It is said that pulsed electrocoagulation technology is good; I wonder about its actual value?
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It is said that pulsed electrocoagulation technology is good; I wonder about its actual value?
Many new technologies are good, but it seems that I haven’t really been able to identify exactly what’s good about them or to what extent they’re good; today’s “new” technologies remain quite mysterious.
It is the electrocoagulation technique, only with pulse power technology being used. In my opinion, electrocoagulation is not some highly sophisticated technology (I work with this technology as well); what really matters is whether the design of the electrocoagulation reactor is reasonable. Otherwise, this technology doesn’t have much competitiveness – just giving it a more catchy name doesn’t make it more effective.
Why can’t this technology be widely adopted? It’s not even as widely used as the electrolysis method
It seems that this technology has a very limited range of applications, and netizens don’t pay much attention to it either
I’ve been in contact with it, but I find it pretty mysterious; it’s not as reliable as potions
Reply to 4# cooker123: I’m not sure what you mean by electrolysis Iron-carbon microelectrolysis? This application isn’t widely used either, and it can only be applied in certain specific industries and water types. A major reason why electrocoagulation is not widely adopted is the relatively high operating costs, along with people’s lack of awareness. Actually, micro-electrolysis also has quite a few problems, such as plate buildup, and its operating costs are not low either.
It’s not micro-electrolysis; it’s just that the power supply operates in a pulsed manner
Reply to 8# cooker123: It’s still electrocoagulation, only with pulse power technology used; it’s just a different name for the same thing. In fact, high-power pulse power supplies are not cheap either, but their lifespan is not as good as that of linear power supplies. When it comes to power supply efficiency, it depends not only on the type of power supply but also on the design of the circuits used for voltage transformation and current regulation. Therefore, whether it’s pulses or anything else, the key to electrocoagulation technology lies in the design of the electrolytic reactor. In fact, many foreign electrocoagulation systems integrate the power supply (which they call rectifiers) directly into the reactor; only on a large scale is a separate power supply used.