|
  Stop producing nuclear waste until we can dispose of it, critics urge Canada https://www.theoutlook.ca/stop-producing-nuclear-waste-until-we-can-dispose-of-it-critics-urge-canada-1.23407670
The Canadian Press, AUGUST 21, 2018 OTTAWA — Environmental groups say Canada should stop producing nuclear energy until the federal government replaces its “pathetic” waste disposal policy with something more meaningful and scientific.
The groups, including the Canadian Coalition for Nuclear Responsibility and the Canadian Environmental Law Association, plan to protest a meeting Wednesday where officials will discuss plans to decommission nuclear labs and reactors in Chalk River, Ont., and Pinawa, Man.
The groups are particularly concerned about the proposal to build a surface-level disposal site at Chalk River to bury one million cubic metres of waste just a kilometre from the Ottawa River, and to encase nuclear reactors at the sites in concrete.
They say neither proposal meets international guidelines for the handling of nuclear waste.
Coalition president Gordon Edwards says Canada’s only written national policy on radioactive waste is so short it would take less than four tweets to post it on Twitter.
The groups want Ottawa to stop producing nuclear waste and work on developing a disposal policy in consultation with the public.
|
|
August 22, 2018
Posted by Christina Macpherson |
Canada, opposition to nuclear |
Leave a comment
Ontario Clear Air Alliance 9th Aug 2018 Unsurprisingly, the Canadian Nuclear Safety Commission (CNSC) has approved
a ten-year extension to the aging Pickering Nuclear Station’s operating
licence, meaning the plant can now operate until 2028.
It took the CNSC less than five weeks to review – and dismiss – dozens of submissions
pointing out the Pickering Station’s terrible location surrounded by
millions of people, the lack of thorough emergency planning despite 50
years of operations, and the absence of plans for better dealing with the
tonnes of radioactive waste stockpiled at the plant with nowhere to go.
Instead, the CNSC came down in favour of submissions such as one made by
Ontario Power Generation that claimed that no one had been harmed by the
massive radiation releases from the Fukushima accident and that “some
radiation” is actually good for you!
http://www.cleanairalliance.org/licence/
August 17, 2018
Posted by Christina Macpherson |
Canada, politics |
Leave a comment
Hornepayne residents rally against nuclear waste storage https://www.cbc.ca/news/canada/thunder-bay/hornepayne-nuclear-waste-1.4783656 Tuesday’s rally includes march, guest speakers, Aug 14, 2018
People in Hornepayne will show their opposition to the possibility that the town will be chosen as a site to store nuclear waste.
Hornepayne is one of five Ontario communities being considered by the Nuclear Waste Management Organization (NWMO) to host an underground storage facility for nuclear waste.
But rally organizer Alison Morrison doesn’t think the benefits outweigh the risks.
Morrison said the three potential sites around Hornepayne are well outside of the community, and wouldn’t contribute to the tax base. She also has concerns over the project’s impact on tourism, and notes there isn’t any housing available in Hornepayne for those working at a nuclear waste storage site.
“I’m not seeing how we’re going to get economic benefit from this industry coming here,” she said. “There might be a little bit, but is it worth the risks of nuclear, and all the negative connotations?” No decision about whether or not Hornepayne will host a storage site has been made.
The NWMO website states preliminary site assessments are taking place in the Hornepayne area. The agency’s current plans say those assessments could be complete by about 2022, but the project will only move forward if the communities themselves are interested.
Tuesday’s rally begins at 3 p.m. at Rock’s Hunt Camp, at Highway 631 South and Airport Road.
After that, a march will take place, ending at the Royal Canadian Legion Branch 194, where an address by Gordon Edwards, president of the Canadian Coalition for Nuclear Responsibility will take place.
August 15, 2018
Posted by Christina Macpherson |
Canada, opposition to nuclear |
Leave a comment
Telegraph-Journal 9th Aug 2018 Several experts blinked a few weeks ago when the province announced its
intention to begin research into new types of nuclear reactors, smaller and
producing less electricity. It would not be the first time the New
Brunswick government has turned to nuclear power for its energy supply.
