How Does Reactor Geometry Influence Catalytic Performance?
The performance of a catalytic process is directly linked to the reactor geometry:
Conversion Efficiency: The design must ensure that reactants have sufficient contact time with the catalyst to achieve the desired conversion levels. Selectivity: The shape and size of the reactor can influence the distribution of intermediates and by-products, affecting the selectivity of the desired products. Pressure Drop: Reactor geometry affects the pressure drop across the catalyst bed, which can impact the overall energy efficiency of the process.
