Nuclear power: molten salt reactors and sodium-cooled fast reactors make the radioactive waste problem WORSE

reactors https://www.tandfonline.com/doi/full/10.1080/00963402.2018.1507791, Lindsay Krall &Allison Macfarlane, 31 Aug 18ABSTRACT
Nuclear energy-producing nations are almost universally experiencing delays in the commissioning of the geologic repositories needed for the long-term isolation of spent fuel and other high-level wastes from the human environment. Despite these problems, expert panels have repeatedly determined that geologic disposal is necessary, regardless of whether advanced reactors to support a “closed” nuclear fuel cycle become available. Still, advanced reactor developers are receiving substantial funding on the pretense that extraordinary waste management benefits can be reaped through adoption of these technologies.
Here, the authors describe why molten salt reactors and sodium-cooled fast reactors – due to the unusual chemical compositions of their fuels – will actually exacerbate spent fuel storage and disposal issues. Before these reactors are licensed, policymakers must determine the implications of metal- and salt-based fuels vis a vis the Nuclear Waste Policy Act and the Continued Storage Rule.
The Politics of Nuclear Waste Disposal: Lessons from Australia

22 Jan 2024 | Jim Green and Dimity Hawkins, https://www.apln.network/projects/voices-from-pacific-island-countries/the-politics-of-nuclear-waste-disposal-lessons-from-australia
Click here to download the full report.
In this report, Jim Green and Dimity Hawkins explore Australia’s long and complex engagement with nuclear waste issues. With the failure to remediate atomic bomb test sites, and repeated failures to establish a national nuclear waste repository, the approaches of successive Australian governments to radioactive waste management deserve close scrutiny.
A recurring theme is the violation of the rights of Aboriginal First Nations Peoples and their successful efforts to resist the imposition of nuclear waste facilities on their traditional lands through effective community campaigning and legal challenges. Green and Hawkins argue for the incorporation of the UN Declaration on the Rights of Indigenous Peoples into Australian law, and amendments to the National Radioactive Waste Management Act to remove clauses which weaken or override Indigenous cultural heritage protections and land rights.
In addition, they highlight the need for studies, clean-up and monitoring of all British nuclear weapons test sites in Australia in line with the positive obligations in the Treaty on the Prohibition of Nuclear Weapons (TPNW). In light of the failure to manage existing radioactive waste management challenges, it must be questioned whether the Australian government can successfully manage the challenges of high-level nuclear waste management posed by the AUKUS defence pact and the plan to purchase and build nuclear-powered submarines.
This report was produced as part of a project on Nuclear Disarmament and the Anthropocene: Voices from Pacific Island Countries, sponsored by Ploughshares Fund.
Finland’s Radiation and Nuclear Safety Authority (STUK) wants to delay completion of its review on waste dump

Finland’s Radiation and Nuclear Safety Authority (STUK) has requested the
deadline for its opinion on Posiva Oy’s operating licence application for
the world’s first used fuel repository to be extended until the end of
2024. In September last year, it said it would not complete its review by
the end of 2023 as originally planned.
Radioactive waste management company
Posiva submitted its application, together with related information, to the
Ministry of Economic Affairs and Employment (TEM) on 30 December 2021 for
an operating licence for the used fuel encapsulation plant and final
disposal facility currently under construction at Olkiluoto.
The repository
is expected to begin operations in the mid-2020s. Posiva is applying for an
operating licence for a period from March 2024 to the end of 2070. The
government will make the final decision on Posiva’s application, but a
positive opinion by STUK is required beforehand. The regulator began its
review in May 2022 after concluding Posiva had provided sufficient
material. The ministry had requested STUK’s opinion on the application by
the end of 2023.
However, STUK announced in September that its safety
assessment and opinion on the application was taking longer than expected
and would not be completed by that deadline.
World Nuclear News 19th Jan 2024
https://www.world-nuclear-news.org/Articles/STUK-requests-extension-to-repository-review-deadl
Chalk River, or low-level nuclear governance.

Monique Pauzé, The author is a Bloc Québécois MP (Repentigny) and Environment critic., January 18, 2024
A few days ago, after several “rounds of work and consultation” that began in 2016, the Canadian Nuclear Safety Commission (CNSC) ruled in favor of the Chalk River Near Surface Waste Management Facility (NSWMF) project. Opposition to this open-air radioactive dump is undeniable: a multitude of aboriginal communities, citizen groups, scientists and over a hundred cities and municipalities spread around the Ottawa River, including Ottawa, Montreal and Gatineau.
To contextualize the issues surrounding this project, and to grasp the extent to which the authorization given is highly reprehensible, if not absurd, I believe it is pertinent to address it in the light of a study by the House of Commons Standing Committee on the Environment, specifically on Canada’s governance of radioactive waste. Held in 2022 and concluding with a report submitted to federal elected officials, the study is absolutely relevant today.
