Bulgaria is set to restart construction of a Russian designed nuclear power plant first proposed at the end of the Cold War. The move, supporters say, could reduce the country’s energy dependence on Russia.
Nuclear warning over Brexit as advisers fear for Scottish sites’ safety
John Boothman, June 10 2018, The Sunday Times Scotland’s ability to safeguard nuclear sites will be compromised by Brexit, say government advisers who are concerned that EU oversight of inspections and monitoring of atomic facilities will be lost.
An expert group led by Professor Anne Glover, president of the Royal Society of Edinburgh, said Westminster will need to establish a system of policing the country’s nuclear power plants, which include Torness in East Lothian and Hunterston B in North Ayrshire, when the UK is forced to leave Euratom, the European nuclear regulator.
The UK’s Office for Nuclear Regulation (ONR) must take on extra duties after the UK leaves the EU, including the “safeguards” regime required under international rules to prevent misuse of fissile materials, the panel said.
The group believes the move could…(subscribers only) https://www.thetimes.co.uk/article/nuclear-warning-over-brexit-as-advisers-fear-for-scottish-sites-safety-fxskdprdp
As nations pull out of nuclear power, Britain is isolated in putting tax-payer funds into new nuclear construction

Britain’s nuclear U-turn puts us in a very lonely club, https://www.theguardian.com/commentisfree/2018/jun/08/government-nuclear-dream-north-wales-climate-change Fred Pearce Pumping £5bn into a new plant in north Wales as a way to fight climate change is a solution at odds with the rest of the world
For once, ministers have put their money where their mouth is – into taking another stab at nuclear power. This week the business secretary, Greg Clark, announced plans to pump £5bn into a new nuclear power station at Wylfa in north Wales. It was a reversal of a longstanding Conservative policy not to underwrite nuclear construction. So why the sudden enthusiasm? And what does Clark know that the rest of the world does not?
For almost everywhere else, governments and corporations are pulling the plug on nuclear. Even in a world fearful of climate change, in which nations have promised to wean themselves off fossil fuels by the mid-century, almost no one wants to touch nuclear.
Germany will be nuclear-free by 2022. France – once Europe’s great nuclear advocates – is backtracking. President Macron is committed to cutting nuclear’s contribution to grid power from the 75% to 50%. Seven years after the Fukushima accident, all but a handful of Japan’s 54 nuclear power plants remain closed.
US utilities are shutting reactors fast too, even those with years of their operating licences yet to run. In America’s deregulated energy markets, nuclear cannot compete. Last week President Trump called for the utilities to suspend closures, citing national energy security. He may resort to the law to get his way, but even Trump is not demanding new reactors.
Meanwhile, the state-sponsored nuclear enthusiasm of China, recently the world’s premier builder, has dimmed. Beijing has issued no new construction approvals for over two years. Only Russia keeps up the momentum – which puts Britain in an embarrassing club.
Britain hasn’t completed a new nuclear power station for 23 years. …… renewable sources like solar and wind are both now cheaper, and are becoming cheaper still, while nuclear costs only rise.
Some who call themselves “eco-modernists” argue that nuclear and renewables would make a great mix: nuclear could fill in when the sun goes down and the winds drop. But there is a problem. Any effective stand-in for fickle renewables needs to be available at the flick of a switch. Hydropower or natural gas can do the job, but not nuclear. Its forte is to deliver constant baseload power
If nuclear ticked enough other boxes, it might still have a role to play in keeping the lights on. But it has always been a bad neighbour and troublesome citizen. Some of our fears about radiation may be exaggerated, but they are real fears nonetheless. And nuclear power’s links to nuclear weapons are not just about shared technology – at least not while Britain remains home to the world’s largest stockpile of plutonium.
We are sitting on 130 tonnes of a human-made element that lies at the heart of most nuclear weapons. The stockpile is at a warehouse at Sellafield in Cumbria, in defiance of warnings from scientists at the Royal Society a decade ago that in its present form it poses a major security risk, whether diverted for weapons or breached by terrorists.
The plutonium was manufactured over decades from used power-station reactor fuel. Britain wanted to be at the forefront of a new global industry using plutonium to fuel new designs of reactors. But production continues even though there is no sign of a world market for plutonium. And neither the new Hinkley Point reactor under construction in Somerset, nor the proposed plant at Wylfa, will burn the stuff.
