AMBERLITE™IRN170离子交换树脂是以H + / OH-形式提供的优质，核级，均匀粒径，凝胶，强酸性阳离子和强碱性阴离子交换树脂的化学当量混合物。 AMBERLITE IRN170混床树脂好初被开发用于BWR冷凝抛光机，通过结合阳离子树脂的非常氧化稳定性和阳离子和阴离子树脂之间的颗粒尺寸平衡，帮助实现反应堆水中尽可能低的硫酸盐含量，这好小化了服务船底部上再分离的阳离子树脂层的形成。 AMBERLITE IRN170树脂的极高的总容量为包括压水堆蒸汽发生器排污处理，压水堆一次系统CVCS树脂床，燃料池去矿物质和放射性废物处理在内的许多其他核应用提供了重要益处。由于来自所有这些应用的核级树脂通常作为放射性废料处理，所以高容量和长的树脂床寿命对于减少放射性废料处理成本和体积是至关重要的。较长的床使用寿命也带来了显着的操作效益，如换床次数减少，树脂处理量减少，辐射暴露的机会减少。

AMBERLITE™ IRN170 Ion Exchange Resin is a stoichiometric equivalent mixture of premium, nuclear-grade, uniform particle size, gel, strong acid cation and strong base anion exchange resins, supplied in the H+/OH- forms. AMBERLITE IRN170 mixed bed resin was originally developed for use in BWR condensate polishers to help achieve the lowest possible sulfate levels in reactor water through a combination of the extraordinary oxidative stability of the cation resin, and a particle size balance between the cation and anion resins, which minimizes the formation of a re-separated cation resin layer on the bottom of the service vessels. The exceptionally high total capacity of AMBERLITE IRN170 resin delivers an important benefit for many other nuclear applications including PWR steam generator blowdown treatment, PWR primary system CVCS resin beds, fuel pool demineralizers, and radioactive waste treatment. Since the nuclear-grade resins from all these applications are generally disposed of as radwaste, high capacity and long resin bed life are critical to minimizing radwaste disposal cost and volume. Longer bed life also brings significant operational benefits such as fewer bed change-outs, less resin handling, and fewer chances for radiation exposure.

用于：BWR深床冷凝抛光反应器水净化系统PWR化学和体积控制系统（CVCS）Radwaste去离子优点：好高的容量非常高的转化为H +和OH-形式极低的残留阳离子污染物优异的耐磨性和抗渗透冲击性降低的压降可用性：亚太欧洲拉丁美洲北美

Used In:

BWR deep bed condensate polishing

Reactor water cleanup systems

PWR Chemical and Volume Control Systems (CVCS)

Radwaste deionization

Advantages:

Highest capacity

Very high conversion to the H+ and OH- forms

Very low residuals of cationic contaminants

Excellent attrition and osmotic shock resistance

Reduced pressure drop

Availability:

Asia Pacific

Europe

Latin America

North America

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