Michele Kearney's Nuclear Wire

Major Energy and Environmental News and Commentary affecting the Nuclear Industry.

Monday, November 8, 2010

White House Confirms India Deals

Last week India Real Time posted a list of possible deals to be announced during President Barack Obama’s visit to India. An hour ahead of Mr. Obama’s address to CEOs in Mumbai, the White House announced the following deals, saying that they total almost $15 billion and will “support” 53,670 jobs. The following list of deals and details has been quoted verbatim from the official White House statement:
  • Heavy Transport Aircraft: The Boeing Company and the Indian Air Force have reached preliminary agreement on the purchase of 10 C-17 Globemaster III military transport aircraft, and are now in the process of finalizing the details of the sale. Once all have been delivered, the Indian Air Force will be the owner and operator of the largest fleet of C-17s outside of the United States.  Boeing, headquartered in Chicago, Illinois, is the aircraft manufacturer.  Boeing reports that each C-17 supports 650 suppliers across 44 U.S. states and that this order will support Boeing’s C-17 production facility in Long Beach, California, for an entire year.  This transaction is valued at approximately $4.1 billion, all of which is U.S. export content, supporting an estimated 22,160 jobs.
  • Engine Sale for the Light Combat Aircraft: On October 1, the General Electric Company, headquartered in Fairfield, Connecticut, was declared the lowest bidder and selected to negotiate a contract to provide the Indian Aeronautical Development Agency with 107 F414 engines to be installed on the Tejas light combat aircraft.  Upon finalizing the contract, General Electric’s facility in Lynn, Massachusetts, and other sites across the United States will be positioned to export almost one billion dollars in high technology aerospace products.  This transaction is tentatively valued at approximately $822 million, all of which is U.S. export content, supporting an estimated 4,440 jobs.
  • Commercial Aircraft Sale: Boeing Company, headquartered in Chicago, Illinois, and SpiceJet, a leading private airline in India, concluded a definitive agreement for the sale of 30 B737-800 commercial aircraft.  SpiceJet currently operates 22 Boeing aircraft and has several 737 deliveries remaining from previous agreements.  This new agreement will enable SpiceJet to offer more domestic routes and to begin offering international flights to neighboring countries.  This transaction is valued at approximately $2.7 billion, based on catalogue prices, with an estimated $2.4 billion in U.S. export content, supporting an estimated 12,970 jobs.
  • Gas and Steam Turbine Sale: The General Electric Company, headquartered in Fairfield, Connecticut, was selected to supply six advanced class 9FA gas turbines and three steam turbines for the 2,500-megawatt Samalkot power plant expansion to be constructed by Reliance Power Ltd., a division of the Reliance Anil Dhirubhai Ambani Group, one of the largest conglomerates in India.  General Electric purchases equipment from 240 suppliers across the United States—an estimated 14 percent of which are small- and medium-sized enterprises—for every 9FA gas-fired turbine, which are assembled in Greenville, South Carolina.  The combined equipment and maintenance contracts are valued at approximately $750 million, with an estimated $491 million in U.S. export content, supporting an estimated 2,650 jobs.
  • Reliance Power and U.S. Ex-Im Bank Agreement: Reliance Power Ltd., the flagship company of the Reliance Anil Dhirubhai Ambani Group, and the Export – Import Bank of the United States announced a Memorandum of Understanding (MOU).  This MOU will indicate Ex-Im Bank’s willingness to provide up to $5 billion in financial support to Reliance Power for the purchase of U.S. goods and services to be used in the development of up to 8,000 megawatts of gas-fired electricity generating units and up to 900 megawatts of renewable (solar and wind) energy facilities.
  • Diesel Locomotive Manufacturing Venture: The United States has worldwide leaders in diesel locomotive manufacturing, and the Indian Ministry of Railways announced the prequalification of the sole two bidders—GE Transportation (Erie, Pennsylvania) and Electro-Motive Diesel (LaGrange, Illinois)—for a venture to manufacture and supply of 1,000 diesel locomotives over 10 years.  The estimated U.S. content of this contract is expected to exceed $1B.
  • Motorcycle Assembly Plant: Harley-Davidson Motor Company, headquartered in Milwaukee, Wisconsin, announced that preparations are underway to open a new plant in India for the assembly of Harley-Davidson motorcycles from U.S.-built “complete knock-down” kits.  This investment by the company entails job creation in both the United States and India, and it will allow the company to reduce the tariff burden on its motorcycles for sale in the Indian market, driving sales growth by making its motorcycles more accessible to Indian consumers.
  • Sale of U.S. Mining Equipment and Related Support Equipment: On October 21, the Export – Import Bank of the United States announced the approval of more than $900 million in export finance guarantees to Sasan Power Ltd., a subsidiary of Reliance Power Ltd., supporting the sale of U.S. mining equipment and services from Bucyrus International of South Milwaukee, Wisconsin, and other U.S. vendors, in association with the 3,960-megawatt coal-fired Sasan power plant in Madhya Pradesh, India.  This financial commitment supports $641 million in U.S. export content, supporting an estimated 3,460 jobs.
  • Tunneling Equipment for Underground Water Channel: On July 22, Robbins Company, headquartered in Solon, Ohio, announced an agreement with UNITY-IVRCL, a large infrastructure engineering and construction conglomerate, to provide tunnel-boring machines, conveyer equipment, and associated technical services for the construction of tunnels to convey water for the city of Mumbai.  Separately, through a contract signed in 2008 with Jaiprakash Associates, a large infrastructure conglomerate, the Robbins Company is already supplying high technology tunnel-boring machines and technical assistance to bore some of the longest underground tunnels in the world underneath a protected tiger sanctuary in Andhra Pradesh, which will increase irrigation for the production of cotton and other agricultural products.  The Mumbai contract alone is valued at $10 million, with $7 million in U.S. export content, supporting an estimated 35 jobs.
