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Nuclear Power Industry News is a blog about utilities, companies, suppliers in the nuclear energy market.
  • NNSA Congratulates Pantex For Earning STAR In Energy Department’s Voluntary Protection Program

    Earning the STAR is just the beginning of the VPP process. B&W Pantex must maintain its already high standard for safe performance at the plant and demonstrate Management’s commitment to continuous improvement

     - By Stephen Heiser -

    The National Nuclear Security Administration (NNSA) has congratulated its Pantex Plant for earning STAR status in the Department of Energy’s (DOE) Voluntary Protection Program (VPP) – a program designed to recognize the outstanding performance of a DOE contractor’s safety program.
     
    “This award recognizes Pantex for its exceptional record and as a leader in safety performance within the nuclear security enterprise,” said Brig. Gen. Garrett Harencak, NNSA Principal Assistant Deputy Administrator for Military Application. “NNSA congratulates the men and women at Pantex for their continued commitment to safety.” 
     
    The Department of Energy Voluntary Protection Program (DOE-VPP) promotes safety and health excellence through cooperative efforts among labor, management, and government at the Department of Energy (DOE) contractor sites. DOE has also formed partnerships with other Federal agencies and the private sector for both advancing and sharing its Voluntary Protection Program (VPP) experiences and preparing for program challenges in the next century. The safety and health of contractor and federal employees are a high priority for the Department.

    The Department initiated its VPP in January 1994 to promote improved safety and health performance through public recognition of outstanding programs. DOE-VPP also includes coverage of radiation protection/nuclear safety and emergency management because of the type and complexity of DOE facilities. Similar to the Occupational Safety and Health Administration's (OSHA's) VPP program, DOE-VPP provides several proven benefits to participating sites, including improved labor/management relations, reduced workplace injuries and illnesses, increased employee involvement, improved morale, reduced absenteeism, and public recognition.

    Categories of Achievement

    The DOE-VPP has three (3) levels of recognition; STAR, MERIT and DEMONSTRATION. Contractors whose programs meet the requirements for outstanding safety and health programs receive STAR recognition, the highest achievement level. Contractors with highly effective programs, who commit themselves to attain STAR status within a five-year period, receive MERIT recognition. A site can retain MERIT recognition for a maximum of five years. The DEMONSTRATION program is expected to be used rarely. This program allows DOE to recognize existing achievements in unusual situations about which more information is needed before approval requirements for the STAR program can be determined. Once approved, STAR sites are reevaluated every three years, while MERIT and DEMONSTRATION sites are evaluated annually.

    Earning the STAR is just the beginning of the VPP process. B&W Pantex must maintain its already high standard for safe performance at the plant and demonstrate Management’s commitment to continuous improvement.  A DOE review team will conduct an annual evaluation. 
     
    DOE formed the Office of Health, Safety and Security (HSS) in an effort to improve the health and safety of its 130,000 employees and contractors. Its mission is to improve employee safety and the safe operation of DOE sites. HSS oversees the VPP.
     
    B&W Pantex formed an employee committee in May 2008 to develop the application for the VPP program. The eight committee members represented employees from across the plant. The committee was able to document existing operational strengths and focus on improvement opportunities. The application was submitted to the DOE in early October 2009.

    Pantex also recently received the Occupational Excellence Achievement Award from the National Safety Council (NSC).

    For additional information about the DOE’s VPP program see: http://www.hss.energy.gov/HealthSafety/wsha/vpp/index.html
     
    B&W Pantex manages and operates the Pantex Plant near Amarillo, Texas, for the U.S. Department of Energy’s National Nuclear Security Administration. B&W Pantex is also the proud recipient of the DOE’s Voluntary Protection Program STAR status for safety excellence. The company was also named one of America’s safest companies by Occupational Hazards magazine and has received numerous awards from the National Safety Council.

    Established by Congress in 2000, NNSA is a semi-autonomous agency within the U.S. Department of Energy responsible for enhancing national security through the military application of nuclear science in the nation’s national security enterprise. NNSA maintains and enhances the safety, security, reliability, and performance of the U.S. nuclear weapons stockpile without nuclear testing; reduces the global danger from weapons of mass destruction; provides the U.S. Navy with safe and effective nuclear propulsion; and responds to nuclear and radiological emergencies in the U.S. and abroad. Visit http://www.nnsa.energy.gov/ for more information.

  • Entergy’s Louisiana Utilities Seek Permission To Preserve Option For New Nuclear Power Plants

    The filing was made under the New Nuclear Incentive Rule established by the Louisiana Public Service Commission in 2007 to provide the LPSC regulatory oversight of new nuclear plant construction in the state

     - By April Murelio -

    Entergy Louisiana, LLC and Entergy Gulf States Louisiana, L.L.C. has submitted a filing to the Louisiana Public Service Commission asking for approval to continue the early development activities necessary for the future construction of a new nuclear plant (River Bend 3) at the River Bend site in St. Francisville, La. No decision has been made to build a new nuclear plant, and in the filing, the companies are not asking for approval to construct one.

    Rather, the companies are seeking approval to continue, at a measured pace, the development activities necessary to keep the option of new nuclear generation available for customers when needed and in time to meet the milestones for incentives that may be made available by the federal government in the future.

    The filing was made under the New Nuclear Incentive Rule established by the Louisiana Public Service Commission in 2007 to provide the LPSC regulatory oversight of new nuclear plant construction in the state.

    The companies have a sustained need for baseload resources, and developing and maintaining new nuclear as a generation option could result in significant customer savings relative to other generation options.

