The plant will utilize seawater desalination to provide the necessary water for hydrogen production. Powered by renewable energy sources, ensuring zero carbon emissions. Strategic Location:

Set to be built in Gujarat, leveraging the state’s coastal resources and advanced renewable energy infrastructure. Aims to position Gujarat as a hub for green hydrogen innovation. Technological Innovation:

Incorporates advanced electrolysis techniques for efficient hydrogen production. Pioneering the use of seawater in green hydrogen generation, a first-of-its-kind initiative in India. Alignment with National Goals:

Supports India’s National Hydrogen Mission, which targets 5 million tonnes of green hydrogen production annually by 2030. Contributes to NTPC’s ambition of achieving 60 GW of renewable energy capacity by 2032. Potential Impacts: Energy Transition Leadership:

Strengthens India’s shift from fossil fuels to clean energy solutions. Demonstrates NTPC’s commitment to decarbonizing industrial processes. Industrial Applications:

Green hydrogen can be utilized in industries like refining, steel, and fertilizers, promoting sustainability. Opens avenues for export, positioning India as a global green hydrogen supplier. Environmental Benefits:

Reduces reliance on freshwater for hydrogen production. Ensures minimal ecological footprint through sustainable practices. Economic Growth:

Boosts investments in renewable energy technologies. Creates jobs and enhances technical expertise in emerging energy sectors. Conclusion: NTPC’s green hydrogen project represents a transformative leap in clean energy innovation. By harnessing seawater and renewable energy, the initiative underscores India’s commitment to sustainable energy solutions, paving the way for a resilient and eco-friendly industrial future.