To begin with, we remind you that the International Atomic Energy Agency (IAEA) made suggestions and recommendations to the CNSC in 2019, during the peer review conducted by the Integrated Regulatory Review Service mission. As a result, we had confirmation, despite the government’s expressed pride, that Canada was not beyond reproach in this area, and this justified the attention of federal elected officials.
Many decried it: the essential principle of keeping radioactive waste away from sources of drinking water is not respected, and in many respects the project is at odds with the recommendations and guidelines of the IAEA, as well as with the five principles agreed and adopted by the leaders of 133 First Nations in Ontario.
There is an absence of consideration for the possible hazards associated with the project’s location and underground, hazards that attract less attention than the risks of contamination of watercourses, tributaries of the river, from which potentially millions of people draw their drinking water.
Legitimate opposition
In addition, Chalk River is located at the junction of geological fractures and in the western Quebec earthquake zone, a seismic belt that spans the Ottawa Valley, the Laurentians and parts of eastern Ontario. The volume of various radioactive wastes that will be buried in the open pit is substantial. Witnesses and experts have raised the issue of the lack of clarity in identifying the substances that will be introduced into the mound.
Opposition to the project is absolutely legitimate.
Several witnesses to this study accurately addressed the physical characteristics of Canadian radioactive waste, highlighting the redefinition of what constitutes intermediate-level radioactive waste, hidden in a CNSC “proof regulation” adopted in June 2020. William Turner, retired from Atomic Energy of Canada Limited and a resident of Deep River, provided the committee with a detailed fact sheet on this issue.
Gilles Provost, a science journalist and witness to the study, wrote in Le Devoir on June 13 of the same year: “[…] we come up against a scientific absurdity: in physics, the activity of a radioactive product is its decay rate. The faster it decays, the higher its activity. This means that a radioactive product with [higher] activity according to physics would now be low-level waste according to the new definition decreed by the CNSC!”
This new definition has concrete effects, since the Chalk River SRWMF is designed to receive only low-level waste. The result? Waste considered to be medium-level by physical science will end up in the mound, since it is now considered to be low-level.
For the Aboriginal communities of Kebaowek and Kitigan Zibi, the process chosen by the CNSC constitutes a failure in its duty to consult properly.
In addition to the disturbing comments made or sent by their representatives during the parliamentary committee study in 2022 about the “coercive” nature of the consultative approach, the aboriginal communities are rightly relying on Article 29.2 of the United Nations Declaration on the Rights of Indigenous Peoples, which states that no decision on nuclear waste storage, small modular reactors, transport or decommissioning can be taken without free, prior and informed consent.
“[…] We could explain it to you, but you wouldn’t understand it anyway. We’ll give you all the information and you won’t understand it.” This excerpt from the testimony of Reg Niganobe, Chief of the Grand Council of the Anishinabe Nation and a witness to the 2022 study, is shocking: when a representative of the sector expresses himself in this way, I think the climate they want to create is incredibly unhealthy and contemptuous. Non-native groups have also been subjected to this type of “approach” in similar processes. Their submissions to the committee study attest to this.
If there is indeed a political will to consider the communities most directly affected by these issues, then they must be given the consideration they deserve.
Reconciliation? Participatory consultations? Transparent processes and compliance with IAEA standards? The CNSC reports to Minister Jonathan Wilkinson, and the mobilization against Chalk River will continue. The federal government had better change its mind… It has the authority to do so.
Kebaowek Nation calls for cancellationof nuclear waste disposal site at Chalk River
Nuclear waste disposal would run counter to Aboriginal rights and environmental protection.
by Alexia Leclerc, Pivot, January 16, 2024
The Kebaowek First Nation denounces the Canadian Nuclear Safety Commission’s decision to grant a license to the private company Canadian Nuclear Laboratories to build a radioactive waste disposal facility at Chalk River, on Algonquin Anishinabeg traditional territory. She believes that the Commission did not respect its duty to consult Aboriginal communities, and is concerned about the consequences for health and the environment.
Canadian Nuclear Laboratories (CNL) has obtained a federal licence to operate a 37-hectare area for, among other things, the permanent near-surface storage of up to 1,000,000 cubic metres of solid low-level radioactive waste.
This area is located on the unceded traditional territory of the Algonquin Anishinabeg Nation communities, who reject the project. The area is close to sacred sites such as Oiseau Rock and Pointe au Baptême, as well as the Kichi Sibi (Ottawa River) and its watershed, and several animal and plant species important to the ecosystem.
The community of Kebaowek strongly denounces this situation and calls on the federal government to stop the project. “The Commission’s decision is unacceptable,” said Lance Haymond, Chief of the First Nation, in a press release issued on January 9. “The Government of Canada must act quickly and affirm the suspension of the project without delay.”
CNL applied to the Canadian Nuclear Safety Commission (CNSC), a federal administrative tribunal, for an amendment to its current operating licence. The Commission, which issues licences to nuclear companies, is mandated to assess the environmental and human impacts of such a project, while ensuring that obligations to consult Aboriginal peoples are met.
