Cleaning Up Nuclear-Contaminated Sites Faster And Cheaper
Hundreds of millions of dollars are spent on cleanup of some major sites contaminated by radioactivity, primarily from the historic production of nuclear weapons during and after World War II. These include the Hanford site in Washington, Savannah River site in South Carolina, and Oak Ridge National Laboratory in Tennessee. "Unlike other detectors, this spectrometer is more efficient, and able to measure and quantify both gamma and beta radiation at the same time," said David Hamby, an OSU professor of health physics. "Before this two different types of detectors and other chemical tests were needed in a time-consuming process." "This system will be able to provide accurate results in 15 minutes that previously might have taken half a day," Hamby said. "That saves steps, time and money." The spectrometer, developed over 10 years by Hamby and Abi Farsoni, an assistant professor in the College of Engineering, can quickly tell the type and amount of radionuclides that are present in something like a soil sample - contaminants such as cesium 137 or strontium 90 - that were produced from reactor operations. And it can distinguish between gamma rays and beta particles, which is necessary to determine the level of contamination. "Cleaning up radioactive contamination is something we can do, but the process is costly, and often the question when working in the field is how clean is clean enough," Hamby said. "At some point the remaining level of radioactivity is not a concern. So we need the ability to do frequent and accurate testing to protect the environment while also controlling costs." This system should allow that, Hamby said, and may eventually be used in monitoring processes in the nuclear energy industry, or possibly medical applications in the use of radioactive tracers. The OSU College of Engineering has contracted with Ludlum Instruments, a Sweetwater, Texas, manufacturer, to produce the first instruments, and the OSU Office of Technology Transfer is seeking a licensee for commercial development. The electronic systems for the spectrometers will be produced in Oregon by Avicenna Instruments, the researchers said. |
Michele Kearney's Nuclear Wire
Major Energy and Environmental News and Commentary affecting the Nuclear Industry.
Wednesday, January 5, 2011
Cleaning Up Nuclear-Contaminated Sites Faster And Cheaper
Iran invites foreign diplomats to tour its nuclear sites (Update 1)
Iran invites foreign diplomats to tour its nuclear sites (Update 1) |
- Iran offers tour to foreign officials of its nuclear facilities
Iran has offered to give EU representatives, the Non-Aligned Movement and other parties a tour of its nuclear facilities on Jan. 15 and 16. The U.S. State Department said the invitation in nothing but a "public relations stunt" and "not a substitute for Iran's responsibilities" to the International Atomic Energy Agency. RIA Novosti (Russia)
Nuclear energy provides viable economic source for communities
New nuclear facilities can bring jobs to African-American communities while helping to meet clean-energy goals, write Maudine R. Cooper, president and CEO of the Greater Washington [D.C.] Urban League and Christine Todd Whitman, former EPA administrator and co-chairwoman of the Clean and Safe Energy Coalition. "Nuclear energy is an economic success story -- a story all Americans should be part of. One of the great values of nuclear energy is its ability to transform communities with new jobs and economic development," they write. BET.com
NRC wants waste stored for century By JOSH STILTS / Reformer Staff
NRC proposes to extend on-site storage of high-level waste, used fuel
The Nuclear Regulatory Commission is proposing rule revisions that would allow nuclear facilities to store high-level waste and used fuel for more than 120 years. "This analysis will go well beyond the current analysis that supports at least 60 years of post-licensed life storage with eventual disposal in a deep geologic repository," the NRC said. "In terms of the disposal of [used] fuel and high-level waste, the revisions to the Waste Confidence Decision reflect the reality that a repository for the material remains unavailable," Neil Sheehan, a spokesman for the NRC. Brattleboro Reformer (Vt.)
The Nuclear Regulatory Commission is proposing rule revisions that would allow nuclear facilities to store high-level waste and used fuel for more than 120 years. "This analysis will go well beyond the current analysis that supports at least 60 years of post-licensed life storage with eventual disposal in a deep geologic repository," the NRC said. "In terms of the disposal of [used] fuel and high-level waste, the revisions to the Waste Confidence Decision reflect the reality that a repository for the material remains unavailable," Neil Sheehan, a spokesman for the NRC. Brattleboro Reformer (Vt.)
Tuesday, January 4, 2011
Iran Invites Some Nations, Not U.S., for Nuclear Tour By: Mark Landler | The New York Times
http://www.nytimes.com/2011/01/04/world/middleeast/04tehran.html?_r=2&ref=world
Iran has invited Russia, China and several European Union members to visit its nuclear facilities this month, but pointedly snubbed the United States, European diplomats said on Monday.
Cleaning Up Nuclear-Contaminated Sites Faster And Cheaper
http://www.nuclearpowerdaily.com/reports/Cleaning_Up_Nuclear_Contaminated_Sites_Faster_And_Cheaper_999.html
Corvallis OR (SPX) Jan 04, 2011 Members of the engineering faculty at Oregon State University have invented a new type of radiation detection and measurement device that will be particularly useful for cleanup of sites with radioactive contamination, making the process faster, more accurate and less expensive. A patent has been granted on this new type of radiation spectrometer, and the first production of devices will begin soon. The advance has also led to creation of a Corvallis-based spinoff company, Avicenna Instruments, based on the OSU research. The market for these instruments may ultimately be global, and thousands of them could be built, researchers say.
Hundreds of millions of dollars are spent on cleanup of some major sites contaminated by radioactivity, primarily from the historic production of nuclear weapons during and after World War II. These include the Hanford site in Washington, Savannah River site in South Carolina, and Oak Ridge National Laboratory in Tennessee.
"Unlike other detectors, this spectrometer is more efficient, and able to measure and quantify both gamma and beta radiation at the same time," said David Hamby, an OSU professor of health physics. "Before this two different types of detectors and other chemical tests were needed in a time-consuming process."
