How Does Reactor Geometry Affect Catalytic Performance?
The choice of reactor geometry can significantly impact the performance of a catalytic process. For example:
Pressure Drop: Fixed-bed reactors can experience significant pressure drops, affecting the flow rate and efficiency. Fluidized-bed reactors help mitigate this issue. Temperature Control: Fluidized-bed and CSTR geometries offer better temperature control due to enhanced mixing and heat transfer. Scalability: Fixed-bed reactors are easier to scale up but might face limitations in heat and mass transfer at larger scales. Fluidized-bed reactors are more scalable due to their efficient transfer properties.