Duty to consult not respected
“We believe that consultation has been inadequate, to say the least, and that our Aboriginal rights are threatened by this proposal,” says Lance Haymond.
The communities of Kebaowek and Kitigan Zibi, members of the Algonquin Anishinabeg Nation, intervened with the Commission in June 2022 to inform it that they had not been adequately consulted. The Commission gave them one year to provide a brief that would allow adequate consultation.
Only these two communities were given additional time for consultation activities, although other communities also requested this time.
The brief filed by Kebaowek and Kitigan Zibi states that all the communities of the Algonquin Anishinabeg Nation have potential title, interest and inherent rights over the entire Kichi Sibi watershed, beyond the limits imposed by the reserve and provincial system.
“How do they understand the duty to consult, when ten out of eleven communities refuse the project?” denounces Justin Roy, Councillor for the Kebaowek First Nation. “It’s not enough to simply inform and listen. What the communities want is to be able to sit at the discussion table, to take part in the decision-making and solution-making process.
He acknowledges that nuclear waste management needs to be addressed, but maintains that the current solution is inadequate.
The Kebaowek and Kitigan Zibi brief already asserted that approval of this project would violate the United Nations Declaration on the Rights of Indigenous Peoples. This states that states must take effective measures to prevent the storage or disposal of hazardous materials on the territories of indigenous peoples without their free, prior and informed consent.
When we asked about the criticisms of the consultations, the Commission simply referred us to its report, without comment. The report describes the consultation process and mentions the additional time granted to the two communities.
Threats to health
Kebaowek Chief Lance Haymond states “it is undeniable that the safety and health of people and the environment will be profoundly impacted for generations to come by this project”.
Gordon Edwards, president of the Canadian Coalition for Nuclear Responsibility, warns of the dangers of storing nuclear substances in the area, despite the Commission’s ruling. “Judging that there will be no significant environmental impacts doesn’t mean that there won’t be any.”
Gordon Edwards points out that even after the active life of this nuclear waste management site is over, radioactive materials from it will still be present in the environment for several thousand years.
The release of radioactive materials into the water of the Ottawa river that flows into the St. Lawrence will be monitored to ensure that the quantity respects Canadian standards, insists the Commission. However, Gordon Edwards warns that no public health or medical data will be collected on the health effects of exposure to people from these substances in the water.
“When we put radioactivity in the water we drink, we expose millions of people. Even if the level of exposure is very low, it exposes a lot of people to these radioactive cancer-causing agents.” He explains that the more people are exposed to radiation, the greater the number of cancers are expected.
“The main reason to keep radioactive materials out of the environment is to keep the number of people exposed to them as minimal as possible,” he sums up.
Impact on endangered species
Despite the Commission’s assessment, the Kebaowek First Nation also remains concerned about the project’s environmental impacts. “The Commission’s final decision is completely unfounded in concluding that the project […] will not have significant environmental effects,” insists Lance Haymond.
Justin Roy points out that several protected species inhabit this environment. For example, he points out that the Kebaowek and Kitigan Zibi brief assesses, among other things, that vegetation clearing would have an impact on the black ash, considered an endangered species by the Ontario government. However, there is no mention of the black ash in the Commission’s report.
Construction of the site would also require the destruction of hibernation sites, threatening the black bear population, says Justin Roy.
The Canadian Nuclear Safety Commission affirms that the environmental effects are for the most part insignificant, and that mitigation measures will be put in place to protect endangered species. In response to Pivot’s questions, it states that it will continue to observe the surrounding environment as part of the Independent Environmental Monitoring Program.
Commission decision a ‘gut-punch’, so years-long battle over radioactive waste mound will continue
“You cannot sit there and tell me that over the next 550 years nothing is going to leach out of this mound and get in and make its way into the surrounding environment and waterways.” —Kebaowek First Nation Councillor Justin Roy
By Shari Narine
Local Journalism Initiative Reporter
Windspeaker.com 12 Jan 24
Kebaowek First Nation is considering legal action now that the Canadian Nuclear Safety Commission has given the go ahead to Canadian Nuclear Laboratories (CNL) to construct a Near Surface Disposal Facility (NSDF) for solid low-level radioactive waste at its Chalk River Laboratories site on traditional unceded Algonquin territory.
“The big thing being discussed right now is pushing for a judicial review of the project. Just based on all of our environmental findings and the impacts that could be shown, we strongly believe we’d have a good case for this,” said Kebaowek First Nation Councillor Justin Roy.
Next steps will be decided once the legal team has fully reviewed the 169-page decision from the commission, which was released Jan. 9, he says.
The commission ruled it was confident that the NSDF project, an engineered containment mound for up to a million tonnes of radioactive and hazardous waste, was “not likely to cause significant adverse effects with respect to Aboriginal peoples.”
