , the two kinds of EDI 's regeneration were introduced . At the same time the parameters and the end-point of manual regeneration were researched .

介绍了反渗透-电去离子（RO-EDI）脱盐系统的特点和应用。

The speciality and application of the reverse osmosis and electro deionization ( RO-EDI ) desalination system are introduced .

电去离子过程水解离影响因素的研究

Study on influencing factors on water decomposition in the EDI process

电去离子脱盐机理的研究

A Research on Mechanism of Demineralization in the EDI Process

电去离子净水设备脱除弱电解质的机理及能力

Mechanism and capacity for removal of weakly-ionized species by EDI

浓水室充填树脂浓淡水逆流电去离子技术研究

Technology Research of Downstream Electric Deionization of Resins Filling in Concentrated Water Chamber

电泳涂用水的电去离子法

Using electricity to deionize water for electrocoating split-phase method

电去离子膜堆夹紧板有限元分析及设计

FEM Analysis and Design of EDI Module Fastening Plate

电去离子净水技术的新进展

New development of electro-deionization water purification technology

反渗透-电去离子脱盐系统

Reverse osmosis and electro-deionization desalination system

介绍了全膜水处理系统中超滤设备、反渗透设备、电去离子设备的工作原理，以及这些设备运行时主要参数的控制。

The paper introduces the principles of UF , RO , EDI equipment in the water-treating system , and the control of the operational equipment influential parameters .

在ANSYS软件环境下建立了电去离子膜堆夹紧板有限元模型，进行了结构力学计算、分析，并对夹紧板的结构进行了改进设计。

In this paper , by use of FEM software ANSYS , the model of EDI fastening plate is built . A series of models are computed and analyzed in the condition of statics , and the structure is improved .