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Nuclear future dims for Ontario | Canada | News | Toronto Sun - 0 views

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    Cheap, reliable hydroelectric power once helped make Ontario rich, powering the factories and foundries that created wealth for the province. But it's now 18 aging nuclear reactors that keep the lights on, providing half the power used in Ontario. Most are closer to the end of their working lives than the beginning, and many have a record of costly overruns, inefficiency or both. Despite that history, the Liberal government of Premier Dalton McGuinty has enthusiastically backed a nuclear future for Ontario, planning to renew the aging fleet to maintain its half of provincial generation with an ambitious, 20-year, $26-billion plan. But in June, when the bill for replacing just two of those reactors came in so startlingly high -- "several billions" too high in Energy Minister George Smitherman's words -- that he simply pulled the plug on the project, suspending it and leaving open the question once again: Can Ontario keep splitting the atom without breaking the bank?
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    Cheap, reliable hydroelectric power once helped make Ontario rich, powering the factories and foundries that created wealth for the province. But it's now 18 aging nuclear reactors that keep the lights on, providing half the power used in Ontario. Most are closer to the end of their working lives than the beginning, and many have a record of costly overruns, inefficiency or both. Despite that history, the Liberal government of Premier Dalton McGuinty has enthusiastically backed a nuclear future for Ontario, planning to renew the aging fleet to maintain its half of provincial generation with an ambitious, 20-year, $26-billion plan. But in June, when the bill for replacing just two of those reactors came in so startlingly high -- "several billions" too high in Energy Minister George Smitherman's words -- that he simply pulled the plug on the project, suspending it and leaving open the question once again: Can Ontario keep splitting the atom without breaking the bank?
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    Cheap, reliable hydroelectric power once helped make Ontario rich, powering the factories and foundries that created wealth for the province. But it's now 18 aging nuclear reactors that keep the lights on, providing half the power used in Ontario. Most are closer to the end of their working lives than the beginning, and many have a record of costly overruns, inefficiency or both. Despite that history, the Liberal government of Premier Dalton McGuinty has enthusiastically backed a nuclear future for Ontario, planning to renew the aging fleet to maintain its half of provincial generation with an ambitious, 20-year, $26-billion plan. But in June, when the bill for replacing just two of those reactors came in so startlingly high -- "several billions" too high in Energy Minister George Smitherman's words -- that he simply pulled the plug on the project, suspending it and leaving open the question once again: Can Ontario keep splitting the atom without breaking the bank?
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    Cheap, reliable hydroelectric power once helped make Ontario rich, powering the factories and foundries that created wealth for the province. But it's now 18 aging nuclear reactors that keep the lights on, providing half the power used in Ontario. Most are closer to the end of their working lives than the beginning, and many have a record of costly overruns, inefficiency or both. Despite that history, the Liberal government of Premier Dalton McGuinty has enthusiastically backed a nuclear future for Ontario, planning to renew the aging fleet to maintain its half of provincial generation with an ambitious, 20-year, $26-billion plan. But in June, when the bill for replacing just two of those reactors came in so startlingly high -- "several billions" too high in Energy Minister George Smitherman's words -- that he simply pulled the plug on the project, suspending it and leaving open the question once again: Can Ontario keep splitting the atom without breaking the bank?
Energy Net

Hanford News: Work to start on K reactors burial ground at Hanford - 0 views

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    Work should begin this month to dig up another Cold War burial ground at Hanford used to dispose of boron balls once employed to soak up radioactive neutrons. The boron balls were part of a backup emergency system at Hanford reactors starting in the 1950s to slow down or stop nuclear reactions. The burial ground, which holds assorted wastes from Hanford's K reactors, includes 16 unlined trenches and 11 silos. The silos contain the boron balls, radiation-contaminated reactor equipment and pieces, and ash from burning radiation-contaminated waste. Washington Closure announced Thursday that it has awarded a $9 million subcontract to Dance Designs of Pocatello, Idaho, for the work. Watts Construction Inc. of Kennewick and Babcock Services Inc. of Richland are major subcontractors to Dance Designs, which also has offices in Richland. During the Cold War, K East and K West were among nine reactors along the Columbia River at Hanford that produced plutonium for the nation's nuclear weapons program. The K Reactors operated from 1954-71 and waste from them was buried nearby in the 118-K-1 Burial Ground until 1973.
Energy Net

