Electrochemical treatment technology for circulating water
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Electrochemical methods possess the scale prevention, sterilization, algicidal, and corrosion inhibition capabilities achieved by chemical processes for wastewater treatment. In addition, they can remove scales, dissolve them, reduce the concentration of salt ions, control the increase in concentration ratios, degrade organic substances, save water and energy, and cause no pollution. It has been widely used in Europe, America, and the Middle East, and is considered the best cooling cycle water treatment technology in the world. It is an environmentally friendly technology developed based on the principles of electrochemical electrolysis and the theory of polar water molecules. Has anyone experienced or used electrochemical methods for circulating water treatment? I’d appreciate some exchanges on this topic
In electrochemical circulating water treatment, no more additives such as corrosion and scale inhibitors, or biocides are added to the system, nor is any pre-film treatment required
Are you referring to my device? Pre-coating is still needed.
I have used electronic jammers before, but their effectiveness has not been evaluated.
We have also been working on electrochemical scale removal devices recently; we hope to exchange ideas!
Through electrolysis using the anode and cathode, scale is formed on the cathode electrode; in the electrochemical reaction, chloride ions in water are converted into available chlorine, thereby enhancing the bactericidal effect
We are also working on this. Based on the pilot tests, the effect of calcium and magnesium in the circulating water is satisfactory; we are currently conducting pilot-scale tests, and everyone can share their insights
I’ve heard similar introductions before; I’m not sure about their effectiveness. Those with experience, please share your insights.
Is there anyone who has used it and can share their experience?
I work on electrochemical water treatment equipment; feel free to message me if you’re interested!