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Low-temperature recovery applies to the following equipment: boilers (evaporators), heaters, preheaters, acid sampling coolers, and other acid-water heat exchange devices that experience leaks. This includes methods for detection and assessment, treatment procedures, spare parts plans, handling processes, quality inspection after repairs, and other supporting conditions. The plan should outline how all the aforementioned tasks can be completed within 24 hours, assuming that you are solely responsible for carrying them out.
If it leaks, it’s ruined; boilers and such experience severe vibrations once they leak
A problem of this scale cannot be solved by an individual alone; a strong team is necessary to accomplish it.
Ensure proper in-process monitoring and control; it’s not that scary to keep the operational parameters under control. The problem arises when those parameters aren’t understood properly
Thank you for sharing! Chemical processing units generally operate for long periods of time, and by the time problems are detected, they are already quite serious. The process is usually under automated control, and when there are minor inaccuracies in the instruments, it is difficult for operators to notice them; by the time these issues are identified, damage has already been caused. Ensuring the accuracy of instruments is a technical challenge, and it can be said that, in the end, it is a problem related to the instruments themselves, with humans playing only a supplementary role. I once witnessed, with my own eyes, water from the circulation system of a high-temperature acid sampling cooler in a low-temperature heat recovery system leaking into the high-temperature acid; in less than a minute, it corroded through a stainless steel pipe with a diameter of 25 millimeters. It was incredibly fast. I was too young at that time and didn’t know what fear was, but thinking about it now, it’s truly terrifying. . . . . .
It’s considered good; I saw the evaporator leak, and the pipes started to bulge
Indeed, I have also thought recently about such potential risks, and it’s hard to judge!