Legalbrief - Pebble bed nuclear reactors in question - 0 views

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    Scientists heard conflicting views on safety issues around pebble-bed nuclear reactors at an international conference in Washington last week, says the Cape Times. The debate is significant for SA as the country intends to build a demonstration model pebble-bed modular reactor (PBMR) at Koeberg, and 20 to 30 for export. Eskom is attracted to the technology because it sees it as being 'inherently safe' and not needing the expense of a full safety barrier, known as a secondary containment, which other modern reactors have. In June, Rainer Moormann, a scientist who works at Germany's Juelich Research Centre, FZJ, published a report on safety problems with pebble-bed reactors after re-examining the pebble-bed prototype reactor, the AVR, which was shut down in 1988. According to an article in Nucleonics Week, Rainer's findings were 'strongly rebutted' in a presentation by PBMR Ltd, which is 100% owned by Eskom. The PBMR company said Moormann is alone in his findings, and other scientists regard his study as 'flawed'.
Energy Net

Areva, Northrop Grumman break ground on Virginia nuclear facility - 0 views

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    Areva and Northrop Grumman Shipbuilding broke ground Wednesday on the first manufacturing facility for heavy commercial nuclear reactor components to be built in the US in 35 years. Michael Rencheck, CEO of Areva NP, said in an interview that once operational in mid-2012, the plant will turn out all of the heavy components needed for one Evolutionary Power Reactor a year. That involves a reactor vessel, four steam generators, and four reactor coolant pumps, he said. The plant will be built on Northrop Grumman property in Newport News, Virginia. The joint venture represents a $360 million investment and will have a global market, supplying heavy components for future EPR reactors in the US and other EPR projects, according to Rencheck. UniStar Nuclear Energy, a joint venture of Constellation Energy and France's EDF Group, is seeking a license from the US Nuclear Regulatory Commission to build and operate an EPR at the Calvert Cliffs nuclear power plant in Maryland.
Energy Net

Department of Energy - U.S. Department of Energy Announces the Availability of Disposal... - 0 views

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    The U.S Department of Energy (DOE) announced today that the Department is prepared to execute the Standard Contract for the Disposal of Spent Nuclear Fuel and/or High-Level Radioactive Waste (Standard Contract) set forth in 10 C.F.R. 961, together with a new reactor amendment, with those companies desiring to construct new nuclear power reactors. The Department is making the Standard Contract and the new reactor amendment (collectively "disposal contract") available to those companies that have notified the Nuclear Regulatory Commission (NRC) of their intent to build new nuclear power reactors.
Energy Net

NRG balks at new reactors without loan guarantees | Reuters - 0 views

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    "* Second setback to new US reactors in January * NRG sees possible $400 mln pretax write-off NEW YORK, Jan 29 (Reuters) - NRG Energy Inc (NRG.N) CEO David Crane said Friday the company would not pursue the $10 billion construction of two nuclear reactors in Texas, if an ongoing dispute with co-owner CPS Energy causes NRG to miss out on federal loan guarantees needed to finance the project. This could be the second setback for new nuclear reactors in the United States, after FPL Group Inc (FPL.N) said this month it would halt billions of dollars in capital expenditures, including development of two new reactors, after getting a negative rate case ruling from Florida regulators."
Energy Net

AFP: China approves building of coastal nuclear plant - 0 views

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    China has approved the construction of a new nuclear plant in its eastern coastal region, in the latest step in Beijing's plan to include more clean energy in the country's consumption mix. The State Council, or cabinet, issued a licence last week for the building of the first phase of the Haiyang nuclear power station in Shandong province, the State-owned Assets Supervision and Administration Commission announced. Two reactors will be built initially, both using US-based Westinghouse Electric's AP 1000 third generation technology, the commission said in a statement posted on its website on Sunday. Each reactor will have a capacity of 1.25 gigawatts, the statement said. The reactors will be operational in May 2014 and March 2015, respectively.
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    China has approved the construction of a new nuclear plant in its eastern coastal region, in the latest step in Beijing's plan to include more clean energy in the country's consumption mix. The State Council, or cabinet, issued a licence last week for the building of the first phase of the Haiyang nuclear power station in Shandong province, the State-owned Assets Supervision and Administration Commission announced. Two reactors will be built initially, both using US-based Westinghouse Electric's AP 1000 third generation technology, the commission said in a statement posted on its website on Sunday. Each reactor will have a capacity of 1.25 gigawatts, the statement said. The reactors will be operational in May 2014 and March 2015, respectively.
Energy Net