    “Although no decision has been made to build a new nuclear plant, we are taking the necessary steps to ensure we can provide economic generation resources for customers in the future,” said Renae Conley, president and chief executive officer of Entergy Louisiana and Entergy Gulf States Louisiana. “Continuing the present development efforts will provide the companies with the needed information to properly evaluate all generation alternatives that can meet customer needs and position the companies to take action when it is appropriate.”

    The companies’ existing nuclear baseload generation has proven it is a low-cost form of baseload generation and has contributed to energy independence by reducing the companies’ reliance on fossil fuels. The existing nuclear units have saved customers hundreds of millions of dollars in fuel costs and have played a critical role stabilizing electricity costs during times of natural gas price volatility.

    The development of a viable new nuclear option is an important component of long-term generation resource planning for the utilities, particularly if CO2 legislation is passed, or gas prices increase. Nuclear plants are a carbon-neutral generating resource, and its costs are not dependent upon the price of natural gas.

    The requested certification would preserve the companies’ ability to develop and construct new nuclear generation on a schedule that could allow a new nuclear unit to provide reliable and economic baseload power at River Bend as early as 2024, should the option prove to be economically attractive relative to other baseload generation options.

    Both Entergy Louisiana and Entergy Gulf States Louisiana need additional baseload generation, and that need is expected to grow over time. The companies plan to participate in the River Bend 3 project on an equal, or fifty-fifty, basis.

    In 2008, Entergy’s nuclear organization submitted a construction and operating license application to the Nuclear Regulatory Commission for the River Bend Station that referenced the GE Hitachi Economic Simplified Boiling Water Reactor technology. Subsequently, the two companies were unable to come to mutually agreeable business terms, and Entergy’s nuclear organization asked the NRC to temporarily suspend certain review activities related to the construction and operating license application. Work on the application was stopped at a point that would preserve the work accomplished to date so that the results could be used if and when the application process is resumed.

    The certification of the companies’ preliminary development activities would allow the companies to continue to monitor progress in the NRC design certification of reactor vendor technologies, such as the ESBWR, and the commercial terms and conditions from reactor vendors and their partners, as well as federal incentives. This would position the companies to take timely action so that the benefits of new nuclear generation could be made available to customers.

    Through Jan. 31, the companies have incurred approximately $50.5 million in early nuclear development costs related to the River Bend site. In the filing, the companies indicate that the costs will continue to be deferred at this time.

    Entergy’s nuclear organization supports funding for federal incentive programs for new nuclear plants and was pleased to see additional funding for potential new nuclear plants in the federal budget. Additional funding, if approved, would be another positive step to help foster clean, efficient baseload energy and energy independence for America. The current funding level of $18.5 billion would cover approximately two to three plants, and many more are needed. An additional $36 billion in funding has been proposed.

    Entergy’s Louisiana utility companies serve more than one million customers through the operating companies Entergy Louisiana, LLC and Entergy Gulf States Louisiana, L.L.C. With operations in southern, central and northeastern Louisiana, the companies are part of Entergy Corporation’s electric system serving 2.7 million customers in Louisiana, Arkansas, Mississippi and Texas.

  • USEC Reaches Major Milestone In American Centrifuge Program

    Cascade of Production-Ready AC100 Machines Begins Operation. USEC expects to operate the machines at commercial plant conditions obtaining data on machine-to-machine interactions, system performance and plant design.

     - By Stephen Heiser -

    USEC Inc. has announced a major step in the American Centrifuge program with the operation of a cascade of AC100 centrifuge machines in a commercial-plant configuration in Piketon, Ohio. USEC refers to its production centrifuge machine design as the AC100 series centrifuge machine.

    “Operating these AC100 machines in commercial-plant configuration shows the progress we continue to make in deploying the American Centrifuge technology.”

    “This is an important step forward beyond our earlier prototype machines. These are production machines built by our suppliers for the commercial American Centrifuge Plant,” said USEC President and CEO John K. Welch. “Operating these AC100 machines in commercial-plant configuration shows the progress we continue to make in deploying the American Centrifuge technology.

    “We have invested more than $1.7 billion in this project to update the technology, to reestablish critical manufacturing infrastructure and to begin construction of the commercial plant. This phase is one of the last steps necessary to demonstrate that the world’s most advanced centrifuge technology is ready for commercial deployment. It validates our supply chain for manufacturing of centrifuge machines and confirms that the technology is ready to transition for commercial operation.

    “Lead Cascade operations are integral to our efforts to address DOE’s requirements for a loan guarantee. Our mission now will be to accumulate significant run-time on the cascade while we continue to manufacture and install a limited number of additional AC100 centrifuge machines as we keep our manufacturing base active and positioned for remobilization of the project.”

    The cascade is operating in a commercial plant configuration and at commercial plant assays. USEC expects to operate the machines at commercial plant conditions obtaining data on machine-to-machine interactions, system performance and plant design. The cascade is anticipated to run until a brief, scheduled outage in June required by our operating license issued by the Nuclear Regulatory Commission.

    Beginning in August 2007, USEC has operated prototype machines as part of a Lead Cascade test program that has provided valuable data on operational characteristics of the machines, aided in developing improvements to the design of the commercial production machines and given staff operational experience. The Company has operated centrifuges for more than 338,000 machine hours during the Lead Cascade testing program that includes both prototype machines and the AC100 series machines.

    USEC Inc., a global energy company, is a leading supplier of enriched uranium fuel for commercial nuclear power plants.