"This system will be able to provide accurate results in 15 minutes that previously might have taken half a day," Hamby said. "That saves steps, time and money."
The spectrometer, developed over 10 years by Hamby and Abi Farsoni, an assistant professor in the College of Engineering, can quickly tell the type and amount of radionuclides that are present in something like a soil sample - contaminants such as cesium 137 or strontium 90 - that were produced from reactor operations. And it can distinguish between gamma rays and beta particles, which is necessary to determine the level of contamination.
"Cleaning up radioactive contamination is something we can do, but the process is costly, and often the question when working in the field is how clean is clean enough," Hamby said. "At some point the remaining level of radioactivity is not a concern. So we need the ability to do frequent and accurate testing to protect the environment while also controlling costs."
This system should allow that, Hamby said, and may eventually be used in monitoring processes in the nuclear energy industry, or possibly medical applications in the use of radioactive tracers.
The OSU College of Engineering has contracted with Ludlum Instruments, a Sweetwater, Texas, manufacturer, to produce the first instruments, and the OSU Office of Technology Transfer is seeking a licensee for commercial development. The electronic systems for the spectrometers will be produced in Oregon by Avicenna Instruments, the researchers said.
Hundreds of millions of dollars are spent on cleanup of some major sites contaminated by radioactivity, primarily from the historic production of nuclear weapons during and after World War II. These include the Hanford site in Washington, Savannah River site in South Carolina (pictured), and Oak Ridge National Laboratory in Tennessee. |
Corvallis OR (SPX) Jan 04, 2011 Members of the engineering faculty at Oregon State University have invented a new type of radiation detection and measurement device that will be particularly useful for cleanup of sites with radioactive contamination, making the process faster, more accurate and less expensive. A patent has been granted on this new type of radiation spectrometer, and the first production of devices will begin soon. The advance has also led to creation of a Corvallis-based spinoff company, Avicenna Instruments, based on the OSU research. The market for these instruments may ultimately be global, and thousands of them could be built, researchers say.
Hundreds of millions of dollars are spent on cleanup of some major sites contaminated by radioactivity, primarily from the historic production of nuclear weapons during and after World War II. These include the Hanford site in Washington, Savannah River site in South Carolina, and Oak Ridge National Laboratory in Tennessee.
"Unlike other detectors, this spectrometer is more efficient, and able to measure and quantify both gamma and beta radiation at the same time," said David Hamby, an OSU professor of health physics. "Before this two different types of detectors and other chemical tests were needed in a time-consuming process."
"This system will be able to provide accurate results in 15 minutes that previously might have taken half a day," Hamby said. "That saves steps, time and money."
The spectrometer, developed over 10 years by Hamby and Abi Farsoni, an assistant professor in the College of Engineering, can quickly tell the type and amount of radionuclides that are present in something like a soil sample - contaminants such as cesium 137 or strontium 90 - that were produced from reactor operations. And it can distinguish between gamma rays and beta particles, which is necessary to determine the level of contamination.
"Cleaning up radioactive contamination is something we can do, but the process is costly, and often the question when working in the field is how clean is clean enough," Hamby said. "At some point the remaining level of radioactivity is not a concern. So we need the ability to do frequent and accurate testing to protect the environment while also controlling costs."
This system should allow that, Hamby said, and may eventually be used in monitoring processes in the nuclear energy industry, or possibly medical applications in the use of radioactive tracers.
The OSU College of Engineering has contracted with Ludlum Instruments, a Sweetwater, Texas, manufacturer, to produce the first instruments, and the OSU Office of Technology Transfer is seeking a licensee for commercial development. The electronic systems for the spectrometers will be produced in Oregon by Avicenna Instruments, the researchers said.
Related articles
- New technology to speed cleanup of nuclear contaminated sites (eurekalert.org)
- New technology to speed cleanup of nuclear contaminated sites (sciencedaily.com)
- New device to accelerate cleanup of nuclear-contaminated sites (news.bioscholar.com)
- Radioactive Soil Shows Woes of Cleanup (online.wsj.com)
- Workers find more radioactivity at Hanford site (seattletimes.nwsource.com)
- Some Bunnies 'Go Nuclear' at Hanford (online.wsj.com)
- Radioactive mouse hunt at Hanford (seattletimes.nwsource.com)
IEA World Energy Outlook 2010-2035
November 09, 2010
IEA World Energy Outlook 2010-2035
Related articles
- China to use 20% of global energy by 2035 (ft.com)
- World Energy Outlook 2010 (greenblognetwork.blogspot.com)
- World Energy Outlook: 36% More by 2035 (reason.com)
- IEA acknowledges peak oil (energybulletin.net)
- More government action on energy needed, IEA says (sfgate.com)
- More Government Action on Energy Needed, IEA Says (abcnews.go.com)
- More government action on energy needed, IEA says (seattletimes.nwsource.com)
- IEA World Energy Outlook 2010-2035 (nextbigfuture.com)
- IEA predicts oil breaking $200 by 2035 as China keeps on trucking (independent.co.uk)
- Report: How Green is Our Energy Future? (earth911.com)
U.S. Dismisses Iran Nuclear Overture from the Council on Foreign Relations
Tuesday, January 4, 2011
Analysis:
This Foreign Affairs article discusses the dangers of a nuclear Iran
Abbas Milani of ForeignPolicy.com details the rich history behind Iran's current nuclear ambitions and why the United States' denuclearization
Background:
View an interactive timeline that explores the history of U.S.-Iran relations
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Monday, January 3, 2011
After New START, Obama must move forward on missile defense from Shadow Government by Jamie M. Fly
The reality, however, is closer to the view put forth by Senator Bob Corker, who, during the final floor debate prior to ratification, termed New START the "Nuclear Modernization and Missile Defense Act of 2010."