Report: Reactors Cost More than Efficiency, Renewables | Environmental Protection - 0 views

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    The likely cost of electricity for a new generation of nuclear reactors would be 12-20 cents per kilowatt hour (KWh), considerably more expensive than the average cost of increased use of energy efficiency and renewable energies at 6 cents per kilowatt hour, according to a major new study by economist Mark Cooper, Ph.D., a senior fellow for economic analysis at the Institute for Energy and the Environment at Vermont Law School. The report finds that it would cost $1.9 trillion to $4.1 trillion more over the life of 100 new nuclear reactors than it would to generate the same electricity from a combination of more energy efficiency and renewables.
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    The likely cost of electricity for a new generation of nuclear reactors would be 12-20 cents per kilowatt hour (KWh), considerably more expensive than the average cost of increased use of energy efficiency and renewable energies at 6 cents per kilowatt hour, according to a major new study by economist Mark Cooper, Ph.D., a senior fellow for economic analysis at the Institute for Energy and the Environment at Vermont Law School. The report finds that it would cost $1.9 trillion to $4.1 trillion more over the life of 100 new nuclear reactors than it would to generate the same electricity from a combination of more energy efficiency and renewables.
Energy Net

Ottawa asked to bring back mothballed nuclear reactors - 0 views

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    As doctors and their patients struggle with a growing shortage of the medical isotopes used to treat cancer and other diseases, the federal government is coming under renewed pressure to fire up two nuclear reactors that were to be the backups to the rusting and leaky Chalk River, Ont., reactor where most of those isotopes are produced. MDSNordion, the Ottawa company that takes the isotopes produced by Atomic Energy of Canada Ltd. at its 52-year-old National Research Universal reactor and wholesales them to pharmaceutical companies, urged the government on Monday to re-activate the NRU's backup plan -- a proposal that was mothballed last spring by AECL with the federal government's approval.
Energy Net

Report: 100 New Reactors Would Result in Up to $4 Trillion in Excess Costs for U.S. Tax... - 0 views

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    --Combination of Efficiency and Renewables Much More Economical Than New Nuclear Reactors With Skyrocketing Construction Costs; 'Low Balling' of Cost Estimates Imperils 'Nuclear Renaissance,' Just as Runaway Costs Sank the 'Great Bandwagon Market' of 1970s WASHINGTON, June 18, 2009 /PRNewswire-USNewswire via COMTEX/ -- The likely cost of electricity for a new generation of nuclear reactors would be 12-20 cents per kilowatt hour (KWh), considerably more expensive than the average cost of increased use of energy efficiency and renewable energies at 6 cents per kilowatt hour, according to a major new study by economist Dr. Mark Cooper, a senior fellow for economic analysis at the Institute for Energy and the Environment at Vermont Law School. The report finds that it would cost $1.9 trillion to $4.1 trillion more over the life of 100 new nuclear reactors than it would to generate the same electricity from a combination of more energy efficiency and renewables.
Energy Net

U.S. firm sheds liability for Canadian nuclear peril - The Globe and Mail - 0 views

