Why, at 200°C, with the water supply valve on the water cooler open, doesn’t the water cooler overheat? Can’t it be put into use earlier?
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Why, at 200°C, with the water supply valve on the water cooler open, doesn’t the water cooler overheat? Can’t it be put into use earlier?
What is referred to here is the temperature-induced reduction of ammonia synthesis catalysts
Please describe the process in detail, providing as much information as possible to facilitate judgment!
I mean, during the heating process of the ammonia synthesis catalyst, many operating procedures specify that once the catalyst bed temperature reaches 200°C, water coolers should be used. In such cases, won’t the water coolers overheat? After all, their operating temperature is 40°C. What I’m saying is that during the heating process, once the outlet temperature of the water coolers reaches 40°C, it’s time to switch to using water coolers, right?
I see, this is a question about the driving plan. Our water coolers are always in operation; we have never heard of them being taken out of use. I want to know the reason too; is it to raise the temperature faster?