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3 Royal Navy sailors serving on nuclear missile ship were caught taking cocaine

Evening Standard 2nd June 2019 Three sailors serving on a submarine which carries 16 nuclear missiles have
been caught taking cocaine, the Ministry of Defence has confirmed. The
Royal Navy submariners failed a Compulsory Drugs Test shortly after HMS
Vengeance visited a US naval facility in Florida.

https://www.standard.co.uk/news/uk/three-royal-navy-sailors-tested-positive-for-cocaine-on-board-submarine-carrying-16-nuclear-weapons-a4157276.html

June 4, 2019 Posted by Christina Macpherson | incidents, UK | Leave a comment

Reading between World Nuclear News lines, did Russia’s Leningrad nuclear power plant have some safety issues?

Christina Macpherson’s websites & blogs

I know that this will read as just fine and dandy – because Russia never lets on about any problems in its nuclear infrastructure, but I think it;s just a hint of that.


IAEA notes improved safety at Leningrad plant,
WNN, 30 May 2019  Rosenergoatom, the operator of Russia’s Leningrad nuclear power plant, has strengthened operational safety in response to the findings of an International Atomic Energy Agency (IAEA) review in 2017, a follow-up mission has concluded. The team encouraged the operator to pursue continuous improvement.

….. In November 2017, the IAEA completed a 17-day mission to Leningrad unit 4, which was connected to the grid in 1981 and is one of four light water-cooled graphite-moderated reactors (RBMK-1000) located at the site in Sosnovy Bor, 70 km west of St Petersburg. Plant operator Rosenergoatom is a subsidiary of Russian state nuclear corporation Rosatom.That mission made suggestions for improving operational safety at the plant, including: the use of leading indicators to further improve its performance; strengthening the radiation protection programme; and regular reviews of chemistry surveillance and control programme to ensure its continuous improvement……

The follow-up mission found improvements to control of movable items in some sensitive areas in the plant; the use of human performance tools; and the plant chemistry surveillance and control programme.

However, the team noted that more time is required to demonstrate that improvements are fully effective and sustained in the use of forward-looking and proactive performance indicators at the plant, and in the radiation contamination control programme.

The OSART team provided a draft of its report to the plant’s management and will submit the final report to the Russian government within three months……

Located on the coast of the Gulf of Finland, Leningrad NPP is Russia’s biggest nuclear power plant in terms of its installed capacity, which is 4200 MWe. It is also the only plant in the country comprising two types of reactor: Phase I of the plant comprises four RBMK-1000 units, while Phase II will have four VVER-1200 units. Leningrad unit 1 was shut down for decommissioning on 21 December last year.  http://world-nuclear-news.org/Articles/IAEA-notes-improved-safety-at-Leningrad-plant

June 1, 2019 Posted by Christina Macpherson | Russia, safety | 1 Comment

Proposals to transport nuclear waste through Bridgwater, Somerset

Somerset Live 29th May 2019 , Bridgwater residents only have a few days to have their say on proposals to
transport nuclear waste through their town. Magnox Ltd currently operates
the Hinkley Point A site near Stogursey, which includes a small area where
nuclear waste is stored before being moved elsewhere for processing. The
company has applied to Somerset County Council for permission to store
waste from other nuclear power stations at the Hinkley site – which would
involve moving it through Bridgwater on agreed routes.

It is staging four drop-in sessions in June where residents of Bridgwater and the surrounding
villages can have their say on the plans before county councillors make a
final decision. Magnox’s proposals relate to “intermediate-level waste”,
which includes cladding around nuclear fuel and materials which have become
contaminated in the process of decommissioning a nuclear reactor.

https://www.somersetlive.co.uk/news/somerset-news/bridgwater-residents-only-few-days-2921627

June 1, 2019 Posted by Christina Macpherson | safety, UK | Leave a comment

Breathtaking series on Chernobyl nuclear catastrophe


(
Foxtel Showcase 12 June 8.30 pm and 10.30 pm)

Chernobyl: horrifying, masterly television that sears on to your brain. This breathtaking series throws us right into the hellish chaos of the nuclear disaster – and its terrors are unflinching and unforgettable, Guardian, Rebecca Nicholson,  29 May 2019 After three of its five episodes aired, the miniseries Chernobyl found its way to the top of IMDB’s top 250 TV shows in history list. While the fan-voted chart might seem hyperbolic, given that the drama had only just crossed the halfway point, it is not undeserving of the honour. Chernobyl is masterful television, as stunning as it is gripping, and it is relentless in its awful tension, refusing to let go even for a second. That old ‘don’t spoil the ending’ joke about Titanic will inevitably be rebooted here, but it is confident enough to withstand any familiarity with the story.

