Russian reactors are unsafe, unreliable–but Russian nuclear industry is aggressively trying to export them

After a rocky construction experience, India's Kudankulam reactors, manufactured by Russia's Rosatom, are said to be near commercial generation.

After a rocky construction experience, India’s Kudankulam reactors, manufactured by Russia’s Rosatom, are said to be near commercial generation.

This post originally appeared on dianuke.org, a site run by a group of dedicated people working against nuclear power in India particularly and South Asia generally. It also ran on the Mining Awareness blog, from which we repost it with a few edits.

Vladimir Sliviak is an ex-officio board member of NIRS and the longtime leader of Ecodefense in Russia. His reports on the Russian government’s crackdown on civil society, including on Ecodefense, appeared several times on GreenWorld last year (just search for “Ecodefense” and you’ll find them).

DiaNuke.org interviewed the eminent environmentalist Vladimir Slivyak, whose group EcoDefense has been facing repression in Russia for exposing the lack of nuclear safety and environmental impacts. His report on the status of nuclear industry in Russia, prepared at the request of the African environmental group Earthlife, was published recently. Africa is also an important market that the Russian nuclear giant Atomsroyexport is eying.

The Russian President in his recent visit to New Delhi, offered 21 more reactors to India. Why is the Russian nuclear industry in such a hurry when there is a global shift away from nuclear after Fukushima?

Unfortunately, Russia hasn’t learned any lessons from Fukushima. Development of nuclear power industry remains the priority for Russian government. Although this development was slowing down a bit inside Russia, because of corruption and technical obstacles, the nuclear industry is well funded and has ambitious targets. One of them is to build a few dozen reactors outside Russia– “Rosatom” claims it has a so-called portfolio of new reactor orders in various countries worth $100 billion. This is not so much about making profit because usually foreign contracts are funded partly or in full from the Russian state budget. And investment return is planned within two-three decades or even longer. Also, this money is not going anywhere, it stays within Russia to feed governmental companies manufacturing reactor components. That helps to keep the industry alive.

It is also about making other countries dependent on Russian services and supplies, including nuclear fuel and also so called treatment of high-level radioactive waste, such as spent nuclear fuel, which is usually taken back to Russia. Making someone dependent in such a sensitive field as nuclear power, where not many producers exist, has global political importance for Russian authorities.

However, the statement on 21 reactors includes a big bit of a bluff, I think. Just look at the facts–Russia was able to build very few new reactors at home for last 25 years. Rosatom promised several years ago to achieve the level of commissioning three reactors per year in Russia. It is hardly managing to produce one per year. They claim orders in dozens of countries, but real construction is proceeding only in Russia itself (much slower than expected), China and Belarus.

As a matter of fact, Rosatom promises are far bigger than its technical capability to build reactors. The only explanation I can think of is that they don’t believe that all these reactors will be actually ordered. And Rosatom’s $100 billion portfolio is not about real orders actually. It looks great on paper and allows Rosatom managers to report about big success to the government and continue to benefit from big governmental subsidies. But let’s see how their promises are interacting with reality. A couple of years ago there was a contract signed with Vietnam and it was said publicly construction will start soon. And last year it appeared that this plan is postponed until 2020. Contract with Turkey was signed before Vietnam and reported to be another big breakthrough, but no construction has yet occurred. Most of the so-called “orders” of Rosatom in other countries are, in fact, not real contracts, but just talks and wishful thinking. Rosatom often gives away totally unreliable information on new reactors, and it was many times proven to be false.

It doesn’t mean Rosatom is not capable of building reactors in India at all. Rather it means that if they do, they would have to postpone many other plans for long, they will try to do it as fast as possible which will likely affect safety of new reactors.

We often hear from the Russian Ambassador and the industry leaders from Russia visiting India that the Russian reactors are safest in the world. What is your take?

After Fukushima, there were large protests at Kudankulam.

After Fukushima, there were large protests at Kudankulam.

