54545454
Thread Content
This post was last edited by “I’m so stupid, wuu” on 2025-8-29 at 20:15. Eeeeeeeeeee
The reaction depth varies at different temperatures, and there is no such thing as a simple equilibrium constant. In a Klaus reactor, the lower the temperature, the greater the degree of reaction; however, in a conversion furnace it is an endothermic reaction, and a higher temperature facilitates conversion.
A Claus reaction is a balanced reaction, so each temperature should correspond to an equilibrium constant, which can presumably be found in tables.
The higher the temperature, the faster the reaction； Lower temperatures can increase the reaction depth. Generally, for first and second-order reactions, the temperature is controlled at a higher level, while for the last-order reaction it is controlled at a lower level, but still above the sulfur dew point temperature.