From the opening moments, it conjured up panic and despair, beginning with the suicide of Jared Harris’ nuclear physicist Valery Legasov (Harris must have “harrowing departure” on his CV), then throwing us right back into the hellish disorientation of the disaster itself, two years earlier …..

Chernobyl is a disaster movie, a spy movie, a horror movie, a political thriller, and a human drama, and it spins each plate expertly. The terror is unflinching and explicit, and its images of burned bodies collapsing into putrid decay are impossible to forget. Yet it never feels shocking for the sake of it, only as haunting and horrible as its subject matter demands. It manages to navigate the perilous path of having its characters speak in jargon, and largely refusing to explain it, while keeping viewers on top of what is happening…..

Often prestige television like this – expansive, expensive and ambitious – falls back on its wordiness, and Chernobyl is certainly well-written enough to justify that. But it is as cinematic as it is reliant on dialogue, and it has the patience to let images do the heavy lifting when it is called for. ……

 The obfuscation of truth is rampant and catastrophic. We may not be living under the threat of the KGB, but the menace of constant surveillance does not feel far away. The rejection of scientific knowledge, of experts, has terrible consequences. It makes sense that modern audiences would take to Chernobyl; the contemporary resonance is plain.

Chernobyl should not be as enjoyable as it is. As a drama, it is unremittingly grim.. Even its hints of heroism – Legasov and Khomyuk defying party officials to try and stem the ramifications of the disaster – are tempered by them sending innocent men to die, and by the knowledge that Legasov’s card is very much marked. But what a thrill it is to see it all playing out so brilliantly. This is television that sears itself on to your brain. In spite of the horrors, five episodes do not feel like nearly enough. https://www.theguardian.com/tv-and-radio/2019/may/29/chernobyl-horrifying-masterful-television-that-sears-on-to-your-brain?CMP=Share_AndroidApp_Copy_to_clipboard&fbclid=IwAR0wAayW6vrXvC1

 

May 30, 2019 Posted by Christina Macpherson | Belarus, incidents, Resources -audiovicual, Ukraine | Leave a comment

Armenia’s aging nuclear reactor, vulnerable in an earthquake zone

The city in the shadow of an aging nuclear reactor

This model Soviet city, or atomograd, was purpose-built in the 1970s to entice skilled workers to work in the nuclear power plant…    BBC, By Daryl Mersom, 27 May 2019

Metsamor has been described as one of the world’s most dangerous nuclear power plants because of its location in an earthquake zone.

It sits just 35km (22 miles) from Armenia’s bustling capital, Yerevan, with distant views of snowy Mount Ararat across the border in Turkey.

The plant was constructed around the same time as Chernobyl in the 1970s. At the time the Metsamor reactor provided energy for the growing needs of a vast Soviet Union, which once had ambitious plans to generate 60% of its electricity from nuclear power by 2000.

But in 1988 everything changed; the 6.8 magnitude Spitak earthquake devastated Armenia, killing around 25,000 people. The nuclear power plant was swiftly closed down because of safety concerns over an unreliable electricity supply to power the plant’s systems. Many of the plant’s workers returned home to Poland, Ukraine and Russia.

Thirty years on, Metsamor plant and its future remain a divisive topic in Armenia. One of its reactors was restarted in 1995 and now generates 40% of Armenia’s energy needs. Its critics argue the site remains extremely vulnerable to earthquakes due to its location in an area of seismic activity. Its supporters, however, including government officials, argue it was deliberately originally built on a stable basalt block and insist further modifications, such as improved fire doors, have been made to make it even safe……..  http://www.bbc.com/capital/story/20190527-the-city-in-the-shadow-of-an-ageing-nuclear-reactor

May 28, 2019 Posted by Christina Macpherson | EUROPE, safety | Leave a comment

Yucca Mountain nuclear waste plan, and the flawed science of the ‘Total System Performance Assessment’.