The government seems determined to pursue a nuclear dream, even though it has palpably failed to come to terms with the toxic legacy of the country’s nuclear past.
Next to the site of the planned Wylfa plant sits the shell of an old nuclear power station. It was shut in 2015, but is not scheduled for demolition for almost another century, in 2105. It is one of 11 former plants that sit abandoned around our coastlines, from Dungeness in Kent to Trawsfynydd in Snowdonia, and Sizewell in Suffolk to Hunterston in south-west Scotland.
They are currently being put into what the industry terms “care and maintenance” – mothballed while their radioactivity decays, and until the government’s Nuclear Decommissioning Authority can find somewhere to put their remains.
On present form, that day may never come. Britain is today no nearer agreeing a final resting place for its most dangerous and long-lasting radioactive wastes than it was back in 1976, when the royal commission on environmental pollution said we should build no more nuclear power plants until that problem was resolved. Absurdly, the most recent plan has been to bury the waste in tunnels to be dug beneath the Lake District national park.
Nuclear power today is a largely friendless industry: uneconomic without heavy government support, uninsurable, stuck with a military heritage from hell, overtaken by cleaner competitors, beset by waste problems that no one has resolved, and always vulnerable to public panic after the Chernobyl or Fukushima accidents.
Some believe it may have a future when the waste problems are resolved and if radical new reactor designs emerge. That may be so. But the truth is that in the 60 years since the bomb-makers first promised us “atoms for peace”, nuclear power has gone from a sunrise to a sunset industry. Only the British government seems not to realise it.
Fred Pearce is the author of Fallout: A Journey Through the Nuclear Age, From the Atom Bomb to Radioactive Waste
Despite Ukrainian Prime Minister’s reassurances, Wildfires near Chernobyl are potentially catastrophic
Radio Free Europe 6th June 2018 , Scientists have been concerned for decades about potentially catastrophic wildfires inside the exclusion zone around the defunct Chernobyl nuclear power plant in Ukraine — the site in 1986 of the world’s worst nuclear accident.
That’s because trees and brush in the zone have absorbed radioactive particles that can be released into the air by the smoke of a wildfire.
Not surprisingly, some experts are skeptical about Ukrainian Prime Minister Volodymyr Hroysman’s claim on Facebook that “there’s no need to worry” about a June 5 blaze that raced through the so-called Red Forest — one of the most contaminated patches of forest near Chernobyl.
https://www.rferl.org/a/prime-minister-says-don-t-worry-but-scientists-concerned-about-chernobyl-wildfires/29276072.html
“Temporary” – or rather STRANDED, nuclear wastes for Sellafield, as Britain has no idea what to do with its radioactive trash
Sellafield to store nuclear waste on site for up to 100 years
Waste will be stored in a facility until there is a long-term disposal solution NWE Mail, UK, By Jenny Barwise, 8 June 2018
Sellafield is seeking permission to store extra nuclear waste in a specialised facility on the site for up to 100 years.
An application has been lodged with the county council to built two extra plant rooms in the existing Self Shielded Box Storage (SSBS) facility. The facility itself was granted permission three years ago and completed earlier this year. It is designed solely for the interim storage of boxes of waste from the Magnox storage pond which ceased operations 25 years ago.
The waste would be stored in the facility as an interim measure until a long term disposal solution – such as a geological waste facility which the Government is currently consulting on – was created. ……..
“This year we completed the construction of a new store which will hold hundreds of self-shielded boxes – these are specially built 30-tonne metal containers which safely hold radioactive waste and provide the necessary shielding from the waste inside them.”…….
As well as creating the extra plant rooms, the security fence needs to be raised by four-metres.
The application has been lodged with the county council as it is the authority which deals with minerals and waste matters, but Copeland Council has been consulted on the plans.
At a meeting earlier this week, Copeland planning officer Heather Morrison said: “In the absence of any long-term disposal options being available for this material, interim storage solutions are required.”…..years http://www.nwemail.co.uk/home/Sellafield-to-store-nuclear-waste-on-site-for-up-to-100-years-fdf84498-08c3-418e-a5f1-f86c0e1aafa2-ds
Welding defects in the Flamanville EPR nuclear reactor
Romandie 7th June 2018 ,President of the Nuclear Safety Authority (ASN), Pierre-Franck Chevet, said
Thursday that EDF should repair the welding defects on the future EPR
Flamanville, a project that will represent “a minimum” few months of job.