  • Maharashtra Homeland Security Pilot Projects: Palantir Technologies, a small Silicon Valley software development firm, announced a strategic partnership agreement with the Maharashtra State Police, a law enforcement agency in India, to conduct a pilot program, whereby Palantir’s end-to-end analytical software platform will be used on a trial basis to identify and alert authorities to security threats in order to help keep the citizens of Mumbai and Maharashtra safe.
  • Medanta Duke Research Institute (MDRI): Duke Medicine, located in Durham, North Carolina, one of the leading academic health systems in the United States, and Medanta Medicity, located in Gurgaon, Haryana, a hospital and medical research complex, are announcing a joint venture agreement to launch the MDRI, a proof-of-concept clinical research facility within Medanta’s hospital.  Duke Medicine will provide scientific and operational leadership, while Medanta will contribute financial resources and clinical and operational services.  Duke Medicine also will be partnering with Jubilant Life Sciences, headquartered in Uttar Pradesh, to conduct research studies and co-develop promising discoveries, with significant funding and in-kind support provided by Jubilant.  Subsequent commercialization is expected to result in licensing revenue for Duke Medicine.
  • Long-range Antenna System for Rural Telecommunications: SPX Communication Technology, a division of SPX Corporation operating out of Raymond, Maine, is in the final phase of the pilot deployment of its long-range antenna system with two leading Indian mobile operators.  This innovative technology has been shown to offer a significantly greater coverage area.  Once implemented, it is expected to create significant economies of scale, thereby improving the economic viability of rural wireless networks and making wireless communications available for people who either could not afford service or who live in areas that lack coverage.  The value of the initial trial equipment is expected to generate approximately $1 million, with 100 percent U.S. export content, supporting an estimated 5 jobs.
  • Production Equipment for the Manufacture of Pre-fabricated Housing: Spancrete Machinery Corporation, a family-owned business in Waukesha, Wisconsin, announced the sale of six sets of its hollow core, precast production equipment, including installation, training, and after-sales support, to Hindustan Prefab Limited, a state-owned company within the Indian Ministry of Housing and Poverty Alleviation.  The production equipment will be used to manufacture inexpensive, prefabricated housing on a mass scale in India.  Spancrete also is working with Somat Engineering, Inc., from Detroit, Michigan, and their affiliate, SP Infrastructure India Ltd., in New Delhi.  This transaction is valued at approximately $35 million, all of which is U.S. export content.  Based on the company’s estimates, the transaction will support 30 jobs.
  • Cell Phone Rollout for Small Indian Businesses: Intuit, a company headquartered in Mountain View, California, which serves millions of small businesses worldwide, will launch a new mobile and web-based marketing service in partnership with Nokia, called “Intuit GoConnect”.  This innovative technology will help Indian micro and small businesses grow and thrive by bringing customer management tools to the entrepreneur, improving the way they communicate with their customers in an increasingly mobile world.
  • The Unique Identification Project: L-1 Identity Solutions, headquartered in Stamford, Connecticut, and another U.S.-headquartered company, lead two of the three vendor consortia, which have been prequalified by the Unique Identity Authority of India for the first phase of an effort to register Indian residents with a 12-digit unique number using biometric identifiers.  Unprecedented in scale, seeking to register 1.2 billion Indian residents, the Unique Identification program aims to enhance delivery of government services in India. 
  • Sale of Precision Measurement Instruments for Fuel Cell Research: Advanced Materials Corporation (AMC), a small, six-person firm in Pittsburgh, Pennsylvania, received an order to supply a specially-designed Pressure-Composition Isotherm Measurement Instrument to the Banaras Hindu University (BHU) in Varanasi, India.  BHU will utilize AMC’s instrument to test fuel cell applications, as part of an Indian central government research program.
  • Trace Explosive Detection Equipment: Implant Sciences, a small company based in Wilmington, Massachusetts, signed a contract with the Ministry of Defence in January to supply its Quantum Sniffer H-150, trace detection devices to be used by the Indian Army to detect the presence of explosive, bomb-making materials that could be used in a terrorist attack.  The company announced that the equipment will be ready for pre-dispatch inspection and delivery in November.  The transaction is valued at approximately $6 million, all of which is U.S. export content, supporting an estimated 30 jobs.
  • VIP Helicopter Sale: On August 25, Bell Helicopter, based in Hurst, Texas, signed a purchase agreement with Span Air, a private air charter company, for the sale of its first Bell Model 429 corporate VIP helicopter in India.  Span Air has a second order slated for delivery in mid-2011.  Bell Helicopter recently sold its 100th helicopter in India.
  • Sales of Pre-owned Refurbished Healthcare Equipment: Skelley Medical, a rural New Hampshire-based company, sells refurbished medical equipment to Indian hospitals in second and third tier cities through partnerships with various distributors in India.  Skelley announced plans to open an after-sales service facility in Mumbai as part of a new venture with Triage Systems, a Mumbai-based Indian medical equipment distributor.  This facility will service medical equipment purchased by their Indian hospital customers. 
  • Monitoring Equipment for Greening Buildings: Noveda Technologies, a small start-up company in Branchburg, New Jersey, is finalizing a new venture with Chennai-based Wysine Technology to jointly develop and market a new solution for web-based, real-time energy monitoring for “greening” buildings.
  • Dredges for Maharashtra Maritime Board: Ellicott Dredges, a small company based in Baltimore, Maryland, announced the sale of two cutter suction dredges to the Maharashtra Maritime Board, a Maharashtra government entity.  The equipment will be utilized to dredge a fisherman’s port and various tributaries in the state of Maharashtra.
http://blogs.wsj.com/indiarealtime/2010/11/06/white-house-confirms-india-deals/