Yucca Mountain is plenty safe, unless you live here,  https://lasvegassun.com/news/2019/may/26/yucca-mountain-is-plenty-safe-unless-you-live-here/     By Judy Treichel, May 26, 2019.

Proponents of the Yucca Mountain nuclear waste repository like to say that the science behind the project is sound and that the site is safe. In doing so, they might cite the conclusion of a body of work known as the Total System Performance Assessment.

I was reminded of the TSPA recently when a young woman who is producing a documentary about Yucca Mountain contacted me to ask where she could see a copy of it.

My working colleague who is focused on the scientific side of nuclear waste disposal laughed about her request, because the TSPA is so complicated and huge that it is very difficult to download to your computer screen and there aren’t many paper copies around because it takes up so much space.

It’s also a deeply flawed piece of work.

Produced by the Department of Energy, the TSPA is the computer software compilation and analysis of the tens of thousands of pages of scientific data about Yucca Mountain integrated with the engineering design of the repository. The conclusion is the expected annual radiation dose to an individual in the public from the calculated releases from the repository through a long period of time.

Proponents say that Yucca Mountain is safe because the TSPA calculated dose does not exceed the dose limit for releases from the repository set by the Environmental Protection Agency.

There are two big problems with relying on the TSPA for a safety claim. The first is that its accuracy cannot be demonstrated, and the second is that it is so complex that it is inaccessible to all but the people who built it for the department.

When researchers were gathering data on the site during the 1980s and ’90s, they fed it into what we now know were pretty primitive computer models. But there were gaps in the data, which prompted the managers to seek expert judgment to fill those holes. The results of the individual models would then be fed into the next series of models. It was obvious that any necessary or important data collection that had been overlooked or done wrong anywhere in the process would then feed into the next set a questionable data and mistakes would be carried along.

During that time, I remember one of the Energy Department managers talking about how they were trying to “drive the doses down.” One of the grassroots people I work with called that “pencil whipping Yucca Mountain into compliance.” The TSPA had taken the phrase “garbage in/garbage out” to a wildly new level.

Finally, the cast of thousands working on the project decided they had enough information plugged into the myriad models, and they devised a system that would run the TSPA. The plan was to perform this overwhelming run by connecting the desktop computers of 60 employees because there was so much data that no one computer could handle it. When the results finally spit out at the end, everyone was told that this was the convincing evidence that no one in Nevada had any reason to worry about Yucca Mountain and the thousands of tons of waste it would hold.

For those of us with a little scientific knowledge but enough common sense to live our everyday lives, this thing was at first ridiculous and funny but became horrifying. We realized that they actually believed the results and were turning them into a license application in order to get approvals to build the repository.

So once again, we are talking about the science behind Yucca Mountain. And once again, Nevada’s fate lies in the hands of people making dubious claims to understand the scientific integrity of the Energy Department’s safety conclusions.

The evidence of the safety of a Yucca Mountain repository — the TSPA — comes across as a fantastical Rube Goldberg machine, only really appreciated by the scientists and engineers who can intellectually get into it. So the way to sway government decision makers and skeptical regular people is to just take a field trip and look.

People are deciding on a site that is safe enough for failure.

Those not familiar with or appreciative of the fragile desert environment can stand atop Yucca Mountain, hundreds or thousands of miles from where they live, and feel there’s nothing to harm even though they know nothing about the studies, research or modeling.

What they don’t see is the groundwater beneath the mountain that is part of a vast, ancient and pristine aquifer under the surrounding desert floor, providing water to the nearby farming area with a huge dairy and the communities further west.

After more than three decades of study that revealed the flaws in Yucca Mountain and all of the proposed engineering fixes to get around or overcome them, it is clear that hope and lots of money will not assure safety. So the only other choice is to promote Yucca Mountain as a site where failure is acceptable and safe enough.

Judy Treichel is executive director of the Nevada Nuclear Waste Task Force.