Although many key Republicans, including Sens. Jon Kyl, John McCain, Lindsey Graham, and minority leader Mitch McConnell, ended up voting against ratification, the work they did behind the scenes in the months and weeks prior to the vote vastly improved the U.S. strategic situation post-ratification.
New START itself is a rather minor arms control agreement, with only minimal cuts to U.S. and Russian nuclear forces. Therefore much of the debate about the treaty was about ancillary issues the Russians attempted to bring into the treaty or about strategic issues not addressed by the treaty.
In two of these areas, Sen. Kyl and his colleagues did yeoman's work by prodding the administration to improve nuclear and missile defense policy. Through months of negotiations, he extracted a commitment from the Obama administration to provide $84.1 billion of funding over the next ten years to ensure that the aging U.S. nuclear stockpile is modernized. And during the final days of the Senate debate, Sen. Kyl, joined by Sen. McCain and others, obtained assurances from Obama regarding his long-term commitment to develop effective missile defenses.
Neither item may seem like a concession, given that both actions are fully in line with positions taken by previous administrations of both political parties. [[BREAK]]
But the president has made his goal of a world without nuclear weapons his top national security priority. He has been supported in this by a disarmament community on the left that has for years strongly opposed modernization of the U.S. nuclear arsenal. Similarly, Obama has not always been a strong supporter of missile defense and even appointed an official to the White House Office of Science and Technology Policy who questioned the feasibility and necessity of such a system.
During his eight years in office, President Bush withdrew the United States from the 1972 Anti-Ballistic Missile Treaty and proceeded to deploy a limited missile defense system in Alaska and California to protect the continental United States from threats emanating from North Korea and Iran. But many on the left, including then-Senator Barack Obama, were skeptical.
Candidate Obama highlighted concerns about the underlying technology behind the system. He spoke of the need to ensure missile defense technology was "pragmatic and cost-effective" and did not "divert resources from other national security priorities until we are positive the technology will protect the American public." He also pledged to "cut investments in unproven missile defense systems."
Missile defense advocates were, not surprisingly, concerned. Their fears were heightened when the president's first budget slashed missile defense by $1.4 billion and were amplified when in September 2009 the president announced his intention to abandon President Bush's plan for missile defense sites in Central Europe to confront the threat posed by Iran's emerging long-range missile capability.
The suspect timing of the announcement, just as the administration was attempting to conclude negotiations with Moscow on New START and the bungled handling of the rollout raised further concerns that the administration was willing to barter away missile defense in an effort to overcome Russia's longtime opposition to U.S. missile defense. The treaty text signed by Obama contributed to conservative angst by linking offensive and defensive weapons in the preamble, a linkage that Russia had long sought but that the Obama administration insisted would not affect its future missile defense plans.
President Obama reaffirmed this position in a letter to Senate Majority Leader Harry Reid during the Senate debate on New START, his strongest statement to date on missile defense. The president wrote that "as long as I am president, as long as the Congress provides the necessary funding, the United States will continue to develop and deploy effective missile defenses to protect the United States, our deployed forces, and our allies and partners."
The president also reaffirmed his commitment to fully implement all four phases of his new missile defense plan in Europe, including the fourth phase, which will involve interceptors capable of defending against long-range Iranian systems -- the phase that Russian officials may have had in mind when they threatened to withdraw from the treaty if the United States develops its missile defense system quantitatively or qualitatively.
Despite these commitments regarding funding for nuclear modernization and continued expansion of missile defenses, the administration will now have to follow through on its promises.
Modernization will have to be adequately funded even in the current tough economic climate. As it enters a new round of arms control negotiations with Russia on the issue of tactical nuclear weapons, the administration will have to do a better job of withstanding continued Russian efforts to limit U.S. missile defenses than they did during the negotiation of New START.
A more immediate concern relates to the fourth and final phase of Obama's approach to missile defense in Europe. This phase calls for the deployment later this decade of a missile that does not yet exist. This is exactly the type of untested technology that candidate Obama railed about in 2008, something he can address by providing continued funding in the FY 2012 budget for a backup in case the new interceptor doesn't prove to be viable in time to meet the rapidly evolving threat.
The Senate debate over New START was impassioned and divided Republicans. But Republicans successfully used the debate to prompt Obama to once again distance himself from the views of candidate Obama and many of his supporters on the left. By doing so, they strengthened U.S. national security.