Should the province proceed more cautiously this time?
The New Brunswick government recently pledged $10 million to create a nuclear research group.
The province also announced on July 9 a partnership with the American
company Advanced Reactor Concepts, which will try to build a new type of
more compact nuclear reactor designed to produce 100 MW of electricity,
nearly six times less than the Point Lepreau nuclear power plant.
Then a week later, the province announced another partnership with the English
company Moltex. The latter is even promising a reactor capable of producing
energy by reusing nuclear wastes (from uranium fuel). This perspective is
tempting at first. Among the advantages of Moltex’s reactors are (1) the
ability to produce clean energy at low cost and (2) the ability to reduce
environmental impacts by burning irradiated uranium fuel. William Cook,
professor of chemical engineering at the Centre for Nuclear Energy Research
at the University of New Brunswick in Fredericton, believes that small
modular reactors could be quite efficient in terms of energy production,
and that they could overcome many of the problems created by conventional
CANDU (Canada Deuterium Uranium) reactors such as Point Lepreau.
On the one hand, Mr. Cook says that the small reactors under development are small
enough to be built in a factory and then transported to a destination by
train or ship, which would significantly reduce their cost of installation.
He also mentioned the possibility of reusing the uranium fuel from the
Point Lepreau reactor. “Not all compact reactor models can use irradiated
nuclear fuel, but [Moltex] is advertising that they can process the old
fuel on site to prepare it for reuse. There is still an enormous amount of
energy remaining in the spent fuel when it comes out of a CANDU reactor,”
says the chemical engineering professor.
But this concept of a small reactor that reuses nuclear fuel is only a dream for now. In fact, the
project is still in its infancy. “Certainly [small modular reactors are]
very far from commercialization, or even feasibility,” says Gordon
Edwards, president of the Canadian Coalition for Nuclear Responsibility, a
non-profit organization based in Montreal.
According to Edwards, the deployment of these reactors would create a host of new problems. He
disputes the benefits promised by Moltex. “The benefits of small modular
reactors are zero,” he says. “For used fuel from Point Lepreau to be
recycled, it would first have to be reprocessed after it is removed from
the reactor.”
He explained that this would result in the creation of
liquid and volatile [gaseous] radioactive waste. He also noted that [the
Moltex] small modular reactor would use plutonium, unlike Point Lepreau,
which uses uranium. The use of uranium creates plutonium as a byproduct. So
part of the [Moltex] plutonium fuel could come from Point Lepreau, but the
province could also import it from the United States.
https://www.telegraphjournal.com/letoile/story/100669270/point-lepreau-nucleaire-petits-reacteurs-dechets-environnement
August 11, 2018
Posted by Christina Macpherson |
Canada, Small Modular Nuclear Reactors |
Leave a comment
QUANTM Irradiation System™ Earns CE Mark Approval https://business.financialpost.com/pmn/press-releases-pmn/business-wire-news-releases-pmn/quantm-irradiation-system-earns-ce-mark-approval
VANCOUVER, British Columbia, 8 Aug 18 — ARTMS Products today announced it received CE marking approval for its first-in-class, advanced technology QUANTM Irradiation System™ for producing high-value radioisotopes, such as Tc-99m and Ga-68, on medical cyclotrons. Cyclotron facilities are constantly facing higher isotope costs and poor supply availability. Now, with CE marking, ARTMS’ QUANTM Irradiation System™ will help ease these issues.
“CE marking is an important milestone for ARTMS,” remarked Dr. Kaley Wilson, CEO of ARTMS Products. “There is a huge opportunity in providing a cost effective and secured supply of radioisotopes to hospitals and research institutions. ARTMS provides a more economical, environmentally safe and secured supply of important radioisotopes than reactor-based sources. Now, with CE marking approval, ARTMS can be readily integrated in a standardized fashion into existing and emerging facilities which ultimately leads to improved patient access and care across Europe.”
