Dynamic temperature profiling provides several advantages in catalytic processes:
1. Enhanced Understanding of Reaction Mechanisms: By varying the temperature, researchers can observe changes in reaction rates and product distributions, which helps in deciphering complex reaction pathways. 2. Optimization of Catalytic Performance: It allows for the identification of optimal temperatures for maximum catalytic activity and selectivity. 3. Detection of Catalyst Deactivation: Temperature profiling can reveal the onset of catalyst deactivation, enabling timely interventions to regenerate or replace the catalyst. 4. Scale-up and Industrial Application: In industrial settings, dynamic temperature profiling aids in scaling up catalytic processes from the laboratory to the production scale, ensuring consistent performance.