Rosatom is promoting its new reactor design, the VVER-TOI, to international customers even though this design has never been tested in practical operation in Russia. No assessments of this design have been done by independent experts, either. It remains unclear if safety has been improved in the new design, as Rosatom claims. But even industry experts put Rosatom’s claims of increased safety in doubt and argue over the effectiveness of new safety systems.

Existing Russian reactors, likewise, do not demonstrate a high level of safety. Over a dozen incidents and failures have already occurred at the newly built VVER at Kalinin NPP, including one involving a hydrogen explosion.

The Russian fast breeder reactor – the only commercial unit of this type in the world–has in its over 30 years of operation experienced almost as many various accidents, including fires involving radioactive substances and coolant leaks.

Further development of the breeder technology planned by Rosatom in Russia includes experiments with plutonium fuel. VVER-1200s are also designed to operate with plutonium fuel. Introducing this nuclear material into electricity generation on an industrial scale will likely lead to new accidents that will result in” [greater] “plutonium contamination.

Additionally, eleven old RBMK units – all variations on the Chernobyl design – still remain in operation in Russia.

Rosatom continues to reprocess spent nuclear fuel at the disastrous Mayak facility. Not only is the stockpile of extracted plutonium growing, but there is also a constant significant increase in volumes of radioactive waste resulting from reprocessing. The Mayak nuclear facility in Chelyabinsk Region was a place of a devastating nuclear accident of 1957, which caused widespread radioactive contamination and led to the resettlement of about 20,000 of local residents in the subsequent years.

Unfortunately, several thousand local residents still have to live in contaminated area because Rosatom doesn’t take responsibility for their resettlement and people themselves are too poor to move away. That’s the best illustration of what is safety culture and social responsibility in understanding of the Russian nuclear industry.

Russia has no realistic and viable plan for the disposal of radioactive waste. The risk of radioactive leaks from the aging radioactive waste storage facilities is increasing. Rosatom’s attempts to build new disposal sites for radioactive waste in several regions of Russia have been met by harsh opposition from local populations and environmental groups. But even if such sites were ultimately built, their capacity would be enough to take care of only a small fraction of the waste accumulated over many decades.

How strong is the nuclear safety regulation in Russia? What have been post-Fukushima changes?

Unfortunately, it’s far from strong. In 1990s we had a special safety regulator, Gosatomnadzor (or GAN). It reported directly to the president of the country and was able to confront Rosatom on the most important safety issues. I mean there is certain difference in mandates of operator and regulator, and they must be in confrontation to improve the safety. When regulator becomes a friend to the operator we are getting into Japanese situation which in the end brings us to another Fukushima sort of disaster. But that’s not the way it went in Russia. Rosatom successfully lobbied for dissolving of independent GAN. And finally it became just the department inside of another bigger structure, without any ability to control. After Fukushima, regulator proposed to close several old reactors down but that was easily ignored by Rosatom who said Russian reactors are best in the world and Fukushima would never happen in Russia. Something like that was said by Western industry after Chernobyl and all wanted to believe in it until Western-designed Fukushima exploded several times.

koodankulamprotest2The Russian nuclear giant, Atomsroyexport, has been clearly unwilling to abide by the Indian liability law which has a clause on suppliers liability in case of an accident. What does it say on their claims of safety?

It just confirms the old fact that there are no 100% safe reactors. Which means, sooner or later, a new Chernobyl or new Fukushima (or both) will happen again somewhere in the world. The Russian industry knows very well that their reactors have vulnerabilities. And they don’t want to pay in case of another Chernobyl, which they know is possible. Just like the owner of Fukushima is not paying to Japanese people.

You were termed anti-national and had to face govt repression for raising voice on nuclear safety and environmental impacts in Russia. What is the status now? Why do the industry and government go so hand-in-glove?

Russia approved the “Foreign agent” Act in November 2012 which was an instrument to punish civil society criticizing the government. By Summer 2014, Ministry of justice started to forcibly include human rights and environmental groups to official list of “foreign agents” published on the ministry’ web-site. My organization – Ecodefense – was one of the first 10 non-governmental groups included to this list. And the first environmental organization on this list.

