Catalyst deactivation is a common issue that can be mitigated through various strategies. One approach is to develop [self-healing catalysts]() that can regenerate active sites during operation. Another method involves the use of promoters or additives that can prevent the sintering of rhodium particles. Regular regeneration protocols, such as oxidative treatments, can also be employed to restore catalyst activity. Moreover, understanding the [mechanisms of deactivation]() can lead to the design of more robust catalysts that are less prone to deactivation.