Related articles
- William Hartung: New START, Next Steps (huffingtonpost.com)
- Obama reassures lawmakers on missile defenses - Reuters (news.google.com)
- What's Inside the New Nuke Arms Treaty (wired.com)
- The bipartisan push for missile defense (dailycaller.com)
EPRI Review of Geologic Disposal for Used Fuel and High Level Radioactive Waste: Volume IV—Lessons Learned
| EPRI Review of Geologic Disposal for Used Fuel and High Level Radioactive Waste: Volume IV—Lessons Learned |
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| Abstract | |||||||||||||||||
| The effective termination of the Yucca Mountain program by the U.S. Administration in 2009 has further delayed the construction and operation of a permanent disposal facility for used fuel and high level radioactive waste (HLW) in the United States. In concert with this decision, the President directed the Energy Secretary to establish the Blue Ribbon Commission on America's Nuclear Future to review and provide recommendations on options for managing used fuel and HLW. EPRI is uniquely positioned to provide an independent scientific and technical perspective on used fuel and HLW management as well as related impacts of alternate nuclear fuel cycles. While there are, in fact, numerous options for managing the wastes associated with the nuclear fuel cycle, all waste management and fuel cycle alternatives eventually require permanent disposal for some form and amount of long-lived radioactive material. The disposal of used fuel and HLW is often mischaracterized as an intractable problem. To the contrary, there exists today an international consensus on the appropriateness and capability of deep geologic disposal to provide long-term isolation of used fuel and HLW from the biosphere. This consensus has emerged from more than five decades of scientific study and peer-review, technical and regulatory developments, and site selection and characterization. This report, Lessons Learned, is the final volume of a four-volume series, entitled EPRI Review of Geologic Disposal for Used Fuel and High Level Radioactive Waste, which surveys and evaluates past, present, and planned disposal options gleaned from a half-century of geologic disposal efforts in the United States and abroad. EPRI's review of technical and nontechnical elements deemed critical for successful implementation of a repository program has identified a number of lessons learned in the following areas: 1) laws, regulations, and institutional and financial arrangements; 2) site screening, selection, and characterization; 3) repository design concepts; 4) independent peer review and advisory bodies; and 5) stakeholder and public involvement. | |||||||||||||||||
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| 2010 Used Fuel and High-Level Waste Management | |||||||||||||||||
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| Used Fuel Spent Nuclear Fuel (SNF) High Level Radioactive Waste (HLW) Deep Geologic Disposal HLW Repository | |||||||||||||||||
| Note: | |||||||||||||||||
| EPRI Customer Assistance Center (800) 313-3774 email:askepri@epri.com | |||||||||||||||||
| Direct URL http://my.epri.com/portal/server.pt?Abstract_id=000000000001021057 | |||||||||||||||||
Down the nuclear rabbit hole
Pakistan Is World's Worst Nuclear Trafficker - Collins & Frantz, LA Times
Down the nuclear rabbit hole
The damage done by rogue Pakistani scientist A.Q. Khan's network show that nations must put aside their individual interests to stop proliferation.
China announces nuclear fuel breakthrough
China announces nuclear fuel breakthrough
Beijing (AFP) Jan 3, 2011 - Chinese scientists have made a breakthrough in nuclear fuel reprocessing technology that could effectively end any uranium supply concerns, state media reported on Monday. The technology developed by state-run China National Nuclear Corp enables the country to re-use irradiated nuclear fuel, China Central Television said. "China's proven uranium sources will last only 50 to 70 years, but ... morehttp://www.nuclearpowerdaily.com/reports/China_announces_nuclear_fuel_breakthrough_999.html
Beijing (AFP) Jan 3, 2011 - Chinese scientists have made a breakthrough in nuclear fuel reprocessing technology that could effectively end any uranium supply concerns, state media reported on Monday. The technology developed by state-run China National Nuclear Corp enables the country to re-use irradiated nuclear fuel, China Central Television said. "China's proven uranium sources will last only 50 to 70 years, but ... morehttp://www.nuclearpowerdaily.com/reports/China_announces_nuclear_fuel_breakthrough_999.html
Sunday, January 2, 2011
Iran's Nuclear Domino Effect by Andrew Roberts
A former Bush defense official says that Saudi Arabia and Pakistan might initiate a dangerous alliance if Iran develops nuclear weapons. Andrew Roberts speaks to Eric Edelman about the unintended consequences for South Asia.
Might the impending nuclearization of Iran rapidly lead to a situation in which India targets nuclear weapons on Saudi Arabia? That is one of the many unnerving repercussions envisaged in an authoritative article, “The Dangers of a Nuclear Iran,” in the current issue of Foreign Affairs, written by, among others, Eric Edelman, President George W. Bush’s undersecretary of defense for policy from 2005 to 2009. When an analyst of Edelman’s seniority and ability, who moreover was working in the Pentagon with full access to all the available intelligence on precisely this issue as recently as two years ago, pronounces on questions of this gravity it behooves us to pay serious attention.
More at:
http://www.thedailybeast.com/blogs-and-stories/2011-01-02/irans-nuclear-weapons-could-lead-to-a-saudi-and-pakistan-alliance
Might the impending nuclearization of Iran rapidly lead to a situation in which India targets nuclear weapons on Saudi Arabia? That is one of the many unnerving repercussions envisaged in an authoritative article, “The Dangers of a Nuclear Iran,” in the current issue of Foreign Affairs, written by, among others, Eric Edelman, President George W. Bush’s undersecretary of defense for policy from 2005 to 2009. When an analyst of Edelman’s seniority and ability, who moreover was working in the Pentagon with full access to all the available intelligence on precisely this issue as recently as two years ago, pronounces on questions of this gravity it behooves us to pay serious attention.
More at:
http://www.thedailybeast.com/blogs-and-stories/2011-01-02/irans-nuclear-weapons-could-lead-to-a-saudi-and-pakistan-alliance
Labels:
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N. Korea Calls for Peace, Warns of "Nuclear Holocaust"
Tom Lasseter, McClatchy Newspapers: "North Korea on Saturday called for dialogue and peace on the Korean Peninsula in a state-issued New Year’s Day editorial, warning that a breakout of war with the South 'will bring nothing but a nuclear holocaust'.... While the statement also characterized South Korea’s government as a 'minion of war' beholden to 'pro-U.S. war hawks,' the document’s repeated calls for more cooperation suggest that the North might be moving, for now, away from a pattern of attacks against the South."
Read the Article
Related articles
- North Korea: War Would Bring 'Nuclear Holocaust' (newser.com)
- NKorea warns war will bring "nuclear holocaust" (thehimalayantimes.com)
- North Korea Issues Predictably Crazy New Year Message [Threats] (gawker.com)
- North and South Korea Call for Peace (waronterrornews.typepad.com)
- Seoul Korea Destroyed in Nuclear Holocaust! (socyberty.com)
Saturday, January 1, 2011
US helps Ukraine get rid of enriched uranium
Washington
"This action brings us all one step closer to securing all vulnerable nuclear materials," President Barack Obama said in a statement.