It is probably symbolic that an anti-nuclear group became the first environmental organization on the list of “foreign agents”. We’re sort of the main enemy of the state among the environmental movement. We never had any foreign influence on our decisions, and never had foreign people in our organization. Ironically, our work was to a big extent focused on stopping the import of foreign radioactive waste to Russia, and also on stopping foreign money for new reactors in Russia. We also did campaigns on education, on climate issues, on coal. But according to official statement by the Ministry of justice, Ecodefense was put on the list of “foreign agents” for specific campaign against construction of nuclear plant near the city of Kaliningrad, my hometown.

We responded to governmental action by declaring that we will not accept the status of “foreign agent” and we will not follow legal requirements for “agents”. For one simple reason – Ecodefense is not anyone’s agent. Our work aims to stop nuclear danger, and not to benefit any government, Russian or foreign. We were openly criticizing Kudankulam project and many other projects of Rosatom, and we were criticizing European company Urenco (and its shareholders RWE and E.On) for sending radioactive waste to Russia.

It’s been six months already since the government declared us a “foreign agent”. We were fined for quite big amount of money for resisting to register as “foreign agent”. We have another lawsuit filed by the Ministry of justice for not following legal requirements for “agents”, this one is in court now. We got 4 other fines, both personal and organizational. We had three branches of Ecodefense legally registered in Russia. Two are closed down by the court in December. And we are struggling in court for our third organization in court. Unfortunately, we spend now a lot of time in courts. Expectations are not good, our last organization may be closed down this year, likely.

The Kudankulam reactor no 1, despite its commissioning with much fanfare last year, is not really functioning and has seen repeated shut-downs. The people’s movement in Kudankulam says its because of the sub-standard equipments from Russia and it is unsafe. What do you think?

The bad quality of equipment and reactor components coming from Russia is not a secret anymore. It was noticed in China as well. Under current management, Rosatom became deeply corrupted which resulted in regular public scandals and arrests. In last three years several deputy directors of Rosatom were arrested on corruption charges, and in total about 300 people were fired from Rosatom organizations for the same reason. Very huge scandal happened with Zio-Podolsk producing steam-generators for nuclear plants – people there used cheap metal for manufacturing, instead of expensive one required by technology. Difference in price of cheap and expensive metals was going into pockets of top-management. Another scandal was about stealing money for radioactive waste treatment, and another one about bribes and procurement, etc.

The bad quality of reactor components, you are likely dealing with in case of Kudankulam, is a direct consequence of corruption. You can read more on corruption issue in the special report on Russian nuclear industry published in December.

How do you think the Indian and Russian citizens can come together for a better, nuclear-free future?

I believe people in both countries must be doing more to put industry under control. There is a huge problem called Rosatom, but that’s not the only problem. There are officials in your country which allowed Rosatom in, let it avoid the liability issue and to export its poor safety standards to India. That may lead to new nuclear accidents, that’s why we have to care. In Russia we know it is not easy to stop this ugly machine with vast financial resources and governmental support on all levels. But when people come together and really want to achieve something, they usually get a chance. I think we need to stimulate more cooperation on civil level, between citizen groups opposing nuclear threat. Our nuclear industries co-operate a lot, but that’s not the case with environmental groups. We need to do more information exchange, more interaction between activists, more cooperation between Russian and Indian groups in order to exchange experiences. We need to build the capacity to resist to the monster which threatens our future.

Michael Mariotte

January 13, 2015

Permalink: https://safeenergy.org/2015/01/13/russian-reactors-are-unsafe-unreliable/

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2 thoughts on “Russian reactors are unsafe, unreliable–but Russian nuclear industry is aggressively trying to export them

  1. Pingback: U.S. Gives Russia A Platform To Distribute Nuclear Power

  2. anumakonda.jagadeesh@gmail.com

    Nuclear energy is also treated as clean energy though there are many controversies.

