[Q&A] Catalytic Coking Reformate Blending Edition 20170822
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Question: What is desorption? Answer: If the equilibrium vapor pressure of a certain component in the solution is greater than its partial pressure in the gas mixture, that component will be released from the solution, that is, it will transfer from the liquid phase to the gas phase; this phenomenon is known as desorption. http://bbs.hcbbs.com/static/image/hrline/4.gif Note: The answer will be released automatically after two days. Petroleum Chemical Industry Zone — “Creative Ideas for Energy Savings” event (the second phase is in full swing): http://bbs.hcbbs.com/thread-1666758-1-1.html. “My Technical Upgrades” in the coal chemical industry in 2017: http://bbs.hcbbs.com/thread-1786290-1-1.html. [Daily Question] Summary post on catalyst-based coking and reforming of petroleum products for 2017: http://bbs.hcbbs.com/thread-1811219-1-1.html. [Q&A] Summary post on catalyst-based coking and reforming of petroleum products for 2017: http://bbs.hcbbs.com/thread-1826018-1-1.html
Desorption is the reverse process of absorption; it is also known as stripping or gas stripping, and it is the operation of separating the absorbed gas from the absorbent. The function of desorption is to recover the solute while regenerating the absorbent (restoring its ability to absorb solutes)
If the equilibrium vapor pressure of a certain component in the solution is greater than its partial pressure in the gas mixture, that component will be released from the solution, that is, it will transfer from the liquid phase to the gas phase; this phenomenon is known as desorption
This post was last edited by ceybwang on 2017-8-23 08:22. If the equilibrium vapor pressure of a certain component in the solution is greater than the partial pressure of that component in the gas mixture, then this component will be released from the solution, that is, it will transfer from the liquid phase to the gas phase; this phenomenon is known as desorption.
The process of separating the gas-phase medium dissolved in the liquid phase using methods such as heating is called desorption, which is the opposite of absorption
The process of separating the gas-phase medium dissolved in the liquid phase using methods such as heating is called desorption, which is the opposite of absorption
The process of separating the gas-phase medium dissolved in the liquid phase using methods such as heating is called desorption, which is the opposite of absorption
The process of separating the gas-phase medium dissolved in the liquid phase using methods such as heating is called desorption, which is the opposite of absorption
Desorption, also known as stripping or vaporization, is the reverse process of absorption; it is a mass transfer and separation process in which solute components in the liquid phase move into the gas phase in contact with it. The function of desorption is to recover the solute while regenerating the absorbent (restoring its ability to absorb solutes).
Desorption, also known as stripping or vaporization, is the reverse process of absorption; it is a mass transfer and separation process in which solute components in the liquid phase move into the gas phase in contact with it.
The process of releasing gases dissolved in a liquid is called desorption; it is the reverse process of absorption.