How Do Synthesis Methods Affect Catalyst Performance?
The choice of synthesis method can significantly influence the performance of a catalyst. Factors such as surface area, pore size distribution, and the dispersion of active sites are all affected by the synthesis technique. For example, catalysts prepared by the sol-gel method often exhibit high surface areas and uniform pore structures, which can enhance their catalytic activity and selectivity. On the other hand, catalysts produced via co-precipitation may offer a more homogeneous distribution of active sites, improving their overall efficiency.
