India's Nuclear Milestone: Kalpakkam Reactor Criticality Boosts Energy Independence

India's indigenously built Prototype Fast Breeder Reactor (PFBR) at Kalpakkam has successfully attained its first criticality. Nuclear expert Dr Neelam Goyal states this is a crucial step for energy security, reducing reliance on imported coal and gas. The reactor is part of a three-stage programme designed to utilize India's large thorium reserves for long-term energy independence. Goyal argues that expanding nuclear and biogas plants can make villages self-reliant and provide cheap electricity nationwide.

Key Points: Kalpakkam Fast Breeder Reactor Criticality: A Step for Atmanirbhar Bharat

  • PFBR attains first criticality
  • Reduces dependency on imported coal & gas
  • Utilizes India's vast thorium reserves
  • Part of three-stage nuclear power programme
  • Aims for long-term energy independence
3 min read

Expert calls Kalpakkam nuclear reactor attaining criticality as 'step towards Atmanirbhar Bharat'

Nuclear expert Dr Neelam Goyal hails PFBR criticality as key to energy security, reducing coal & gas imports, and utilizing India's thorium reserves.

"This (reactor) will prove crucial in the field of nuclear energy. - Dr Neelam Goyal"

Surat, April 7

Nuclear energy expert Dr Neelam Goyal on Tuesday called the attainment of criticality at the Prototype Fast Breeder Reactor in Tamil Nadu's Kalpakkam, as a "big win for India" and an "important step towards 'Atmanirbhar Bharat'."

The indigenously designed and built Prototype Fast Breeder Reactor (PFBR) successfully attained its first criticality on April 6, marking the initiation of a sustained nuclear chain reaction.

Speaking to IANS, Goyal mentioned that agriculture, industry and services are the three pillars of India's economy.

She said, "The backbone of all three of them is electricity. Right now, 70 per cent of our electricity is generated from coal, a majority of which we buy from Indonesia. Also, we buy gas from Qatar."

"This (reactor) will prove crucial in the field of nuclear energy. India possesses 85 per cent of the world's nuclear fuel. Till now, 24 reactors are working in our country for which we use uranium, which is imported from countries like Australia, Kazakhstan and Mongolia," she said.

Significantly, India holds limited uranium reserves but one of the largest Thorium reserves in the world. To make the most of these resources, the Department of Atomic Energy designed a three-stage nuclear power programme built on a closed nuclear fuel cycle. The goal is to progressively multiply domestic fissile resources and secure long-term energy independence.

Goyal explained that Thorium is a fertile element and in order to convert fertile into fissile, "We need a small amount of uranium."

"Uranium is the fuel required in the first phase (of the nuclear power programme). The fuel that is left from this is Plutonium, which is being used as a fuel in the second stage of nuclear electricity at Kalpakkam," she added.

She explained how India can become self-reliant and stop depending on coal and gas imports.

"If water, electricity and food processing facilities are made in villages themselves, then the income of farmers can increase by around 10 per cent," she said.

Goyal asserted that when demand increases, so will the industries, which in turn will require electricity. "For that, nuclear energy is the best source. The money used by the country to import gas and electricity could be saved," she said.

According to the nuclear energy expert, if bio-gas plants could be set up in hundreds of villages, India could complete 70 per cent demand for gas in the villages themselves.

She added, "For demands in cities, if food is cooked using electric stoves, we can reduce dependency on (import) of gas."

She observed that amid the West Asia conflict, "we are facing a gas crisis in our country and high costs of coal."

Moreover, Goyal believes that India can reduce its dependency on other countries for coal "by putting up nuclear energy (plants) across 650 districts and SMRs of 300MW each."

"With this, people will get cheap electricity," she said.

Further, she mentioned that people have issues with nuclear energy as opposed to solar energy.

However, she emphasised that nuclear electricity plants in India have been operating for years, but no major incident has been reported so far.

- IANS

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Reader Comments

S
Sarah B
As someone who follows energy policy, this is a strategic masterstroke. Reducing reliance on imported fossil fuels while leveraging domestic thorium is a win-win for the economy and environment.
V
Vikram M
Hope this translates to cheaper electricity bills soon! The part about using electric stoves in cities to cut gas imports makes so much sense. We need more such practical solutions.
R
Rohit P
While the achievement is commendable, I have a respectful criticism. The article talks about safety, but we need transparent and robust public communication about waste disposal and plant safety protocols to truly gain public trust.
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Priya S
Connecting this to farmer income is brilliant. If villages get reliable power for processing, it changes everything. This isn't just about big cities; it's about rural development too. Great perspective from Dr. Goyal.
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Michael C
The three-stage plan using our thorium reserves is genuinely impressive long-term thinking. Most countries don't plan this far ahead. Kudos to the scientists and engineers at DAE.

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