Are the wall thicknesses of atmospheric-pressure reactors and pressure-rated reactors actually often the same?
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Are the wall thicknesses of atmospheric-pressure reactors and pressure-rated reactors actually often the same? Therefore, is it no longer meaningful to distinguish between normal pressure and pressurized conditions here?
Atmospheric pressure reactors and pressure-rated reactors usually differ in wall thickness during manufacturing. Reactor vessels operating under pressure must withstand higher pressures; therefore, the wall thickness needs to be increased during manufacturing to enhance their compressive strength and ensure operational safety. Normal-pressure reactors generally do not need to withstand high pressures, so their wall thickness is relatively thin during manufacturing. Therefore, there are differences in wall thickness between atmospheric-pressure reactors and pressure-rated reactors during manufacturing. It is still meaningful to distinguish between atmospheric and pressurized reactors, as they have different requirements and application scenarios in process design and operation. Atmospheric pressure reaction vessels are suitable for reaction processes under low pressure and normal temperature conditions, while pressure-rated reaction vessels are suitable for reaction processes under high pressure and high temperature conditions. Choosing the right type of reactor ensures safe operation and product quality. .
There are still differences between atmospheric-pressure reactors and pressure-rated reactors