For absorption, is it better to have a high temperature or a low one? !
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Logically, it should be better at lower temperatures, right? ! I’m feeling a bit dizzy! Thank you! !
Low temperatures are favorable for absorption, but there is always a lower temperature limit, especially to avoid a significant increase in the viscosity of the absorbent.
This statement is a bit vague; it can’t be generalized. Absorption includes physical absorption and chemical absorption; perhaps you are referring to physical absorption?
Yes, it’s physical absorption; there is no chemical reaction. . .
Absorption and adsorption are important aspects of chemical engineering, and I’m sure you will delve deeper into them step by step.
This post was last edited by Qingfeng Lili on 2016-12-13 at 14:11. Absorption and reabsorption are opposite processes; think about it
Molecules at low temperatures have low free energy and a relatively short mean free path, which facilitates adsorption by the adsorbent; high temperatures, on the other hand, facilitate desorption, in terms of the adsorption mechanism for materials