  • Short-Term Davis-Besse Delay Not Seen As Costly

    Davis-Besse, which generates 908 megawatts of FirstEnergy's total output of 14,200 megawatts, was scheduled to be out of action now for routine maintenance. But testing revealed 13 of 52 nozzles of its control-rod mechanism showed cracks or fatigue, forcing an extended outage until they are repaired

     - Edited by April Murelio -

    According to a report in the Toledo Blade, If the repairs under way at FirstEnergy Corp.'s Davis-Besse nuclear power plant near Oak Harbor are completed before summer, it shouldn't affect the utility's bottom line.

    Paul Fremont, an analyst with Jefferies Research, says the key question is how much more time are the nozzle repairs going to take. "How much longer than a normal refueling will this last?"

    Reactor head repairs in 2002-2004 cost FirstEnergy $600 million in repairs and expense to buy energy to supply customers. Still, Mr. Fremont said that in the earlier situation "there was a real safety concern associated with the type of problem they identified, and it was compounded by NRC concerns with the business practices at the plant."

    Mr. Fremont adds that those conditions aren't present now, and a major delay isn't expected.

    "Ideally they are probably hoping it will be back before July," said Daniele Seitz, an energy analyst with Dudack Research Group.

    Davis-Besse, which generates 908 megawatts of FirstEnergy's total output of 14,200 megawatts, was scheduled to be down for routine maintenance. But testing revealed 13 of 52 nozzles of its control-rod mechanism showed cracks and/or fatigue.

    Although Davis-Besse is part of the utility's overall generating capacity, its greater contribution, Ms. Seitz said, is that it produces power at a very low cost. "It's the plant with the best profit margin," she said.

    Ellen Raines, a FirstEnergy spokesman, said the utility doesn't know how long the repairs will take. "We don't really know how it impacts us overall," she said. Davis-Besse is "a baseload plant, and you can assume we'd want that baseload capacity to be online as soon as possible," she said.

  • The Human Side Of Nuclear Power Production

    Conference on Human Resource Development to be Held in United Arab Emirates

     - By Sasha Henriques, IAEA Division of Public Information -

    Many countries have big plans for the introduction of nuclear power or the expansion of their current programmes in the near future. But do they have the right people with the right expertise to do the job?

    "Construction of a nuclear power plant requires a wide variety of skills that go way beyond those needed for other big construction projects like a skyscraper for example," says Yanko Yanev, Head of the IAEA´s Nuclear Knowledge Management Section.

    "For instance, these electricians and welders - people who do nuclear quality work - need to have more training, qualifications and experience than their counterparts in other fields. And the key issue is, do the countries have these people?" says Yanev.

    Although personnel for construction will be at the forefront of governments´ minds when considering nuclear power, there is also the issue of operating, managing and eventually decommissioning the power plant.

    These are some of the issues that will be addressed during next week´s conference in Abu Dhabi, the United Arab Emirates from 14 to 18 March 2010.

    Over the last 16 years, there have been one to six new reactors completed each year; but things are beginning to change. In the past two years there has been a surge in the number of countries interested in nuclear power.

    In 2009 construction began on 11 new reactors, bringing the total number of reactors now under construction to 56.

    About 60 Member States are interested in including nuclear power in their energy mixes, and many of the 29 Member States that already have nuclear power plants are either expanding, or considering the expansion of their programmes.

    For many, this coincides with the impending retirement of the generation of workers who commissioned the plants now in operation. Of equal concern is the decline in the number of younger people studying nuclear sciences in some countries and the significant number of universities that have given up or strongly limited their nuclear education programmes.

    Therefore the education, recruitment, selection, training, qualification and retention of human resources to support the introduction and expansion of nuclear power programmes are of concern to national governments.

    In the face of the challenge, the International Conference on Human Resource Development for Introducing and Expanding Nuclear Power Programmes , which brings together 320 participants from 84 countries and 26 international organisations, will point to examples of what governments and industry have done to support HR development.

    The conference aims to give a better understanding of common problems and issues regarding human resource development; provide practical guidance that can be used at the organizational and national levels to develop a sustainable human resource policy; and identify international cooperation approaches that could be initiated or strengthened to address human resource issues at regional and international levels.

  • Jaczko: “A Firm Foundation, A Strong Regulatory Future”

    “A Firm Foundation, A Strong Regulatory Future” - Prepared Remarks for The Honorable Gregory B. Jaczko, Chairman, U.S. Nuclear Regulatory Commission, at the
    NRC Regulatory Information Conference

     - Source NRC -

    Good morning. I am pleased to address the 22nd Annual Regulatory Information Conference. The RIC is the largest annual gathering sponsored by the NRC. It brings together a broad range of participants – members of the international community; local, state, and federal officials, national laboratories, non-government organizations, industry, media; and – of course – the public. The RIC provides all of us with a unique opportunity to interact with – and learn from – colleagues with different backgrounds, experiences, and perspectives. We would not have this opportunity without the hard work of the staff who organize the RIC. I want to thank them all for their diligence and their dedication over these past months. I also would like to thank Admiral Ellis for joining us today to share his experience and insights with us.

    Before I delve into my remarks, I’d like to first take a couple of minutes to express my appreciation to Dr. Dale Klein for his many years of dedicated service to the NRC and the nation. He has made no secret of his desire to return to his home state of Texas when his successor is confirmed, and I suspect that Washington’s winter this year has done nothing to dissuade him from his plans. The President's three new Commission nominees have now made it through the Senate Environment and Public Works Committee, and they are now before the full Senate, so we may see changes in the future. This RIC, therefore, is likely Dr. Klein’s last as a member of the Commission that he has served on with distinction since 2006. I appreciate the important contributions he has made to the agency throughout his tenure and would ask that you join me now in thanking him for his many years of public service.

