1. Optimization of Reaction Conditions: Just as network engineers use traffic filtering to mitigate DDoS attacks, optimizing reaction conditions can help in minimizing the impact of inhibitors. This includes adjusting parameters such as temperature, pH, and concentration of reactants. 2. Use of Inhibitor-Resistant Catalysts: Developing catalysts that are resistant to common inhibitors is akin to creating more robust network protocols that can withstand high traffic loads. 3. Periodic Regeneration: Similar to using redundancy and backup servers, periodically regenerating the catalyst can help in maintaining its activity. This can be done through treatments that remove inhibitors or by replacing the spent catalyst.
