How Do Spherical Pores Impact Catalyst Performance?
The presence of spherical pores can improve the performance of a catalyst in several ways:
Increased Surface Area: Spherical pores can contribute to a higher specific surface area, providing more active sites for catalytic reactions. Enhanced Mass Transfer: The shape of these pores facilitates better diffusion, which is particularly beneficial in processes where rapid mass transfer is crucial. Reduced Deactivation: By enabling efficient removal of reaction products, spherical pores can help in reducing catalyst deactivation due to coke formation or poisoning.
