Waste heat boiler gas production volume
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This post was last edited by liaifeng on 2018-7-28 10:37. How is the steam generation capacity of the waste heat boiler in a sulfur recovery unit for sulfur production calculated, and what factors are involved?
Actually, I’ve done similar calculations as well; this does involve a very wide range of aspects! Finally, I referred to Teacher Li Jingjing’s method of estimating the boiler’s steam output by working backwards from the sulfur production amount Steam generation rate = Total heat energy / Heat energy required to convert one ton of water into steam. What you need to know is the amount of heat energy needed to transform water from its inlet temperature into steam; approximately 4817 MJ of heat energy is required per ton of sulfur!
Under normal conditions, when the composition of the acidic gas differs little from the design values, the steam generation rate of the waste heat boiler is usually related to the operating load.
Even the relationship between gas production volume and acidic gases
This requires several conditions to conduct the simulation
Yes, through over two years of observation, I personally think it accounts for at least 80% of the reasons!
Acid gas concentration, volume of gas. . Furnace temperature, steam pressure, and outlet temperature.
Different gas compositions result in different enthalpies for the mixtures, which in turn leads to varying amounts of vapor produced.