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The future of chlorine electrolysis: mTA-Technology
The future of chlorine electrolysis: mTA-Technology
Salt tends to cake when transported or stored without special additives. Up until now, this is usually prevented by adding ferrocyanide (also called YPS), a powerful anti-caking agent for salt which was developed by AkzoNobel in the 1950s. The additive prevents lumps forming and made it instantly ready for use in industry.
However, ferrocyanide is not removed during brine purification. It decomposes into ‘free’ iron and cyanide when it enters the membrane electrolysis cell, components which can negatively affect the cell’s performance.
Setting a new standard
This is why we have now introduced AkzoNobel mTA-Technology– the latest innovation from our laboratories.
mTA Technology means:
• Energy reduction 4 - 10%
• Less maintenance costs
• Supply chain optimization
• Safer processes
• Sustainability
For more information please contact:
China
Bing Xu
Sales Manager
T +86 21 22 16 3611
M +86 13 91 66 83720
Email: bing.xu@akzonobel.com
The Netherlands
Dr. Wridzer Bakker
Business Development Director
Email: wridzer.bakker@akzonobel.com
mTA技术：离子膜电解的绿色未来
在没有特殊添加剂的情况下， 盐在运输或者储存时会易于结块。 截至目前为止，这通常是由添加亚铁氰化物来预防的（在中国常见为亚铁氰化钾）。这种强大的盐抗结块剂是由阿克苏诺贝尔在20世纪50年代发明的， 可以预防块状形成并使盐即时可以在工业中使用。
然而，亚铁氰化钾不会在卤水净化中被除掉。它会分解成游离的铁离子和氰化物进入离子膜电解槽， 从而负面的影响了电解槽的性能。因此，能源消耗逐步的增加并且不可逆转的损害会缩短离子膜的使用寿命。
竖立一个新标准
这就是为什么我们现在自豪的推出阿克苏诺贝尔mTA技术 -- 离子膜电解的绿色未来
mTA技术价值：
• 节约能耗， 典型的4-10%
• 降低维护成本
• 优化供应链
• 更安全的工艺
• 可持续发展的
欲了解更多信息请联系：
阿克苏诺贝尔工业化学品，上海
徐兵
销售经理
电话：+86 21 22 16 3611
手机：+86 13 91 66 83720
电邮：bing.xu@akzonobel.com
阿克苏诺贝尔工业化学品，荷兰
Wridzer Bakker 博士
业务发展总监
电邮：wridzer.bakker@akzonobel.com