    The RIC presents us with a valuable opportunity to step back and look at where we are at as an agency. The NRC has much work in front of it, and it has many dedicated staff behind it. The compass that will guide us in the future is no different than that which has guided us in the
    past: our mission – public health and safety, security, and protecting the environment. That compass guides every aspect of our regulatory work, whether it’s our development of standards and regulations, our licensing reviews, or our oversight efforts.

    Our mission is comprehensive, but the way in which we meet our mandate is not static. For all the changes to our regulatory landscape over the last few years – the increased focus on security after 9/11, the safety changes after Davis Besse, the wave of license renewal and new reactor applications – our work likely will only become more varied and vital in the coming years.

    We must provide a steady hand – to continue doing what we’ve always done well, and to prepare for new and emerging challenges. And we also must keep our eyes fixed on the horizon – to appreciate where we are going, to recognize the issues that will take on added importance in the coming years, and to know what we need to do now in order to prepare for those challenges.

    In my speech today, I will share my observations of where we stand today as an agency and my vision for the NRC over the upcoming year. I will do so using the lens of our key regulatory tools – rulemaking, licensing, and oversight.

    This has been an interesting year in the area of regulations. Our work on Part 26 – the fitness-for-duty rule – and Part 73 – the power reactor security rule – generated lots of discussion on how we coordinate and implement our rules. Rulemaking is, on one hand, an agency responsibility, and we can always look for ways to improve. But the responsibility is not just ours. It is incumbent upon our licensees to give us good information during the public comment period. I would like to reinforce the expectation that licensees need to participate in the process as it is designed and provide comments on areas of concern during the appropriate time and place in that process. Interested stakeholders have the responsibility to follow this process and stay engaged at every step. Once the rulemaking is completed, organizations as sophisticated as those represented by our licensees should clearly be in a position to implement the directions as outlined in the final rule. It is important to remember that rules promulgated on the basis of reasonable assurance of adequate protection do not take cost-benefit analysis into account.

    This past year, the Commission finalized a new cyber security rule. In accordance with the rule’s requirements, all licensees have submitted their cyber security plans and their implementation schedules. To assist with implementation, the staff also has completed work on the regulatory guide, and continues to make progress in reviewing licensee plans and schedules. I would like to highlight Commissioner Svinicki’s work on this issue. She has been tireless in keeping both the staff and the Commission focused on this important issue, and in ensuring that implementation of our new cyber security regulations proceeds effectively.

    These and our other efforts to codify the post-9/11 orders are a sign of the significant progress we’ve made in moving towards a more stable security framework. We cannot, however, lose sight of the dynamic threat environment. Our security work is not complete. The cyber threat, in particular, is a threat that evolves quickly and one we will need to maintain a focus on to appreciate the risks it poses and how we can best guard against them. FBI Director Robert
    Mueller recently described cyber terrorism as a real threat that is "rapidly growing.” Although cyber security is currently part of our Design Basis Threat, we will need to develop appropriate performance testing criteria as we have for physical threats.

    Looking ahead to the Commission’s agenda for the next few months, I would like to address an “elephant in the room” – the update to the Waste Confidence Rule. The Commission has been focusing on this update to our generic determination of the environmental impacts of spent nuclear fuel and working to develop a final answer. As we do so, it is important that we stay focused on our regulatory responsibility – to ensure that spent fuel is safely and securely managed. Staff has taken a fresh look at the technical basis for our waste confidence findings and reaffirmed that spent nuclear fuel in any reactor can be safely stored, without a significant impact to the environment, for 50 to 60 years after the licensed life of operation. The Commission has this draft final rule in front of it now. I'm looking forward to working with my colleagues to develop a rule that will provide stability once and for all in the area of waste confidence. We need a rule that will stand the test of time; a rule that appropriately focuses on our mission. We should leave the ultimate strategy of disposal to organizations like the Blue Ribbon Commission whose job it is to examine the alternatives and make the recommendations on permanent  disposal.

    Our licensing actions are where our work begins in ensuring that our applicants are taking the necessary steps to be able to operate in a safe, secure, and environmentally sensitive manner. This is an area where our regulatory waters are far from still. I had an opportunity to travel to South Africa recently for an IAEA conference. While I was there, I traveled to the end of Cape Point where the Atlantic and Indian Oceans meet. As I saw those mighty forces converge, I paused to think about how our agency will experience a confluence of significant challenges in the near future. In 2012, we will still be working on license renewal applications as we have for the past few years. In addition, we may well be overseeing the construction of a new reactor – Watts Bar 2 – under the old Part 50 process. We also may be approaching a final decision on the first COL applications under the new Part 52 process, and may begin reviewing the first design certification request for a small modular reactor.

    A necessary component for success is for applicants to get designs completed as early as possible and to provide high quality information in their applications. Successfully navigating the agency’s responsibilities with regard to these four challenges will require us to stay focused on our mission of safety, security, and protection of the environment. We will continue to strive to be open, transparent, efficient, and decisive regulators.

    Our agency has a strong track record of conducting efficient, predictable licensing reviews while always staying focused on our public safety mission. You need look no further than our existing licensing process to see that we know how to do this work. We complete approximately 1500 licensing actions and tasks per year – 90 percent of them within twelve months. And with the steps we have taken in past years to process the large number of license renewal and new reactor applications we’ve received, the NRC is well-prepared to maintain that strong track record. That’s the focus for the staff moving forward.

    But the Commission still has work to do. In 2007, the Commission committed itself to conducting mandatory hearings associated with applications for combined licenses, rather than to continue to have the Licensing Boards perform this function. These are uncharted waters for the Commission. It is incumbent on the Commission to lay out a vision on how these hearings will look and concrete, transparent plans about how they will be conducted. That is a big challenge for the Commission, but that is far from the only issue before us today.

