In the field of catalysis, schema flexibility is vital for several reasons:
Optimization of Reaction Conditions: Different reactions may require different conditions such as temperature, pressure, and pH. A flexible schema allows for the adjustment of these parameters to achieve the best possible outcomes. Development of New Catalysts: As new materials and catalytic mechanisms are discovered, the schema must be adaptable to incorporate these advances. Improvement of Existing Processes: Continuous improvement is a key aspect of catalysis research. A flexible schema allows researchers to make incremental changes to existing processes to enhance efficiency and selectivity.
