When sulfur chloride enters the synthesis tower, does the resistance of the synthesis tower necessarily increase?
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When sulfur chloride enters the synthesis tower, does the resistance of the synthesis tower necessarily increase?
The entry of sulfur and chlorine into the methanol synthesis tower can poison the methanol synthesis catalyst, resulting in a decrease in its activity and a drop in catalyst temperature; in severe cases, this can lead to a temperature collapse accident. As system pressure increases, the resistance in the synthesis tower does not necessarily rise; however, the load on the circulator increases, and in severe cases its current can exceed the specified limit (in the case of motors-driven circulators).