    In addition to the COL reviews that garner most of the attention, the agency has been preparing for the potential future oversight of construction and operating activities. For example, the staff has been developing guidance to implement inspections, tests, analyses, and acceptance criteria (ITAAC). The staff has worked hard and deployed their considerable expertise in doing so. But we have never used this process before. We have to recognize that there may be unexpected issues that arise once we begin implementation.

    A new reactor issue that has roots in existing reactor regulations that you’ve heard me discuss on several occasions is GSI-191. This emergency core cooling system’s sump clogging issue has been around for way too long with existing reactors, and has now even cropped up as a potential problem in certain new reactor designs. Existing reactors are running out of time to come into compliance with existing regulations to adopt a clearly accepted method for resolving the outstanding issues and making the necessary commitments in order to bring this issue to closure by the end of this year. And new reactor applicants should want to resolve this issue as soon as possible because it has the potential to make our safety reviews of their applications more complicated.

    There is one licensing area where we have had difficulty making clear, tangible progress. For those who have heard me speak before at the RIC, it will come as a little surprise to hear that I am referring to the reactor license amendment requests for adopting NFPA 805. The Commission’s policy on this issue is clear: the “staff should continue to encourage licensees to transition to NFPA 805.”  The Commission has advocated that policy for good reason. NFPA 805 allows licensees to take advantage of risk insights to enhance safety and to take a comprehensive evaluation of their fire safety measures. Fifty plants have voluntarily opted to shift towards this risk-informed regulatory framework. The first license amendment should be approved later this year. Once we have the pilot complete and we have proven that the process works, I would encourage licensees not to wait to submit their amendment applications. I challenge all licensees to adopt NFPA 805.

    NFPA 805 is the lighthouse to guide us forward in this area. We have grappled with this matter for thirty-five years since the Brown’s Ferry Fire. Our journey towards resolving this issue has been slow and meandering. We had hoped that two pilot plants would have completed their safety evaluation reports in late 2009. But like many new processes, the NFPA pilot plant transitions have been complex, and have required a significant level of effort by licensees, as well as the NRC staff. We are now in the final stages of the review of the Shearon Harris plant, which could be completed as early as this spring; the Onocee plant is also expected to be finished later this year. We need to continue pressing ahead on this issue. And for one simple reason that we have long recognized – fire poses a significant threat to plant safety.

    However important good rules are, what ultimately defines a regulator is its ability to ensure that its requirements are being followed. We stand watch, but the NRC can’t be everywhere, and can’t inspect everything. That is why we must always maintain an effective oversight program that best leverages the information that we do have to effectively identify possible violations. And that’s why it’s so important that when we have information about potential violations, we then conduct thorough investigations and take appropriate enforcement actions.

    We have taken a couple of significant positive steps in these areas over the past year. First, staff initiated a major revision of our Enforcement Policy, after seeking and incorporating public comments. This revision reorganizes and removes outdated information, addresses new enforcement issues, and improves and expands on enforcement examples. These changes will make the policy easier to understand and use and provide guidance on emerging enforcement issues, particularly in the area of security. The revised policy is now before the Commission for review. Second, staff has continued to enhance our allegations program based on the lessons-learned review of the Peach Bottom incident.

    The Commission should place greater focus on the issue of Alternative Dispute Resolution (ADR) in enforcement. As ADR has increasingly become a key part of our enforcement program, I believe we must make this process as open and transparent as possible. While ADR negotiations must remain private in order to be effective, we can and should take steps to ensure that the ADR process is clear to the participants and the public, that the process is implemented consistently, and that ADR outcomes are fully disclosed to the public. I expect to propose policy changes in the near future to enhance Commission oversight and transparency in this area.

    Looking back over the past ten years, one of the better oversight tools that we’ve developed has been the Reactor Oversight Process (ROP). This risk-informed oversight tool uses performance indicators to gauge plant performance. Although the ROP has served us well, we have to continually reevaluate the effectiveness of specific indicators. We have an obligation to make sure that plant performance is consistently high and not just being tuned more finely to the indicator itself. We still have work to do in developing a spectrum of rotating performance indicators that will give us a better understanding of actual plant performance. Next month, the staff plans to hold a public meeting to begin a discussion about performance indicators that will provide a good opportunity for the public and stakeholders to comment on the next decade of their use in the reactor oversight process.

    It’s our job as a regulator to identify violations. But it would always be better if they didn’t happen in the first place. There are a couple of potential opportunities that we should explore in the next year in this area. The first concerns the safety culture of our licensees. The reason we care about safety culture is simple – we have found over the years that a deteriorating safety culture is associated with safety problems. We have made a lot of progress on our efforts thus far in the area of safety culture. We have incorporated safety culture into our oversight of reactor licenses. The safety culture policy statement has been out for public comment, and that comment period has just closed. The Commission is holding a meeting on this issue later this month, and we look forward to a discussion on this important topic. Once the policy statement is finalized, the Commission can then answer the next question – do we need to regulate safety culture directly?  From changing the ROP to address this issue, to writing a regulation that would in some way allow us to enforce in this area – the Commission has its work to do. We have come so far, and it is now time to decide how far we have yet to go.

    Another issue that has risen to the surface recently is materials degradation. We have seen – with the issue of buried piping and tritium leaks – the public concern that this issue can raise. The leaks to this point have been of low significance to public health and safety. But the NRC always inspects licensees who have such leaks, and in each case, makes certain that they are taking the appropriate steps to find the source and to protect the public and the environment. The recent piping and tritium concerns have led the staff to suggest that we take additional pro-active steps. For example, the staff will actively participate in American Society of Mechanical Engineers Code and NACE International standards activities to determine if it becomes necessary at any point to reassess our corrosion protection standards.