  • Nuclear plant supplier GE Hitachi Nuclear Energy shielding finances from the risks of an accident at a Canadian nuclear station Share with friends Close Email Please enter a valid e-mail address Please enter a comma delimited list of valid e-mail addresses Other ways of sharing: Tweet this on Twitter Share on Facebook Add to Delicious Submit post to Digg.com Seed this post at Newsvine Print or License Close Print this page License this story Recommend | 11 Times   Article   Comments (29)   $(document).ready(function(){ art.dividers = $('#article-tabs li.divider'); art.allCommentsRetrieved = false; art.type = "news"; art.tinyFlash = ""; if (location.hash) { $('#article-tabs li a').each(function(i) { if (this.href.split('#')[1] == location.hash.split('#')[1]) { art.defaultSelected = i; art.tabContext = this.href.split('#')[1]; art.intialTabContext = art.tabContext; } }); if (art.intialTabContext == "video") { $('#article-rail .boxr').each(function(i,box) { box.id == "coAd" ? $(box).show() : $(box).hide(); }); } } else { if (art.type == 'picturecollection') { art.tabContext = 'photos'; } else if (art.type == 'flash') { art.tabContext = 'interactive'; } else if (art.type == 'videotabbed') { art.tabContext = 'video'; } else { art.tabContext = 'article'; } art.defaultSelected = 0; } art.isInitialWideStateRequest = function(content) { return ((content == 'photos' || (content == 'interactive' && art.tinyFlash != "true")) && (art.intialTabContext != 'undefined' && art.intialTabContext != null)); } art.initiateWideTabRequest = function(content, height) { height = height + 35; var wideName = content + '-ctr'; $('#'+wideName).addClass('selected').css({paddingTop: height+'px'}); $('#article-rail').css({paddingTop: height+20+'px'}); $('#article-relations').css({paddingTop: height+'px'}); art.intialTabContext = null; } art.controlComments = function(content) { // This is needed so the comments do NOT display twice on the comments tab if(content=='comments') { globalPluckLocation = "comments"; if (!art.allCommentsRetrieved) { globe.pluck.getComments(1,null, globalPluckOrder); art.allCommentsRetrieved = true; } $('#latest-comments').hide(); } else { globalPluckLocation = content; $('#latest-comments').show(); } } art.tabbify = function() { var selected = $('#article-tabs li.ui-tabs-selected')[0]; $(art.dividers).removeClass("right-selected").removeClass("left-selected"); $(selected).prev().addClass("left-selected"); $(selected).next().addClass("right-selected"); } art.growTabs = function(content) { $('.wide-container').removeClass('selected').css({paddingTop: 0}); var contentHeight = $('#'+content).height(); var padding = contentHeight+35; var widePdgTop = padding + 'px'; var wideName = content + '-ctr'; if (content == "interactive" && art.tinyFlash == "true") { return; } else { $('#'+wideName).addClass('selected').css({paddingTop: widePdgTop}); $('#article-relations').css({paddingTop: widePdgTop}); $('#article-rail').css({paddingTop: padding+20+'px'}); } } art.getGalleryImages = function(collectionId) { if (!art.galleryImages) { art.galleryImages = new Array(); var gimg = $("#gallery-image"); var url = "http://www.theglobeandmail.com/template/ver1-0/ajax/pictureCollectionImages.jsp"; var params = { articleId: collectionId, start: 0, version: 'gm-f' //cacheTime: '15m' }; $.ajax({ type: 'GET', url: url, data: params, dataType: 'json', success: function(json) { $.each(json.images, function(i, image) { art.galleryImages.push(image); art.galleryImages[i][0] = new Image(); art.galleryImages[i][0].src = image.src; }); // end each setTimeout(function() { $('#photo-meta p.caption', gimg).text(art.galleryImages[0].caption); $('#photo-meta p.credit em', gimg).text(art.galleryImages[0].credit); $('#photo-count', gimg).text('1 of '+art.galleryImages.length); $('img', gimg).attr({ src: art.galleryImages[0][0].src, alt: art.galleryImages[0].alt, width: art.galleryImages[0].width, height: art.galleryImages[0].height }); $('#galleryLoading', gimg).fadeOut(200, function() { $(this).remove(); $(gimg).removeClass('loading').addClass('gimg-0'); $('#gallery-controls').fadeIn(1000); $('#photo-meta',gimg).fadeIn(1000); $('img',gimg).fadeIn(1000); }); }, 200); }, error: function(XMLHttpRequest, textStatus, errorThrown) { $('#galleryLoading') .css({'background-image': 'none', 'width': '60%', 'text-align': 'left'}) .html("This gallery's images aren't loading properly. 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    Nuclear plant supplier GE Hitachi Nuclear Energy shielding finances from the risks of an accident at a Canadian nuclear station One of the world's largest nuclear plant suppliers has ordered its Canadian division to hermetically seal itself off from its U.S. parent, going so far as to forbid engineers at the U.S. wing from having anything to do with Canadian reactors. The move by GE Hitachi Nuclear Energy is spurred by concerns about liability - if an accident at a Canadian plant spreads damage across the border, Americans might be able to sue the parent company. The result is a Canadian company cut off from the technical advances of its parent, a leading player in the industry. The company also won't allow any equipment built or designed by the U.S. parent to be used in Canadian reactors for the same reason.
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    Nuclear plant supplier GE Hitachi Nuclear Energy shielding finances from the risks of an accident at a Canadian nuclear station One of the world's largest nuclear plant suppliers has ordered its Canadian division to hermetically seal itself off from its U.S. parent, going so far as to forbid engineers at the U.S. wing from having anything to do with Canadian reactors. The move by GE Hitachi Nuclear Energy is spurred by concerns about liability - if an accident at a Canadian plant spreads damage across the border, Americans might be able to sue the parent company. The result is a Canadian company cut off from the technical advances of its parent, a leading player in the industry. The company also won't allow any equipment built or designed by the U.S. parent to be used in Canadian reactors for the same reason.
Energy Net

