Analyzing complex flow patterns often involves a combination of experimental techniques and computational methods:
Computational fluid dynamics (CFD) simulations: These allow for detailed modeling of flow patterns and can help predict how changes in reactor design or operating conditions will affect performance. Tracer studies: These experimental techniques involve introducing a tracer into the reactor and monitoring its movement to understand flow behavior. Residence time distribution (RTD) analysis: This helps in identifying deviations from ideal flow patterns and diagnosing issues like channeling or dead zones.
