Continuous sampling is critical in catalysis for several reasons:
Real-time Monitoring: It provides immediate feedback on the reaction's progress, enabling quick adjustments to optimize performance. Data Accuracy: By collecting data continuously, it reduces the chances of missing transient phenomena or rapid changes in the reaction environment. Catalyst Deactivation: Continuous sampling can detect early signs of catalyst deactivation or poisoning, allowing for timely intervention. Reaction Kinetics: It aids in the detailed study of reaction kinetics, which is essential for developing accurate models and scaling up processes.
