NTPC Simhadri's Green Hydrogen Hub and Nuclear Power Expansion in Visakhapatnam
Key Ideas
- NTPC Simhadri in Visakhapatnam is accelerating its Green Hydrogen Hub project, set to be the country's largest, focusing on renewable energy and derivatives like aviation fuel, urea, ethanol, and green methanol.
- The project, to be located in Pudimadaka, will include a dozen plants producing different derivatives on 1,200 acres of land, with discussions ongoing for an additional 400 acres allocation from the AP Marine Board.
- In addition to the Green Hydrogen Hub, NTPC plans to set up 23 nuclear power plants across India, aiming to meet the increasing demand for nuclear power with sites identified in Andhra Pradesh and Rajasthan.
- NTPC Simhadri is also committed to 100 percent fly ash utilization, benchmarking 500-MW green field projects, and supplying power to Telugu states, Karnataka, Kerala, Tamil Nadu, and Puducherry.
NTPC Simhadri in Visakhapatnam is making significant strides towards sustainable energy solutions by advancing its Green Hydrogen Hub project. The Green Hydrogen Hub, located in Pudimadaka, is poised to become the largest green hydrogen production hub in India, emphasizing renewable energy sources and the production of derivatives like aviation fuel, urea, ethanol, and green methanol. The project, scheduled to kick off soon, will encompass a cluster of a dozen plants producing various green energy derivatives, with plans for future expansion by acquiring an additional 400 acres of land. The ambitious initiative aligns with India's net-zero targets by promoting green energy alternatives and reducing carbon emissions. Moreover, NTPC's vision extends beyond hydrogen as it aims to establish 23 nuclear power plants nationwide, addressing the surging demand for nuclear power. The expansion plans include sites in Andhra Pradesh and Rajasthan, with a focus on enhancing power generation capacity and meeting the energy needs of multiple states. NTPC Simhadri's commitment to sustainability is evident through its efforts to maximize fly ash utilization, undertake green field projects, and cater to the electricity requirements of various regions, emphasizing a comprehensive approach towards green energy and power generation.