B&W, Cavendish, Battelle team up in bid to manage AECL labs

The joining forces: B&W, Cavendish, Battelle team up in bid to manage AECL labs: http://www.neimagazine.com/news/newsbw-cavendish-battelle-team-up-to-manage-aecl-labs "The Babcock & Wilcox Company has partnered with UK-based Cavendish Nuclear Ltd. and US-based research and development organization Battelle in pursuit of a contract for managing Atomic Energy of Canada Ltd's Nuclear Laboratories.
The Canadian government announced in February that it would launch a competitive process for the management of the nuclear labs, principally the Chalk River Laboratories in Ontario, and the Whiteshell Laboratories in Manitoba.
It is seeking to implement a government-owned, contractor-operated (GoCo) model, as is used in the United States and the United Kingdom.
The international consortium of B&W, Cavendish and Battelle offers valuable experience from work in North American and the United Kingdom, according to George Dudich, President, B&W Technical Services Group.
In addition to its work in Canada, B&W supports the US Department of Energy in areas such as national laboratory management, nuclear operations, infrastructure modernization, and environmental restoration and management.
Cavendish Nuclear is the largest nuclear site management, engineering and support services contractor in the UK, with nuclear site licensee experience at Harwell, Winfrith and Dounreay in England and Scotland.
Battelle, headquartered in Columbus, Ohio, is an international science and technology enterprise with a management role at seven national laboratories.
AECL's Nuclear Laboratories are responsible for nuclear science and technology priorities for safety, security, health, the environment, waste management and clean energy technologies, as well as the production of medical isotopes.
"Canada's Nuclear Laboratories are held in high regard by the international community, and have a rich history in the development of the nuclear industry. We're eager to partner with this team to provide a confident and secure future for Chalk River," said Dr. Ron Townsend, Executive Vice President of Global Laboratory Operations for Battelle."

Directly from the horse's mouth: http://www.babcock.com/news-room/Pages/BW-Announces-Innovation-Partners-in-Pursuit-of-Atomic-Energy-of-Canada-Ltd.%E2%80%99s-Nuclear-Laboratories.aspx

Employees at Ontario nuclear facility vote to join USW union

Employees at Ontario nuclear facility vote to join USW union: http://www.canadianmanufacturing.com/general/employees-at-ontario-nuclear-facility-vote-to-join-usw-union-125918 “Our first priorities will be pending negotiations and how AECL employees will be affected by future changes in the operations.”

Floating SMR: Russia’s answer to flexible low maintenance nuclear power?

Floating SMR: Russia’s answer to flexible low maintenance nuclear power? "While the US remains the most promising market for SMR development and installation, Russia is making waves with its barge-based technology. It might just be the added-value proposition of low maintenance and no decommissioning that is the clincher. This article has been updated. Russia is quite literally pushing the boat out with small modular reactor (SMR) technology. Earlier this year, World Nuclear News reported on how Rosenergoatom, Russia’s state-owned manufacturer, had put two reactors onto a barge in Saint Petersburg after four years of testing. The barge-based plant is intended to set sail for northeast Russia’s Chukotka Peninsula, in the East Siberian Sea, to serve mining interests close to the Arctic, according to reports. But Russia, which is working on a number of SMR variants, clearly expects to be able to commercialise its floating designs abroad, too. “The Russian business model, as I understand it, is that they will simply tow in a 40MWe unit, connect it to your drop line, and provide you with power for up to three years,” says Jay Harris, an SMR consultant based in Canada. “They will either charge you a flat rate to provide the capacity and availability for the power, or use a per-kilowatt-hour fixed price model. When the unit requires service or refuelling, they tow in a new unit and disconnect the old one.” Old reactors will return to a centralised service yard in Russia, he adds, so as well as having no upfront cost the electricity customer does not have to deal with spent fuel issues or even outages." http://analysis.nuclearenergyinsider.com/small-modular-reactors/floating-smr-russia’s-answer-flexible-low-maintenance-nuclear-power#sthash.znkUKIod.dpuf

Attack on science shows need for new parliamentary watchdog

I'd say also a science advisor or council is also a must!
http://www.thestar.com/opinion/editorials/2013/12/02/attack_on_science_shows_need_for_new_parliamentary_watchdog_editorial.html

