Nuclear power takes centre stage at ICC Energy Summit, experts map road to kick-start Bharat Small Reactor Programme
Experts at the ICC Energy Summit outline the path to 100 GW nuclear capacity via the Bharat Small Reactor programme and private sector involvement.
India's ambitious leap toward a nuclear-powered future took center stage at the 20th India Energy Summit in New Delhi, where experts laid out a strategic roadmap for the Bharat Small Reactor (BSR) programme.
As the nation aims to skyrocket its nuclear capacity from the current 8.8 GW to a staggering 100 GW by 2047, the summit highlighted that achieving this goal requires more than just technology; it demands a complete overhaul of supply chains, private sector integration, and community trust.
The Bharat Small Reactor: Powering Industry
The BSR programme is designed to leverage India's proven 220 MW pressurised heavy water reactor technology. Unlike massive traditional plants, these smaller reactors are intended to serve as "captive power" sources—meaning they generate electricity specifically for the use of energy-intensive industries, providing reliable, round-the-clock, low-carbon energy.
Kishor U Aggarwal, a veteran with 36 years at the Nuclear Power Corporation of India Limited (NPCIL), emphasized that the foundation is already solid. "The 220 MW reactor is a proven technology," Aggarwal noted, pointing out that units built as far back as 2012 have demonstrated consistent and reliable performance.
Opening Doors to the Private Sector
One of the most significant shifts discussed was the potential for private industry to play a direct role in nuclear generation. Under a proposed model, private partners could collaborate with NPCIL to build reactors, while NPCIL would handle the actual operation of the plants. This allows companies to secure their own electricity needs through nuclear power.
To facilitate this, NPCIL is taking concrete steps:
- Dedicated Engineering: A separate engineering division exclusively for private industry is expected to be operational within three to four months.
- Design Collaboration: NPCIL has already partnered with Engineers India Limited for essential design inputs.
- Domestic Manufacturing: While certain specialized components are currently imported from Japan and Europe, experts expect Indian manufacturers to begin supplying these locally within the next one to two years.
Beyond the Machine: Siting and Safety Challenges
While technology and manufacturing are critical, experts warned that the physical implementation of nuclear projects presents unique hurdles. Prasenjit Pal, Senior Advisor at Bajaj Energy, noted that "siting a nuclear power project is totally a different cup of tea."
Successful project development depends on several non-negotiable factors:
- Geological Integrity: Rigorous assessment of seismic risks and geological stability is mandatory.
- Resource Availability: Ensuring adequate water supply for cooling processes.
- Regulatory Compliance: Navigating strict approval processes from the initial site excavation to the first pour of concrete.
- Safety Distances: Maintaining prescribed buffers from military installations, industrial hubs, and seismic faults.
The Human Element: Community Engagement
The summit also underscored that a project's success is deeply tied to the people living near it. Using the massive Rs 48,000 crore Mahi Banswara project in Rajasthan as a reference, Pal highlighted that local communities must see tangible benefits to offer their support.
"The local population has to be with you to enable you to establish a project," Pal stated, suggesting that investments in local infrastructure—such as schools, roads, solar streetlights, and medical facilities—are essential to building the social license required for nuclear expansion.