The containment mound is to be located 1.1 km from the Ottawa River on a bedrock ridge. The Kichi Sibi (Ottawa River) is sacred to the Algonquin people. The Chalk River site is also close to the sacred Algonquin sites of Oiseau Rock and Baptism Point.
The commission concluded “the design of the NSDF project is robust, supported by a strong safety case, able to meet its required design life, and sufficient to withstand severe weather events, seismic activity, and the effects of climate change.”
Roy calls the decision a “gut punch” but admits he is not surprised.
What does surprise him, however, is that the decision states that CNL adequately undertook a duty to consult with First Nations.
“I find that hard to believe when you have 10 of 11 Algonquin communities in direct opposition to the project. After everything that we’ve done over the last number of years and everything that we presented at last year’s hearing and then even in the hearing this last August, we’re just falling on deaf ears once again,” said Roy.
On June 9, the Algonquins of Pikwakanagan signed a long-term relationship agreement with CNL and Atomic Energy of Canada Limited, another nuclear organization. The agreement establishes a working group with representatives from all three parties.
The commission held that the disposal facility was also “not likely to cause significant adverse effects” when it came to fish and fish habitat, aquatic species at risk, migratory birds, or federal lands.
“We have inherent rights to our unceded Algonquin territory and that means we need to protect everything that encompasses that territory, from the environment, the trees, the land, the air, the water and all the living species that make up our Algonquin territory,” said Roy.
Algonquin people are on the ground, he said, hunting, fishing and picking berries and “were able to show that there are going to be plenty of environmental impacts and, especially, species at risk that are going to be affected by this.”……………………………………………………………… https://windspeaker.com/news/windspeaker-news/commission-decision-gut-punch-so-years-long-battle-over-radioactive-waste
Kebaowek First Nation strongly opposes nuclear waste storage facility in Chalk River

Radioactive waste site in Chalk River a go
National Observer, By Natasha Bulowski / Local Journalism Initiative / Canada’s National Observer, 9 Jan 24
The Canadian Nuclear Safety Commission has greenlit a proposed nuclear waste storage facility in Chalk River, Ont., after a years-long battle waged by concerned citizens, environmentalists and First Nations.
On Jan. 9, the commission announced Canadian Nuclear Laboratories’ operating licence will be changed to allow construction of a “near-surface disposal facility” to hold up to a million tonnes of radioactive and hazardous waste. Stored in a large mound, the waste would sit about a kilometre from the Ottawa River, a culturally important river for Algonquins, and this proximity to drinking water for millions is one of many factors that raised alarm bells for opponents.
The proposed facility, referred to as the NSDF, “is not likely to cause significant adverse environmental effects” as long as Canadian Nuclear Laboratories sticks to its proposed mitigation and monitoring measures, the commission said in its decision.
Within hours of the announcement, Kebaowek First Nation put out a press release calling on the federal government to intervene and stop the project. Organizations representing 10 of the 11 Algonquin First Nations have opposed the project, alongside leaders and elders from those nations. Pikwakanagan First Nation, the only Ontario-based Algonquin Nation and closest to Chalk River, signed a long-term relationship agreement with Canadian Nuclear Laboratories on June 9, 2023………………………………………………
Kebaowek First Nation Chief Lance Haymond called the commission’s decision “unacceptable” because it goes against the rights of Indigenous Peoples and environmental protection in a press release issued a few hours after the decision.
“I want to be very clear: the Algonquin Peoples did not consent to the construction of this radioactive waste dump on our unceded territory,” Haymond said. “We believe the consultation was inadequate, to say the least, and that our Indigenous rights are threatened by this proposal.”
Algonquin leaders from Kebaowek and Kitigan Zibi Anishinabeg First Nations and Algonquins of Barriere Lake have long opposed the NSDF and have urged the commission to heed their concerns about environmental and human health. At the final licensing hearing in August, Kebaowek and Kitigan Zibi Anishinabeg argued the consultation was inadequate because it began far too late in the decision-making process and did not appear to take their concerns or traditional knowledge seriously………………………………………….
James Walker, a nuclear waste expert and former director of safety engineering and licensing at AECL, disputed the proclamation that all waste will be low-level in a submission to the commission. His calculations, based on the inventory of waste provided by Canadian Nuclear Laboratories, show that much of it is intermediate-level radioactive waste and should not be placed in a near-surface facility. There is also no inventory management system to properly verify the waste complies with the acceptance criteria, he wrote. Walker said the project is “non-compliant with International Safety Standards” for these reasons……………………..
Last month, concerned citizen Ole Hendrickson initiated a House of Commons petition (authorized by Pontiac, Que. MP Sophie Chatel) calling for an international review of three radioactive waste projects including the NSDF at Chalk River. At the time of writing, it has almost 2,950 signatures. Petitions require a minimum of 500 signatures to be presented in the House of Commons and receive an official response from the government. https://www.nationalobserver.com/2024/01/09/news/radioactive-waste-site-chalk-river-go#
Mr President, saying that nuclear power will save the climate is a lie.

