Theoretical basis for determining the oxygen injection temperature in a two-stage converter
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I have found the theoretical basis for determining the oxygen supply temperature in two-stage conversion furnaces (the methanol production process using coke oven gas): it is to add up the calorific values of the combustible gases fed into the conversion furnace and then divide by the total amount of these gases; the resulting temperature is the ignition temperature!!!!!!!!
Oxygen can be supplied if the ignition point is higher than that of hydrogen at that time
Once the temperature in the first stage converter is normal, air can be introduced after it reaches the second stage converter, allowing combustion to occur immediately
Theoretically, it should be 30 degrees higher than the combustion temperature of hydrogen, but as long as it is above 650 degrees, there is no problem
Theoretically, it should be 30 degrees higher than the combustion temperature of hydrogen, but as long as it is above 650 degrees, there is no problem