Ontario energy plan

"The government of Ontario has kept nuclear at the centre of its updated long-ter...m energy program, with major refurbishments planned for the Bruce and Darlington power stations. However, it has decided to defer the construction of new nuclear capacity." http://www.world-nuclear-news.org/NP-Ontario-relies-on-current-nuclear-capacity-0312137.html

Nuclear Science Needs More Women

Nuclear Science Needs More Women, Urges IAEA Deputy Director General Janice Dunn Lee: http://www.iaea.org/newscenter/news/2013/more-women-needed.html

Supply of medical isotopes has dangerously decayed

And they want to stop producing medical isotoes at NRU by 2016??? Supply of medical isotopes has dangerously decayed: http://theconversation.com/supply-of-medical-isotopes-has-dangerously-decayed-20004 "The NRU reactor at Chalk River Laboratories, which produces approximately 40% of the world’s medical molybdenum supplies, will close in 2016. OSIRIS, BR-2 and HFR are also due to close within the next five years. Two reactors planned as replacements for NRU, Maple-1 and 2, were cancelled in 2008."

See also http://www.auntminnieeurope.com/index.aspx?sec=sup&sub=mol&pag=dis&ItemID=609003&wf=1

And: http://nuclearstreet.com/pro_nuclear_power_blogs/b/science-history-nuclear/archive/2013/11/21/nuclear-medicine-radiopharmaceuticals-and-chalk-river-labs.aspx

http://washpost.bloomberg.com/Story?docId=1376-MWAODV6S973C01-5NIFNBRC7J3P0PL6VJ13RD833M

The face of AECL's future?

The face of AECL's future? http://www.thedailyobserver.ca/2013/11/21/the-face-of-aecls-future "The company hoping to operate Atomic Energy of Canada Limited's Chalk River Laboratories strengthened their bid Tuesday as they entered into a partnership with two world-leading nuclear and research and development firms.
The Babcock and Wilcox Company, which is seeking to take over management of Chalk River under a government-owned, contractor operated model (Go-Co), announced they will be forming a consortium with Cavendish Nuclear, a major player in Britain's nuclear industry, and Battelle Memorial Institute, a U.S.-based nonprofit research and development organization.
Delivering the announcement during a reception at the Petawawa Golf Club, Ken Camplin, Babcock and Wilcox vice-president of corporate development, lauded both firms for bringing to the table a vast array of experience and an incredible track record of innovation.
Since Natural Resources Minister Joe Oliver announced in February that the federal government would engage in a competitive procurement process to contract out the management of AECL assets to the private sector, Camplin said his company has been developing a venture that had a shared vision and commitment for Chalk River Laboratories.
To that end, the firm has been proactive opening offices in Deep River as it pursues the Go-Co model for Chalk River. Camplin added he feels AECL president Dr. Bob Walker has been on the right track with a transformation that should see a cost-effective, world-class research and technology organization focused on serving the nuclear industry.
“We really believe the keys to the kingdom rest in executing science and technology with excellence and equally important growing the science and technology and the research and development portfolio in a deliberate and sustained fashion,” said Camplin. “We want to be the best possible agents and facilitators for Chalk River to really obtain all those things.”
Based in Lynchburg, Virginia, Babcock and Wilcox Company provides design, engineering, construction and facilities management services to nuclear, fossil power, industrial and government customers worldwide. Its Canadian offices are located in Cambridge, Ontario and currently provides operations to four national laboratories.
Cavendish Nuclear operates three nuclear sites in the U.K. that the company states are similar to Chalk River. Its expertise rests in the design and build of waste treatment facilities. The firm also looks after the British-made Victoria class submarines that had been sold to Canada.
“We're quite pleased to team up with world-class lab operators and a world-class consortium to address Chalk River,” said Andrew Wettern, business development director for Cavendish.
Based in Columbus, Ohio, the Battelle Memorial Institute is an international science and technology enterprise that explores emerging areas of science, develops and commercializes technology, and manages laboratories for its clients. It currently manages seven national laboratories in the U.S. Ron Townsend, executive vice-president of global laboratory operations, said Chalk River has a rich history in the development of the nuclear industry.
“Chalk River is held in high regard by the scientific collaborators that work for it but the future is not certain,” said Townsend.
He added Chalk River and the surrounding community has all the elements for a successful way forward.
“We have an aspiration that Chalk River will become Chalk River National Laboratory,” said Townsend. “The most important thing that we can do is to stabilize Chalk River National Laboratory and provide a confident, secure future for that laboratory because it is so important to this community and the nation of Canada.”"