"These actions represent continued Ukrainian leadership in making sure that nuclear weapons never fall into the hands of a terrorist, and working toward a world without nuclear weapons."
In April 2009, Obama promised in a landmark speech in Prague to work towards a world without nuclear weapons. But he has admitted he does not expect to see that goal reached in his lifetime.
"The removal of this highly enriched uranium from Ukraine is a major milestone that brings us one step closer to US President Obama's goal of securing all nuclear material around the world within four years," said Thomas D'Agostino, director of the National Nuclear Security Administration (NNSA).
Five flights in the last half of December were made to remove the highly enriched uranium, fly it to Russia in specially designed caskets, and replace it with low enriched uranium for Ukraine, the NNSA said in its statement.
"NNSA worked closely with Ukrainian authorities, the International Atomic Energy Agency, the Russian Federation, and the United Kingdom to complete this very complicated operation," it added.
As part of the deal, NNSA flew two air shipments of low enriched uranium -- which cannot be used to make a bomb -- to replace the highly enriched uranium located at the Kiev Institute for Nuclear Research and the Kharkiv Institute for Physics and Technology.
"The remaining three flights removed fresh HEU from the facilities in Kiev and Kharkiv as well as the Sevastopol National University of Nuclear Industry and Energy," the NNSA statement added.
The United States also provided Ukraine with new safety equipment and agreed to work with Kiev and Moscow to build a state-of-the-art neutron source facility at the Kharkiv Institute, it added.
"The low enriched uranium and nuclear safety equipment provided to Ukraine in connection with this shipment will support Ukraine's development of safe and secure nuclear energy," Obama added in his statement.
In May, the NNSA working with Ukrainian authorities also successfully removed 56 kilograms (123 pounds) of Russian-origin highly-enriched uranium spent fuel which was taken to Russia by train for storage and disposal.
The US nuclear administration said it had now removed or helped to dispose of 3,085 kilograms (6,700 pounds) of highly enriched uranium and plutonium, adding that represented "enough material to make more than 120 nuclear weapons."
PM to dedicate Tarapur nuke reprocessing unit next week
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Science and the media: 24 - 30 December
Science and the media: 24 - 30 December
Steve Corneliussen's topics this week:- James Fallows's long argument in the Atlantic that the world will inevitably rely on coal for many more decades—and that the US must therefore match China's seriousness about making the phrase clean coal more than an oxymoron.
- Another "Radiation Boom" medical physics feature article from the front page of the New York Times.
- A Wall Street Journal editorial accusing the secretary of agriculture of politicizing science.
- A Times op-ed about global warming and recent cold winters in northern cities.
- A Times Sunday magazine remembrance of Benoît Mandelbrot, the path-breaking mathematician.
George F. Will's 30 December Washington Post column in part discusses—and thereby raises the visibility of—James Fallows's recent Atlantic article "Dirty Coal, Clean Future."
Friday, December 31, 2010
Jordan Moving towards a Nuclear Future
[AMMAN] Jordan is to enter the nuclear age with the announcement on 9 December that construction of its first nuclear research and training reactor will begin by February next year.
The Jordan Centre for Nuclear Research, which will host the reactor, will be built at the Jordan University of Science and Technology, about 70 kilometres north of Amman.
Nedal Xoubi, nuclear fuel cycle commissioner of the Jordan Atomic Energy Commission (JAEC), told SciDev.Net that the Jordan Research and Training Reactor (JRTR) will be built at the centre at an estimated cost of US$130 million. The building's foundation was laid last month (23 November).
"The new reactor is a keystone in the nuclear infrastructure of Jordan, as a new generation of nuclear engineers and scientists will be trained in the facility," he said.
A South Korean consortium is building the five-megawatt reactor, which will be used for radioisotope production and training and is expected to be fully operational by 2015.
A full nuclear plant will follow, in line with plans to lessen Jordan's dependence on fossil fuel.
"[We want] to transform Jordan from a net energy importer to a net electricity exporter by 2030, with the aim of making low-cost power available to sustain the country's continued economic growth, and to desalinate very much-needed water," said Khalid Touqan, chairman of Jordan Atomic Energy Commission.
"The pursuit of nuclear power is of crucial importance to a country like Jordan, which imports 96 per cent of its energy at a cost of 20 per cent of its gross domestic product and which faces severe water shortages," he said, adding that the kingdom has estimated uranium oxide reserves of about 70,000 tonnes.
But Ahmad Al-Malabeh, professor of earth and environmental sciences in the Faculty of Natural Resources and Environment at the Hashemite University, said: "Having such an ambitious nuclear project requires creating a functioning system for radioactive waste management, in order to avoid an environmental disaster".
Al-Malabeh said that the JAEC should have been subject to an economic feasibility study to compare it with solar power.
"They focused on the nuclear option because of the existence of significant quantities of uranium, despite the fact that Jordan is in the solar belt, which is excellent for generating solar power."
Ahmad Alkofahi, the executive director of the Jordan Environment Society, said: "The environmental societies [of Jordan] are not against initiating a nuclear reactor, but solar and wind power should be initiated in the same way, as they are much better environmentally and economically".
By. Hanan Alkiswany
Source: SciDev
lhttp://oilprice.com/Alternative-Energy/Nuclear-Power/Jordan-Moving-towards-a-Nuclear-Future.html
The Jordan Centre for Nuclear Research, which will host the reactor, will be built at the Jordan University of Science and Technology, about 70 kilometres north of Amman.
Nedal Xoubi, nuclear fuel cycle commissioner of the Jordan Atomic Energy Commission (JAEC), told SciDev.Net that the Jordan Research and Training Reactor (JRTR) will be built at the centre at an estimated cost of US$130 million. The building's foundation was laid last month (23 November).
"The new reactor is a keystone in the nuclear infrastructure of Jordan, as a new generation of nuclear engineers and scientists will be trained in the facility," he said.
