Breaking Boundaries: HYDGEN and SRM-AP Revolutionize Green Hydrogen Technology
Key Ideas
- HYDGEN and SRM-AP have signed a MoU to collaborate on developing next-generation catalysts for efficient and cost-effective hydrogen production.
- The joint research program aims to enhance catalyst design for water electrolysis, driving the global transition to sustainable energy solutions.
- The partnership focuses on advancing green hydrogen technology through innovative nano-catalysts, with a patent application for their breakthrough technology in progress.
- The collaboration between HYDGEN and SRM-AP signifies a significant step towards making hydrogen production more efficient and accessible, supporting decarbonization efforts.
HYDGEN, a leader in hydrogen electrolyzer technology, has partnered with SRM University AP (SRM-AP) to establish the HYDGEN - SRM-AP Joint Research Programme. This collaboration aims to pioneer advancements in green hydrogen technology by focusing on developing innovative nano-catalysts for electrochemical hydrogen evolution. Dr. Goutam Dalapati, HYDGEN's Chief Technology Officer, emphasized the importance of catalyst innovation to scale green hydrogen production efficiently. The partnership has successfully developed a new technology titled 'Electrochemical Hydrogen Evolution via Innovative Nano-Catalyst,' with a joint patent application to commercialize this breakthrough. Dr. Sabyasachi Chakrabortty from SRM-AP highlighted the role of innovative catalysts in enhancing the efficiency of green hydrogen generation. The joint efforts between HYDGEN and SRM-AP aim to advance catalyst development for sustainable hydrogen production. This collaboration represents a significant step towards accelerating decarbonization efforts through efficient hydrogen production, leveraging HYDGEN's technology and SRM-AP's research capabilities. HYDGEN specializes in anion exchange membrane electrolyzers, offering efficiency, flexibility, and reduced supply chain risk. SRM University AP, a research-driven institution, focuses on sustainable energy solutions and collaborates with industry leaders to drive research in green hydrogen and clean energy technologies.
Topics
Production
Clean Energy
Innovation
Sustainable Energy
Research Collaboration
Decarbonization
Nanomaterials
Catalyst Development
Electrolysis Technology
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