    Just as our mission calls for us to clearly communicate to the public about the relatively low significance of these events, it is also imperative that we clearly communicate to the licensees that we are not going to attempt to explain away performance that is less than stellar. Licensees have a responsibility to communicate for themselves and to make their own efforts to earn and keep the trust of the public in the communities where they are located.

    The issues that I have covered today reflect the breadth and the importance of the work of our agency. It will probably surprise few people to hear that the NRC’s actions are being followed very closely today by the public, policymakers, and stakeholders. And, this is not just in our country, but also in the international community. I believe that all of this scrutiny and attention makes it even more important that we conduct the public’s work in an open and transparent manner.
     
    Over the past few months, we have moved forward with implementing the President’s Open Government Directive. As an independent agency, we were not required to comply with this Directive, but we have done so because it’s in line with our historic organizational commitment to openness and transparency. This is an area that will always require our continuing focus. We can’t simply check a few boxes on a form, and then declare ourselves open and transparent. We have to continually explain to the public what we are doing, how we are doing it, and why we are doing it.

    Our staff has done much good work in this area by reaching out to the public and to our stakeholders in developing new regulations and explaining our implementation. Consistent with that approach, I hope that over the next few months the Commission will begin to meet more frequently in public to deliberate and vote on matters under consideration. I believe that this kind of openness and transparency will build public confidence in the agency by highlighting our strengths: the hard work and dedication of the staff, and the diligence of the Commission.

    And it is for those very reasons that I am proud to lead this agency and am proud to serve with the dedicated men and women of the NRC. I know that I have set out an ambitious agenda for the next year. But our mission demands it. We are charged with ensuring the health, safety and security of the American people and the protection of the environment. That is the compass that guides us; that is how we stay our course. I know that we are up to the task of meeting those crucial responsibilities.

    Thank you for coming to the RIC. Your participation is what makes it such a great success every year.

     

  • River Bend Station Shares Maintenance Expertise with Japanese Visitors

    Group sought insights into River Bend’s successful online maintenance program

     - By Linton Levy -

    A group of Japanese utility experts interested in improving the performance of their country’s nuclear power fleet recently visited River Bend Station to learn about the plant’s online maintenance program.

    An online maintenance program allows work to be done safely on various plant components while it is operating which alleviates the need to shut down the reactor as often and leads to better performance.

    Sponsored by the Japanese Society of Mechanical Engineers, the two-day visit included a plant tour and meetings with the River Bend management team.

    “One of the hallmarks of the nuclear industry is our willingness to share information and best practices,” said Mike Perito, vice president of operations at River Bend. “Our industry is truly an international community, and we were honored to host the Japanese visitors and discuss issues of mutual interest that will help all of us improve performance.”

    “The visit was a tribute to the operational excellence of River Bend, an important resource in Louisiana that provides reliable, economic electricity to our customers,” said Renae Conley, president and chief executive officer of Entergy Gulf States Louisiana.

    The Japanese group sought insights into River Bend’s success in performing a wide variety of online maintenance, a common practice in the U.S. nuclear industry that has not been implemented to the same degree in Japan. On average, U.S. nuclear plants have shorter refueling outages and higher generation capacity than Japanese plants largely because of their ability to perform work online.

    The Japanese visitors met with staff from engineering, maintenance, radiation protection and senior management to discuss River Bend’s online maintenance program and associated practices to reduce radiation exposure to workers.

    The group included representatives from various Japanese utility companies and Hamaoka Nuclear Power Station, Shika Nuclear Power Station, Shimane Nuclear Power Station, Mitsubishi Heavy Industries, GE- Hitachi Nuclear Energy and Toshiba Corporation Power Systems.

    “We are pleased that the Japanese consider our online maintenance program to be an industry best practice,” Perito said. “Being able to positively influence the performance of their country’s nuclear plants by sharing information is a responsibility that we take very seriously, and we look forward to more international exchanges like this in the future.”

    Entergy Corporation is an integrated energy company engaged primarily in electric power production and retail distribution operations. Entergy owns and operates power plants with approximately 30,000 megawatts of electric generating capacity, and it is the second-largest nuclear generator in the United States. Entergy delivers electricity to 2.7 million utility customers in Arkansas, Louisiana, Mississippi and Texas. Entergy has annual revenues of more than $10 billion and approximately 15,000 employees.

  • Illinois State Senate Approves Bill To Allow New Nuclear Power Plants

    Business and labor groups supported the legislation. Illinois has six operating nuclear plants with 11 reactors

     - By Stephen Heiser -

    The Illinois Senate has voted to drop 23-year-old ban on building nuclear power plants in Illinois. The measure was sent to the House on a bipartisan 40-1 vote, with two lawmakers voting present. 

    Since 1987 state law has barred construction of any new nuclear power plants. There are six plants operating in the state. President Barack Obama has supported nuclear power projects, but similar proposals in Springfield have failed to pass before. Democratic Senator Jeff Schoenberg of Evanston was the lone opposition in yesterday's vote.  Jacobs’ bill now goes to the House for consideration

    Sen. Mike Jacobs, the East Moline Democrat sponsored this year’s Senate bill (HB3388). It flew through the Senate Energy committee, which Jacobs chairs, and the full chamber.

    Jacobs says Illinois should take advantage of the efforts by President Barack Obama, a former Illinois state senator, to back some nuclear power projects, citing federal support for a power plant in Georgia. Jacobs adds that Illinois should be able to compete with surrounding Midwestern states for jobs connected to plant construction and staffing.

