I would like to ask, regarding waste gas adsorption towers: what effect does increasing the pressure of the waste gas have on the adsorption process?
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I would like to ask, regarding waste gas adsorption towers: what effect does increasing the pressure of the waste gas have on the adsorption process?
The pressure of the exhaust gas increases, resulting in a larger pressure difference between the inlet and outlet of the tower. The gas flow velocity rises, and the amount of exhaust gas passing through the adsorption tower per unit time increases, which leads to a decline in the adsorption efficiency
Theoretically, an increase in pressure facilitates adsorption, while a decrease in pressure facilitates desorption. The logic on the second floor is also correct; there are many factors that influence practical problems, and if the key factors are misinterpreted, the analysis goes astray. Under actual operating conditions, increasing pressure is not the only factor to consider; focusing on this factor alone without taking others into account is likely to lead to negative outcomes. It’s best to explain the process and which condition you need to change
Indeed, in actual production, it is important to avoid applying fixed methods or making generalizations. When changing a condition, it is necessary to know the direction of change in the relevant parameters. This will help us analyze and solve problems.