20-Year Partnership Converts 20,000 Russian Nuclear Warheads into Fuel for U.S. Electricity

20-Year Partnership Converts 20,000 Russian Nuclear Warheads into Fuel for U.S. Electricity: http://www.ladailypost.com/content/20-year-partnership-converts-20000-russian-nuclear-warheads-fuel-us-electricity#!

Unplanned interruption to the Canadian supply of the medical isotope molybdenum-99

AECL reports an unplanned interruption to the Canadian supply of the medical isotope molybdenum-99: http://www.aecl.ca/en/home/news-and-publications/bulletins/2013/131119.aspx

Innovation: The key to regulating for the future

I'd say innovation is key for a successful run of all the functions of nuclear sector not just regulations... innovation without a new research reactor replacing the aging NRU will be minimal...
http://ca.mediaplanet.com/nuclear-energy/innovation-the-key-to-regulating-for-the-future

Radiation put in perspective

Radiation put in perspective, another great graphic: http://www.idigumining.com/

American Conference on Neutron Scattering: June 1-5, 2014

Mark your calendar for American Conference on Neutron Scattering: June 1-5, 2014: http://www.mrs.org/acns-2014/

Chinese plants make headway

More progress for Chinese reactors: http://www.world-nuclear-news.org/NN-Chinese-plants-make-headway-2910137.html "Two more nuclear power plants in China are progressing towards commissioning. Hongyanhe's second unit has achieved first criticality, while fuel loading has begun at Yangjiang unit 1.
China General Nuclear Power Group (CGN) announced that Hongyanhe 2 reached criticality on 24 October. Work began on the 1080 MWe Chinese-designed CPR-1000 reactor in Liaoning province in 2008. Hongyanhe 1, also a 1080 MWe CPR-1000, began commercial operation earlier this year. Work is also under way on two further CPR-1000s at the site.
Meanwhile, work has begun to load nuclear fuel into the first of four CPR-1000s under construction at Yangjiang in Guangdong province. The unit has been undergoing pressure tests since construction work was completed in June. Systems including diesel back-up generators have also been tested, and safety exercises including emergency drills were completed at the plant prior to it receiving regulatory permission to commence fuel loading.
Work began on Yangjiang 1 in 2008, with units 2-4 following in in 2009, 2010 and 2011. Work began earlier this year on Yangjiang 5, the first of two CPR-1000+ units - a more advanced version of the CPR-1000 design - planned for the site, making Yangjiang the largest nuclear construction site in the world. Unit number 6 is slated to start construction in 2014, and all six reactors should be in operation by 2018."

Another blow to Candu Inc

Another blow to Candu Inc: http://www.world-nuclear-news.org/NN-Jordan-selects-its-nuclear-technology-2910134.html "Russia has been selected as the preferred bidder to supply Jordan with its first nuclear power plant. The initial reactor of the two-unit plant is expected to start operating in 2020.
Khaled Toukan, chairman of the Jordan Atomic Energy Commission (JAEC), told the country's official news agency Petra that Russian state nuclear corporation Rosatom will build the plant. Under Russia's offer, Rosatom's reactor export subsidiary AtomStroyExport (ASE) will be the supplier of the nuclear technology while Rusatom Overseas will be strategic partner and operator of the plant.
According to Toukan, Russia will contribute 49% of the project's cost, reportedly to be $10 billion, with the Jordanian government providing the remaining 51%. However, he said that financing of the plant has yet to be finalized and noted that Russian could supply the plant on a build-own-operate basis.
Three vendors were shortlisted by JAEC in May 2010: an Areva-Mitubishi Heavy Industries consortium, Russia's AtomStroyExport and Canada's SNC-Lavalin International. The designs under consideration were the Atmea1 pressurized water reactor, the AES-92 model VVER-1000, and the Enhanced Candu-6 pressurized heavy-water reactor. The vendors were subsequently invited to tender for the turnkey plant and submitted their technical offers to JAEC in July 2011."