While Emmanuel Macron continues to affirm his attachment to the atom,
Yannick Jadot, Marine Tondelier, Eric Piolle and Sandra Regol are calling
on France not to get stuck again in costly and dangerous dependence on this
energy.
At the end of 2023, first in a forum, then in his wishes to the
French, President Macron reaffirmed his attachment to the relaunch of
nuclear power. He who questioned in 2017 the relevance of depending
three-quarters on a single source of electricity production has today
transformed into a nuclear industry salesman.
In Dubai, busy tripling
global production by 2050, he actively campaigned for the mention of
nuclear power in the final COP 28 agreement.
Liberation 9th Jan 2024
Behind the (somewhat dirty) scenes of nuclear waste processing

Behind the (somewhat dirty) scenes of nuclear waste processing. Nuclear
energy, even if many call it “clean”, produces a lot of waste (and costs
“crazy money”). A researcher was able to carry out a survey lasting
approximately one year on two French waste landfill sites. How are these
things managed? Exclusive interview. “There is no such thing as
decontamination. This is an abuse of language. You don’t kill the
radioactivity, you move it.”
Mediapart 9th Jan 2024
The mystery of a Truchas woman who died with extraordinary amounts of plutonium in her body
KUNM | By Alice Fordham, https://www.kunm.org/local-news/2024-01-08/the-mystery-of-a-truchas-woman-who-died-with-extraordinary-amounts-of-plutonium-in-her-body
With the release of the movie Oppenheimer last year, there has been a resurgence of interest in the history of the Los Alamos National Laboratory. But for writer Alicia Inez Guzmán at the investigative nonprofit Searchlight New Mexico, that interest has been there for years as she has covered the past and present of the lab and its impact on the people of northern New Mexico. Her reporting includes the town of Truchas, where she grew up. In her latest report, Guzmán looks at the story of one woman who lived in Truchas, and died in 1972, inexplicably with extraordinarily high levels of plutonium in her body. Guzmán spoke with KUNM about her reporting.
ALICIA INEZ GUZMAN: When I first heard about this mystery woman, it was on an airplane coming back to Santa Fe. And I was sitting next to Jay Coghlan, who’s the executive director of Nuclear Watch New Mexico. And he said something to the effect of, the woman with the most plutonium in her body after the Trinity Site detonation, was from Truchas. And I just thought it was so fascinating and cryptic that I actually got the source of the information, which is the LAHDRA report or the Los Alamos Historical Document and Retrieval Assessment. And that’s where I was able to read for myself that there was a woman from Truchas, who had 60 times the amount of plutonium than the average New Mexico resident, and it was attributed to the Trinity Site, which led me on a wild goose chase basically
KUNM: Why was this so intriguing to you?
GUZMAN: Sure, so Truchas is 225 miles away from the Trinity Site. It’s in northern New Mexico in the Sangre de Cristo Mountains. And we know of course, the fallout did reach places like Truchas and far beyond, but in order for somebody to have plutonium in their body, they have to ingest it or inhale it. And so that was part of the question that I had was: well, she’s 225 miles away, could she have ingested or inhaled plutonium at that distance?
KUNM: So you had these questions, how did you go about finding out more about this person?
GUZMAN: When she was listed in the larger report, simply she was from Truchas, alive when Trinity detonated. So I had two pieces of information to go on. But what I realized was that the reason why they had that information about her at all was because the lab had conducted a series of autopsies on not only workers from Los Alamos National Laboratory, but the surrounding community. And once I found that information out, I was able to determine that there had actually been a class action lawsuit made on behalf of families of people who had been autopsied, because their families had never given informed consent. So I had to go to the courthouse here in Santa Fe, and from there, I found an issue of Health Physics magazine from 1979. And her name was not given, but it gave her age, at death, where she was from, what she did — a housewife — and the year that she died. And so, when I did a search in obituaries for that set of criteria, only one woman came up. And it turns out, as I suspected, that I knew the family.
KUNM: And what did they learn from you, and what did you learn from them?
GUZMAN: I should start out with what they learned, because I had to basically call them and reveal that possibly their grandmother had been involved in this clandestine study. And that if it was her, she had by far the most amount of plutonium in her body than anybody else who had been autopsied as a resident in that study. So, I think it was a huge shock to them.
Of course, what I learned from them was that this woman, whose name is Epifania Trujillo, she ended up moving in with her daughter and son in law, and her son in law, as it happened, worked at the laboratory as a janitor in a hot site, a hot site being somewhere where there was radiation, and that all of his children, he had seven children, all of his children except for one ended up getting cancer, and his wife. And so, I started talking to epidemiologists and toxicologists and physicists to really think through: is it possible that instead of having been exposed or contaminated from the Trinity Site, could it be Epifania and her family had been exposed and contaminated by what I later came to know or find out was take-home toxins? And largely what I hypothesize in the story was it is far more likely that her exposure came from Los Alamos National Laboratory, then it would be from Trinity Site.
