The burgeoning demand for green hydrogen has catalyzed a promising partnership between HYDGEN and SRM University AP (SRM-AP) in India, marking a significant stride in sustainable energy innovation.
In a strategically pivotal move, the two entities have embarked on a joint research program focused on advancing the nascent domain of green hydrogen technology through the development of novel nano-catalysts. This collaboration aims to refine the catalyst design for water electrolysis—a critical domain that underpins the commercial feasibility of hydrogen production by enhancing the efficiency of hydrogen electrolysers.
The collaboration has already fostered a significant breakthrough in the form of “Electrochemical Hydrogen Evolution via Innovative Nano-Catalyst.” This groundbreaking technology is set to streamline electrolysis processes, as HYDGEN and SRM-AP prepare to submit a joint patent application, signaling a steadfast commitment to commercializing hydrogen production technologies. Such advances are crucial in ensuring the cost-effectiveness and viability of green hydrogen as an integral component of the global energy transition.
Dr. Sabyasachi Chakrabortty, Associate Professor at SRM-AP, highlighted the pivotal role of innovative catalysts in fueling green hydrogen generation by enhancing the efficiency of electrolysis processes. The collaborative research aims to refine catalyst development with a focus on improving reaction kinetics and minimizing energy losses, ensuring the scalable and sustainable production of green hydrogen. These advancements seek to satisfy the burgeoning clean energy demands and position green hydrogen as a cornerstone of future energy infrastructures.
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