A South Korean consortium is building the five-megawatt reactor, which will be used for radioisotope production and training and is expected to be fully operational by 2015.
A full nuclear plant will follow, in line with plans to lessen Jordan's dependence on fossil fuel.
"[We want] to transform Jordan from a net energy importer to a net electricity exporter by 2030, with the aim of making low-cost power available to sustain the country's continued economic growth, and to desalinate very much-needed water," said Khalid Touqan, chairman of Jordan Atomic Energy Commission.
"The pursuit of nuclear power is of crucial importance to a country like Jordan, which imports 96 per cent of its energy at a cost of 20 per cent of its gross domestic product and which faces severe water shortages," he said, adding that the kingdom has estimated uranium oxide reserves of about 70,000 tonnes.
But Ahmad Al-Malabeh, professor of earth and environmental sciences in the Faculty of Natural Resources and Environment at the Hashemite University, said: "Having such an ambitious nuclear project requires creating a functioning system for radioactive waste management, in order to avoid an environmental disaster".
Al-Malabeh said that the JAEC should have been subject to an economic feasibility study to compare it with solar power.
"They focused on the nuclear option because of the existence of significant quantities of uranium, despite the fact that Jordan is in the solar belt, which is excellent for generating solar power."
Ahmad Alkofahi, the executive director of the Jordan Environment Society, said: "The environmental societies [of Jordan] are not against initiating a nuclear reactor, but solar and wind power should be initiated in the same way, as they are much better environmentally and economically".
By. Hanan Alkiswany
Source: SciDev
lhttp://oilprice.com/Alternative-Energy/Nuclear-Power/Jordan-Moving-towards-a-Nuclear-Future.html
Related articles
- Solar Compared (Gram for Gram) to Nuclear and Coal (planetsave.com)
- UAE pushes on with plan for first nuclear reactors (seattletimes.nwsource.com)
- Reviewing three bets on uranium production and nuclear power generation (nextbigfuture.com)
- Mini nuclear reactors: Thinking small (economist.com)
- Factbox: Nuclear power plans in the Gulf and beyond (reuters.com)
- FACTBOX-Nuclear power plans in the Gulf and beyond (reuters.com)
- Completing Nuclear Energy's Digital Transformation (environmentalleader.com)
- China's first AP1000 reactor in still on track for completion in 2013 and other nuclear energy news (nextbigfuture.com)
IAEA Highlights in 2010 A Retrospective View of Year's Major Events Staff Report
IAEA Highlights in 2010
A Retrospective View of Year's Major Events
Staff ReportThursday, December 30, 2010
N.Korea can build a nuclear bomb a year: ex US defence chief
Report: N.Korea increases flight drills despite fuel pinchSeoul (AFP) Dec 29, 2010 - A North Korean jet has crashed as the country intensified air force exercises following its attack last month on a South Korean frontline island which sent tensions soaring, a newspaper said Wednesday. A MiG fighter disappeared off radar screens last week as the impoverished communist state held unusually extensive winter flight drills, the Korea JoongAng Daily said, quoting a military source. North Korea usually keeps flight drills to a minimum because of severe fuel shortages. The paper said there had been a 150 percent increase in the number of military drills involving all three services compared to December 2009. "It shows that the North Korean military has been very tense after the attack on Yeonpyeong Island," it quoted the source as saying. A defence ministry spokesman declined to comment on military intelligence matters. The North also carried out a corps-scale live-fire drill in response to a joint live-fire exercise by South Korea's army and air force last Thursday, Yonhap news agency said earlier this week. The news agency said the North has test-fired artillery and multiple-rocket launchers five times this month alone. The Korea JoongAng Daily said there have been frequent sightings of North Korean submarines near the disputed Yellow Sea border and artillery was moved nearer to the coast. The South has staged a series of military exercises, including one with the United States, since the North shelled the island near the Yellow Sea border on November 23 and killed four people, including two civilians. |
Then, Washington should coordinate policies with Seoul and Tokyo before eventually sending a special envoy for direct talks with Pyongyang, Perry told the Nikkei.
Perry suggested former secretary of state Madeleine Albright and former US senator Sam Nunn, an expert on nuclear arms reduction, as possible candidates for such talks, the Nikkei said.
The interview was released in Japanese, with no original English text immediately available.
If North Korea dedicated all of its recently unveiled uranium enrichment facility to making weapons-grade fuel, it could build one nuclear bomb a year, Perry told the paper.
Perry said he had been briefed by American scientist Siegfried Hecker, who recently toured a new uranium enrichment plant with 2,000 uranium-enriching centrifuges at North Korea's Yongbyon nuclear complex.
The facility is likely designed for making fuel for a civilian reactor and not bombs, but there is no way to confirm whether North Korea has another facility to build nuclear weapons, Perry said.
The former defence chief said he still believed in diplomatic solutions to the North Korean crisis.
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With Ink Barely Dry on START, Fight Looms Over Test-Ban Treaty
With Ink Barely Dry on START, Fight Looms Over Test-Ban Treaty
Jonathan S. Landay, McClatchy Newspapers: "Gorbachev, who was awarded the Nobel Peace Prize in 1990, is a leading advocate of nuclear disarmament. His call for U.S. ratification of the 1996 Comprehensive Nuclear Test Ban Treaty, foreshadows the next major battle over arms control policy following Obama's victory on Dec. 22, when the Senate ratified a new U.S.-Russia nuclear arms reduction treaty."
Read the Article
Jonathan S. Landay, McClatchy Newspapers: "Gorbachev, who was awarded the Nobel Peace Prize in 1990, is a leading advocate of nuclear disarmament. His call for U.S. ratification of the 1996 Comprehensive Nuclear Test Ban Treaty, foreshadows the next major battle over arms control policy following Obama's victory on Dec. 22, when the Senate ratified a new U.S.-Russia nuclear arms reduction treaty."
