What is the highest current efficiency achievable in domestic persulfate AN electrolysis devices? There is also the issue of consumption.
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Recently, I came across a paper from a factory in Guangzhou stating that the current efficiency of domestic peroxysulfuric acid electrolyzers ranges between 70% and 80%, and their high energy consumption poses a constraint on their development. The company is considering launching an AN persulfate project. I was wondering what the highest current efficiency achievable in domestic AN persulfate electrolysis devices is at present? Is the technology mature? Note: A follow-up post about consumption was posted a few days ago, but there was no response? Could it be an issue with the title of the original post? So, edit it again. This post was last edited by lqh2009 on 2009-3-4 21:55]
It should be almost there! Theory: 1500; in reality, most of China is around 2000! I master this technique! I know what needs to be understood! You mean the original company, right? It’s closed now! This post was last edited by hwqckr on 2009-2-13 00:18]
The data provided in the second volume of the \"Inorganic Salts Industry Handbook\" regarding the consumption in the production of peroxysulfuric acid AN is as follows: sulfuric acid AN – 1.033； Sulfuric acid 0.592. But according to the reaction equation: H2SO4 + (NH4)2SO4 = (NH4)2S2O8 + H2, the theoretical amount required is: Sulfuric acid: 0.579 ； Sulfuric acid 0.430. There is a significant difference between the two, especially regarding the consumption of sulfuric acid An, which seems to have exceeded normal levels of loss, raising doubts about the reliability of the data in the Manual. What is the real situation? I’m asking everyone again.
I think the issue of the production costs associated with this product is worth discussing; therefore, I changed the title of the original post today in order to draw everyone’s attention. I appreciate your guidance.