1. Enhanced Reaction Rates: By optimizing the electronic properties of the catalyst, DC polarization can significantly increase the reaction rates. 2. Improved Selectivity: The technique can be used to favor the formation of desired products by selectively stabilizing certain intermediates. 3. Energy Efficiency: It can lower the activation energy of reactions, making the process more energy-efficient. 4. Environmental Impact: By enabling more efficient catalytic processes, DC polarization can contribute to greener chemical processes with reduced waste and by-products.
