The primary reasons for modifying reactor design in catalysis include:
Improving Reaction Rates: By optimizing the contact between reactants and catalysts, the reaction rates can be significantly enhanced. Enhancing Selectivity: Reactor design modifications can help in achieving higher selectivity towards the desired products, minimizing by-products. Heat and Mass Transfer: Efficient heat and mass transfer are crucial for maintaining reaction conditions and preventing hot spots or concentration gradients. Scaling Up: Adapting reactor designs for larger scales while maintaining performance and efficiency is essential for industrial applications.
