For high-temperature, high-pressure reactors with intermittent discharge, where the material tends to polymerize and crystallize, how should the discharge system be designed to prevent blockages?
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For high-temperature, high-pressure reactors with intermittent discharge, where the material tends to polymerize and crystallize, how should the discharge system be designed to prevent blockages? For things like jacket insulation, are there any good approaches in terms of valve selection, pipeline design, or other aspects?
This post was last edited by CHANGBAISHI on 2022-3-18 06:43. It would be good to indicate the pressure, temperature, and discharge pore size; also, clarify whether discharge is carried out under high pressure. Can we draw on the practice of molten iron unloading in the steel industry? External heating methods for the unloading process, for reference only.
The air pressure spraying method is fast and efficient, with even distribution
How is the discharge carried out in practice?