Read the Article
A Last-Minute Choice by Texas and Vermont By MATTHEW L. WALD
A Last-Minute Choice by Texas and Vermont
By MATTHEW L. WALDNEI News: Nuclear Energy Plays Important Role in Clean Air Act That Marks 40 Years of Progress
Nuclear Energy Plays Important Role in Clean Air Act That Marks 40 Years of Progress
The 40th anniversary of the Clean Air Act underscores the importance of nuclear energy in meeting the nation's environmental goals. Signed by President Richard Nixon on Dec. 31, 1970, the act has improved the quality of the air in most U.S. cities and communities. Nuclear energy plants don't burn anything, so they produce no combustion byproducts. Last year, U.S. reactors prevented the emission of 2 million tons of sulfur dioxide, a precursor of acid rain, and 560,000 tons of nitrogen oxide, a key component of ground-level ozone and smog. (Put another way, U.S. emissions of SO2 and NOx would have been 2 million tons and 560,000 tons higher, respectively, if fossil fuels had generated the electricity produced by America's 104 nuclear power plants.) In comparison, that same year, the U.S. electric sector emitted 5.8 million tons of SO2 and 2 million tons of NOx. In 2009, nuclear plants also prevented the emission of 647 million tons of carbon dioxide and thousands of tons of fine particulates.
The 40th anniversary of the Clean Air Act underscores the importance of nuclear energy in meeting the nation's environmental goals. Signed by President Richard Nixon on Dec. 31, 1970, the act has improved the quality of the air in most U.S. cities and communities. Nuclear energy plants don't burn anything, so they produce no combustion byproducts. Last year, U.S. reactors prevented the emission of 2 million tons of sulfur dioxide, a precursor of acid rain, and 560,000 tons of nitrogen oxide, a key component of ground-level ozone and smog. (Put another way, U.S. emissions of SO2 and NOx would have been 2 million tons and 560,000 tons higher, respectively, if fossil fuels had generated the electricity produced by America's 104 nuclear power plants.) In comparison, that same year, the U.S. electric sector emitted 5.8 million tons of SO2 and 2 million tons of NOx. In 2009, nuclear plants also prevented the emission of 647 million tons of carbon dioxide and thousands of tons of fine particulates.
UPDATE:Brazil BNDES Approves BRL6.1 Bln For Angra 3 Nuclear Plant
BNDES helps cover construction costs for new Brazilian nuclear plant
Brazil's BNDES granted $3.66 billion to fund the construction of the 1,400-megawatt Angra 3 nuclear plant in Angra dos Reis, Brazil. Eletronuclear is building the facility at an estimated cost of more than $5.7 billion. Brazil plans to build five power plants in the next 20 years to balance supply with increasing energy demand. The Wall Street Journal/Dow Jones Newswires (12/29)
Brazil's BNDES granted $3.66 billion to fund the construction of the 1,400-megawatt Angra 3 nuclear plant in Angra dos Reis, Brazil. Eletronuclear is building the facility at an estimated cost of more than $5.7 billion. Brazil plans to build five power plants in the next 20 years to balance supply with increasing energy demand. The Wall Street Journal/Dow Jones Newswires (12/29)
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China Guangdong Nuclear Plans Two Reactors in Lufeng in Southern Province
Guangdong Nuclear to develop 2 reactors in China
China Guangdong Nuclear Power Group will construct two 1,000-megawatt reactors in Lufeng, China, to help cover the increasing demand for power in Guangdong province. The company is also carrying out studies for 25 reactors with more than 28,000 megawatts of capacity. Bloomberg
China Guangdong Nuclear Power Group will construct two 1,000-megawatt reactors in Lufeng, China, to help cover the increasing demand for power in Guangdong province. The company is also carrying out studies for 25 reactors with more than 28,000 megawatts of capacity. Bloomberg
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Fueling America’s nuclear renaissance by reprocessing nuclear fuel By Dr. Bernard L. Weinstein
Fueling America’s nuclear renaissance by reprocessing nuclear fuel
By Dr. Bernard L. Weinstein - 12/21/10 11:43 AM ET
Earlier this year, President Barack Obama did an about-face and started voicing support for a revival of America’s nuclear power industry. To that end, he proposed a sizeable increase in federal loan guarantees to stimulate the construction of new commercial reactors. Then a few weeks ago, Department of Energy (DOE) Secretary Steven Chu stated that Congress should include nuclear power as part of any renewable energy mandates.
But at the same time, the president continues to insist that Yucca Mountain in Nevada — the intended repository for spent nuclear fuel — be abandoned as a disposal site even before it opens. Should this happen, some 60,000 metric tons of spent fuel will remain in temporary on-site storage at 65 plants, and the power industry’s interest in building new nuclear plants could quickly evaporate.
Since 1982, utilities have paid almost $17 billion into the Nuclear Waste Fund, an account administered by the DOE that continues to grow by $800 million annually, to cover the costs of permanent disposal. Even after spending $10 billion at Yucca Mountain, with accumulated interest the fund balance is currently around $20 billion. Not surprisingly, 16 utilities, along with the National Association of Regulatory Utility Commissioners, have sued the DOE to halt further collection of fees, arguing that the country no longer has a disposal plan after ruling out Yucca Mountain.
The Obama administration now says it supports the temporary storage of spent fuel at power plants while technology paves the way for an alternative solution. In fact, that technology already exists — nuclear fuel reprocessing. Given the uncertainty over the future of Yucca Mountain, and the potential explosion of litigation that will only increase taxpayer exposure, why not rethink the decades-old ban on this technology? The ban was first imposed by President Jimmy Carter in the mid-1970s on the grounds it could lead to the proliferation of nuclear weapons. But that hasn’t stopped France, Britain, Russia, China and South Korea from pursuing fuel reprocessing; and no plutonium has ever been diverted from recycling facilities for weapons production in these countries.
