Capacitive catalysis is prominent in several advanced applications:
1. _Energy Storage and Conversion_: Capacitive materials are integral in _supercapacitors_ and _batteries_, where they aid in rapid charge-discharge cycles. 2. _Water Splitting_: Enhanced _oxygen evolution reactions (OER)_ and _hydrogen evolution reactions (HER)_ are achieved using capacitive materials. 3. _CO2 Reduction_: Capacitive catalysts facilitate the conversion of carbon dioxide into valuable hydrocarbons. 4. _Pollution Control_: These materials are employed in _electrocatalytic water purification_ and _air cleaning_ technologies.