Europe’s Crowded Underground

Europe is looking into burying stuff underground as a sensible way to limit climate change and environmental dangers.
The European Commission — the European Union institution that proposes new legislation — said Wednesday that the 27 EU countries should come up with plans to dig hundreds of holes of between 400 and 700 meters deep and bury their highly radioactive nuclear waste.

AFP/Getty Images
A Greenpeace activist measures radioactivity as a train carrying nuclear waste leaves the station in Valognes, France, on Friday.
This is the safest way to dispose of such dangerous leftovers in the long term, given that the decay time can reach a million years, the commission said.
The issue of nuclear waste storage is becoming more important as nuclear power enjoys renewed attention in the EU. Some countries have decided to lengthen their reactors’ life span, while others, such as Poland and Italy, are considering entering the 14-member EU nuclear club.
Reasons for this range from a desite to reducing dependence on energy imports, to governments’ efforts to tax energy utilities for keeping reactors running longer. One crucial element is that, putting aside renewable energy, nuclear is one of the cleanest methods to produce electricity in terms of greenhouse gas emissions, for which the EU has set stringent targets. Many countries will have to sharply cut their emissions to meet these targets.
Another way of limiting carbon dioxide emissions, by coincidence, also involves putting stuff underground. Carbon Capture and Storage — programs using that could be operational by the end of the decade — aims to prevent the CO2 produced by a power plant as it burns fuel such as coal from being emitted into the atmosphere. The idea is for the CO2 to be shipped by pipeline into a depleted oil or gas field, or deep saline aquifers.
It looks as if the European underground could start getting crowded in 15 to 20 years. Except some countries are beginning the think about creating some gaps down there. Some, led by Poland, are taking a serious look at production of unconventional or shale gas that is trapped in rocks and now extractable using new technologies that are shaking up the world gas market.
http://blogs.wsj.com/brussels/2010/11/05/europes-underground-gets-crowded/?KEYWORDS=%22power+plant%22+OR+%22megawatt%22

VY plant's closure likely to affect grid

BRATTLEBORO -- An energy needs assessment has identified eventual overload problems on the New England grid in the near-future relating to the expected closure of the Vermont Yankee nuclear power plant in March 2012.
The computer simulated assessment from the Independent System Operator (ISO) New England reports Vermont and New York could face overloads -- defined as more electricity flowing through the system's equipment than it can handle, which could lead to the lines heating up, sagging, possibly melting and eventually shutting down -- in the system if the nuclear facility goes out of service once its license expires in roughly 17 months.
New Hampshire lines could face severe overloads with certain combinations of large transmission lines out of service, according to the early assessment on the region's transmission grid and its reliability.
Advocates for the 38-year-old Vermont Yankee point to this document as further evidence of the facility's importance to the energy grid. Opponents are not surprised with the assessment, saying that any time a generating source is taken offline there is always a temporary energy shortage.
But local electric companies are reaching out to stakeholders and other interested parties to inform them about the context of Vermont Yankee's possible closure and its impact at the regional level.
Chris Dutton, CEO of Vermont Electric Power Company, Inc. (VELCO), said problems within the state would likely revolve around low voltage issues -- such problems are likely resolvable with minor equipment modifications in different substations.
"In New Hampshire, however, it appears the situation is more acute and that there will actually be lines that overload if Vermont Yankee is not relicensed," he said. "The impacts are greater in New Hampshire in part because the load centers in New Hampshire are closer to the plant than is the load center in Vermont, which is in Burlington."
However, simulated findings showed potential deficiencies were expected to rise under certain conditions in 2018 absent improvements to the grid, which were similar with or without Yankee in operation.
The most recent Vermont Needs Assessment was partially in response to the February vote by the State Senate to block plant owner Entergy Corp.'s relicensing bid. The report was designed to analyze scenarios of the potential affects of Yankee permanently going out of service.
An updated needs assessment focusing on a future without Yankee online is currently under way and is expected to go public at the end of the year. A follow-up solutions assessment report is likely to be released in the first quarter of 2011.
According to Dutton, the idea behind the assessment is to gauge the entirety of the system and test its robustness both in a steady state, but also assuming the largest negative effect that may occur as well.
"Whatever would cause the most disruption; they assume that occurs and they see how the system responds to that adverse affect. That is called the ‘N-minus-1,'" he said.
"They have engaged in this N-minus-1 approach, and what they're doing is they're looking 10 years out to 2020 and they're assuming Vermont Yankee is not relicensed," Dutton added. "And then they look at the system with what they think are appropriate assumptions about the generating plants that are running and the state of the transmission system at that time as they anticipate it would be, and then they say, ‘OK, let's assume the event that has the single biggest impact occurs, how does the system respond?'"
The follow-up assessment expected to come up later this year will also chronicle if another crisis happens in addition to the N-minus-1 approach.
Vermont Yankee, located in Vernon on the banks of the Connecticut River, has generated power since 1972. Energy officials have claimed portions of the regional grid have been built around the plant, so consequently, its closure would have an adverse affect on the New England power supply.
Yankee spokesman Larry Smith concurred with the ISO findings, saying the nuclear facility has a reliable and stable record during its operation.
"We agree with the ISO assessment that there could be some instability within the grid with the loss of Vermont Yankee and its 650 megawatts of baseload power," he said.
VELCO has not taken a position regarding the future of Vermont Yankee as Entergy has lobbied to extend the site's license for 20 years.
"That's a position that we take with every power source and we're required to take. We can't show favorites based on kinds of fuel -- we are zealous protectors of system reliability," said Kerrick Johnson, VELCO's vice president for external affairs.
But given the timing, VELCO must plan as if Yankee is not going to operate past its licensing date, Johnson added.
"It is our job to make sure the system is reliable and we assume that Vermont Yankee is there. We find that it has benefit to the grid when it runs ... but it is our responsible simply to make sure the system stays reliable," Dutton said.
Sandy Levine, senior attorney for the environmental nonprofit Conservation Law Foundation (CLF), said the loss of Vermont Yankee's energy was expected; as it would be when any significant power supply goes offline.
"It highlights some change that need to be made to address Yankee no longer producing power," she said. "It also highlights some transmission upgrades to address that. It's possible to address any problems with the grid through generation and energy efficiency that is more local to the power demand."
Groups such as CLF and NEC, both of whom oppose the relicensing of Yankee, also describe the recent assessment as "unalarming" because of a continuing excess of power in the region, claiming the grid does not require the nuclear facility in its long-term power supply needs.
http://www.reformer.com/localnews/ci_16538647
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CEO sees link between electric cars and re-emergence of nuclear energy