Landmark nuclear reactor will be three years late - Times Online - 0 views

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    A nuclear reactor being built in Finland to the same design expected to be used in Britain is running three years behind schedule. Its developers, Areva, the French nuclear energy group, and Siemens, of Germany, had hoped it would start generating electricity yesterday. The reactor, in Olkiluoto, western Finland, is set to be the world's most powerful nuclear reactor, with a generating capacity of 1,600 megawatts - enough to power a city of 1.6 million people, or nearly one third of Finland's 5.5 million population. However, it is running three years late and is vastly over budget, beset by design delays, water-logged concrete and faulty pipes. EDF, the French state-owned energy group, has said that it will build at least four of the so-called EPR reactors - a new design - in the UK. The first, expected to be at Hinkley Point in Somerset, is slated to enter service in 2017 to help to plug a looming gap in Britain's energy supplies.
Energy Net

Does Nuclear Energy Need More Loan Guarantees? » Heritage Foundation - 0 views

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    Electricite de France SA and Constellation Energy Group say they want Exelon to join their UniStar Nuclear Energy development venture. After being ranked in the lower tier for federal loan guarantees, Exelon said it is seeking a reactor design more proven than the GE Hitachi Economic Simplified Boiling Water Reactor it initially planned to use in Texas. UniStar plans to use Areva SA's Evolutionary Power Reactors in Maryland and New York." The Energy Policy Act of 2005 establishes loan guarantees for handful of reactors built in the United States. Now, some companies are making their case for unlimited loan guarantees and more subsidies to keep things moving forward.
Energy Net

Nuclear power in Japan: Facts, Discussion Forum, and Encyclopedia Article - 0 views

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    "In 2008, after the opening of 8 brand new nuclear plants in Japan (2 on the Island of Hokkaidō, 3 on Honshū, and 1 each on Kyūshū, Shikoku, and Tanagashima, the last of which hosts the Japanese Aerospace Agency headquarters and uses roughly 2% of all Japan's energy despite only about 21,714 inhabitants) Japan became the second largest nuclear power user in the world with 63 nuclear reactor Nuclear reactor A nuclear reactor is a device in which nuclear chain reactions are initiated, controlled, and sustained at a steady rate.The most significant use of nuclear reactors is as an energy source for the generation of electrical power and for the power in some ships... s. These provide 34.5% of Japan's electricity. Since 1973 nuclear energy has been a national strategic priority because Japan is heavily dependent on imported fuel, with fuel imports accounting for 61% of energy production."
Energy Net

Generation III nuclear reactors: late again | Greenpeace International - 0 views

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    "Yesterday we brought you more of the continuing and farcical story of the state of the art European Pressurised Reactor (EPR) being built by AREVA at Olkiluoto in Finland. The many, many diverse delays incompetence in the project have led to it being (at the time of writing) four years behind schedule and 2.3 billion euros over-budget. It's not just in Finland, however, where the reactor that was supposed to relaunch the nuclear 'renaissance' is struggling. In the UK, where the EPR - along with the Westinghouse AP1000 - is being evaluated for possible construction there, the government's Health and Safety Executive has said its design assessment process will miss its June 2011 deadline. More information is required from the reactor vendors in a number of areas: fault studies, fuel design and electrical systems for AP1000; and mechanical engineering, environment and fuel design for the EPR. For both reactors the HSE wants more information on structural integrity as well as higher active waste and used fuel management."
Energy Net

AFP: Japanese firms to develop small nuclear reactors - 0 views

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    Japan's major nuclear reactor manufacturers have begun developing small nuclear power systems for both developed and emerging countries, a report said on Saturday. Toshiba Corp. is developing an ultra-compact reactor with an output of about 10,000 kilowatts and has started procedures for approval in the United States, the Nikkei business daily said. The new reactor, the Toshiba 4S, is designed to minimise the need for monitoring and maintenance, with an automatic shutdown function to ensure safety in case of problems, the newspaper said.
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    Japan's major nuclear reactor manufacturers have begun developing small nuclear power systems for both developed and emerging countries, a report said on Saturday. Toshiba Corp. is developing an ultra-compact reactor with an output of about 10,000 kilowatts and has started procedures for approval in the United States, the Nikkei business daily said. The new reactor, the Toshiba 4S, is designed to minimise the need for monitoring and maintenance, with an automatic shutdown function to ensure safety in case of problems, the newspaper said.
Energy Net

