Can Pressure Changes Lead to Catalyst Deactivation?
Yes, pressure changes can lead to catalyst deactivation. For example, high pressures can cause sintering, where catalyst particles agglomerate, reducing the active surface area. Pressure changes can also affect the stability of the catalyst structure, potentially leading to mechanical failure or loss of active sites. It is essential to understand the pressure tolerance of specific catalysts to prevent deactivation and ensure long-term stability.