PLAINSBORO -- There is a logical connection between the advent of electric cars and the re-emergence of nuclear energy as a national power source -- at least in David Crane's mind.
Crane, CEO of Princeton-based NRG Energy, Inc., sees the market for electric cars as a tipping point for the nuclear power industry as the cleanest, greenest source of electricity for the future, he told members of the Princeton Regional Chamber of Commerce at their monthly luncheon yesterday.
"The advent of electric cars is going to cause a huge, disruptive technology change, one that will throw off all sorts of business opportunities locally and elsewhere," Crane told an audience of nearly 170 professionals.
"There is a symbiotic connection between this vehicle and nuclear power plants. There would be a nuclear renaissance. We would like to see that," said Crane.
While there is relatively little activity in the commercial electric car market right now, Crane estimates there will be 10 wholly electric cars on the market by the end of 2011. He does not see electric cars supplanting gas-powered cars completely, but they will be a force as second vehicles for families, he said. Since more than 60 million Americans have more than one car, there is a huge potential market for them.
When it blossoms, NRG will be waiting.
Simply put, the peak demand for electricity currently occurs through the use of air conditioning during the day, said Crane. Even then, most power grids operate at just 42 percent of capacity. At night, that rate dips lower still.
Electric cars would result in a greater demand for power at night, when cars would theoretically be plugged in for regeneration after use, Crane said. Electric cars would consequently "flatten out" the demand for electricity across a 24-hour cycle. And nuclear power plants could meet that demand -- with "zero-carbon emissions," Crane said.
"You want to turn nuclear power plants on and keep them running at full load all of the time," something that doesn't work quite as seamlessly with the nation's current electric-supply grid, he said.
NRG Energy, a Fortune 500 company, owns and operates one of the country's largest power generation portfolios, including natural gas, coal, thermal, solar and offshore wind assets that in total supply some 24,000 megawatts of electrical power -- enough to power 20 million homes.
The company, which was founded in Minnesota in 1989, moved to its base off Route 1 in 2003. Its business predominantly serves North America but it has capacity in both Europe and Australia as well.
NRG is one of the leading finalists for a $7 billion governmental loan to build a new, zero-emission nuclear power source. More at:
http://www.nj.com/business/times/index.ssf?/base/business-5/1288935912221870.xml&coll=5

Energy Policy Explored As Cap-And-Trade Dies

 
President Obama's push for the cap-and-trade program died this week with the Republicans taking over the House of Representatives. The day after the elections, Obama announced a shift in his energy policy when he told a news conference: "Cap and trade was just one way of skinning the cat. It was a means not an end, and I am going to be looking for other means to address this problem." To find out what other means the president may use, Robert Siegel talks with Roger Pielke Jr., professor of environmental studies at the University of Colorado and author of The Climate Fix: What Scientists and Politicians Won't Tell You about Global Warming.
http://www.npr.org/templates/story/story.php?storyId=131104674

Climate scientists plan campaign against global warming skeptics

The American Geophysical Union plans to announce that 700 researchers have agreed to speak out on the issue. Other scientists plan a pushback against congressional conservatives who have vowed to kill regulations on greenhouse gas emissions.

Global warming
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AMERICAN NUCLEAR SOCIETY ANNOUNCES AVAILABILITY OF EXPERTS TO DISCUSS NUCLEAR ENERGY ISSUES Leading Industry Professionals Available to Share Knowledge and Expertise Concerning Nuclear Issues of Importance to Vermont

FOR IMMEDIATE RELEASECONTACT:
November 8, 2010Jackie Clark, 301-987-7113, 301-641-3750 cell
Fritz Schneider:  (301) 728-4811

AMERICAN NUCLEAR SOCIETY
ANNOUNCES AVAILABILITY OF EXPERTS TO DISCUSS
NUCLEAR ENERGY ISSUES
Leading Industry Professionals Available to Share Knowledge and Expertise
Concerning Nuclear Issues of Importance to Vermont

WHAT:Nuclear industry experts to inform audiences about scientific and regulatory issues

WHEN:Available Now!

WHO:Edward L.  Quinn:
Former American Nuclear Society (ANS) President
ANS member for more than 25 years

Candace Davison:
 Master’s Degree in Environmental Engineering
 ANS member for more than 15 years
Chairperson of American Nuclear Society Public Information Committee
Senior Reactor Operator

Mary Lou Dunzik-Gougar
ANS member for more than 20 years
Incoming Chairperson of the Fuel Cycle and Waste Management Division of ANS Nuclear Engineer
Professor of Nuclear Engineering

Some Topics Include:

Licensing Transfer – What steps and what regulations must be observed to transfer a license for an operating nuclear power plant

Workforce Continuity – If an operating plant’s ownership is transferred, how will the public be assured that a trained workforce will be in place to assure continuity of operations

Radiation and Relative Risk – how a transatlantic flight or eating a banana is a radiation event

These uniquely experienced and knowledgeable individuals can help navigate complex questions of science and public policy on issues of importance to citizens of Vermont.

They will provide solid science, unemotionally and understandably, so that decisions about Vermont’s energy future can be made on facts, not myth.

For more information about the conference please visit www.ans.org.

Established in 1954, ANS is a professional organization of engineers and scientists devoted to the peaceful applications of nuclear science and technology.  Its 11,000 members come from diverse technical backgrounds covering the full range of engineering disciplines as well as the physical and biological sciences.
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Obamas Visit to India to Benefit Westinghouse and General Electric for New Nuclear Power Plants

- Edited By Tom Lamar -
President Barack Obama’s visit to India has heightened expectations of Indian power and engineering companies who plan to participate in India’s nuclear growth story.
Larsen & Toubro (L&T), Tata Power, Nuclear Power Corporation of India (NPCIL) and Bharat Heavy Electricals (Bhel) are confident that the visit would pave way for an early agreement on fixing the compensation for civil nuclear incidents and other issues, which would allow private sector companies to progress on the memorandum of agreements signed after the India-US civil nuclear deal.
L&T, which signed a Memorandum of Understanding with Westinghouse Electric and General Electric, hopes the nuclear liability agreement would get ratified soon and help the company forge its capabilities in complete construction of nuclear power plants. MV Kotwal, head of defense and aerospace division at L&T said, “We think that Obama’s visit will help expedite the process of addressing the issues in due course.” However, he feels that US firms would have to compete with others worldwide for a share of this business.
L&T’s MOU with Westinghouse would involve work related to engineering, procurement, construction and manufacturing activities for the AP1000 modular nuclear reactors. It has another MOU with GE Hitachi for cooperation on developing components for advanced boiling water reactor (ABWR) and boiling water reactor (BWR) nuclear power plants.
NPCIL has already started work on two short-listed sites with an aggregate capacity of 10,000 mw. The reactors for the proposed plants in Gujarat and Andhra Pradesh have been reserved for supply by US companies, said a senior NPCIL official.
“We have already started work on two units of total six reactors to be supplied by Westinghouse and GE Hitachi over a period of time. We need around 600 hectares of land and the process of land acquisition has already started,” the NPCIL official said.
Tata Power that plans to have direct ownership of nuclear power plants believes that full private ownership may take time. Banmali Agrawala, executive director (corporate strategy) of Tata Power, said, “The nuclear liability issue once resolved would pave the way for Indian companies to tap the American market for technology and wider access to equipment. However, till that happens everything is tied to liability being fixed, as financing and funding would all have a direct recourse to the companies balance sheet,” said Agrawala.
India’s Parliament on August 25 passed the civil nuclear liability bill, fixing the compensation to be paid by the operators in case of any damage. However, the issues related to sovereign guarantee for liability of private US companies and the substitution of a governmental guarantee with that of a third party insurance company overseas, are still pending and are being discussed by the American government.
http://nuclearstreet.com/nuclear_power_industry_news/b/nuclear_power_news/archive/2010/11/08/obamas-visit-to-india-to-benefit-westinghouse-and-general-electric-for-new-nuclear-power-plants-110804.aspx

