Prime Minister Narendra Modi to Inaugurate and Lay Foundation for NTPC Projects Worth Rs 30,023 Crore
New Delhi, March 03 2024: Prime Minister Shri Narendra Modi is set to inaugurate and lay the foundation for a series of NTPC projects on March 4th, 2024, marking a significant stride towards sustainable development and economic growth.
The Prime Minister will inaugurate Unit #2 (800 MW) of NTPC’s Telangana Super Thermal Power Project (Stage-1), situated in Telangana’s Peddapalli district. With an investment of Rs 8,007 Crore, this project employs Ultra-Supercritical Technology, ensuring optimal power generation efficiency while notably reducing CO2 emissions.
Additionally, the Prime Minister will dedicate Unit-2 (660 MW) of North Karanpura Super Thermal Power Project (3×600 MW) in Jharkhand, with an investment of Rs 4,609 Crore. This project stands out as India’s first Supercritical Thermal Power Project equipped with Air Cooled Condenser technology, significantly reducing water consumption.
Furthermore, the Prime Minister will lay the foundation stone for Singrauli Super Thermal Power Project, Stage-III (2X800 MW), in Sonebhadra, UP. This project, developed with a total investment of Rs 17,000 Crore, underscores India’s commitment to environmental sustainability and technological innovation.
Other initiatives to be inaugurated include the Fly Ash Based Lightweight Aggregate Plant in Chhattisgarh’s Sipat Super Thermal Power Station and the STP Water to Green Hydrogen Plant at NTPC NETRA Campus, Greater Noida.
Moreover, the Prime Minister will lay the foundation stone for the Flue gas CO2 to 4G Ethanol Plant at Lara Super Thermal Power Station in Chhattisgarh and the Sea Water to Green Hydrogen Plant at NTPC Simhadri.
These projects, with a combined investment of Rs 30,023 Crore, not only bolster India’s power infrastructure but also contribute significantly to job creation, community development, and environmental conservation. They signify a pivotal milestone in India’s journey towards a greener and more sustainable future.