With reprocessing, a technology that was developed in the United States, valuable plutonium and uranium in spent fuel are removed and then chemically processed into a mixed-oxide fuel that can be used again in a reactor to generate additional electricity. Up to 95 percent of the spent fuel volume can be reprocessed, leaving only about 5 percent to decay in a few centuries. Importantly, reducing the volume of spent fuel through reprocessing would simplify the challenge of storage and disposal. What’s more, squeezing more energy out of spent fuel would be beneficial both to the nation’s economy and the environment. By using reprocessed fuel, we generate more electricity for American homes and businesses while at the same time reducing greenhouse gas emissions.
One reprocessing facility is already being constructed in South Carolina to recycle surplus plutonium from nuclear weapons into a mixed-oxide fuel for use in nuclear power plants. Some of the funds that have accumulated in the Nuclear Waste Fund could be used to build a similar plant for recycling used fuel from commercial nuclear facilities.
About a year ago the DOE appointed a blue ribbon commission to evaluate policy options for a safe, long-term solution to nuclear waste disposal. The 15-member Commission on America’s Nuclear Future, co-chaired by former Congressman Lee Hamilton of Indiana and former National Security Advisor Brent Scowcroft, and including scientists, industry representatives, and heads of environmental research organizations, will issue its final report by January 2012.
Recycling of spent nuclear fuel should be at the top of the Commission’s agenda. Reprocessing, along with centralized interim storage, makes a lot more sense than banking used fuel at nuclear plants indefinitely. At the same time, we should be doing everything we reasonably can to advance America’s nuclear renaissance, a task made more difficult by the ongoing uncertainty regarding the final disposition of spent fuel.
Dr. Weinstein is associate director of the Maguire Energy Institute in the Cox School of Business at Southern Methodist University in Dallas. Between 1985 and 1995, he was with the speakers’ bureau of the Nuclear Energy Institute. His email address is bweinstein@smu.edu
Restart for nuclear plants
New approaches needed to support new nuclear projects
The drive for new nuclear plants can be maximized if the financial and regulatory risks are minimized, writes L. Preston Bryant Jr., a former secretary of natural resources in Virginia. Lawmakers need to reshape the terms of loan guarantees to shield companies from economic uncertainties, he argues. State and federal regulators should also curtail their processes to lessen the upfront funding necessary for building, he adds. The News & Observer (Raleigh, N.C.)
The drive for new nuclear plants can be maximized if the financial and regulatory risks are minimized, writes L. Preston Bryant Jr., a former secretary of natural resources in Virginia. Lawmakers need to reshape the terms of loan guarantees to shield companies from economic uncertainties, he argues. State and federal regulators should also curtail their processes to lessen the upfront funding necessary for building, he adds. The News & Observer (Raleigh, N.C.)
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The Shah's Atomic Dreams
More than three decades ago, before there was an Islamic Republic, the West sought desperately to prevent Iran's ruler from getting his hands on the bomb. New revelations show just how serious the crisis was -- and why America's denuclearization drive isn't working.
The Dangers of a Nuclear Iran Eric S. Edelman, Andrew F. Krepinevich Jr, and Evan Braden Montgomery
The Dangers of a Nuclear Iran
Eric S. Edelman, Andrew F. Krepinevich Jr, and Evan Braden MontgomeryIran's acquisition of a nuclear bomb would upend the Middle East. It is unclear how a nuclear-armed Iran would weigh the costs, benefits, and risks of brinkmanship, meaning that it could be difficult to deter Tehran from attacking the United States' interests or partners in the region. Read
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Wednesday, December 29, 2010
Nuclear Energy Suffers Another Big Blow -- Will the Dying Industry Continue to Beg for More Government Subsidies?
Nuclear Energy Suffers Another Big Blow -- Will the Dying Industry Continue to Beg for More Government Subsidies?
from AlterNet.org by Harvey Wasserman, AlterNet
2010 again left the "nuclear renaissance" in the Dark Age that defines the technology. But an Armageddon-style battle looms when Congress returns next year.
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France signs deal with India to supply nuclear power stations $9.2bn contract with Areva to equip site south of Mumbai
Areva closes deal with India to build nuclear power plants
France's Areva agreed with the Nuclear Power Corp. of India to build six 1,650-megawatt European Pressurized Reactors in Jaitapur, India, which are expected to open by 2020 at an estimated cost of $9.2 billion. The project site meets the criteria to "reconcile the objectives of economic growth, fuel-mix diversification, global diplomacy and environmental protection," said Jairam Ranesh, India's environment minister. The Observer (London)
France's Areva agreed with the Nuclear Power Corp. of India to build six 1,650-megawatt European Pressurized Reactors in Jaitapur, India, which are expected to open by 2020 at an estimated cost of $9.2 billion. The project site meets the criteria to "reconcile the objectives of economic growth, fuel-mix diversification, global diplomacy and environmental protection," said Jairam Ranesh, India's environment minister. The Observer (London)
CHAN AKYA The value of a nuclear Iran
The value of a nuclear Iran
A nuclear-capable Iran may be exactly what is required to destabilize the Wahhabi establishment, reduce support for extreme groups such as al-Qaeda - and usher in a new era of democracy across the Middle East. If the issue of Iran's attitude towards Israel can be addressed comprehensively, a strong Shi'ite state may well suit the strategic requirements of both the West and Asia. (Dec 17, '10)
Extending Nuclear Umbrella Is a Bad Idea by Ivan Eland,
Extending Nuclear Umbrella Is a Bad Idea
by Ivan Eland,
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