When the temperature of the converter rises due to excessive oxygen content, the measures taken include reducing the steam volume first, then reducing the gas volume, and lowering the inlet temperature in order to bring down the temperature
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When the temperature of the converter rises due to an excessive oxygen content, the measures taken include reducing the amount of steam first, then reducing the amount of gas, as well as lowering the inlet temperature, in order to bring down the temperature. What is the reason for this? Why?
This should be a problem related to the processing technology, right? Can it be understood in this way: the purpose of using process steam is to adjust the water-vapor ratio in order to facilitate chemical reactions. In the working environment (under certain temperature and pressure conditions), reducing the amount of steam can prevent exothermic reactions and thus control the rise in temperature?