“Already for the weld defects identified, it must be repaired.I feel that
on these defects detected – and I did not say it was the end of what we
would ask – nothing it must be a few months of work, “he said. “It is at
least a few months of work,” he added to members of the commission of
inquiry on the safety and security of nuclear facilities.
Defects had been detected at the end of March on welds of the piping of the reactor under
construction at Flamanville, whose start is officially scheduled for the
end of the year. They concern the pipes of the main secondary circuit,
which connect the steam generator and the turbine that produces the
electricity. By inspecting the work of its subcontractors, EDF realized
that the welds that had been declared compliant actually bore “quality
deviations”. The electrician has therefore launched additional controls.
“According to the indications, there are about 35% of welds that have
defects,” said Mr. Chevet.
“There are some for a few weeks … before. EDF
also explained last Thursday that it would take a few more weeks of
discussions with ASN to draw the conclusions of this dossier – and to have
a precise idea of the probable new delays and additional costs. Meanwhile,
the group had mentioned a possible delay of “a few months” from the start
of the nuclear reactor, potentially until the summer of 2019. The president
of the ASN also recalled that there was another problem concerning the weld
material quality, which had already been announced.
https://www.romandie.com/news/925225.rom
High levels of radioactive Caesium in Ukraine region around Chernobyl a threat to children
Ukrainian villages still suffering legacy of Chernobyl more than 30 years on https://www.eurekalert.org/pub_releases/2018-06/uoe-uvs060718.php UNIVERSITY OF EXETER
Milk in parts of Ukraine has radioactivity levels up to five times over the country’s official safe limit, new research shows.
Scientists from the Greenpeace Research Laboratories at the University of Exeter and the Ukrainian Institute of Agricultural Radiology sampled cow’s milk from private farms and homes in the Rivne region, about 200km from the site of the Chernobyl Nuclear Power Plant explosion in 1986. They found levels of radioactive caesium in milk above Ukraine’s safe limit for adults of 100 Becquerel per litre (Bq/L) at six of 14 settlements studied, and above the children’s limit of 40 Bq/L at eight sites.
The highest levels found were about 500 Bq/L – five times over the limit for adults and more than 12 times that for children.
“More than 30 years after the Chernobyl disaster, people are still routinely exposed to radioactive caesium when consuming locally produced staple foods, including milk, in Chernobyl-affected areas of Ukraine,” said Dr Iryna Labunska, of Greenpeace Research Laboratories at the University of Exeter.
“Many people in the area we studied keep cows for milk, and children are the main consumers of that milk.
“Though the level of soil contamination in the studied areas is not extremely high, radioactive caesium continues to accumulate in milk and other foods, such that the residents of these villages are chronically exposed to radioactivity that presents health risks to almost every system in the body – especially among children.”
The researchers say that some simple protective measures could be taken to bring radiation exposure levels below limits at a cost of less than 10 euros per person per year for the 8,300 people living in the six villages with the highest contamination.
Such measures include applying a caesium binder, called Ferrocyn, to cows, mineral fertilisation of potato fields and feeding pigs with uncontaminated fodder.
The cost of this would decrease each year as radiation levels fall – but if no action is taken, the experts warn that milk contamination will continue to exceed the 100?Bq/L adult limit in parts of Ukraine until at least 2040.
“The Ukrainian government has taken some of these measures in the past, but that stopped in 2009,” Dr Labunska said.
“Government and international monitoring needs to take place, along with help for people affected by this radiation.
“This situation should also act as a warning and a reminder of just how long the legacy of nuclear accidents can be.
“Without adequate countermeasures, what may now seem a purely historical event will remain a daily reality for those communities most impacted.”
###
The paper, published in the journal Environment International, is entitled: “Current radiological situation in areas of Ukraine contaminated by the Chernobyl accident: Part 1. Human dietary exposure to Caesium-137 and possible mitigation measures.”
