电渗析器

HF离子交换膜在电渗析器上的性能研究

Study on Properties of HF Ion-Exchange Membranes in the Electrodialysis Process

（HF）高性能电渗析器用离子交换膜介绍

Introduction on properties of HF ion exchange membranes in the implement of electrodialysis

钠化钒渣的钒浸出率为95～99%.对此浸出液采用电渗析器脱钠，伯胺萃取提钒，最后可得到纯度大于99%的V2O5产品。

After the recovery of sodium in the V-containing solution by electro-dialysis and the extraction of vanadium from anolyte by using primary amine , the V_2O_5 product with 99 % purity can finally be separated out .

EDI装置在形式上看，是在电渗析器的隔板中填充离子交换树脂，在直流电场的作用下同时实现连续的去离子和离子交换树脂的连续电再生过程。

EDI device is similar to electrodialysis device which filled with ion exchange resins in the form . It can achieve continuous deionization and continuous electric regeneration of ion exchange resins under electric filed effect .

填充床电渗析器制备纯水的研究

A study of deionization in the electrodialyser with packed bed

大型电渗析器等效计算方法研究

On the Method of Calculation for Large Electrodialyzers

影响电渗析器极限电流密度的因素

The factors of limited current density of electrodialysis

电渗析器的结构与维护

Structure and Maintenance of Dialyzer

文中还以四对阳膜和阴膜组成的微型电渗析器进行了从稀溶液中浓缩Cu~（2+）的试验，效果较好。

Good results of concentration Cu2 + from dilute solutions with four pairs of ion exchange membranes in an electrodialyser were received .

应用1张双极膜和2张阳离子交换膜构成的二室电渗析器实现了脱硫废液NaHSO3溶液的再生。

NaHSO_3 waste liquor is generated by bipolar membrane electrodialysis make up by one bipolar membrane and two pieces of carbon exchange membranes .

电渗析器中淡水室内阴阳离子交换膜间的纯水，可以在直流电场的作用下发生电离，产生H+和OH-离子。

Pure water between cation and anion-exchange membranes in depleting compartment of electrodialyzer ( ED ) may dissociate into H + and OH - ions effecting under DC electric field .

采用超滤、反渗透、电渗析器联合处理低水平放射性废水的试验结果，将可能为低放废水处理提供一种新的工艺流程。

The result of the test which adopt the UF , RO and ED for treatment of the low-level radioactive waste water shows that this process will be a promising technique .

在双极膜电渗析法处理低浓度SO2吸收液的研究中，首次提出了用阴膜和双极膜组成二室结构的电渗析器处理低浓度SO2吸收液的新方法。

The means using two-compartment electrodialysis consisting ofABSTRACTanion-selective and bipolar membrane to treat the absorbed dilute SO2 solution is put forward for the first time .