    India’s First nuclear Reactor APSARA was commissioned in April 1956 with UK Collaboration. As of 2013, 21 nuclear reactors,7 nuclear power plants are operational. installed capacity 5780 MW. India has drawn an ambitious plan of 63,000 MW by 2032. After 2011 Fukushima nuclear disaster in Japan,interest on Nuclear power has slowed down. West Bengal Government refused permission for 6000 MW pow2er plant near Haripur to host 6 Russian Reactors. There were protests on French backed 9900 MW Jaitapur Nuclear POwer Project in Maharashtra and
    2000 MW Kudankulam Nuclear power plant in Tamil Nadu. It is clear that the role of nuclear in power generation in India is nominal. The total power in India is about 303 GW as on April
    30,2016 o0f which Wind energy 26,866 MW; Solar 6,762 MW;Biomass Power 4,831 MW
    Small Hydro Power 4,273 MW; Waste Power 115.08 MW : Total:42,849 MW.

    India’s operating nuclear power reactors:
    Reactor State Type MWe net (each) Commercial operation Safeguards status*
    Tarapur 1&2 Maharashtra GE BWR 150 1969 Item-specific, Oct 2009
    Kaiga 1&2 Karnataka PHWR 202 1999, 2000 nil
    Kaiga 3&4 Karnataka PHWR 202 2007, 2012 nil
    Kakrapar 1&2 Gujarat PHWR 202 1993, 1995 December 2010 under new agreement
    Madras 1&2 (MAPS) Tamil Nadu PHWR 202 1984, 1986 nil
    Narora 1&2 Uttar Pradesh PHWR 202 1991, 1992 From Jan 2015 under new agreement
    Rajasthan 1&2 Rajasthan Candu PHWR 90, 187 1973, 1981 Item-specific, Oct 2009
    Rajasthan 3&4 Rajasthan PHWR 202 1999, 2000 March 2010 under new agreement
    Rajasthan 5&6 Rajasthan PHWR 202 Feb & April 2010 Oct 2009 under new agreement
    Tarapur 3&4 Maharashtra PHWR 490 2006, 2005 nil
    Kudankulam 1 Tamil Nadu PWR (VVER) 917 December 2014 Item-specific, Oct 2009
    Total (21) 5302 MWe Madras (MAPS) also known as Kalpakkam
    Rajasthan/RAPS is located at Rawatbhata and sometimes called that
    Kaiga = KGS, Kakrapar = KAPS, Narora = NAPS
    * The safeguarded units to February 2015 are listed in the Annex 7 to India’s safeguards agreement with the IAEA.
    Tarapur 1&2 and Rajasthan 1&2 have INFCIRC/66 type, the others INFCIRC/754 type.
    The eight reactors not under IAEA safeguards all use indigenously-sourced uranium.
    The main drawbacks of Nuclear power are waste disposal, human and environment safety. In India the tragedy is decisions on crucial issues like this are taken by Government without much
    public discussion . When once the decision is taken then series of Protests and PIL etc. In abroad in similar situation,there will be thorough discussion in the country and when once the decision is made the project will be through.(WORLD NUCLEAR ASSOCIATION).

    I worked in Rome at ENEA,Italian Commission on Nuclear Energy and later converted into Italian Commission on Alternative Energy as in a referendum Italy voted against Nuclear. Much earlier
    Denmark voted against Nuclear in a countrywide referendum. Germany was basically a Nuclear Country but now the country leads in Renewables. China is basically Coal based Thermal but
    now No.1 in Wind in the Wind.

    The trouble with Nuclear and Coal Thermal plants is that there are several clearances needed. As one American Cynic put it, “You Indian Guys are better than Bill Gates in creating Windows” !
    No doubt there are peaceful uses of Nuclear Energy like Radioisotopes in medicine ‘agriculture and Industry; Food Preservation through Irradiation; vaccine for sheep; Genetic Changes in grain seeds; etc.,

    Put the RENEWABLES to WORK: To get inexhaustible,pollution – free energy which cannot be misused>
    Dr.A.Jagadeesh Nellore(AP) India

    Reply

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