Old, unproven, unreliable nuclear technology planned for Britain’s Wylfa nuclear power station
Unearthed 5th June 2018 Hitachi is seeking billions of pounds from the British government to help build a new nuclear power plant at Anglesey in Wales – but experts say the technology being used is far from proven.
Last week Hitachi-rival Toshiba confirmed that they are pulling out of a major nuclear power project in the USA which planned to use a similar reactor type to the one planned for Wylfa. Toshiba said in a press release that the South Texas
Project had “ceased to be financially viable” due to prevailing economic conditions.
The announcement leaves the UK as one of the last countries looking to build this technology, called the Advanced Boiling
Water Reactor (ABWR). Steve Thomas, Professor of Energy Policy at the University of Greenwich, said that while there are some small differences between the European reactor led by Hitachi and the abandoned US reactor
from Toshiba, the “perception that this is proven technology is not supported by the facts”.
Although there are four similar reactors that have been built in Japan, plans for construction elsewhere have seen a
series of failures. And because of the long lead-in times for developing and building nuclear reactors, power plants built today may have been designed decades ago, Thomas said
“The technology that has been built already is actually 30 year old technology, which has been updated twice
over. So the plants that are operating do not really represent what we would build, and also the performance of the plants in terms of their reliability has actually been very poor.”
https://unearthed.greenpeace.org/2018/06/05/wylfa-hitachi-nuclear-reactor-type-awbr/
Russia, France, China compete to develop nuclear power station in Bulgaria
Bulgaria Moves To Revive Russian Nuclear Project Suspended In 2012 https://www.rferl.org/a/bulgaria-moves-revive-russian-nuclear-project-belene-suspended-2012/29279066.html
The Bulgarian parliament has approved a plan to revive the Belene nuclear power plant five years after the Russian project was suspended due to financing problems and concerns about relying too heavily on Russian energy.
The parliament on June 7 approved by 172 to 14 Prime Minister Boyko Borisov’s proposal to develop a plan to resume construction of the plant on the Danube River by the end of October.
Bulgaria had already spent around $1.8 billion on the plant when the government in 2012 put a moratorium on further workunder pressure from the United States and European Union to limit its energy dependence on Russia.
Bulgaria also suspended the joint project with Russian company Atomstroyexport because it failed to find any foreign investors prepared to shoulder its spiralling costs, estimated at about $11.8 billion in total.
The suspension angered Russia, which had hoped to use Belene as an EU showcase for its new generation of pressurized water reactors.
Sofia had to pay more than 620 million euros to Russia’s Rosatom for scrapping the project, but it also received nuclear parts for two 1,000 megawatt reactors, which were conserved and maintained.
Last week, Energy Minister Temenujka Petkova said that a campaign to pick a strategic investor for the project would be launched by the end of 2018.
Russia’s Rosatom has said it will make another bid to complete the project. Also in the running are Chinese state nuclear company CNNC and France’s Framatome, which is majority controlled by EDF.
Petkova said the government does not want to commit more public funds, extend state guarantees for any loan, or sign any long-term electricity supply deals to make the project viable.
Vadim Titov, director of Rosatom Central Europe, told a Bulgarian energy conference on June 7 that the Russian company is ready to start talks with the Bulgarian authorities on reviving the project.
The Belene plant’s two 1,000 megawatt reactors were intended to replace four old Soviet-built units that were shut down more than a decade ago amid security concerns at the only existing nuclear plant in Bulgaria, at Kozloduy.
There are still two Soviet-built operational reactors at Kozloduy, dating back to 1987 and 1991, which provide about 30 percent of the country’s electricity.
Dozens of Bulgarians protested outside parliament against the government’s plans for Belene on June 7, saying the project’s benefits were not enough to justify its costs and contending that it has been a source of corrupt practices for decades.
Ever multiplying financial costs for building new nuclear reactors are hitting UK, and other countries, too
Nikkei Asian Review 6th June 2018 Britain’s move to finance much of a Hitachi nuclear power plant underscores
how such projects have grown too costly for the private sector to bear
alone, raising further questions about a key component of Japan’s ambitious
plans to export infrastructure worldwide.
The threat of electricity shortages spurred by factors including aging power plants drove London’s
pledge to loan a full 2 trillion yen ($18.2 billion) for the Japanese
industrial group’s plan to build two nuclear reactors in Wales, a project
slated to cost over 3 trillion yen.