Energy demand in Africa

Nuclear power can easily bridge the gap between the power they have in Africa and the power they really need (for exampleonly about 25 stations similar to Bruce power stations can fully produce the maximum predicted required power by Nigeria in 2030, in comparison that number goes up to 70 for a coal power plant similar to the largest in North America: Nanticoke): http://www.cgdev.org/blog/how-much-power-does-power-africa-really-need#b10g23f20b13

See: http://en.wikipedia.org/wiki/Nanticoke_Generating_Station

and

http://en.wikipedia.org/.../Bruce_Nuclear_Generating_Station

UK signs nuclear power deal with China, France

Great for Britain, not so good for Candu! not surprising if they cannot sell one in Canada, how could they compete internationally??? http://www.nytimes.com/2013/10/22/business/international/britain-and-edf-sign-nuclear-plant-deal.html?_r=0 "In a back-to-the-future bet on its energy policy, the British government announced a long-elusive $26 billion deal on Monday to build the first new nuclear power station in Britain since 1995.

In reaching its nuclear deal with EDF Group, the big French state-controlled utility, and opening the door to financing from China, the British government signaled that whether in terms of environmental concerns, consumer prices or Britain’s long-term energy independence, the free market alone no longer served the national interest.
“This government is facing a looming energy crisis in this decade thanks to years of neglect and underinvestment,” Edward Davey, the British secretary of energy and climate change, said at a news conference in London.
Britain has been gripped by growing worries about its future power supplies, with supply falling and prices rising. Electric utilities have been reluctant to invest in new gas-fired plants to replace dirtier coal-burning ones because of many uncertainties — including a new energy bill winding its way through Parliament and the growth of subsidized wind and solar energy projects.
Mr. Davey said that Britain would need to replace about 60 percent of its generating capacity “in a relatively short time,” as Britain closes coal-fired plants to meet its climate-change objectives of cutting greenhouse gas emissions in half by 2025.
The country will also gradually close its mostly aging collection of nuclear plants, which now produce 19 percent of Britain’s power. Only one of the plants, Sizewell B, which was finished in 1995, has modern technology.
The twin reactors envisioned in Monday’s announcement are to be built at Hinkley Point, in southwest England, which is currently the locale of two 1970s-era reactors. They would advance the government’s goal of adding more low-carbon sources of energy, but the project will come with a huge price tag. It is the kind of long-term project, with an even longer horizon for paying for itself, that private investors alone would be unlikely to undertake. The overall costs of building the plants is estimated at £16 billion, or $26 billion, in 2012 terms.
To reduce the investment risk, Britain and EDF are bringing in two state-backed Chinese companies, the China General Nuclear Corporation and the China National Nuclear Corporation. EDF also says it is talking to other investors that may take as much as a 15 percent stake.
The Chinese companies will take a stake of 30 to 40 percent in Hinkley Point. According to EDF, which is working with the two Chinese companies on nuclear power stations in China, the companies will be “strategic and industrial partners” in the project and will be given the “opportunity to gain experience in the U.K. and will support their long-term objective of becoming leading developers in the U.K.”
But at the news conference, Henri Proglio, EDF’s chief executive, played down the Chinese role, saying that EDF was in charge along with the French reactor designer Areva, and that British companies would be assigned more important roles.
That EDF alone cannot finance the plant “highlights the complexities of modern nuclear power projects,” said Antony Froggatt, an industry analyst at Chatham House, a research institute in London. He said that it would be “better to invest in other” alternative sources of energy like wind and solar power.
Consumers will also wait a long time to receive electricity from the new nuclear plants, which EDF says will provide power equivalent to 7 percent of British consumption and enough to power almost six million homes. If EDF makes its final investment decision in summer 2014, the first of the two Hinkley Point reactors will not begin producing power until 2023.
British consumers and taxpayers will pay much of the bill. EDF will be guaranteed a price per megawatt hour of £89.50 to £92.50 — about $144.50 to $149.40 — for 35 years. Those prices, to be fully indexed to inflation, would be almost double current wholesale power prices.
Analysts say the terms may wind up being generous for EDF, which says it will make a return of about 10 percent from the project.
Vincent de Rivaz, chief executive of EDF Energy, the company’s British arm, said that any cost savings would be shared between investors and consumers.
The British government may have had little choice if it wanted to sign a deal at this time. Other potential suppliers like Hitachi of Japan are considered years behind EDF in their technology.
Nuclear power has attractions. Unlike renewables like solar and wind it produces steady, reliable power for decades. But the upfront costs are huge and there is no payoff for a decade or more.
It is difficult to persuade a provider to build a nuclear plant without some guarantee, particularly now, when the emergence of shale gas in the United States and the growth of renewable energy in Europe are creating uncertainty about power prices.
And while Hinkley Point will not begin providing power for 10 years, the high costs of the plant will inevitably stoke the debate about rising energy bills in Britain. Even as the deal was being struck, millions of Britons were learning of increases in energy charges, including more than three million customers of NPower, a utility that announced on Monday that it would increase electricity prices by 9.3 percent and gas prices by 11 percent.
“This is a terrible deal for billpayers,” said Caroline Lucas, a member of Parliament for the Greens, who called for an investigation by the National Audit Office, a spending watchdog. “At a time when the costs of renewable energy are falling, it’s reckless for the government to subsidize the nuclear industry in this way.”"

