Mitigating catalytic resistance involves several strategies:
1. Proper Catalyst Selection: Choosing catalysts that are inherently more resistant to deactivation and poisoning can prolong their active life. 2. Regeneration: Periodically regenerating the catalyst by removing the poisons or fouling agents can restore its activity. 3. Operating Conditions: Optimizing the reaction conditions such as temperature, pressure, and reactant concentrations to minimize the factors that cause resistance. 4. Surface Modification: Modifying the catalyst surface to make it less susceptible to poisoning and fouling.