Carlsbad depositary- 79% of waste came from nuclear wastes from Idaho National Laboratory

Hundreds of shipments of nuclear waste were buried at a facility near
Carlsbad in 2024, and the federal government was poised to send even more
waste to the site in 2024. For that work, the Department of Energy’s
contractor Salado Isolation Mining Contractors (SIMCO) earned about $11.5
million or about 89% of its available $13 million fee between Feb. 4, 2023
when SIMCO took over the contract and the end of the last federal fiscal
year on Sept. 30, 2023.
DOE records show 479 shipments of transuranic (TRU)
nuclear waste were received at the Waste Isolation Pilot Plant between Jan.
1 and Dec. 31, 2023, from federal labs and other nuclear facilities around
the U.S. TRU waste is made of clothing materials, equipment and other
debris irradiated during nuclear activities, and it is buried in a salt
deposit at WIPP about 2,000 feet underground. The DOE said in 2023 it
worked to increase shipments to 17 per week, and hold that level in the
coming years. Most of the waste, about 79%, came from Idaho National
Laboratory in the form of 377 waste shipments.
Carlsbad Current-Argus 7th Jan 2024
Challenging questions concerning UK’s Geological Disposal Facility (GDF)Test of Public Support.

Nuclear Waste Services (NWS), the division of the taxpayer-funded Nuclear
Decommissioning Authority, charged with identifying a location for a
Geological Disposal Facility (GDF) into which Britain’s legacy and future
high-level radioactive waste will be deposited, has stated that the two
criteria that will determine the location are – the availability of
sufficient ‘suitable’ geology and the consent of a ‘willing
community’.
Three ‘Search Areas’ are known to be under consideration
for the GDF – Theddlethorpe on the East Lincolnshire coast and Mid and
South Copeland on the West coast of Cumbria.
According to the government
and industry guidance that governs the conduct of this investigation,
whether such consent exists will ultimately be determined by a Test of
Public Support amongst the members of the Potential Host Community (PHC).
The timing of the test is down to the Relevant Principal Local Authorities
(RPLAs) – Cumberland Council in Cumbria and Lincolnshire County Council
and East Lindsey District Council in Lincolnshire, but its nature and the
participants in it are determined by the Community Partnerships that have
been established supposedly to provide stakeholder oversight to the
process.
Whether the test is then carried out by the RPLAs, NWS staff or
both is not specified, but if the result is negative, NWS are required to
withdraw the area from further consideration.
NFLA 2nd Jan 2024
UK’s Nuclear Waste Service (NWS) to grant £millions to the 3 Community Partnerships, to seek a site for nuclear waste dump.

In Phase 1, Community Investment Funding of up to £1 million per annum is
made available by Nuclear Waste Services (NWS) to each of the three
Community Partnerships currently engaged in the siting process for a
Geological Disposal Facility (GDF).
Where a Community Partnership / Search
Area is taken forward into Phase 2, involving the commencement of borehole
investigations, this sum will increase to £2.5 million per annum.
A decision on which two Search Areas will be taken forward is anticipated in
2026. The grants can be used to fund projects, schemes or initiatives
benefiting the community of each Search Area that: provide economic
opportunities, enhance the natural and built environment, or improve
community wellbeing. Each Community Partnership can also agree its own
criteria for awards based on local circumstances.
A Freedom of Information
request was submitted to NWS with a short question set which was identical
for each of the Community Partnerships. The responses received from NWS
follow.
NFLA 5th Jan 2024
Rokkasho redux: Japan’s never-ending nuclear reprocessing saga

By Tatsujiro Suzuki | December 26, 2023, https://thebulletin.org/2023/12/rokkasho-redux-japans-never-ending-reprocessing-saga/

The policy seeks to at least begin to deal with the huge stocks of plutonium Japan has amassed
According to a recent Reuters report, Japan Nuclear Fuel Ltd (JNFL) still hopes to finish construction of Japan’s long-delayed Rokkasho reprocessing plant in the first half of the 2024 fiscal year (i.e. during April-September 2024). The plant—which would reprocess spent nuclear fuel from existing power plants, separating plutonium for use as reactor fuel—is already more than 25 years behind schedule, and there are reasons to believe that this new announcement is just another wishful plan that will end with another postponement.

One indication of further possible delays: On September 28, 2023, Naohiro Masuda, president of JNFL, stated that the safety review of the reprocessing plant by Japan’s Nuclear Regulation Authority will be difficult to complete by the end of 2023. He nevertheless insisted that the company could still meet completion target date in 2024.
Here is a partial history of past key developments that make completion in 2024 seem unlikely:
1993: Construction starts.
1997: Initial target for completion.
2006-2008: Hot tests conducted, revealing technical problems with the vitrification process for dealing with waste produced during reprocessing.
