FCC/RFCC/DCC Catalyst For sale introduces the characteristics of catalytic reactions

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There are four fundamental characteristics of catalytic reactions, which can be derived by definition and are important for understanding the function of catalysts. Today, follow the editor of FCC/RFCC/DCC Catalyst For sale to have a brief understanding of it!
1. Catalysts can only accelerate reactions that can be carried out thermodynamically. When a catalyst for a new chemical reaction is required to be developed, a thermodynamic analysis of the reaction is performed to see if it is a thermodynamically feasible reaction.

2. The catalyst can only accelerate the reaction to equilibrium, and cannot change the equilibrium position (equilibrium constant) of the reaction.
3. The catalyst is selective to the reaction. When the reaction may have more than one different direction, the catalyst only accelerates one of them, and the reaction rate and selectivity are unified.
4, the life of the catalyst. A catalyst can change the rate of a chemical reaction, and ideally the catalyst is not changed by the reaction. However, in the actual reaction process, some irreversible physical and chemical changes will also occur when the catalyst is heated and chemically acted for a long time.
The above is a brief introduction of FCC/RFCC/DCC Catalyst For sale editor: a brief introduction to the characteristics of catalytic reactions.