钠离子交换器

  • 网络Sodium ion exchanger;SNJ;HDYS;LNN
钠离子交换器钠离子交换器
  1. 钠离子交换器的优化改进与技术分析

    Optimization of Ionic Permutater of Sodium is Improved with Technological Analysis

  2. 钠离子交换器运行成本考核的重要依据

    Important basis for the cost accounting of Na + ion converter

  3. 提高钠离子交换器工作交换容量浅析

    Brief Discussion on How to Improve Exchange Capacity of Na Ion Exchanger

  4. 钠离子交换器多路阀微控制器的研制

    An Investigation on the Multivalve Microcontroller in Sodium Ion Exchanger

  5. 回程式钠离子交换器技术改造

    Modification of reflux model sodium - ion exchanger

  6. 钠离子交换器两步再生法的探讨和实践

    Two-Step Regeneration Method of Sodium Iron Exchanger

  7. 稠油污水进热采锅炉中试。采用双滤料过滤器和强弱酸钠离子交换器。

    In the mid-test of sewage going to the steam generator , dual filter and ion exc.

  8. 论述了钠离子交换器两步再生法的试验情况和应用结果。

    Tests and application effects of two step regeneration method of sodium ion exchanger were presented .

  9. 该系统通常采用钠离子交换器,控制方法则采用继电控制。

    In this kind of system , Na + converter is often adopted with the relay control .

  10. 逆流再生钠离子交换器在炼钢软水站的应用与改进

    Application of Exchangers of Reverse Flow Reproductive Sodium Ion in a Station of soft water used in steel Melting

  11. 不会在锅炉内部结成硬垢,并且容易排除。进入钠离子交换器的水。

    The soft water can be used for feeding water of boiler and for some hard sediment in the boiler and can be easily removed .

  12. 电脑程控钠离子交换器的研制成功,特别在几个关键技术问题上的突破,使国内自动交换器的安全可靠性及自动化程度提高到一个新水平。

    Successful development of program-controlled sodium-ion exchanger , especially some breakthroughs of key techniques , has made the safety reliability and automation degree of domestic automatic exchanger raise to a new level .

  13. 钠离子交换器内树脂的工作交换容量与软化水残硬无关,但它却决定着钠离子交换器运行成本的高低。

    The working exchange volume of resin in Na + ion converter has nothing to do with the remaining hardness of soft water , but it decides the working cost of Na + ion converter .

  14. 以矿热炉生产中所使用的两台GN-1000型钠离子交换器为例,结合阳离子交换装置的工作原理和日常运行情况,介绍了设备可能出现的故障、产生的原因和纠正的方法。

    Taking two GN 1000 sodium cation changing equipment as the example , the equipment fault , reasons and correcting methods are introduced combining with working principle and day to day work situation of cation changing equipment .

  15. 针对锅炉用除盐水水质差、水的利用率低以及设备维修费用高等问题,淘汰了原来的水处理设备(电渗析和钠离子交换器),更换为反渗透水处理设备。

    Based on the following problems : poor quality of desalinated water for boilers , low utilization ratio of water but high cost of maintenance , the electrodialysis equipment for water processing and sodium ion exchangers which we used before are now eliminated .

  16. 作者对我国目前低压锅炉及中央空调冷水机组给水系统使用钠离子交换器的现状以及盐对人体造成的危害做了较详细论述,同时呼吁我国尽早禁止钠离子交换器的使用。

    The author describes present situation of using sodium-ion exchangers for the watering systems of lowpressure boilers and cooling water air-conditioning units in China and the harm of salt to human being , and appeals for prohibition of using sodium-ion exchangers as soon as possible in China .