How can Gu-based catalysts prevent the formation of esters in the ethanol-catalyzed conversion to higher alcohols?
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The project I’m working on now can reduce ethyl acetate, ethyl butyrate, and butyl acetate by 7 percentage points, but my boss thinks that’s not enough. Does anyone have any good suggestions? For example, catalyst preparation, engineering design... Those who have research in this area can discuss it together.
For class reactants, an effective approach is to use a dehydrating agent during the reaction process to control the reaction temperature, and to employ a hydrogenation agent containing basic amino groups to facilitate the separation of the reactants, thereby preventing the formation of ester reactants. Additionally, different solvents containing hydrogenation agents or catalysts can be used to more efficiently reduce the adsorption of organic substances, thereby effectively preventing the formation of ester reactants.
I have some questions regarding catalysts that I’d like to discuss with you. What’s your phone number? My 13666659168
In production, it’s certainly desirable to have as few as possible
15655689311, same WeChat ID