May 27, 2019 Posted by Christina Macpherson | safety, USA | Leave a comment

Continuing USA debate on nuclear waste- Yucca Mt is central to the issue

Long-Running Yucca Mountain Debate Still Center of Nuclear Waste Fight, Wyoming Public Media, By NOAH GLICK • MAY 24, 2019  It’s been more than thirty years since Yucca Mountain in Nevada was picked as the nation’s nuclear waste site, and the state has been fighting the project ever since. Under President Obama, it got its wish.Fast forward to the Trump administration, and that long-running debate is back on the table……

The Western Shoshone Nation says the land is sacred and should not be poisoned. And Nevada Democratic Senator Jacky Rosen has several concerns.

“It’s hard to imagine that shipping over 5,000 truck casks of high-level nuclear waste over a span of 50 years won’t result in at least one radiological release,” she says.

Not to mention, she says that Yucca Mountain is next to the nation’s largest Air Force live munitions testing area.

“So does it really make sense to transport and store our nation’s nuclear waste right next to a military bombing range?” she asks.

There’s also a big elephant in the room: trust–or lack of it. Abby Johnson works with neighboring Eureka County, which is neutral on the project.

“With above and underground nuclear weapons testing, people in Nevada had already experienced being lied to by the federal government, and had had their families poisoned by fallout from the atomic bombs,” she says.

Some Nevadans are willing to move past that distrust. Darrell Lacy is the director of the Nuclear Waste Repository Project Office in Nye County. He says the site offers a chance to get federal dollars for key services.

“Transportation issues are something we talk a lot about, improved highways,” he says. “Let the federal government pay for it as part of the Yucca Mountain project.”,…..

In a 27-25 vote, the U.S. House Appropriations Committee decided against re-funding the Yucca Mountain project. But the Senate is still considering it, and supporters and opponents both say the fight isn’t over yet.

Nuclear Waste Transportation: How Does it Work? (in photos  – on original)

Spent nuclear fuel comes in small, solid pellets. These pellets are then stacked on top of each other and stored in metal tubes. The nuclear waste is stacked and stored in large, long, metal tubes. The metal tubes are then placed into large transportation casks, with layers of lead and concrete to contain the nuclear material. The transportation casks are then placed on trucks and rail lines, with shock absorbers and additional layers of concrete to keep nuclear waste still.   https://www.wyomingpublicmedia.org/post/long-running-yucca-mountain-debate-still-center-nuclear-waste-fight#stream/0

May 27, 2019 Posted by Christina Macpherson | safety, USA | Leave a comment

Radiation in UW building: 200 employees being moved, cleanup could take at least six more weeks

Radiation in UW building: 200 employees being moved, cleanup could take at least six more weeks,   Seattle Times, By Ryan Blethen ,Seattle Times staff reporter,26 May19

UW Medicine employees might have to wait at least six more weeks to return to work at a First Hill building where a radioactive substance was spilled three weeks ago.

The UW Medicine Harborview Medical Center Research & Training Building houses 35 labs for research on infectious diseases and other global-health issues. Over the next seven to 10 days, about 200 researchers and staff are moving into other UW Medicine and University of Washington facilities and will remain there until the building reopens.

Meanwhile, the public is not in danger, said UW Medicine spokesperson Susan Gregg, who could give no firm date for how long the cleanup will take.

On the evening of May 2, a device called an irradiator, containing the radioactive material cesium-137, was being moved to a safe disposal site when the substance spilled. Radiation was detected on the loading dock of the building, which is at Ninth Avenue and Alder Street.

Thirteen people were exposed, 10 of whom were admitted to Harborview’s emergency room and discharged the next day……

An investigation of the spill by the U.S. Department of Energy’s National Nuclear Security Administration is expected to take several months, said Kate Lynch, a spokesperson with Washington state Department of Health, which is working with the federal agency and UW on the cleanup.

Contractors hired by the Department of Energy are doing “survey and decontamination work on certain floors of the building” while other parts of the remediation plan are still being worked out, Gregg said.