Giving Cyclotron Facilities More Control Over the Supply of Medical Isotopes
Unlike traditional reactor and generator production methods, which are growing increasingly more expensive and cannot consistently supply user requirements, the ARTMS QUANTM Irradiation System™ combines both local production control and a cost-effective, easy-to-use solid target system for production of radioisotopes on medical cyclotrons. Medical radioisotopes are used in the field of nuclear medicine on a daily basis for both medical diagnostic imaging and therapy, particularly in the fields of oncology, cardiology and neurology.
The ARTMS QUANTM Irradiation System™ is currently available for most OEM cyclotron systems and has been installed and is operating in a number of countries.
About ARTMS Products
Based in Vancouver, British Columbia, ARTMS Products Inc. is a leader in the development of novel technologies and products which enable the production of the world’s most-used diagnostic imaging isotope, technetium-99m (Tc-99m), using local, hospital-based medical cyclotrons. ARTMS holds the exclusive global commercialization rights to award-winning and proprietary Canadian inventions which address these challenges, and which offer the prospect of revolutionizing the nuclear medicine industry.
For more information on the QUANTM Irradiation System™ and ARTMS Products, please follow us on Twitter @Quantm99 and LinkedIn and visit http://www.artms.ca/
August 11, 2018
Posted by Christina Macpherson |
Canada, health, technology |
Leave a comment
NWMO introducing nuclear waste plan education to youth Kincardine News, 9 Aug 18, With summer winding down, the Nuclear Waste Management Organization is concluding a busy few months of activities engaging with area youth……. “We want to foster and support opportunities for young people in South Bruce and Huron-Kinloss. Our local youth have a lot to offer, and as we engage with them as part of Canada’s plan we hope to strengthen the impact they will have on their communities.”…….
Youth engagement is a big priority for this multi-generational, infrastructure project. The NWMO has provided numerous investments in STEM Education Initiatives for youth at local schools and libraries. ……
Elementary and high schools in South Bruce and Huron-Kinloss were treated to an energy and nuclear power discussion with University of Calgary Professor Dr. Jason Donev, and the Canadian Nuclear Safety Commission (CNSC) also made stops to talk about radiation and their role as Canada’s independent nuclear regulator.
Local youth have highlighted their desire to seek out information on social media, specifically on Instagram.
Already established on Facebook since October 2017, the NWMO recently launched on Instagram (follow @nwmocanada) with content highlighting its activities, and is working toward digital products that will help introduce Canada’s plan to the next generation.https://www.kincardinenews.com/news/local-news/nwmo-introducing-nuclear-waste-plan-education-to-youth
August 10, 2018
Posted by Christina Macpherson |
Canada, Education |
Leave a comment
Morrison cited several fears some of the townsfolk have about the project, such as negative impact on tourism, water contamination from the DGR boring project and the risk of accident while transporting high level waste along the highway.
Morrison said money has already come into Hornepayne because of its progression into the project. NWMO’s Learn More Project provides funding to cover travel expenses for individuals who represent the community to meet with the NWMO at its office in Toronto. It also funds the hiring independent experts to advise the community ($15,000 or less) and pays to support authorities to engage citizens in the community to learn about the project ($20,000 or less).
“Businesses that are for the project get some of that money from council and businesses that aren’t don’t get any.”
Nuclear waste debate divides Northern town Ben Cohen Special To The Sault Star, August 3, 2018 Hornepayne, Ont., a community of 980 people about 400 kilometres northwest of Sault Ste. Marie, is one of the five finalists to see who becomes home to a nuclear waste facility.
In 2011, the town entered a bid to become a repository for 5.2 million log-sized bundles of used nuclear fuel. They were joined by 21 other Canadian communities that have since been whittled down due to internal protest or geological unsuitability.
The Nuclear Waste Management Organization (NWMO) of Canada’s plan is to take this used fuel, known as “high-level nuclear waste,” contain it in steel baskets stuffed into copper tubes and encased in clay, and place that in a Deep Geological Repository (DGR), a 500-metre deep hole reinforced with a series of barriers. This is where it will stay for the 400,000 years it remains radioactive.
Bradley Hammond, senior communications manager for NWMO, told the Sault Star that the project only moves forward if it receives “broad social acceptance” within the selected communities.
“We won’t proceed in an area with opposition,” he said, adding that he has complete confidence that NWMO will find a suitable town by 2023.