2011: Fukushima Dai-ichi nuclear plant accident.
2012: New safety regulation standards introduced.
2022: Completion target date postponed to June 2024)
The 2022 postponement was the 26th of the Rokkasho project.
Why so many postponements? There seem to be at least five underlying reasons for the postponements for the Rokkasho plant. First, JNFL lacks relevant expertise to manage such a technologically complex and hazardous project, which is owned by nine nuclear utilities plus all other major companies associated with nuclear power in Japan. Most of the firm’s senior executives are from shareholding companies (especially utility companies) and are not necessarily experts in the field of reprocessing spent nuclear fuel.
Second, the technologies in the plant came from different companies and institutions. The management of the project is therefore technically complex.
Third, the post-Fukushima-accident nuclear facility safety licensing review process is much more stringent than what existed before the accident. For example, the Nuclear Regulation Authority told JNFL at their November 25, 2023 meeting: “JNFL should immediately make improvements because it is clear that JNFL does not understand the contents of the permit well enough to confirm the adequacy of the design of the facilities on site and has not visited the site.”
Fourth, the financial costs to JNFL of postponement are covered by the utilities’ customers, because the utilities must pay a “reprocessing fee” every year, based on the spent fuel generated during that year, whether or not the reprocessing plant operates. The system by which the Nuclear Reprocessing Organization of Japan decides the reprocessing fee is not transparent.
Fifth, the project lacks independent oversight. Even though JNFL’s estimate of the cost of building and operating the Rokkasho plant has increased several-fold, no independent analysis has been done by a third party. One reason is that some of the shareholders are themselves contractors working on the plant and have no incentive to scrutinize the reasons for the cost increases or the indefinite extension of the construction project.
After so many postponements, there is reason to wonder whether the plant will ever operate, but the government and utilities continue to insist that the plant will open soon. Even if Rokkasho were to operate, it may suffer from the same kinds of problems that marked Britain’s light-water reactor spent fuel reprocessing experience, as described in Endless Trouble: Britain’s Thermal Oxide Reprocessing Plant (THORP).
Why does Japan’s commitment to reprocessing continue?
Despite the serious and longstanding problems the Rokkasho plant has faced (and continues to face), Japanese regulators and nuclear operators have doggedly pursued the project. There are four reasons:

Spent fuel management. Currently, most of Japan’s spent nuclear fuel is stored in nuclear power plant cooling pools. But the pool capacities are limited, and the 3,000-ton-capacity Rokkasho spent fuel pool is also almost full. The nuclear utilities must therefore start operating the Rokkasho plant unless they can create additional spent fuel storage capacity, either on- or off-site. The Mutsu spent fuel storage facility is a candidate for additional capacity, but due to the concern that spent fuel could stay there forever, Mutsu city refuses to accept spent fuel unless the Rokkasho reprocessing plant begins to operate. The Rokkasho plant design capacity is 800 tons of spent fuel per year.
Legal and institutional commitments. Under Japan’s nuclear regulations, utilities must specify a “final disposal method” for spent fuel. The law on regulation of nuclear materials and nuclear reactors states that “when applying for reactor licensing, operators must specify the final disposal method of spent fuel” (Article 23.2.8). In addition, there was a clause that “disposal method” should be consistent with implementation of the government policy, which specified reprocessing as the disposal method. Although that clause was deleted in the 2012 revision of the law after the Fukushima accident, the Law on Final Disposal of High-Level Radioactive Waste still bans direct disposal of spent fuel. In addition, the 2016 Law on Reprocessing Fees legally requires utilities to submit reprocessing fees for all spent fuel generated every year since they stated in their applications that “final disposal method” for their spent fuel would be reprocessing.
Commitments to hosting communities. The nuclear utilities committed—albeit tacitly—to the communities hosting nuclear power plants that they would remove the spent fuel to reprocessing plants, since that was the national policy. Separately, JNFL signed an agreement with Rokkasho village and Aomori prefecture that says that if the Rokkasho reprocessing plant faces “severe difficulties,” other measures will be considered—including the return of spent fuel stored at Rokkasho to the nuclear power plants.
Local governments hosting nuclear power plants were not involved in this deal, however. They could therefore just refuse to receive spent fuel from Aomori.
In fact, after the Fukushima accident, when the government was considering amending the nuclear fuel cycle policy to include a “direct disposal option” for spent fuel in a deep underground repository, the Rokkasho village parliament (at the behind the scenes suggestion by the then JNFL president, Yoshihiko Kawai), issued a strong statement asking for “maintenance of the current nuclear fuel cycle policy.”
The statement continued that, if Japan’s fuel cycle policy changed, Rokkasho would: refuse to accept further waste from the reprocessing of Japan’s spent fuel in the UK and France; require the removal of reprocessing waste and spent fuel stored in Rokkasho; no longer accept spent fuel; and seek compensation for the damages caused by the change of the policy.