The costs of remediation and of the building closure aren’t yet known. https://www.seattletimes.com/seattle-news/radiation-in-uw-building-200-employees-being-moved-cleanup-could-take-at-least-six-more-weeks/

 

May 27, 2019 Posted by Christina Macpherson | incidents, USA | Leave a comment

A high risk operation removing spent nuclear fuel from Russian ship “Lepse”

Work on removing nuclear waste from 85-years old ship has started in Russia’s north   https://thebarentsobserver.com/en/ecology/2019/05/work-removing-nuclear-waste-85-years-old-ship-has-started-russias-north

 By Thomas Nilsen, 
May 23, 2019

It is a milestone for nuclear safety clean-up on the Kola Peninsula. Though, the removal of the spent nuclear fuel elements from the storage compartment from «Lepse» will take time. The work is, to say it mildly, a high risk operation involving uranium fuel so radioactive it could cause lethal dose to workers if something goes wrong.

«Preparatory work for this stage of the disposal of «Lepse» has been underway for the last two years,» Chief Engineer Georgy Neyman of the Nerpa shipyard told Komsomolskaya Pravda.

«A protective shelter is built,» Neyman said.

Phase one of the work, which started last week, is removing the 620 fuel elements believed not to be damaged. The elements will be loaded over to special casks for shipping to Atomflot service base in Murmansk. From there, a special train will take the casks to Mayak reprocessing plant in the Chelyabinsk region in the South-Urals.

The work ahead is the most demanding. Cutting out the radioactive elements is done by using robotics. Inside the shelter, humans should spend as little times as possible.

«The time intervals during which a person can be in the presence of ionizing radiation are strictly observed,» Oleg Khalimullin, deputy chief engineer at Nerpa shipyard said in an interview with the news portal of Bellona. The environmental group in Murmansk has for 25 years worked on promoting a safe disposal of «Lepse».

In the early 1990s, the plan was simply to tow the aging storage ship to Novaya Zemlya in the Russian Arctic and dispose it in the permafrost near the shore.

With radionuclides onboard estimated to be some 28,000 TBq (750,000 Curie), or nearly half the release of the Cesium-137 isotope that contaminated half of northern Europe following the 1986 Chernobyl disaster, the “Lepse” was a ticking threat to people and nature around Murmansk.

«Lepse» was built in 1936, sunken during World War II, lifted afterwards and used as a radiological support vessel for the Soviet Union’s first nuclear powered icebreaker, «Lenin» from 1962. After a coolant accident with one of the three reactors on «Lenin» in 1966 some few hundreds of the spent fuel roads were lifted over to the storage compartment to «Lepse» . Radiation levels were high and “sarcophagus” was built over by filling cement.

Both neighbouring Norway and the European Union have finacially and technically assisted Russia with securing the nuclear waste ship and preparing for the work now started.

Expenses for the shelter and robotics are co-financed by the European Bank of Reconstruction and Development.

If all go in accordance with schedule, removing the nuclear fuel from the compartment should be ended next year.

May 25, 2019 Posted by Christina Macpherson | safety, wastes | 1 Comment

EDF planning to restart troubled Hunterston and Dungeness B nuclear reactors

Energy Reporters 21st May 2019
The Hunterston B7 reactor is now scheduled to return to service on July 31

and B8 reactor, the least cracked at the site, on June 24. Centrica has a
20-per-cent interest in eight nuclear plants, mostly built in the 1960s and
1970s, which are controlled by EDF. Centrica said it was selling its stake
in February last year.

 But since then, Hunterston and Dungeness B in Kent
have been put out of action. EDF, which is also looking to sell some of its
interest in the nuclear hubs, said Dungeness B would “continue to produce
low-carbon electricity safely and reliably for many years to come”.
The reactor in Kent on the southern English coast was shut down late last
summer for regular inspections, which identified the need for repairs on
steam pipes. EDF said it was carrying out “additional inspections and
repairs [to] put the plant in a state to deliver best-ever performance
later this year”. The restart of the twin reactors was due for September
and October, according to the French firm.

https://www.energy-reporters.com/production/edf-extends-nuclear-plant-outages/

May 25, 2019 Posted by Christina Macpherson | safety, UK | 1 Comment

Risky incident at South Korean nuclear reactor

Hankyoreh 21st May 2019 According to South Korea’s nuclear power regulator, a nuclear reactor whose thermal output exceeded safety limits was kept running for nearly 12
hours when it should have been shut down manually at once.
Furthermore, the regulator said, an individual who wasn’t licensed to operate the reactor
was holding the control rods, which regulate the reactor’s output, at the
time. A continuing increase in output could have led to a thermal runaway,
potentially causing the reactor to explode.