Japan, U.S. to Promote Nuclear Security from GSN Daily News

Japan and the United States plan to organize a bilateral working group to help prevent an act of nuclear terrorism, Kyodo News reported Saturday (see GSN, Nov. 3).
This would be the allies first group on nuclear security. It is expected to be formalized Friday during a visit to Japan by President Obama.
Japan possesses the most sophisticated antiproliferation technology on earth, according to Kyodo News. Its involvement on the issue would strengthen efforts to prepare a worldwide nuclear security posture leading to the follow-up to the April nuclear security summit in Washington. That event is now set for 2012 in South Korea, sources said.
The working group would be assigned to identify and export operational means for preventing terrorists from acquiring nuclear materials that could be used in weapons, Kyodo reported. It would also work to boost collaboration on nuclear forensics (see GSN, Aug. 10).
Working group participants would include high-level officials from the Japanese Science and Foreign ministries and the U.S. Homeland Security, Energy and State departments, along with other agencies (Kyodo News/Breitbart.com, Nov. 6).
http://gsn.nti.org/gsn/nw_20101108_9136.php
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Cost of Green Power Makes Projects Tougher Sell By MATTHEW L. WALD and TOM ZELLER Jr.

http://www.nytimes.com/2010/11/08/science/earth/08fossil.html?_r=1

Russia, Qatar Sign Memorandum Of Cooperation On Peaceful Nuclear Use




Qatar, which has the third largest natural gas reserves in the world, behind Russia and Iran, moved to develop peaceful nuclear energy in cooperation with other Arab countries in 2006, which was supported by the International Atomic Energy Agency (IAEA).
http://www.nuclearpowerdaily.com/reports/Russia_Qatar_Sign_Memorandum_Of_Cooperation_On_Peaceful_Nuclear_Use_999.html Moscow (RIA Novosti) Nov 08, 2010 Russia and Qatar signed on Tuesday a memorandum of cooperation in the peaceful use of nuclear energy. The document was signed in Moscow by Nikolai Spasski, the deputy director of the Russian state-run nuclear corporation Rosatom, and the Qatari ambassador to Russia, Ahmed Saif Al-Midhadi. The two countries agreed to cooperate in the development of Qatari laws regulating the use of nuclear energy, scientific research, as well as in the construction of nuclear reactors.
The signing of the agreement comes as Moscow is preparing for a three-day visit by Qatari Emir Sheikh Hamad bin Khalifa Al Thani due to begin later in the day.
After the signing ceremony, Spasski said the memorandum contained a "roadmap for further moves" in the two countries' nuclear cooperation and is to be followed by an intergovernmental agreement on the issue.
Russia and Qatar already have active energy contracts, including through OPEC and the Gas Exporting Countries Forum (GECF).
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No signs of N.Korea nuclear processing: US envoy





Tokyo (AFP) Nov 6, 2010 There are no signs North Korea has resumed nuclear activity at the site where it previously produced weapons-grade plutonium, a former US envoy was quoted as saying Saturday after a trip to the country. Charles Pritchard, former top negotiator with North Korea, was quoted as saying that the Yongbyon complex -- where the isolated state processed plutonium for past nuclear tests -- did not appear to be in operation.
"My reaction is that the reactor, the 5-megawatt reactor, remains shut down, the cooling tower is still destroyed," Pritchard told reporters after a five-day trip to North Korea, Japan's Kyodo news agency reported.
"So at this point, I don't believe there is any additional reprocessing or anything going on" at the reactor, the former top US negotiator with Pyongyang said at a Beijing airport, according to Kyodo.
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Iran ready to hold nuclear talks in Turkey

Iran ready to hold nuclear talks in Turkey

Turkey ready to host Iran nuclear talks: reportAnkara (AFP) Nov 7, 2010 - Turkey is ready to host talks between Iran and six world powers over its disputed nuclear programme after a receiving a request from Tehran, the Anatolia news agency reported on Sunday. "Turkey has made lots of efforts since the start of the process for a diplomatic solution to be found," the news agency quoted a diplomatic source as saying. "We are ready to do whatever is in our power," the source said. The date and location of the talks is still to be determined, the report added. An Iranian conservative newspaper, Vatan Emrouz, on Sunday reported that the negotiations would be held by the end of November, without quoting a source.

At the same time, the European Union's foreign policy chief Catherine Ashton, representing the world powers in the Iran negotiations, said Sunday that she was still waiting for official word from Tehran. "We have taken note of these reports. But we have not yet received an official proposal from Iran in this regard," a spokesman for her office said. The spokesman said the EU would respond once it had received an official proposal including a specific time and place to meet. The nuclear talks between Iran and six world powers -- Britain, China, France, Russia, Germany and the United States -- have been deadlocked since October 2009 when the two sides met in Geneva.
by Staff Writers Tehran (AFP) Nov 7, 2010 Iran said on Sunday it was ready to hold talks in Turkey with the six world powers on its controversial nuclear programme following a one-year break, turning to a neighbour seen as an ally. The European Union's foreign policy chief Catherine Ashton, representing the world powers in the negotiations, said she was awaiting official word from Tehran on a specific time and venue.
A response would follow after consultations with the major powers, her office said in Brussels.
Ashton proposed last month to hold the talks in Vienna -- headquarters of the UN nuclear watchdog, the International Atomic Energy Agency -- starting from November 15.
"In the last two or three days, we informed our Turkish friends that we agree to hold negotiations in Turkey," Iran's Foreign Minister Manouchehr Mottaki told reporters in Tehran.
Iran's nuclear negotiator Saeed Jalili informed Ashton in October that his country was prepared to resume nuclear talks after November 10 at a time and place agreed by both sides.
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NATO Defense Shield In Turkey May Threaten Iran, Russia