Muzzling of federal scientists widespread

Why this is not surprising with this gvnt???!!! And remember it is the taxpayers money who pays for the research to begin with and they don't have the right to know??? http://www.cbc.ca/news/technology/muzzling-of-federal-scientists-widespread-survey-suggests-1.2128859 "Hundreds of federal scientists said in a survey that they had been asked to exclude or alter technical information in government documents for non-scientific reasons, and thousands said they had been prevented from responding to the media or the public.
The Professional Institute of the Public Service of Canada (PIPSC), which commissioned the survey from Environics Research "to gauge the scale and impact of 'muzzling' and political interference among federal scientists," released the results Monday at a news conference. PIPSC represents 60,000 public servants across the country, including 20,000 scientists, in federal departments and agencies, including scientists involved in food and consumer product safety and environmental monitoring.
In all, the union sent invitations to participate in the survey to 15,398 federal scientists in June. A total of 4,069 responded.
Twenty four per cent of respondents said they “sometimes” or “often” were asked to exclude or alter technical information in federal government documents for non-scientific reasons. Most often, the request came from their direct supervisors, followed by business or industry, other government departments, politically appointed staff and public interest advocates.
The survey asked scientists whether they agreed with a number of statements about their ability to speak freely. It found:
■37 per cent agreed that they had been prevented by public relations or management from responding to a question from the public or the media about their area of expertise in the past five years.
■14 per cent agreed that they could speak freely and without constraints to the media about work they published in peer-reviewed journals.
■10 per cent said they were allowed to speak freely and without constraints about the work they do at their department or agency.
In addition:
■50 per cent of respondents said they were aware of “cases where the health and safety of Canadians" (or environmental sustainability) have been compromised because of political interference with their scientific work.
■
71 agreed that "our ability to develop policy law and programs that are based on scientific evidence and facts has been compromised by political interference," although a greater number (81 per cent) thought underfunding compromised those abilities.
■
48 per cent said they were aware of cases where their department or agency “has suppressed or declined to release information, and where this led to incomplete, inaccurate or misleading impressions.”
■74 per cent of respondents thought the sharing of government science findings with the Canadian public has become too restricted.
In recent years, there have been numerous complaints from scientists and the media about federal scientists being restricted from publicly talking about their research. Some complaints are being investigated by Canada's Information Commissioner Suzanne Legault.
Peter Bleyer, head of policy and communication for PIPSC, said this is the first time anyone has collected “quantifiable evidence” about political interference in the communication of federal science to the public.
“It’s a potential threat to all Canadians,” he said. “We need to fix it.”"