May 23, 2019 Posted by Christina Macpherson | incidents, South Korea | Leave a comment

A nuclear accident in one of Switzerland’s old reactors would be devastating to the health of other European countries.

What a Swiss nuclear disaster could do to Europe, Swissinfo.ch , By Susan Misicka, MAY 21, 2019 – If there were to be a serious accident at one of Switzerland’s nuclear reactors, many of the radiation victims would be residents of other countries.

A Swiss-led study has calculated the potential effect of nuclear meltdowns on the health of people living nearby. Its focus is on how meteorology and geography would influence the movement of a radioactive cloud.

For example, this clip [on original] illustrates how the weather conditions on January 19, 2017 would have shaped the aftermath of an accident at the Gösgen reactor between Bern and Zurich.

The study was led by Frédéric-Paul Piguet at Institut Biosphèreexternal link, an interdisciplinary research institute in Geneva. Piguet and his team examined the accident risk at Switzerland’s five nuclear power plants, which fall between Fukushima and Chernobyl in terms of size. This includes 50-year-old Beznau I in northern Switzerland, the oldest nuclear reactor in the world.

The research team used the weather conditions throughout 2017 to calculate the fallout of disasters at the Swiss reactors and concluded that 16-24 million Europeans would be affected by a nuclear meltdown in Switzerland, which itself has a population of 8.5 million. They reckoned that 12,500-31,100 people would die on account of cancer and heart problems caused by the radiation. On top of that, there would be additional health problems, including genetic maladies and sterility.

According to the study, wet weather would nearly double the number of severe radiation-related illnesses. In 2017, there were 36 such “bad weather” days. The study is being presented in detail on Tuesday in Bern……….  https://www.swissinfo.ch/eng/worst-case-scenarios_what-a-swiss-nuclear-disaster-could-do-to-europe/44977606

May 23, 2019 Posted by Christina Macpherson | safety, Switzerland | Leave a comment

Former Nuclear Regulatory Commission chairman now sees nuclear power as harmful

Washington Post 17th May 2019 , Gregory Jaczko served on the Nuclear Regulatory Commission from 2005 to 2009, and as its chairman from 2009 to 2012. Nuclear power was supposed to save the planet. The plants that used this technology could produce enormous amounts of electricity without the pollution caused by burning coal, oil or natural gas, which would help slow the catastrophic changes humans have forced on the Earth’s climate.
As a physicist who studied esoteric properties of subatomic particles, I admired the science and the technological innovation behind the industry. And by the time I started working on nuclear issues on Capitol Hill in 1999 as an aide to Democratic lawmakers, the risks from human-caused global warming seemed to outweigh the dangers of nuclear power, which hadn’t had an accident since Chernobyl, 13 years earlier.
By 2005, my views had begun to shift. I’d spent almost four years working on nuclear policy and witnessed the
influence of the industry on the political process. Now I was serving on the Nuclear Regulatory Commission, where I saw that nuclear power was more complicated than I knew; it was a powerful business as well as an impressive feat of science. In 2009, President Barack Obama named me the agency’s chairman.
Two years into my term, an earthquake and tsunami destroyed four nuclear reactors in Japan. I spent months reassuring the American public that nuclear energy, and the U.S. nuclear industry in particular, was safe. But by then, I was starting to doubt those claims myself. Before the accident, it was easier to accept the industry’s potential risks, because nuclear power plants had kept many coal and gas plants from spewing air pollutants and greenhouse gases into the air.
Afterward, the falling cost of renewable power changed the calculus.Despite working in the industry for more than a decade, I now believe that nuclear power’s benefits are no longer enough to risk the welfare of people living near these plants. I became so convinced that, years after departing office, I’ve now made alternative energy development my new career, leaving nuclear power behind. The current and potential costs — in lives and dollars — are just too high.https://www.washingtonpost.com/outlook/i-oversaw-the-us-nuclear-power-industry-now-i-think-it-should-be-banned/2019/05/16/a3b8be52-71db-11e9-9eb4-0828f5389013_story.html

May 21, 2019 Posted by Christina Macpherson | PERSONAL STORIES, safety, USA | Leave a comment

Outages extended at EDF’s Hunterston nuclear plant 

EDF Energy extends outages at Hunterston nuclear plant    https://www.euronews.com/2019/05/20/edf-energy-extends-outages-at-hunterston-nuclear-plant

By Reuters• last updated: 20/05/2019  LONDON (Reuters) – EDF Energy, owned by France’s EDF, has extended outages at the two reactors at its Hunterston plant in Scotland, regulatory data on the company’s website showed.