PDF: IEER: PSR: Thorium Fuel: No Panacea for Nuclear Power - 0 views

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    By Michele Boyd and Arjun Makhijani A Fact Sheet Produced by Physicians for Social Responsibility and the Institute for Energy and Environmental Research Thorium "fuel" has been proposed as an alternative to uranium fuel in nuclear reactors. There are not "thorium reactors," but rather proposals to use thorium as a "fuel" in different types of reactors, including existing light-water reactors and various fast breeder reactor designs. Thorium, which refers to thorium-232, is a radioactive metal that is about three times more abundant than uranium in the natural environment. Some of the largest reserves are found in Idaho in the U.S. Large known deposits are in Australia, India, and Norway. The primary U.S. company dvocating for thorium fuel is Thorium Power (www.thoriumpower.com). Unlike the claims made or implied by thorium proponents, however, thorium doesn't solve the proliferation, waste, safety, or cost problems of nuclear power, and it still faces major technical hurdles for commercialization.
Energy Net

Duke Energy won't do more MOX tests - Augusta Chronicle - 0 views

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    Duke Energy says first two tests were sufficient, denies waning interest Duke Energy, which has been testing French-made mixed-oxide nuclear fuels in its Catawba 1 reactor to gauge the suitability of similar fuels to be made at Savannah River Site, has exercised an option not to conduct a third 18-month testing cycle. Sign up for breaking news alerts from The Chronicle "It was used for two operating cycles and we made a decision that an additional cycle is not required," said Rita Sipe, a nuclear media relations spokeswoman for Duke Energy. The reason, she said, is that the first two cycles provided sufficient data that will be analyzed as part of the evaluation process for MOX, which is made by blending plutonium from dismantled nuclear bombs with conventional reactor fuels.
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    Duke Energy says first two tests were sufficient, denies waning interest Duke Energy, which has been testing French-made mixed-oxide nuclear fuels in its Catawba 1 reactor to gauge the suitability of similar fuels to be made at Savannah River Site, has exercised an option not to conduct a third 18-month testing cycle. Sign up for breaking news alerts from The Chronicle "It was used for two operating cycles and we made a decision that an additional cycle is not required," said Rita Sipe, a nuclear media relations spokeswoman for Duke Energy. The reason, she said, is that the first two cycles provided sufficient data that will be analyzed as part of the evaluation process for MOX, which is made by blending plutonium from dismantled nuclear bombs with conventional reactor fuels.
Energy Net

Hanford's B Reactor: A tour of the world's most toxic nuclear site - 0 views

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    that once produced plutonium for our nation's atom bombs. That's how I spent my Labor Day weekend. Located just outside of Richland, in eastern Washington State, the Hanford Nuclear Reservation spans 586 square miles on high desert plains. The mighty Columbia River marks the site's eastern boundary where its waters once served as the depository for a few of the reactors' contaminated effluent. Belly-high barbwire fencing, with phallic smoke stacks positioned next to its aging boxy structures, surrounds Hanford's dry austere landscape. The aura of this rough terrain, taken from the Wanapum tribe only 66 years ago, is evocative to say the least. Hanford's 3-B Reactor. Photo by Chelsea Mosher At noon on this particular Saturday a group of us climbed onto a bus in Richland to tour Hanford's notorious B Reactor, which was designated a National Historic Landmark in August of 2008. Constructed by DuPont in just 11 months back in the early 1940s, B was the first full-scale plutonium production plant in the world. This summer the Department of Energy, along with the help of the Fluor Corporation, provided regular public tours of the reactor, hoping that one day the facility will be turned into a national museum of sorts.
Energy Net

Photos: Inside a nuclear reactor | ZDNet Photo Gallery - 0 views

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    Technicians in the Idaho National Lab's Advanced Test Reactor work to place an object into the reactor below. Though there is little measurable radiation in the area where they're working, they wear the suits as a precaution. In order to maneuver the object, they use very long-handled tools, which are capable of reaching far down into the reactor. The Idaho National Lab is, among other things, the U.S. Department of Energy's leading nuclear research institution, and its employees are working on developing the technology behind what would be known as the "fourth-generation" nuclear reactors, facilities that many hope will help provide large amounts of energy with little additional carbon footprint.
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