Phase states in catalytic reforming reactions
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Hello everyone, is the reforming reaction a gas-solid phase reaction inside the reactor? Is there a liquid-phase reaction? Thank you.
There is no liquid phase. It is a mixed gas phase of oil, gas, and hydrogen that comes into contact with a solid catalyst in the reactor to undergo a reaction.
Upstairs is correct – it’s the solid contact between oil and gas and the catalyst!
The temperature is too high and the pressure is not high; it should be in the gas phase
This is not what is known as a gas-solid phase reaction; it is a reaction that takes place between oil and gas along with hydrogen, under the action of the bimetallic and acidic properties of the catalyst. The solid component is the catalyst, and there is no liquid phase involved in this reaction
Indeed, there is no liquid-phase reaction; it is determined by a temperature above 480
The crude oil and hydrogen are heated and vaporized, after which they come into contact with the catalyst to undergo a reaction, that is, a reaction between the gaseous and solid states.