When asked if there was a plan in place if all five of the finalist communities, Huron-Kinloss, Ont., Ignace, Ont., Manitouwadge, Ont., and South Bruce, Ont., back out of the project, Hammond indicated there isn’t, because that would be impossible.
A rally is being held in Hornepayne Aug. 14 to oppose the town being used for nuclear waste storage. Those at the helm of the rally said the project “exploits” their small town. Continue reading →
August 4, 2018
Posted by Christina Macpherson |
Canada, politics, wastes |
Leave a comment
U of A develops new particle accelerator to supply medical isotopes https://www.thegatewayonline.ca/2018/05/u-of-a-develops-new-particle-accelerator-to-supply-medical-isotopes/ Calvin Chan May 16, 2018
Unlike traditional nuclear methods of generating isotopes for medical imaging, the new particle accelerator at South Campus can generate a wider range of isotopes without producing nuclear waste.
The particle accelerator, known as a cyclotron, can produce enough isotopes for 1,000 diagnostic procedures a day – enough for both Calgary and Edmonton. John Wilson, the facility’s manager said the technology may soon replace nuclear reactors in providing medical isotopes for major cities across Canada.
“We’re the first to show that it can be produced to this quantity,” Wilson said.
More than 70 percent of the world’s diagnostic imaging is done using technetium-99m, a radioactive tracer. When fused with a drug or other molecule, its passage through the body can then be monitored using gamma cameras.
Wilson said the method can be used to track tumour growth and drug metabolism in cancer patients.
Technetium-99m has been traditionally supplied through splitting atoms in a nuclear reactor to produce molybdenum-99, which then decays into technetium-99m. However, only six percent of the material produced in a nuclear reactor can be used, the rest is nuclear waste.
Using a particle accelerator, Wilson said technetium-99m can now be produced directly by firing a stream of protons at a target material. The method bypasses the safety and environmental concerns surrounding traditional nuclear reactors.
“When the electricity stops, the (isotope) production stops,” Wilson said. “It’s a much safer technology.”
But Wilson said what makes the cyclotron useful is its ability to generate difficult to produce medical isotopes.
While most hospitals and clinics continue to rely on technetium for gamma imaging, Wilson said the technology is slowly being replaced with positron emission tomography (PET) scans.
“Technetium is more or less like black and white TV,” Wilson said. “It’s low definition.”
By varying the target material used in the cyclotron, the technology can produce other medical isotopes like radioactive fluorides for PET, something traditional nuclear reactors cannot produce.
Since 2010 the Canadian government has been investing in the creation of alternative medical isotope sources.
In 2009, countries across the globe faced a medical isotope shortage when the two major nuclear reactors producing technetium-99m were briefly out of service. The National Research Universal Reactor in Chalk River, Ontario was closed due to a heavy water leak the same period the High Flux Reactor in Petten, Netherlands was shut down for a month-long maintenance.
After 61 years of operation, the Chalk River reactor has since been decommissioned in 2016, and Wilson believes the 57-year-old High Flux Reactor in Petten likely won’t last much longer.
“There’s only about six or seven reactors in the world that are producing [medical isotopes] and they’re ageing,” Wilson said. “It’s not that it wasn’t good technology, it’s just that nobody wants to build reactors anymore … Nobody wants a reactor built in their backyard.”
While the cyclotron is ready for use, Canada’s federal and provincial governments have yet to determine how the technology may be implemented across the country and how it may be integrated into existing healthcare practices.
However, Wilson is optimistic that the new cyclotron will set the province up for success down the line as the demand for technetium shifts.
“The cyclotron gives you a more or less stable continuous source (of isotopes),” Wilson said. “You don’t have to worry about what’s happening on the outside.”
August 4, 2018
Posted by Christina Macpherson |
Canada, health |
Leave a comment
Group: Nuclear waste could be trucked from Illinois to Port Huron, Bob Gross, Port Huron Times Herald, 3 Aug 18
A coalition of environmental groups claims a letter from the U.S. Nuclear Regulatory 
Commission indicates that nuclear waste from power plants in Illinois will be trucked to Port Huron and shipped from there to an unknown destination.
