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Dear friends: I would like to ask everyone, what impact does the temperature of a mixture of oxygen and steam have on the vaporization furnace? This is because the temperature of the medium-pressure steam that reaches our site does not meet the requirement of 400 degrees; it is only around 300 degrees. I looked up some information recently, but there’s no clear answer. Please!
Our temperature cannot reach such high levels either; the temperature is regulated strictly, otherwise the 17KS021 cannot be put into use. I also want to know what the exact relationship is between steam temperature and vaporization!
Feeding the material does not cause fluctuations in furnace temperature; at the same time, the steam temperature is high and coal consumption is low. It may be incomplete; please have others from Sichuan add to it.
With a low steam temperature, consumption increases theoretically; however, the amount of steam added for dry powder vaporization is small, and the impact of this sensible heat is minimal – it is sufficient as long as the temperature remains above the dew point
We are a coal powder furnace; the required temperature is 400 degrees, but in reality it’s only 300 degrees. As mentioned above, is it sufficient as long as the dew point temperature is reached?
What is the effect of the temperature of the mixture of oxygen and steam on the vaporization furnace?... It directly affects the thermal balance inside the furnace, which in turn influences the composition of the gas produced.
It is necessary to meet the dew point temperature; water affects the atomization effect, and it has an impact on the thermal balance inside the furnace, though the impact is not significant. Depending on the conditions in your own facility, there is no need to aim for an excessively high steam temperature