    Business and labor groups supported the legislation. Illinois has six operating nuclear plants with 11 reactors. The units are all owned by Exelon ans are located at plant sites in Braidwood, Byron, Clinton, Dresden, LaSalle, and Quad Cities. 

    Exelon has announced plans to build at least one new reactor at its Clinton nuclear power plant in central Illinois. In March 2007, the NRC issued Exelon with an early site permit (ESP) for the Clinton plant.

  • Under The Hood With Duncan Williams - High-Level Liquid Waste

    High-Level Liquid Waste

     - By Duncan Williams -

    One of the most controversial topics regarding nuclear power is the issue of storing radioactive liquid waste.  As a result of America’s decades-long processing of nuclear material, a fairly large amount of radioactive liquid waste has been generated and remains with us to this day.  Some of this radioactive liquid waste is a result of once secret programs stemming back to the days of the Manhattan Project.

    For example, beginning in the 1940s a site in eastern Washington State, known as the Hanford Site, produced plutonium for America’s defense program for decades.  In addition, spent nuclear fuel from nuclear reactors was reprocessed at the Hanford Site in order to extract reusable uranium and plutonium.  Although all reprocessing activities were discontinued at the Hanford Site in the 1980s, approximately 53 million gallons of radioactive and chemical waste are currently stored there in 177 underground tanks.

    While the Hanford Site focused on plutonium production as a part of the Manhattan Project, another plant located in Oak Ridge, Tennessee, focused on producing uranium.  As a result of this uranium experimentation and production, the Oak Ridge facility currently stores an unknown volume of radioactive liquid waste and sludge.
     Another facility known as the West Valley Reprocessing Plant in West Valley, New York, recycled spent nuclear fuel from 1966-1972.  During this period, at least 660,000 gallons of highly radioactive liquid waste were produced and stored in underground steel tanks.

    Another facility, currently known as the Idaho Nuclear Technology and Engineering Center (INTEC), was established in the 1950s as yet another facility for reprocessing spent nuclear fuel.  By the time reprocessing efforts halted in 1991, the facility generated roughly 9 million gallons of highly radioactive liquid waste. 
     Fortunately, there are a variety of technologies currently available, and in development, capable of safely immobilizing these radioactive liquid wastes.  One of these methods, known as vitrification, converts the liquid waste into granules, and then encases the granules in glass.  The process for converting liquid radioactive waste to granules has been in place at INTEC for decades and is described in U.S. Patent No. 4,065,400, issued on December 27, 1977.  The process uses a container, known as a calciner vessel, for heating the liquid radioactive waste.

    click for full sizeAs can be seen in the diagram from the patent, the calciner vessel has a lower reaction portion (12) that is filled with silica (24).  The silica (24) is then heated to between 752 F – 1472 F either by an electrical heating means or by igniting a flammable fuel source (44), such as oxygen and either propane or kerosene.  A fluidizing gas source (20), typically air, is introduced into the bottom of the calciner vessel which is then directed upwards toward the silica (24).  The fluidizing gas source (20) circulates the silica (24) in the lower portion (12) causing it to behave as if it were a fluid, creating what is known as a fluidized bed.

    The radioactive liquid waste (45) is then atomized by a gas source (48), typically air, and sprayed into the lower reaction portion (12) containing the fluidized bed of silica.  The heat converts the radioactive liquid waste into metal oxides, which is an ashy substance also known as calcine.

    The fluidizing gas causes the calcine to eventually travel into the upper portion (28) of the calciner and exit through an exit port (29).  The calcine is separated from the gas in a separator (31) and then travels to a receptacle (34) where it is collected.  Since the calcine still emits radiation, the calcine is then taken from the receptacle so that it can be vitrified.

    One method of vitrifying radioactive waste is disclosed in U.S. Patent No. 6,283,908, issued on September 4, 2001, and assigned to Radioactive Isolation Consortium, LLC, based in Falls Church, Virginia.

    click for full sizeThe patent describes an inner container (30) made from graphite and an outer container (10) made from stainless steel.  A layer of insulation (20) is placed in between the inner container (30) and outer container (10).  Calcine (100), or some other radiological waste, is introduced into the cavity of the inner container (30) through a feed pipe (60).  A sand-like borosilicate glass called frit is also introduced through the feed pipe (60) in order to homogeneously mix with the radioactive material as the mixture begins to melt.  As the level of the mixture begins to rise, a bottom segment of heating coils (25) is activated which melts the lower zone (40) of the mixture.  As the level continues to rise due to more radioactive waste and frit being added, another set of heaters (35) are activated, causing the next zone (50) of the mixture to melt.  This process continues until the calciner is filled and all of the heaters are activated.  Once the contents are melted, all the heating coils are deactivated and the contents begin to cool and solidify.  During this entire process, drying gases are introduced through the feed pipe (60) forcing any humidity to be vented through the exhaust pipe (70).

    The result of this process is vitrified radiological waste, as shown in this picture taken from Radioactive Isolation Consortium’s website.  However, vitrification is not the only known method of solidifying radiological waste.  For example, U.S. Patent No. 7,476,194, issued on January 13, 2009, and assigned to Studsvik, Inc., based in Atlanta, Georgia, describes a process called mineralization.  In order to mineralize the radioactive waste, the waste is transferred into a treatment container and mixed with mineralization additives. 

    These additives include clays, zeolite, silica, phosphates, calcium, magnesium, titanium, iron, and/or aluminum.

    The mixture is then heated to between 300 F and 1112 F.  Heating the mixture to the higher end of this range ensures that all the water, volatile organic compounds, as well as all nitrates, are vaporized.  The end product is a mineralized substance that prevents the leaching of radioactive waste for long periods of time. 