“A spill, release or fire here or near waterways that flow into the St. Clair River could potentially ruin one of the largest fresh water deltas in the world – the St. Clair Flats – and potentially poison forever drinking water and freshwater ecosystems for up to 40-plus million people of the Great Lakes, including residents of Canada, the U.S., U.S. Tribes, First Nations and other indigenous peoples,” said Kay Cumbow of the Great Lakes Environmental Alliance in Port Huron, in a news release.
According to the news release from Don’t Waste Michigan, Coalition for a Nuclear-Free Great Lakes, a letter dated July 13, from the U.S. Nuclear Regulatory Commission to “Secured Transportation Services,” cites an application under 45-day review by the NRC for a highway transport route for high level radioactive waste from the LaSalle nuclear reactors in Illinois to the “Port Huron, Michigan Port of Exit.”
The letter was found July 23 among 467 documents on the Nuclear Regulatory Commission’s online ADAMS library, according to the news release. The number of transports is not given.
Secured Transportation Services, which is based in Buford, Georgia, is identified on the company’s website as the “leading transportation coordinator for spent nuclear fuel in North America.”
The letter only refers to shipping from central Illinois to Port Huron by a land route, according to the news release. It does not show where or how the waste would move from the city.
In a follow-up interview, Cumbow said the groups have more questions than answers about possible spent fuel shipments coming to Port Huron from Illinois………..
Cumbow said the letter only references highway route approval.
“Once it gets to Port Huron, we don’t know where it goes,” she said.
She said the waste is highly radioactive.
“It’s lethal when you are exposed to it,” Cumbow said. “Shielded, you’re fine. Any accident with this stuff, if there was a serious incident with this stuff, there is a likelihood people will be killed.
“The other thing is we don’t know what’s approved in Canada,” she said. “We don’t know where it is going. It might be going to Canada or it might be going through Canada to somewhere else.”
She said safety issues posed by the state’s crumbling road and bridge infrastructure are other concerns.
“There might be a little bit of this going across the border, or there might be a whole lot of it going across the border,” Cumbow said. “We just don’t know. I think as a society we should be looking at ways to stop poisoning our land and water.”
According to the news release, NRC spokesman Alex Sapountzis is quoted in an email to an NRC librarian as stating that “details of all spent nuclear fuel routes are designated as Safeguards Information/sensitive information and therefore will not be placed in ADAMS. All a member of the public will see in ADAMS is that in a letter we state we accepted for review a route (it has all the information we need to conduct our review) and then an approval letter (based on the information the applicant submitted, we accept the route and for transport by road it’s good for 5 years or by rail for 7 years).”
Contact Bob Gross at (810) 989-6263 or rgross@gannett.com. Follow him on Twitter @RobertGross477. https://www.thetimesherald.com/story/news/local/port-huron/2018/08/03/group-nuclear-waste-could-trucked-illinois-port-huron/899259002/
August 4, 2018
Posted by Christina Macpherson |
Canada, safety, USA |
Leave a comment
University’s cyclotron facility could fully supply province’s demand for medical isotopes HINA ALAM, Edmonton Journal : May 15, 2018
For an Albertan who needs it, the journey of a radioactive isotope that has the ability to detect a potential heart or a bone cancer could begin at the University of Alberta’s Medical Isotope Cyclotron Facility…….
Although tests conducted over the past few months have shown that the U of A facility is capable of meeting the province’s need for 1,000 diagnostic procedures a day, there are still hurdles to overcome and its future use for producing technetium is still unclear…..
But research lead and university oncology department chairman Sandy McEwan sees a silver lining….
There are three isotopes that are commonly used — technetium-99m, a radioactive molecule of fluorine used in PET (positron emission tomography) scanning, and isotopes of iodine, used to detect and treat thyroid cancers.
Technetium-99m is the most common of these, and has a half-life of six hours, meaning that only half of it remains after that time. This is advantageous because the imaging scan is quick and the technetium doesn’t linger around in the body. This also means that the isotope must be produced quickly.
