India's Nuclear Breakthrough: Fast Breeder Reactor Achieves Criticality in Tamil Nadu

India's Prototype Fast Breeder Reactor in Kalpakkam, Tamil Nadu, has achieved criticality, marking a significant milestone in the country's nuclear program. This achievement represents the second stage of India's three-stage nuclear power program, which will enable the reactor to produce more fuel than it consumes. The breakthrough positions India to utilize its vast thorium reserves for long-term energy security, potentially powering the country for 400 years. With current nuclear capacity at 8.78 GW, India aims to scale production to over 22 GW in the next four to five years.

Key Points: India's Nuclear Breakthrough: Fast Breeder Reactor Achieves Criticality

  • Prototype Fast Breeder Reactor achieves criticality in Kalpakkam
  • Marks second stage of India's three-stage nuclear program
  • Reactor will produce more fuel than it consumes
  • Lays groundwork for using India's vast thorium reserves
2 min read

India's nuclear breakthrough sets stage for realising own power generation dreams: Report

India's Prototype Fast Breeder Reactor in Kalpakkam achieves criticality, marking a milestone in nuclear power generation and energy self-sufficiency.

"This nuclear breakthrough will go a long way in making India self-sufficient amidst highly volatile situation in the West Asia - Business Report"

New Delhi, May 11

The Prototype Fast Breeder Reactor in Tamil Nadu's Kalpakkam achieved criticality recently, marking a first, and paving the way for India to realise its own nuclear power generation dreams.

"This nuclear breakthrough will go a long way in making India self-sufficient amidst highly volatile situation in the West Asia and will also strengthen India's indigenous capability given its corresponding thrust in the Budget 2025-26," a leading portal Business Report said.

In the 2025-26 budget, the Centre had announced Nuclear Energy Mission setting a goal of achieving 100 GW of nuclear power generation capacity by 2047.

The milestone in civil nuclear programme, achieved after two decades of painstaking hard work, puts the country at the cusp of generating its own nuclear energy.

This also marked the second stage of India's three-stage nuclear power program, conceived by Dr. Homi Jehangir Bhabha and will soon position India into select league of nations.

The second stage criticality means the fast-breeder reactor will produce more fuel that it consumes, taking the country closer to its goal of long-term energy security.

The portal says that the fast-breeder reactors at Kalpakkam will now be used to breed Uranium-233 from thorium, thus laying the groundwork for Stage 3, where the nuclear reactors will be able to use India's vast thorium reserves at scale, using the Uranium-233 bred in Stage 2 as fuel.

"Since thorium is a near limitless source of energy, which can potentially power India for 400 years, the last phase of its nuclear programme holds the key to the country's long-term energy security," it said.

At present, the country's nuclear capacity stands at 8.78 Gigawatt (GW), with nuclear power accounting for nearly three per cent of its total electricity generation.

According to the portal, sustained and dedicated efforts are underway to scale the production to more than 22 GW in the next four to five years, with international co-operation.

"By advancing towards energy self-sufficiency through clean and reliable nuclear power, the country is not only insulating itself against external shocks but also laying the groundwork for sustained economic growth," it said.

- IANS

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Reader Comments

P
Priya S
Good progress, but I hope strict safety protocols are in place. Kalpakkam is near populated areas, and we can't afford any Fukushima-like incident. Nuclear is clean, but safety must be the absolute priority.
R
Ravi K
Finally some good news! With the mess in West Asia and Russia-Ukraine war, energy independence is crucial. This PFBR is a game-changer. Hope we scale up fast and reduce our coal dependency. Jai Hind!
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Laura Z
Impressive engineering, but I wonder about the cost and timeline. 22 GW in 4-5 years seems optimistic given past delays. Still, every step matters for clean energy. Kudos to the scientists and engineers who made this possible.
V
Vikram M
As someone from Tamil Nadu, I've seen this project evolve over decades. The patience and dedication of our scientists is unmatched. Thorium is truly India's ace in the hole - 400 years of energy security! We need more such indigenous achievements. 🙏
M
Melissa X
This is fantastic for India's clean energy transition. Nuclear power plus renewables can make India a green superpower. But we also need transparency about waste management and decommissioning plans. Let's not repeat Western mistakes.
S
Suresh O

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