India’s nuclear ambition

The Government of India intends to draw twenty-five per cent of its energy from nuclear power by 2050. This plan includes 20,000 MW of installed capacity from nuclear energy by 2020, and 63,000 MW by 2032.

There are currently twenty one operational nuclear power reactors in India, across six states. They contribute less than three per cent of the country’s total energy generation, yet radioactively pollute at every stage of the nuclear fuel cycle: from mining and milling to reprocessing or disposal. There is no long-term radioactive waste disposal policy in India.

The inherent risks of nuclear power are made greater in India by the structure of the country’s nuclear establishment. he organisation in charge of safety in all nuclear facilities, the Atomic Energy Regulatory Board, shares staff and is provided funds with the organisations it is supposed to be regulating. This compromises its ability to act independently and enforce vigorous safety regulations.

In addition, there is little distinction between military and civilian nuclear affairs, and all matters of atomic energy come directly under the Prime Minister, not parliament. This means the nuclear establishment is under no obligation to disclose information on the nuclear power sector to citizens. There’s no excuse for this opacity in a country with an ambition to use nuclear energy for electricity.

Regardless of these flaws, India is one of the few countries in the world that is expanding its nuclear power sector at an enormous rate. Seven more nuclear reactors are under construction, of 4800 MW installed capacity. At least thirty-six new nuclear reactors are planned or proposed. See them on a map.

Foreign investment in India's nuclear sector

India’s civilian nuclear programme was largely indigenous for many years, but the government is now beckoning foreign investment. It intends to set up ‘nuclear parks’ supplied by foreign companies and operated - for now - by the Nuclear Power Corporation of India Limited (NPCIL), a government-owned company. These ‘parks’ are planned to have installed generated capacity of 8,000-10,000 MW at a single site. As the greatest installed capacity at one site is currently only 1,400 MW (Tarapur Atomic Power Station in Maharashtra, with four reactors), this is a huge increase.

Russian company Atomstroyexport, a government subsidiary, has reached a deal to build sixteen nuclear reactors in India. From the two of these units, of 1000 MW each, one is operational and the other is currently under construction in Kundankulam, Tamil Nadu.

French company AREVA NP (a joint venture between AREVA and Seimens) have agreed to construct six 1650 MW reactors in Jaitapur, Maharastra. The European pressurised reactors, an untested type of reactor, will have a collective capacity of 9900 MW, making the Jaitapur nuclear power plant the largest in the world.

Private US companies GE-Hitachi Nuclear Energy and Westinghouse Electric have been given sites at Kovada in Andhra Pradesh and Mithivirdi in Gujarat, respectively. It should be noted that, while the US seems happy to export nuclear reactors, not a single nuclear plant has been commissioned in the US since the 1979 Three Mile Island accident

Clean energy and climate change

Nuclear energy is often painted as a ‘clean’ energy option, and therefore a solution to climate change. Splitting the atom doesn’t produce greenhouse gases, but the nuclear fuel cycle is far from clean: it produces radioactive waste that pollutes the environment for generations. Radioactive material has also leaked into the environment in the many accidents at Indian nuclear power plants, suggesting the sector is anything but clean.

As for a contribution to climate change, the expert committee on an integrated energy policy set up by the planning commission takes a dim view of nuclear power prospects: 'Even if a 20-fold increase takes place in India’s nuclear capacity by 2031-32, the contribution of nuclear to the energy mix is at best expected to be 5-6 per cent,' they write.

In contrast, renewable energy does not pollute the environment, nor produce greenhouse gases. It is the true solution to climate change.

Civil Liability for Nuclear Damage Act, 2010

Greenpeace India’s campaign on nuclear energy began with the Civil Liability for Nuclear Damage Bill in 2010. The bill was the last hurdle for the government in opening up India’s nuclear power industry to private investors in the USA, and proposed that financial liability for foreign suppliers – in the event of an accident – be capped at Rs. 500 crore. This amount was far lower than demanded by other countries, and even lower than levels of damages sometimes claimed in weather storms. Much of the liability was also transferred to the operator – in this case the Indian government – meaning that compensation would be covered by the taxpayer. It indicated the government’s disregard for the safety and well being of Indian citizens in preference of foreign investment.

Through the involvement of Greenpeace and other groups, the terms of the Bill were changed to include supplier liability in addition to the operator liability. India’s liability regime is currently unique in that it also holds suppliers accountable.

The latest updates

 

Sun shines over the nuclear liability Act for now.

Blog entry by Hozefa Merchant | September 3, 2012

Amidst the political storm brewing over the past few days, an important development was the tabling of the Parliamentary Standing Committee report on the Rules for the Nuclear Liability Act in the Lok Sabha. We got a hold of that...

How will the world react if India says no to GE food?

Blog entry by Rajesh Krishnan | August 18, 2012

Genetically engineered (GE) food is a hot button topic in India. What happens here often sends ripples throughout the GE debate worldwide, but what happened last week is surely a major milestone. The Parliamentary Standing...

Foreign hand

Image | August 3, 2012 at 10:53

Who will pay if a nuclear disaster like Fukushima happens in India? It won't be the people who built and sold us the reactor. It'll be you. Go Figure.

Foreign hand

Image | August 3, 2012 at 10:53

Who will pay if a nuclear disaster like Fukushima happens in India? It won't be the people who built and sold us the reactor. It'll be you. Go Figure.

Foreign hand

Image | August 3, 2012 at 10:53

Who will pay if a nuclear disaster like Fukushima happens in India? It won't be the people who built and sold us the reactor. It'll be you. Go Figure.

In solidarity with safe energy

Blog entry by Shiva Sharma and Jagan Vangapelly | April 24, 2012

At times, it is difficult to convey to people that we are not stopping development, but communicating the right choice of energy source. Especially when it comes to a project like Kudankulam , which seems to be very close to the...

Two bullets per person: the trillion dollar military spending club

Blog entry by Kumi Naidoo | April 18, 2012

What would you do with $1,738 billion (US dollars)? If you were told you had to spend it this year on making people safer, what would you spend it on?  $1, 738bn is how much was spent on the world’s military last year, according...

Iran Nuclear Crisis Needs ‘Disruptive Diplomacy’, Not Shock and Awe

Blog entry by Kumi Naidoo | April 16, 2012

24 November 2010 Kumi Naidoo Executive Director of Greenpeace International © Greenpeace / Sudhanshu Malhotra. Disruptive diplomacy may be the only way out of the Iran-Israel nuclear crisis, the only way to pierce the...

Fukushima, One Year After...

Blog entry by Kumi Naidoo | March 12, 2012

Today our thoughts are once more with the people of Japan; our condolences are with those who lost their loved ones and our admiration is with those who are valiantly rebuilding their lives and communities one year after the...

F***ing in India: how not to manage a fisheries system

Blog entry by Areeba Hamid | March 9, 2012

The Indian government's Letter of Permit (LoP) scheme stands out as the textbook example of how not to manage a fisheries system. In fact, constant abuse of the scheme, too many loopholes and tardy monitoring and implementation has...

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