In the cyclotron, McEwan said it takes about six hours to make enough technetium-99m for the province each day.
……… ……The U of A technology shows that the isotope can be made locally and the science replicated across the country.
As it stands now, a dose of technetium-99m produced by the cyclotron at U of A is about 10 per cent more expensive compared to a dose of technetium-99m produced by traditional reactors.
“But that includes costing everything,” McEwan said. “It includes costing the cyclotron, the building, the research, the operations — everything.”
McEwan said the technetium-99m produced by the cyclotron is of a slightly higher purity profile than what you get from a reactor.
Also, most of the reactors are extremely old, said John Wilson, manager of the facility……
“Nuclear reactors are the highest capacity source for technetium-99m but are very, very expensive and create nuclear waste,” he said. “No one wants a reactor built close to where they live.” Jan Andersson, a researcher at the facility said as the supply stands now, reactors produce molybdenum-99, which has a half-life of 66 days and decays into technetium-99m, which is used in patients. This allows isotope to be supplied from far away but only if the reactors are running.
McEwan believes that technetium PET imaging will soon fade to give way to newer technologies, and the cyclotron is well-positioned to handle that.
“The cyclotron is Canadian,” he said. “We have a made-in-Canada solution.”
August 4, 2018
Posted by Christina Macpherson |
Canada, health |
Leave a comment
The Pickering nuclear plant’s explosive secret https://www.durhamregion.com/opinion-story/8738033-the-pickering-nuclear-plant-s-explosive-secret/?s=n1
Angela Bischoff says OPG has no plans to make its nuclear waste as safe as possible Jul 19, 2018 by Angela Bischoff Pickering News Advertiser
The Pickering Nuclear Station has a deadly secret: 740,000 radioactive fuel bundles sitting on site — the legacy of close to 50 years of nuclear operations.
These bundles contain radioactive materials that can penetrate the human body, leading to serious illness or death. They also contain an enormous amount of plutonium, the key ingredient in nuclear warheads or dirty bombs. There is enough plutonium on-site at Pickering today to construct more than 11,000 nuclear warheads.
We recently asked internationally recognized risk expert Dr. Gordon Thompson to review the advisability of storing this enormous pile of toxic waste in the midst of Canada’s largest urban area and next to the source of our drinking water.
His conclusion was stark: The Pickering site, he found, is “suboptimal as a spent nuclear fuel-storage site from perspectives including defensibility, proximity of populations, and potential to contaminate Lake Ontario.” He added that the current waste storage facilities have no protection from rocket, bomb or aircraft attacks from the air or water and that, overall, the site is “lightly defended” at best.
Half-a-century after the start of nuclear power operations in Canada, the Nuclear Waste Management Organization is still on the hunt for a “willing host” community to accept thousands of tonnes of spent fuel that will remain highly radioactive for thousands of years.
This means there is little chance the waste currently being stored at Pickering is going anywhere in the next 60 to 100 years. To add insult to injury, while Ontario Power Generation is planning to expand its conventional storage facilities so that Pickering can continue to produce and store more toxic nuclear wastes, it has no plans to make its new storage facilities as safe as possible. Specifically, it has no plans to build above-ground, attack-resistant, reinforced-concrete vaults to protect Pickering’s wastes from a terrorist attack.
Continuing to operate this patched-up nuclear plant surrounded by millions of people, while piling up more and more toxic nuclear wastes in conventional commercial storage buildings, is the very definition of an extremely bad idea that can only get worse.
Those who support keeping Pickering running until 2024 or beyond, such as Premier Doug Ford, need to explain how they plan to safeguard the thousands of tonnes of deadly waste already stored at the site and why it is a good idea to continue adding more.
— Angela Bischoff is the director of the Ontario Clean Air Alliance. We’re behind Ontario’s coal phase-out and are now working to move Ontario to a 100-per cent renewable electricity system.
July 21, 2018
Posted by Christina Macpherson |
Canada, safety |
Leave a comment
Global News By Mark Giunta, Videographer, Backup News & Sports Anchor Global News, 12 July 18
Officials with the Port Hope Area Initiative (PHAI) are calling it “a major milestone that’s decades in the making.”