MISSILE DEFENSE
NATO Defense Shield In Turkey May Threaten Iran, Russia

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by Staff Writers Moscow (RIA Novosti) Nov 08, 2010 Possible deployment of the elements of NATO missile defense shield in Turkey is targeted against Iran and may pose a threat to Russia's security, Russian experts said on Saturday. Earlier on Saturday Turkish media said Ankara would agree to deploy a missile-defense system on its territory if its three conditions were accepted.
First, the Turkish authorities insist on building NATO, but not the U.S. missile defense system. Second, the anti-missile shield should be deployed in the all alliance's states-members. And third, Turkey would not allow NATO to turn it into the alliance's frontline state as it was during the Cold War.
"Turkey wants to be equally respected both in the West and in the East...Turkey wants to entrench itself as a key empire of the entire continent," Sergei Demidenko of the Institute of Strategic Studies and Analysis said.
"Geographically Turkey is the closest to Iran, while politically it is one of Iran's enemies," another Russian leading political expert, the head of the Institute of Political Studies, Sergei Markov said. "It is Iran's enemy because Turkey is the ally of the United States...but first of all they both [Turkey and Iran] compete for the leadership in the Islamic world."
The President of the Academy on Geopolitical Affairs, Leonid Ivashov said the ongoing deployment of the anti-missile defense shield in Europe is aimed to "neutralize Russia's nuclear missile potential."
"We do not have other powers, except of the nuclear missile potential, to protect even the single parts of our territories," Ivashov said.
Meanwhile, the Turkish Foreign Minister, Ahmet Davutoglu, while commenting on Turkey's plans to deploy anti-missile shield said that NATO should exclude any formula that confronts Turkey with a group of countries in its threat definitions and planning.
"We do not want a Cold War zone or psychology around us," Davutoglu added.
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NATO to keep nuclear weapons





Halifax, Canada (AFP) Nov 6, 2010 NATO leaders are unlikely to agree to reduce the defense organization's tactical nuclear stockpiles when they meet later this month, defense officials said Saturday. The leaders are to meet in Lisbon on November 19-20 to map out the future of the 61-year-old alliance. Russian President Dmitry Medvedev will also attend the talks expected to touch on missile defense.
The nuclear arsenal across Europe remains a source of friction with Russia and within NATO -- with Germany, Poland and Sweden calling for a greater NATO commitment to nuclear disarmament resisted by France and the United States.
But a revised mission statement is not likely to address US nuclear weapons in Europe originally meant to deter a Russian invasion, according to defense officials.
"As long as the world is nuclear, the (NATO) alliance has to keep nuclear weapons," Stephane Abrial, Supreme Allied Commander for NATO transformation told a security conference in Halifax, Canada. More at:
http://www.spacewar.com/reports/NATO_to_keep_nuclear_weapons_999.html
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Sunday, November 7, 2010

Scientists, politicians take the threat of an electromagnetic pulse very seriously


How the area is affected depends on the burst ...Image via WikipediaScientists, politicians take the threat of an electromagnetic pulse very seriously
The sky erupts. Cities darken, food spoils and homes fall silent. Civilization collapses. End-of-the-world novel? A video game? Or could such a scenario loom in America's future? There is talk of catastrophe ahead, depending on whom you believe, because of the threat of an electromagnetic pulse triggered by either a supersized solar storm or terrorist A-bomb, both capable of disabling the electric grid that powers modern life.
http://www.physorg.com/news/2010-11-scientists-politicians-threat-electromagnetic-pulse.html
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EPA Recognizes Top Green Power Purchasers

EPA Recognizes Top Green Power Purchasers
WASHINGTON - The U.S. Environmental Protection Agency (EPA) is releasing its list of the top 50 organizations using the most renewable electricity. The Green Power Partnership’s top purchasers use more than 12 billion kilowatt-hours (kWh) of green power annually, equivalent to avoiding the carbon dioxide (CO2) emissions from the electricity use of more than 1 million average American homes. Green power is generated from renewable resources such as solar, wind, geothermal, biogas, and low-impact hydropower.  

The Intel Corporation tops the list as the Partnership’s largest single purchaser of green power and was recently honored with a 2010 EPA Green Power Leadership Award for green power purchasing.  The company uses more than 1.4 billion kWh annually, equivalent to avoiding the CO2 emissions from the electricity use of nearly 125,000 average American homes. Both Kohl’s Department Stores and Whole Foods Market received the 2010 EPA Green Power Partner of the Year Awards, and came in as second and third this quarter in purchasing green power. Reaching the top five for the first time, Starbucks (No. 4) more than doubled its annual green power purchase to more than 573 million kWh of green power equivalent to avoiding the CO2 emissions from the electricity use of nearly 50,000 average American homes annually. Also in the top five is the Commonwealth of Pennsylvania, which increased its green power purchase to 500 million kWh of green power annually. Rounding out the top 10 are the City of Houston, Dell Inc., Johnson & Johnson, the U.S. Air Force, and the City of Dallas.

EPA’s Green Power Partnership works with nearly 1,300 partner organizations to voluntarily purchase green power to reduce the environmental impacts of conventional electricity use. Overall, EPA’s Green Power Partners are using nearly 18 billion kWh of green power annually, equivalent to avoiding the CO2 emissions from the electricity use of more than 1.5 million average American homes.

Green power resources produce electricity with an environmental profile superior to conventional power technologies and produce no net increase to greenhouse gas emissions. Purchases of green power also help accelerate the development of new renewable energy capacity nationwide.

More information on the top 50 list:
http://www.epa.gov/greenpower/toplists/top50.htm

More information on EPA’s Green Power Partnership:
http://www.epa.gov/greenpower/

Russia Energy Profile: Surpassed Saudi Arabia In 2009

Russia is a major exporter of oil and natural gas and its economic growth over the past decade has been driven primarily by energy exports, given the increase in Russian oil production and relatively high world oil prices during the period. Internally, Russia gets over half of its domestic energy needs from natural gas.
Oil
According to the Oil and Gas Journal, Russia’s proven oil reserves were 60 billion barrels as of the beginning of 2010. Most of Russia’s resources are located in Western Siberia, between the Ural Mountains and the Central Siberian Plateau. Eastern Siberia holds some reserves, but the region has had little exploration.

