Achieving a wide dynamic range in catalysis typically involves several strategies:
1. Material Selection: Choosing the right catalytic materials, such as transition metals, metal oxides, or zeolites, that can withstand diverse conditions. 2. Support Optimization: Using suitable supports that enhance the stability and dispersion of the active catalytic species. 3. Promoters and Inhibitors: Adding promoters to enhance activity or inhibitors to prevent deactivation can extend the operational range. 4. Reaction Engineering: Designing reactors and processes that can adapt to changes in operational parameters.