The first truckloads of low-level radioactive waste are on the road taking contaminants from the centre pier to the long-term storage facility on Baulch Road, in the town’s north-west.
t has been a long wait that has included some delays along the way for the $1.28-billion project. The federal government committed the cash to cleaning up Port Hope and Port Granby in 2012.
“We have upwards of 30 regulatory agencies we work with. They all have a different set of requirements. We’ve spent years doing the planning work to meet those requirements,” Parnell said. “A lot has to happen to make that first truckload move across the scales.”…….
There are a number of safety measures in place to prevent further contamination along the routes.
“Big priority, especially with the dry summer, is the dust control. We have multiple dust control water application trucks, dust suppressant being applied,” said Chris Bobzener, project lead. “We have a robust safety program here. Very stringent requirements on the contractors and clearances.”https://globalnews.ca/news/4327489/port-hope-remediation-radioactive-waste/
July 16, 2018
Posted by Christina Macpherson |
Canada, wastes |
Leave a comment
Durham Region.com NEWS Jul 04, 2018 by Kristen Calis Pickering News Advertiser
PICKERING — Questions from concerned advocacy groups regarding the Pickering Nuclear Generating Station remain, while Ontario Power Generation continues to defend its position to justify the plant’s continued operation.This was the scene at the second round of Canadian Nuclear Safety Commission hearings regarding OPG’s request for a licence extension to operate the Pickering power plant to 2024, followed by safe storage activities until 2028. The plant is currently scheduled to close on Aug. 31.
Shawn-Patrick Stensil, senior energy analyst for Greenpeace, spoke Thursday at the Pickering Recreation Complex during the hearings. The CNSC will make the decision on the extension request.
In his submission on behalf of Greenpeace, Stensil said there is no justification for Pickering’s operation and the commission should reject OPG’s “request to expose millions of people within the (Greater Toronto Area) to the possibility of a nuclear accident.”
The week of hearings wrapped up on Friday. The first round took place in Ottawa in April.
……….The advocacy group was granted funding from the CNSC to poll the public on specific issues for the purpose of the hearing and presented its results.
The poll found 93 per cent of those surveyed want detailed nuclear emergency plans in place to protect residents from a possible large-scale accident at Pickering (or Darlington).
“Population density around the Pickering station is already too high yet intensification is being stepped up,” McNeill said.
The poll also found 87 per cent believe the radius for predistribution of KI pills should be extended. Currently its delivered within 10 kilometres. Only 17 per cent are aware they can order the KI pills free from preparetobesafe.ca…………..https://www.durhamregion.com/news-story/8704832-pickering-nuclear-critics-call-for-more-emergency-preparedness/?s=n1
July 6, 2018
Posted by Christina Macpherson |
Canada, safety |
Leave a comment
https://www.thestar.com/news/queenspark/2018/06/28/toronto-schools-want-anti-radiation-pills-in-case-of-nuclear-incident-at-pickering-plant.html By KRISTIN RUSHOWY Queen’s Park Bureau June 28, 2018
The boundary would encompass almost all of the city’s schools and goes well beyond the current distribution radius of 10 kilometres, said Trustee Jerry Chadwick, who was part of committee that made the recommendation recently approved by the Toronto District School Board.
“All of our schools east of Morningside Ave. have had the potassium pills for years,” said Chadwick, who represents Ward 22 in the southeast end of Scarborough. “The TDSB did not have to request them, they were provided as part of the range covered by Pickering.
“Now we are asking them to cover schools in the 50-kilometre radius, which covers most of our schools.”
The issue of schools being provided with stockpiles of potassium iodide, or “KI” pills — which protect the thyroid in case of radiation exposure — dominated hearings held on the future of the Pickering Nuclear Generating Station, said attendee Shawn-Patrick Stensil of Greenpeace.
In Greater Toronto, there are two plants — Pickering, about 30 kilometres from Toronto’s Yonge St., and Darlington, which is about 60 kilometres away.
June 29, 2018
Posted by Christina Macpherson |
Canada, safety |
Leave a comment
nuclear-news 