Institutional and bureaucratic inertia. In Japan, bureaucrats rotate to new positions every two or three years and are reluctant to take the risk of changing existing policies. They therefore tend to stick with past commitments. Institutional inertia becomes stronger as a project becomes bigger. The Rokkasho reprocessing project is one of the largest projects ever in Japan. Changing the project is therefore very difficult.
Will Japan’s new plutonium capping policy have any real impact? In 2018, Japan’s Atomic Energy Commission announced a new policy on “Basic Principles on Utilization of Plutonium” (see also this post). Under the new policy, the commission proposed that Japan would reduce its stockpile of separated plutonium, starting with a commitment not to increase it, and that reprocessing would take place only when a credible plan to use the separated plutonium existed.
The policy seeks to at least begin to deal with the huge stocks of plutonium Japan has amassed, both in European separation facilities (some 36.7 tons) and in Japan (10.5 tons), in anticipation of using the plutonium widely to fuel nuclear reactors—which so far has not materialized. In conjunction with the new Reprocessing Fee Law, the new plutonium policy gives the government legal authority to control the pace of reprocessing.
But it is not clear how the “capping policy” will be implemented. It is not a legally binding document, and no regulation has been introduced to control reprocessing. Utilities must submit specific plans for plutonium use to the Atomic Energy Commission for its review before reprocessing of their fuel begins. But the commission can only give advice to the government about the credibility of these plans, giving rise to questions about whether the policy will lead to sustained changes in reprocessing activity. A similar “paper rule” on plutonium has existed since 2003.
A way out. Japan could extricate itself from its reprocessing and plutonium problems in several ways. All involve significant changes in policy that would:
Find additional spent fuel storage capacity, on- or off-site. Local communities may be more willing to accept on-site dry cask storage of spent fuel if they are told that it is safer than spent fuel pool storage. For example, Saga Prefecture and Genkai-town, which host Kyushu Electric’s Genkai Nuclear Power Plant, have agreed to host dry cask storage starting in 2027. Host communities may want guarantees that spent fuel will be removed after a specified storage period. Such a guarantee could be given by the central government.
Amend the law on final disposal of high-level radioactive waste. An amendment could allow direct disposal of spent nuclear fuel in a deep underground repository. This would provide more flexibility in spent fuel management and make it easier for communities to host interim spent fuel storage.
Amend the Reprocessing Fee Law and shut down Rokkasho. An amendment to the law on reprocessing fees could allow the government to use reprocessing funds to implement a shutdown of the Rokkasho reprocessing plant. Such a plan could include payment of the debt JNFL has incurred while pursuing the Rokkasho project and funds for dry cask interim storage. This would enable the government to finally end the problem-plagued Rokkasho reprocessing plant project.
Nuclear waste could threaten rare spot where endangered mussel thrives, experts say
Vast underwater cave in Ottawa River provides habitat for hickorynut mussel
Stu Mills ·CBC Ottawa reporter, Jan 02, 2024
Researchers with the Canadian Museum of Nature say a proposed nuclear waste storage facility upstream could destroy the delicate balance of two endangered species thriving in an Ottawa River cave network.
Last month, the museum’s André Martel lowered his scuba goggles and plunged into what he deemed an “extraordinary” segment of the river around Lac Coulonge east of Pembroke, Ont.
An absence of hydroelectric dams, a fast-flowing current, naturally forming fluvial sand dunes and the country’s longest freshwater cave network have made this an Eden for an endangered, wavy brown mollusc called the Hickorynut mussel.
Martel believes the delicate population of the freshwater mussel has a secret ally in a fish just as enigmatic and just as threatened: the lake sturgeon………………………………………………………………………………………
New facility at Chalk River
Though they don’t yet have the full answer, there is real concern about a proposal to dump nuclear waste near the shoreline upstream in Deep River, Ont.
A consortium led by SNC-Lavalin has proposed a “near surface disposal facility” waste site just one kilometre from the river.
The Canadian Nuclear Safety Commission plan has been panned by Montreal-area mayors whose millions of residents draw drinking water from the Ottawa River and by Algonquins who compared the proposal to building an outhouse next to a drinking well.
“Let’s be sure that we are aware of what we’re doing, what is at stake,” Martel said.
He said special protection is needed for the 141-kilometre segment of river where the fragile hickorynut and ancient sturgeon are working together to filter silt and bacteria from the water like a massive river kidney.
Katriina Ilves, a Canadian Museum of Nature ichthyologist — a marine biologist who studies different fish species — called the Lac Coulonge-area sturgeon population “an important, and enigmatic species.”
“I would have some concerns over any type of development that would have the potential to lead to contamination of this water system,” she said.
In an email, a spokesperson with the nuclear safety commission said it couldn’t answer specific questions about the proposal while the decision was likely just a few weeks away. https://www.cbc.ca/news/canada/ottawa/ottawa-river-nuclear-waste-hickorynut-mussel-cave-1.7065462
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