The reactors have been offline since last year after routine inspections found cracks in its graphite core and have suffered several restart delays.

The Hunterston B7 reactor is now scheduled to return to service on July 31 from the previous date of June 30.

The Hunterston B8 reactor is scheduled to return on June 24 from a previous date of May 30.

(Reporting by Susanna Twidale; Editing by David Goodman)

May 21, 2019 Posted by Christina Macpherson | safety, UK | Leave a comment

Ukraine’s present nuclear reactors – “time bombs” – at risk of another Chernobyl

Chernobyl (2019) S01 | Episode 01 | 1:23:45 | Opening Scene Suicide

One of the main risks stems from the use of ill-fitting US-made fuel rods. Some Ukrainian power plants are fueled by fuel rods produced by the US nuclear contractor Westinghouse. They are shaped differently than those produced in Russia, and incompatibilities have caused problems before.

“Westinghouse fuel was first used in Ukrainian nuclear power plants in 2012, and even before the first fuel cycle was over it became evident they were not compatible, and the fuel assemblies had to be extracted,”

As Chernobyl nuclear disaster feeds TV drama, is Ukraine looking at a real-life re-run? Rt.com 19 May, 2019 This month, HBO has launched its new historical drama ‘Chernobyl’, looking back at one of the worst nuclear disasters in history – but for Ukrainians, it’s also a chilling reminder that history could repeat itself.

US cable giant HBO is reviving the 33-year-old memory of one of the worst – and the most infamous – nuclear incidents in the world. It overlays history with personal drama and intrigue in its fresh mini-series – but what the general viewer might not realize is that it’s too early for Ukraine to consign nuclear problems to history and fiction. The name ‘Chernobyl’ is being brought up again in reference to the woes plaguing Ukrainian atomic energy today.

Ukrainian nuclear power plants have become a “time bomb,” Rada member Sergey Shakhov recently said. Reactors – some of them near densely populated cities – are aging without proper oversight or funding, contracts with Russia are broken, and homegrown nuclear experts are fleeing to find better opportunities abroad.

Emergencies have plagued at least two major Ukrainian nuclear power plants, causing a series of stoppages in operations in the past three years. Some reactors at the Khmelnitsky power plant (located in a city with almost 40,000 inhabitants) had to be halted at least three times since July 2016. A main pump malfunction at the Zaporozhye power plant (close to the regional center and its 750,000+ inhabitants) forced one of its six reactors to stop in September 2018, triggering a local panic. Soon after that, two more reactors were consecutively stopped for planned repairs. They still remain halted, though one of them was supposed to be restarted early in 2019.

Those are just the instances which received attention in the media, revealed either by MPs or by nuclear plant operators.

The situation is an ecological disaster in the making, Shakhov warned in an interview to the TV channel NewsOne. Ukrainian nuclear power plants, he says, have become a “mini-Chernobyl.”

But how did a country that relies on nuclear power for 60 percent of its electricity allow its power plants to degrade so far?

Russia could help, but Kiev doesn’t want it

Ukrainian nuclear facilities were built in the Soviet Union, and for the past decades were maintained in collaboration with Russia. But after the 2014 coup, new Kiev authorities have made every effort to break up links with Moscow, including severing the nuclear cooperation agreement in 2017.

That deprived Ukraine of Russian expertise, something the aging reactors desperately need, says Stanislav Mitrakhovich, an expert on energy policy in the National Energy Security Fund (NESF) and in the Financial University under the government of the Russian Federation.

“Many power blocks are already quite old, their resources were already prolonged according to a special procedure, but this extension cannot be done infinitely. And it is not too easy to do without the help of the Russian specialist who were previously responsible for these tasks.”

Ukraine could come have up with a solution by itself, but “it should have started 10 years ago,” says Ukrainian political scientist Mikhail Pogrebinsky, the director of the Kiev Center of Political Research and Conflict Studies.