This is the link to the full survery document: http://www.pipsc.ca/.../issues/science/pdfs/bigchill.en.pdf

100 years of x-ray crystallography

Great video: 100 years of x-ray crystallography: http://www.theguardian.com/science/video/2013/oct/09/100-years-x-ray-crystallography-video-animation?goback=.gde_3614857_member_5796412999388381186#%21 "X-ray crystallography is one of the greatest innovations of the 20th century. This animated journey through its 100 year history begins with the pioneering work of William and Lawrence Bragg in 1913 and ends on the surface of Mars. To date 28 Nobel Prizes have been awarded to projects related to the field and x-ray crystallography remains the foremost technique in determining the structures of a huge range of complex molecules.
• This film was produced in celebration of the Bragg Centenary and was supported by the Science and Technology Facilities Council"

Energy Risk: Radiation Superstition

A good read: http://theenergycollective.com/roberthargraves/290601/radiation-superstition    "
People rationally fear possible accidents spreading deadly radioactive materials. Indeed massive doses of radiation did kill 38 emergency workers at Chernobyl, and the fallout of short-lived iodine resulted in 4000 cases of thyroid cancer and 15 deaths. However there is no evidence of the thousands of hypothetical deaths predicted by extrapolation of deadly exposures to lower radiation doses. Opponents of nuclear power have now hyped this death number up to one million, without observable evidence.
Using simplistic mathematical extrapolations from the effects of high-radiation accidents, nuclear power opponents claim that no amount of radiation is safe — not even the low-level natural radiation that comes from the sky and from earth’s radioactive potassium, uranium, and thorium created billions of years ago. Potassium is in our food and our bodies. Rocks contains the thorium and uranium that decays to radon or fuels electric power plants.
Reporting about the Fukushima accident created hysteria without basis. A UN scientific committee charged with investigating the accident’s health effects reported in December that no radiation health effects have been observed among public or workers, and it cautioned against extrapolation to predict health effects of low-level radiation. Radiation superstition causes great harm. Japan is wasting billions of dollars preventing repopulation of radiologically safe areas. Hundreds have died from evacuation stress. Importing liquified natural gas to replace nuclear power has driven Japan’s balance of trade negative.
People unnecessarily fear low-level radiation from accident-dispersed material, buried waste, or medical procedures. EPA required Yucca Mountain engineers to limit accidental releases to just 1/20th of natural radiation for 10,000 years. Dental X-ray technicians routinely drape lead blankets on patients to protect them, but it would take over 10,000 such X-rays to observe any health effect.
Prolonged radiation exposure is safe at natural environmental levels; each cell rapidly repairs DNA strand breaks: one per second per cell. Early life evolved when the natural radiation rate was 3 times greater than now. Today people living in places where natural radiation is 5 times normal exhibit no more cancers. People living in mile-high Denver get more cosmic radiation, but exhibit no more cancers.
Radiation dose rates are as important as doses. High radiation rates overwhelm natural cellular defenses. Doses deadly to Chernobyl workers would have no effect if spread over a lifetime. Cancers are destroyed by multiple concentrated radiation treatments, allowing time between for less-irradiated tissue to recover. In 2012 MIT radiation researchers discovered no DNA damage from exposure rates 30 times as great as natural radiation, and Lawrence Berkeley Lab scientists actually observed how low-level radiation stimulated repair within cells. Long-term, low-dose radiation is benign.
Nuclear industry and shipyard workers exposed to low-level radiation developed fewer cancers. Accidental contamination of building steel by recycling a medical radiation source exposed 8000 Taiwan residents to radiation 7 times natural levels over 30 years, and cancer rates were dramatically reduced. Last year the Dose Response Journal and the American Nuclear Society published compendia of articles evidencing how low-level radiation is benign or healthful.
The vague radiation regulation, “as low as reasonably achievable” encourages ever more costly impediments to affordable nuclear power. This could be fixed with “as high as reasonably safe” limits that are set with evidence, as practiced for other environmental hazards. Nuclear power can solve our energy, climate, and poverty crises. Should we forsake the future of the planet by clinging to a superstition?"