The Wylfa saga illustrates how the expense of building nuclear power plants has become a deterrent to their
construction. Estimates for the Wales reactors have roughly doubled from
the initial outlook, owing to snowballing costs for safety and other
provisions. apart from Hitachi’s U.K. project, most of Japan’s overseas
nuclear efforts face an uncertain future at best.
Plans for new reactors are stalling around the world as countries get caught between the need for
energy security and the risks associated with nuclear energy. A Mitsubishi
Heavy Industries plan to build four reactors in Turkey’s Black Sea coastal
city of Sinop has doubled in cost to around 5 trillion yen, owing mainly to
additional precautions against earthquakes. Now the project “will not turn
a profit unless the Turkish government more than doubles the price at which
it buys electricity,” said a source affiliated with Mitsubishi Heavy.
Trading house Itochu has pulled out of the business alliance behind the
project. Toshiba’s former nuclear unit Westinghouse Electric, which was
building four reactors in the U.S., filed for bankruptcHitachi still faces
other hurdles on the Wylfa project. Lining up investors is proving
difficult on the Japanese side.
The U.K. government likely will drive a
hard bargain on power purchase prices, having drawn criticism for agreeing
to pay far above market rates for electricity from Hinkley Point C, a
nuclear power plant being built by France’s EDF and state-owned China
General Nuclear Power Group. Clarifying liability for accidents will be
another issue.
https://asia.nikkei.com/Business/Business-Trends/Hitachi-s-UK-nuclear-project-shows-heavy-risks-for-private-sector
Caroline Lucas: Backing Wylfa Nuclear Power Station Is The Wrong Move At The Wrong Time
Huffington Post 5th June 2018, Behind its shiny green veneer, this government has overseen
the funding stream for clean energy fall to its lowest levels in a decade.
The context for this public payout for new nuclear is an energy market
that’s making it blindingly obvious that renewables are the future. Solar
and wind are now the cheapest forms of new electricity generation, and new
technology means that power from the sun, sea and wind, balanced with
batteries and interconnection, are able to be the backbone of British
energy in the future.
Onshore wind – which the Government has all but
banned – could have a strike price a whopping £37.50 lower than Wylfa’s.
The frequent retort to those of us who oppose nuclear is centred on the
need for ‘baseload’ power – but such arguments are increasingly weak.
We know that battery technology is coming on leaps and bounds – and even
the ex-head of National Grid, Steve Holliday, has said that “the idea of
large power stations for baseload is outdated”, and noted that “from a
consumer’s point of view, the solar on the rooftop is going to be the
baseload”.
But it’s not just the government’s skewed financial
priorities that make Wylfa the wrong move at the wrong time. At the heart
of the problems with nuclear energy is the stark fact that there is still
no solution to the nuclear waste problem.
https://www.huffingtonpost.co.uk/entry/wylfa_uk_5b164eafe4b093ac33a17a41
UK govt’s new funding of nuclear projects contrasts with its lack of support for renewable project in Wales
NFLA 5th June 2018 , The Nuclear Free Local Authorities (NFLA) is very disappointed, but not at
all surprised, with the announcement by UK Energy Minister Greg Barker to
offer £5 billion of taxpayer money to assist with the funding of the Wylfa
B new nuclear reactor in Anglesey.
Whilst going against years of previous
government policy, it also compares unfavourably with the expected lack of
Government support of an exciting new renewable energy project in Wales –
the proposed development of the Swansea tidal lagoon scheme, and future
projects planned in Cardiff Bay and off the north Wales coast.
At present this scheme looks to be on a life support machine, though the Government
delayed the expected announcement to ditch the project and the thousands of
jobs that could be created.
http://www.nuclearpolicy.info/news/wylfa-b-swansea-bay-tidal-lagoon-developing-low-carbon-energy-solutions/
EDF looks to a profitable industry in decommissioning nuclear reactors

Nuclear Energy Insider 6th June 2018 , As France’s EDF expands into new decommissioning markets, learnings at the
group’s first pressurized water reactor dismantling is informing new cutting, tooling and waste strategies.
A new partnership agreement between EDF’s decommissioning subsidiary Cyclife and Sweden’s Fortum highlights
EDF’s aim to become a leader in the European nuclear decommissioning space.
