What is the actual effectiveness of 3D electrodes in removing phenols in wastewater treatment?
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Hello everyone, I have a question and I hope those who are experts can help me answer it: What is the actual effectiveness of three-dimensional electrodes in wastewater containing phenolic compounds? I’ve contacted several manufacturers that produce such equipment, but none of them were able to give me a proper answer. Those who have used these electrodes could please offer some guidance; thank you.
Party A is a chemical factory that produces leather tanning agents; it’s not clear whether such wastewater should be referred to as pharmaceutical wastewater or chemical wastewater
Why isn’t there anyone who can give an answer? Is it still considered a technical secret?
But it’s similar to pharmaceutical wastewater as well – with a complex composition that makes treatment difficult. Just the phenols present in it are hard to deal with, not to mention the high levels of organic matter
It is a state-owned enterprise, and the manager has asked for help in resolving this issue. A previous company tried to handle it for him, but failed to meet the requirements; the reverse osmosis process was used at that time.
It’s likely that specific results can be obtained only in rare cases; conducting experiments with some universities might make it somewhat easier
I need to use hydroxyl oxidation in my manufacturing process, and ozone is not sufficient for use in hydroxyl oxidation equipment; therefore, I turned to electrolysis.
If I had a laboratory, I could obtain results on my own. Right now, when I read the literature, it seems that everything is feasible; it’s just that the theory remains acceptable at best.
The original poster must have come across pirated versions; if needed, get in touch with me further via QQ: 640460408
Are there also pirated versions of papers? Hehehe, I haven’t heard of it. What do you do?
There is plagiarism in papers, there is also plagiarism in technology; in universities as well, people engage in plagiarism