How are emergency cooling systems designed for high-risk processes (such as hydrogenation)?
Thread Content
How to design an emergency cooling system for high-risk processes? During normal operation, the cooling water is already turned on at full capacity; even if it is increased further, can it really achieve rapid emergency cooling? There are doubts about this approach, and some people add chilled water directly into the reaction vessel, but it doesn’t seem to be very effective. Is there a more universal and effective method? ?
Is it emergency cooling caused by flying temperature? If the temperature during hydrogenation rises excessively, pressure is usually released to stop the reaction
Generally, when the temperature rises, cold hydrogen is used; when the temperature gets too high, the furnace is shut down and pressure relief is activated to remove the heat generated by the reaction.