Cyclife and Fortum announced May 30 they will jointly develop services in
nuclear decommissioning and waste management, focusing on the Nordic
region. European nuclear decommissioning activity is on the rise as ageing
fleets and energy policy shifts combine with stubbornly-low wholesale power
prices. By 2020, some 150 European reactors will have reached a 40-year
lifespan.
https://analysis.nuclearenergyinsider.com/edf-ramps-nuclear-decommissioning-efficiency-eyes-europe
Nuclear: Finally a parliamentary debate on the safety of fuel pools
Greenpeace Belgium 5th June 2018 , Nuclear: Finally a parliamentary debate on the safety of fuel pools.
Greenpeace is pleased that the Subcommittee on Nuclear Safety has decided
to discuss the report “The safety of nuclear reactors and fuel storage
pools in France and Belgium and the related reinforcement measures” [1],
commissioned by the environmental protection association to 7 independent
international experts and sent last October to the competent authorities.
Only children close their eyes to remove a danger,” said Eloi Glorieux,
nuclear expert at Greenpeace and one of the three speakers of the
Subcommittee of the day. “That our MPs behave as adults and debate nuclear
security today, we can only rejoice.
It is now necessary for Engie-Electrabel to do the same and to take the appropriate measures to
better protect the power stations against external attacks. ” In October,
for security reasons, Greenpeace sent the full report only to the
Director-General of the Crisis Center, the director of the FANC and the
Minister of the Interior and Security, Mr. Jambon. In order to fuel the
public debate, the association had called for a parliamentary debate on the
content of the report. It will have taken months before it can be done,
after the members of the Subcommittee were able, under strict conditions,
to consult the report.
http://www.greenpeace.org/belgium/fr/presse/Nucleaire-Enfin-un-debat-parlementaire-sur-la-securite-des-piscines-de-combustibles/
UK government has not revealed the terms of its nuclear deal with Hitachi
Stake in nuclear plant would be dramatic change of policy for UK, Government has not revealed terms of sensitive deal with Hitachi over Wylfa, Ft.com, 5 June 18, NICK BUTLER
Last Monday, the board of Hitachi met in Tokyo to consider the future of their proposed new nuclear power plant at Wylfa in north Wales. The Japanese company decided neither to approve nor to drop the plan but to continue the negotiations with the UK government.
As Toshiaki Higashihara, Hitachi’s chief executive, said after the meeting: “No decision has been taken.”
They were right to pause because the deal on the table was weak and inadequate as protection against the risks involved in a project of such scale. Wylfa is set to cost at least £20bn — and, given the record of new nuclear construction, that figure can only rise.
As reported by the Japanese press, at that stage the deal appeared to involve simply a UK government “guarantee” to cover the construction phase of the project, which is when the risks are highest.
But, within days, authoritative reports in the FT and elsewhere indicated that Britain had gone further and decided to make a direct investment of public money into the project.
This would be a dramatic change of policy with many implications.
First, it would mark the reversal of 40 years of a privatisation of the energy sector begun by Margaret Thatcher and Nigel Lawson. Suddenly, the state is back in business and the arguments against other proposed nationalisations, for instance of the railways or energy retailers, are undermined.
Second, taking a direct stake in one energy supplier opens up issues of competition policy. Will the government take shareholdings in other new nuclear projects including Hinkley Point C ? If nuclear, why not offshore wind or gas-fired power stations?
Then there is the question of the use of resources. There appears to be almost no extra money for anything from the National Health Service to defence and security. But suddenly several billion pounds have been found for a single nuclear power station……..
A direct shareholding will almost certainly be challenged in the courts on the grounds of competition policy and European state-aid rules. Britain is likely to be subject to EU rules at least until the end of the Brexit transition period.
And it must face scrutiny in parliament, where it will be weighed against other potential uses of the money.
Examination of this deal is likely to force a strategic review of energy policy, which would include just how much nuclear power is really needed — a question that has not been answered since 2013. In those five years, much has changed and there is a good case for a fundamental and open reappraisal.
As the Japanese will have discovered, the UK government is weak and nothing in British politics is certain. The deal is not yet done. https://www.ft.com/content/7ba55ce6-63f3-11e8-90c2-9563a0613e56
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