In 2009 Russia produced an estimated 9.9 million bbl/d of oil, and consumed roughly 2.9 million bbl/d. Russia exported around 7 million bbl/d in 2009 including roughly 4.0 million bbl/d of crude oil and the remainder in products. Russia’s oil exports fall under the jurisdiction of the state-owned pipeline monopoly, Transneft.

Exploration and Production
Most of Russia’s oil production comes from Western Siberia, more specifically from Priobskoye, Prirazlomnoye, Mamontovskoye, Malobalykskoye, and Surgut group of fields. The Sakhalin group of fields in the Far East is expected to contribute to most of Russia’s oil production in the near term. In the longer-term, untapped oil reserves in Eastern Siberia, the Caspian Sea, and Sahkalin are expected to play a larger role and several international oil companies, including ExxonMobil, Shell, and BP are actively working in this area.

Sector Organization
Most of Russia’s production remains dominated by domestic firms. Following the collapse of the Soviet Union, Russia undertook privatization of the oil industry, however the consolidation that followed transformed the sector into one dominated by a few privately-owned companies that drove the growth in the sector starting in the late 1990s. In 2003, BP invested in TNK, forming TNK-BP, one of country’s major oil producers. This was followed by the entrance of ConocoPhillips into the Russian oil exploration and production. Subsequent attempts by foreign firms to increase their investment in Russia were unsuccessful. The state-run Rosneft acquired most or the Yukos assets, and became the largest oil producer in Russia. While foreign companies can invest in Russia, this is generally done with a Russian company, usually Rosneft.

Refinery Sector
Russia has 40 oil refineries with a total crude oil processing capacity of 5.4 million bbl/d, according to OGJ. Rosneft, the largest refinery operator controls 1.3 million bbl/d and operates Russia’s largest refinery, the 385,176-bbl/d Angarsk facility. Other companies with sizeable refining capacity in Russia include Lukoil (975,860 bbl/d), and TNK-BP (690,000 bbl/d).
Oil Exports
During 2009, Russia exported 7 million bbl/d of oil. The majority of Russian exports (80 percent) are destined for European markets, particularly Germany and Netherlands. Around 12 percent of Russia’s oil exports go to Asia, while 6 percent are exported to North and South America, with the majority of those exports going to the United States (5 percent of total exports).

Pipelines
Russia has an extensive domestic distribution and export pipeline network. Russia’s entire pipeline network is dominated by the state-run Transneft, which transports 90 percent of all oil produced in Russia, according to IHS Global Insight. These include a number of domestic pipeline networks, pipelines that transport oil to export terminals such as Novorossiisk on the Black Sea and Primorsk on the Baltic Sea, as well as a number of export pipelines that deliver oil to western European markets. Russian export pipelines include Druzhba, Baltic Pipeline System, North-Western Pipeline System, Tengiz-Novorossiisk, and Baku-Novorossiisk. All of these pipelines with the exception of the Tengiz-Novorossiisk are Transneft-controlled pipelines. Druzhba is Russia’s largest pipeline, transporting oil to European markets on two routes, (1) northern via Belarus, Poland, and Germany, and (2) southern via Belarus, Ukraine, Slovakia, Czech Republic, and Hungary. Druzhba is more than 2,300 miles long and has the capacity to carry up to 1.4 million bbl/d of oil.

Proposed Oil Pipeline Routes and Pipeline Expansion Projects
Tengiz to Novorossiisk Expansion: The Tengiz to Novorossiisk pipeline, operated by the Caspian Pipeline Consortium (CPC), was commissioned in November 2001. This pipeline transports crude oil from the western Kazakh oilfield Tengiz to the Russian Black Sea port Novorossiisk. CPC shareholders in late 2008 approved an expansion of the pipeline, which would increase its peak design throughput to 1.34 million bbl/d by 2013. The pipeline’s current capacity is 565,000 bbl/d.

Eastern Siberia-PacificOcean (ESPO): Taishet - Skovorodino - KozminoBay: Transneft is building the Eastern Siberia-Pacific Ocean pipeline in two stages, with the first phase (1,491-mile, 600,000 bbl/d) completed in September 2010. The pipeline crude, called ESPO blend, is expected to start flowing by January 2011. ESPO blend is a high-quality light (34.8 API) and sweet (0.54 percent sulphur) mix of crude oil from 22 different Russian oilfields. Eventually this pipeline will deliver crude oil from Eastern Siberia to Russia’s Pacific Coast, giving Russia’s crude oil easier access to Asia-Pacific markets. Once completed, this pipeline will be able to transport 1.6 million bb/d of crude oil and it will be approximately 2,610 miles long.

Kharyaga-Indiga Pipeline: Transneft’s proposed Kharyaga-Indiga pipeline would serve as an export line for crude oil produced in the Timan-Pechora region and oilfields in northern Russia. If built, the 267-mile pipeline is expected to transport 240,000 bbl/d. No timeline has been set for construction. Oil from Timan-Pechora has a lower sulfur content and is lighter than the rest of the Urals blend.

Ports
There are eight ports in Russia serving as export outlets for Russian oil to various markets, including Europe, North and South America, as well as Asia. The largest Russian port is Primorsk with a capacity of 1.5 million bbl/d. Other ports include DeKastri, Kozmino Bay, and Prigorodnoye (located in the Far East), as well as Novorossiysk, Yuzhny, and Tuapse (Black Sea).

Currently, there are a few proposals for expansions and new terminal constructions in Russia. These include the proposed expansion to Primorsk, where throughput capacity has steadily increased, with additional capacity being added once the Baltic Pipeline System II (BPS-II) comes online. The construction on BPS-II began in June 2009.

An export terminal in the Gulf of Finland, Ust-Luga, is also under construction. Once completed, the terminal will be mainly served by rail and will have the capacity to export up to 500,000 bbl/d.

Rail Export Routes
Rail exports comprise roughly 5 percent of Russian oil exports. Rail is generally used as an alternative to Transneft’s pipeline network, although rail shipments generally are costlier than pipeline exports. Russia exports crude oil and petroleum products by rail through Estonia and Latvia. Additionally, crude oil is transported to China via rail to the northeast cities of Harbin and Daqing and to central China via Mongolia. In 2009, Russia exported an average of 306,000 bbl/d to China via rail, however Russia plans on increasing exports to China significantly in the future. The planned ESPO pipeline will stretch from Eastern Siberia to the Pacific Ocean, with a planned spur allowing significant increase in export volumes to China.
Natural Gas
According to the Oil and Gas Journal, Russia holds the world’s largest natural gas reserves, with 1,680 trillion cubic feet (Tcf), and Russia’s reserves account for about a quarter of the world’s total proven reserves. The majority of these reserves are located in Siberia, with the Yamburg, Urengoy, and Medvezh’ye fields alone accounting for about 45 percent of Russia’s total reserves. More than half of all reserves are located in Siberia. Significant reserves are also located in northern Russia.

