Heat transfer problems in reactors
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There is a reaction that releases a large amount of heat, several hundred kilowatts, and the heat cannot be completely removed through the jacket. Does anyone have any suitable methods to remove this heat? Those who are able to do something about it can leave a message.
Adding internal coils – I’m not sure if there’s enough space. Or change the feeding method to reduce the reaction rate
Heat exchange will be effective. Various options can be put side by side to compare their advantages and disadvantages; it is necessary to know the dimensions and structure of your containers, as well as the flow of materials. To address system issues, it is essential to describe the system in detail. Unless you have a thorough understanding of it, such superficial discussions will not lead to any valuable solutions
It can be made into a reactor with built-in tube heat exchange.
It’s hard to understand why one would want to add you on WeChat to discuss business matters – after all, salespeople would avoid using such a method. Whether this problem can be solved depends not on skill level but on the conditions on site; without knowing the actual situation there, it’s impossible to make a judgment
It’s hard to understand what can be done; if further communication is possible via WeChat, then I’ll just laugh. I’m still quite grateful for the advice you provided. The on-site conditions of some devices are not convenient to specify here, whether you can understand them or not. :victory:
A heat transfer load of a few hundred kilowatts is considered quite low; in some of our projects, the heat transfer load of stirrer-type reactors reaches 5,000–8,000 kilowatts, while that of shell-and-tube reactors is close to 20,000 kilowatts.