At present, for large-scale air separation units, what should be the control range for the temperature rise rate from liquid discharge to reheating to normal temperature?
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As the title suggests, could someone please advise me on how to control the heating rate, and what is the reheating rate below -100°C? What is the reheating rate above -100°C? Who knows the temperature and deformation curve of aluminum alloy pipes?
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Could you share some relevant materials and documents?
The temperature change should be within 30 degrees Celsius per hour
The operating instructions require that the heating rate be kept within 20 degrees~~
Are there any **regulatory documents or industry standards, or are there explicit requirements from manufacturers specifying what the limit should be? When operating, we usually control the temperature at around 5 degrees and raise or lower it slowly. It’s better to proceed slowly at this stage. With the overall temperature below -100 degrees, I think the speed can be increased a bit.
Let me help you look into it; it depends on the average heating rate, which is usually slower at first and then faster~~
The temperature change should be within 5 degrees Celsius per hour
The temperature fluctuations remain within 30 degrees Celsius