Exploration and Production
In 2009 Russia was the world’s second-largest natural gas producer (19.3 Tcf), second only to the United States (21Tcf), however, Russia was the world’s largest exporter (7.3 Tcf). Russia’s production decreased in 2009, falling by more than 4 Tcf or 17 percent year over year. The decrease in production led to a lower natural gas exports during the year, as well. At 19.3 Tcf, Russia’s production reached the lowest level since 1992.

The largest concentration of production is located in Siberia, where about 95 percent of Russia’s natural gas is produced. Some of the most prolific fields in this area include Yamburg, Urengoy, and Medvezh’ye, all of which are licensed to Gazprom, Russia’s state-run natural gas exploration and production company. These three fields have seen output declines in recent years. In response, the company launched the Yamal Megaproject in late 2008. Additionally, the Zapolyarnoye field, commissioned in 2001, is expected to offset some of the declines of Gazprom’s big three fields.

Gas Flaring
Natural gas associated with oil production is often flared. According to the U.S. National Oceanic and Atmospheric Administration, Russia flared an estimated 1,432 Bcf of natural gas in 2008, the highest of any country in the world. The Russian government has taken steps to reduce natural gas flaring and setting a target of 95 percent utilization or associated gas by 2012.

Sector Organization
The state-run Gazprom dominates Russia’s upstream, with 90 percent of the total natural gas output produced by Gazprom. Gazprom also controls most of the Russian gas reserves, with more than 65 percent of proven reserves being directly controlled by the company, with additional reserves being controlled by Gazprom in joint ventures with other companies.

While independent producers have gained importance, with producers such as Novatek and LUKoil contributing increasing volumes to Russia’s production in recent years, the upstream remains fairly limited to independent producers and other companies, including Russian oil majors. Gazprom’s position is further cemented by its legal monopoly on Russian gas exports.

Natural Gas Exports
Russia exports significant amounts of natural gas to customers in the Commonwealth of Independent States (CIS). In addition, Gazprom (through its subsidiary Gazexport) has shifted much of its natural gas exports to serve the rising demand in countries of the EU, as well as Turkey, Japan, and other Asian countries.

According to Eastern Bloc Research data, Russia exported more than 6.5 Tcf of natural gas in 2009, which includes 4.5 Tcf to Eastern and Western Europe and 2.2 Tcf to CIS countries. Included in Russian export estimates are volumes mixed with Central Asian gas exports.

Export Disputes
Russia’s natural gas exports to Eastern and Western Europe shipped on pipelines traversing Ukraine and Belarus have in the past been affected by political and economic disputes between Russia and these natural gas hubs. The disputes with Ukraine and Belarus were centered around natural gas prices in 2006 and 2007, respectively. Disputes between Russia and its immediate neighbors resulted in natural gas being cut off to much of Europe. European countries are seeking out alternate sources of natural gas and alternate pipeline routes to ensure security of natural gas supplies.

Pipelines
In addition to dominating the upstream, Gazprom dominates Russia’s natural gas pipeline system as well. There are currently nine major pipelines in Russia, seven of which are export pipelines. The Yamal-Europe I, Northern Lights, Soyuz, and Bratrstvo pipelines all carry Russian gas to Eastern and Western European markets via Ukraine and/or Belarus. These four pipelines have a combined capacity of 4 Tcf. Three other pipelines, Blue Stream, North Caucasus, and Mozdok-Gazi-Magomed connect Russia’s production areas to consumers in Turkey and FSU republics in the east.

Proposed Natural Gas Pipelines
Yamal-Europe II: The Yamal-Europe I pipeline (1 Tcf), which carries natural gas from Russia to Poland and Germany via Belarus, would be expanded another 1 Tcf under this proposal. Gazprom and Poland currently disagree on the exact route of the second branch as it travels through Poland. Gazprom is seeking a route via southeastern Poland to Slovakia and on to Central Europe, while Poland wants the branch to travel through its own country and then on to Germany.

South Stream: The first component of the South Stream project plans to send natural gas from the same starting point as the Blue Stream pipeline at Beregovaya for 560 miles under the Black Sea, achieving a maximum water depth of over 6,500 feet. The second, onshore component will cross Bulgaria with two alternatives: one directed towards the northwest, crossing Serbia and Hungary and linking with existing gas pipelines from Russia; and the other directed to the southwest through Greece and Albania, linking directly to the Italian network. As a result of the Russia-Ukraine disputes, the pipeline will be constructed through Turkey’s waters, avoiding Ukraine’s territory altogether. Gazprom expects the pipeline to be completed by 2015.

Nord Stream Pipeline: A northern pipeline extending over 2,000 miles from Russia to Germany via the Baltic Sea, was initially approved in 2005. Once completed, the pipeline will be the longest sub-sea pipeline, with a capacity to transport 1.9 Tcf of natural gas. Environmental concerns have resulted in delays, and the expected completion date has been moved to 2013 from its original start-up date of 2010.
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Shortcomings in U.S. firm's reactor design may delay deal conclusion

Even as representatives from the U. S. nuclear power companies, Westinghouse Electric Co. and GE Energy, are currently continuing their company-to-company negotiations with the Nuclear Power Corporation of India Ltd. (NPCIL) for building American-made nuclear reactors in India following the Indo-U.S. nuclear deal, significant cost overruns in the nuclear plants being built by the Westinghouse in China have come to light. 
As has been reported earlier (The Hindu, April 3), shortcomings in the design of the Westinghouse's advanced technology reactor AP1000 — which is what India plans to buy from the company — are likely to delay the conclusion of the commercial agreement with the NPCIL by at least a year. The report in The Hindu also stated that the NPCIL officials were aware of these safety concerns in the AP1000 reactors.
These shortcomings, which have to do with inadequate containment features in the design and consequent safety concerns, had been raised by the U.S. Nuclear Regulatory Commission (NRC) in its report in October 2009. More at:
http://www.blogger.com/post-create.g?blogID=247854211242866212
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