Discussion on the CO conversion reaction
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The CO conversion reaction involves the mixing of steam with semi-water gas; the steam is saturated steam. After mixing with the semi-water gas, this mixture enters the conversion furnace. According to the law of vapor pressure, the pressure of the steam decreases. Does the steam that enters the conversion reactor at this point become superheated steam? I would appreciate the opinions of the experts A catalyst can become deactivated easily for several reasons: it is first affected by elements such as arsenic, tar, dust, and oxygen, which are the main factors that lead to catalyst deactivation. Another reason is the presence of water in the fuel mixture; this results in a low inlet temperature and a high oxygen content, leading to an abnormally high temperature at the hot spots. System fluctuations refer to operational control during large increases or decreases in volume. What are the precautions to take? I would appreciate the opinions of those with more experience
1. Regarding the claim about superheated steam upstairs, I don’t think it is defined in that way; although its temperature is much higher than the saturation temperature, there is no such term for it. 2. The reasons for catalyst deactivation are summarized quite comprehensively.