Andhra Pradesh

A joint research collaboration between HYDGEN and SRM University AP focused on advancing green hydrogen technology through R&D projects and technical innovation. The partnership targets advancements in electrolysis, storage, and hydrogen utilization for applications in transportation, power, and industry.

A large-scale facility to produce green hydrogen and convert it into clean ammonia for export, powered by renewable energy.

A newly planned terminal at Mulapeta Port to facilitate the export of clean ammonia.

Diversified conglomerate; renewable energy and industrial equipment

Green Energy

Government think tank

Utilized to power the green hydrogen and clean ammonia production system, leveraging the consistent Atlantic winds in Placentia Bay.

Ammonia produced from green hydrogen, which is generated using electrolysis powered by renewable electricity, representing the ultimate goal for clean shipping fuel.

Hydrogen produced from renewable electricity sources, considered a critical component for hydrogen's long-term credibility as a clean fuel.

A large-scale facility to produce green hydrogen and convert it into clean ammonia for export, powered by renewable energy.

A newly planned terminal at Mulapeta Port to facilitate the export of clean ammonia.

A joint research collaboration between HYDGEN and SRM University AP focused on advancing green hydrogen technology through R&D projects and technical innovation. The partnership targets advancements in electrolysis, storage, and hydrogen utilization for applications in transportation, power, and industry.

Hydrogen produced through water electrolysis using renewable electricity, with zero associated carbon emissions, to be incorporated into the Baytown facility's diverse hydrogen supply mix.

Funding Mechanism

A hydrogen carrier produced by combining green hydrogen with nitrogen from the air, making it easier to transport and integrate into global logistics.