“Of course Kiev doesn’t have the money to repair and upgrade the reactors, but there are still ways to solve this. One of the most efficient ones lies in Moscow, in the Kurchatov nuclear research institute. But considering the relations, Ukraine won’t go there for help.”

The problem has fallen victim to Kiev’s politics. “Ukrainian authorities have been doing everything with political gain in mind, and that is one of the reasons things have been malfunctioning and additional risks were created for the reactors… Equipment has to be checked and maintained, and that, again, means cooperating with Russia,” says another Ukrainian political scientist, Aleksandr Dudchak.

The immediate danger

Despite the apocalyptic buzz, predicting a new Chernobyl is taking things too far, Ukrainian experts believe. The danger is no less real, however, even if it’s less dramatic in scale. The reactors might not be about to melt down and send a massive radioactive cloud billowing into the atmosphere, like Chernobyl did – instead, they will simply stop working, plunging large parts of Ukraine into a blackout.

The immediate danger

Despite the apocalyptic buzz, predicting a new Chernobyl is taking things too far, Ukrainian experts believe. The danger is no less real, however, even if it’s less dramatic in scale. The reactors might not be about to melt down and send a massive radioactive cloud billowing into the atmosphere, like Chernobyl did – instead, they will simply stop working, plunging large parts of Ukraine into a blackout.

“There is no money, there are no contracts, the contract with [Russian nuclear energy giant] Rosatom has been broken – this is a dead-end situation that Ukrainian authorities will have to solve, and solve without delay, because under certain conditions we could have energy shortages, within five to seven to 10 years.”

International financial institutions have been supporting Ukraine with funds, but amid the more pressing day-to-day needs and the rampant corruption of the Poroshenko presidency, their effect on the restoration of dilapidated power plants is yet to be seen.

Basic incompatibilities

One of the main risks stems from the use of ill-fitting US-made fuel rods. Some Ukrainian power plants are fueled by fuel rods produced by the US nuclear contractor Westinghouse. They are shaped differently than those produced in Russia, and incompatibilities have caused problems before.

“Westinghouse fuel was first used in Ukrainian nuclear power plants in 2012, and even before the first fuel cycle was over it became evident they were not compatible, and the fuel assemblies had to be extracted,” Boris Martsinkevich, editor-in-chief of the Geoenergetics magazine, told RT.

Westinghouse fuel deliveries were restarted in 2015, and it’s unclear whether it’s been made more compatible with the Soviet-built equipment. If they were not, the fuel is “fully capable of halting the work of the nuclear power plants,” even though it won’t cause any mass hazardous incident.

Ukraine’s ailing economy, apart from directly depriving power plants of necessary maintenance and upgrade funds, has caused a ‘brain drain’ as collateral damage.

“Experts working at Ukrainian nuclear power plants are leaving. The situation in the country is unstable, and it’s been getting worse for five years… a lot of experts have moved out of the country, including to Russia and China, as well as other countries. Soon there’ll be no-one left to maintain the power plants,” Dudchak warns.

Irresponsible waste storage

Back when Ukraine was cooperating with Russia, Rosatom was contracted to take back and recycle spent fuel rods. Westinghouse doesn’t do that, so Kiev partnered with another US-based company – Holtec International – to build a shelter for the waste in the Chernobyl exclusion zone, effectively turning it into a radioactive dump……Westinghouse fuel deliveries were restarted in 2015, and it’s unclear whether it’s been made more compatible with the Soviet-built equipment. If they were not, the fuel is “fully capable of halting the work of the nuclear power plants,” even though it won’t cause any mass hazardous incident.

Ukraine’s ailing economy, apart from directly depriving power plants of necessary maintenance and upgrade funds, has caused a ‘brain drain’ as collateral damage.

“Experts working at Ukrainian nuclear power plants are leaving. The situation in the country is unstable, and it’s been getting worse for five years… a lot of experts have moved out of the country, including to Russia and China, as well as other countries. Soon there’ll be no-one left to maintain the power plants,” Dudchak warns……… https://www.rt.com/news/459661-ukraine-chernobyl-nuclear-blackout/

May 20, 2019 Posted by Christina Macpherson | safety, Ukraine | Leave a comment

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