    Another company, called Clean Technologies International, Inc., based out of Austin, Texas, has patented a method of solidifying nuclear waste in metal.  U.S. Patent No. 7,034,197, issued on April 25, 2006, describes a process that results in the radiological waste being solidified in metal ingots.  The ingots are created by melting the radiological waste and mixing it with an alkaline metal as well as a radiation absorbing metal.  Examples of an alkaline metal include aluminum, magnesium, lithium, calcium, iron, zinc, or copper.  Although the patent recommends using tungsten as the radiation absorbing metal, it also suggests using beryllium, cadmium, vanadium, yttritium, ytterbium, zirconium, or lead.  The patent indicates that the resulting metal ingots are very stable, will not leach any of the immobilized radioactive waste, and emits a low amount of radiation due to the presence of the radiation absorbing metal.

    Despite the numerous technologies available, vitrification has become the most widely used technology for immobilizing America’s radioactive liquid waste.  About 98% of the liquid waste stored at the West Valley Site in New York has been successfully solidified using vitrification methods.  In 1996, the Savannah River Site’s Defense Waste Processing Facility began vitrifying radioactive sludge that was stored at various sites around the country.  Since its startup, it has produced over 9 million pounds of glass and has immobilized over 2 million gallons of radioactive sludge.  Additionally, the U.S. Department of Energy has contracted Bechtel National, Inc., to design and build another radioactive waste treatment plant located at the Hanford Site.  The treatment plant, known as the Hanford Waste Treatment and Immobilization Plant, will use vitrification to immobilize and permanently store radiological waste.  Construction of the plant began in 2002, and is currently scheduled to become operational in 2019.

    The rise in use of vitrification in America should come as no surprise.  Vitrification methods have been successfully used for solidifying radioactive liquid waste in America, as well as foreign countries for decades.  In the 1960s, France and England began experimenting with solidifying liquid waste in glass.  Today, both France and England receive radioactive waste from other countries so that it can be vitrified and then returned to the country of origin for storage.  Thus, vitrification has a long, and safe, history.

    Last Week's Column:  

    Under The Hood With Duncan Williams - MOX Fuel From Weapons-Grade Plutonium

    MOX Fuel From Weapons-Grade Plutonium  - By Duncan Williams - On February 25, 2010, the U.S. National Nuclear Security Administration  (NNSA) announced that it entered into an inter-agency agreement with the government owned Tennessee Valley Authority (TVA) in order to evaluate the use of a nuclear fuel made from surplus weapons ...
     
    About Duncan Williams
    Duncan Williams graduated from the University of Florida in 1994 with a B.S. in Physics, and a minor in mathematics.  Upon graduation, he was commissioned  in the U.S. Navy where he completed training in the Navy’s Nuclear Propulsion program.  He then served onboard an aircraft carrier, the USS Theodore Roosevelt, as a reactor control division officer.  Onboard, he was responsible for the operation and maintenance of the electrical and mechanical components that make up the reactor control systems.  This includes the control rod drive mechanisms, the reactor safety and emergency systems, the reactor coolant pump systems, and the ion exchangers.  He also developed and implemented ship-wide reactor safety drills in order to educate sailors in reactor safety.

    Duncan then transferred to the U.S. Naval Academy, where he served as a senior instructor teaching Thermodynamics to senior cadets.  While serving as an instructor at the Naval Academy, Duncan attended night law school at the George Washington University Law School.  After receiving his J.D. in 2004, he resigned his commission and began working as an intellectual property associate with Kenyon & Kenyon LLP.  While at Kenyon & Kenyon, he drafted numerous patents relating to medical devices, electronic devices, telecommunications, as well as other technologies.  He also has experience in all stages of patent litigation, and has represented numerous Fortune 500 companies in protecting their intellectual property rights.  Duncan is currently an intellectual property associate at Blank Rome LLP.

    If you have questions, comments, or know of a patent that you think Duncan should review E-mail Duncan Williams>> duncan@nuclearstreet.com 

  • Nuclear Cooperation A Key Topic At USIBC High Technology Cooperation Group Summit

    The U.S.-India High Technology Cooperation Group (HTCG) was conceived in November 2001 by President George W. Bush and then-Indian Prime Minister Atal Bihari Vajpayee. Both countries agreed to take cooperative steps to create the requisite political, economic, and legal structures to enable successful high-technology commerce

     - By Linton Levy -

    The U.S.-India Business Council (USIBC) this week convened leading executives from U.S. and Indian industry, joined by top government officials, for the 7th Meeting of the U.S.-India High Technology Cooperation Group (HTCG).

    The HTCG Summit provided a day-long opportunity for Indian and U.S. Industry to interact, identify market barriers, and highlight opportunities in high-tech areas such as Civil Nuclear Cooperation, Defense/Strategic Trade,  Biotechnology, Nanotechnology and Civil Aviation. The findings of these private sector interactions were presented to the U.S. Department of Commerce, Bureau of Industrial Security, and India’s Ministry of External Affairs to inform the bilateral discussions between the Government of India and U.S. Government scheduled to take place tomorrow, March 16. Indian Foreign Secretary Nirupama Rao was chief guest and presided over the day’s event at the U.S. Chamber of Commerce.

    “When we think back to the progress already made between our nations in the area of high technology cooperation – from the manner in which our navies supported one another following the Tsunami of 2004, in the way we collaboratively embraced civil nuclear cooperation, pioneered the U.S.-India Open Skies Agreement, and participated in India’s first, successful launch to the moon, Chandrayaan I, which included NASA and Raytheon technology – we can only be optimistic looking ahead along our line of sight for 2010, when President Barack Obama travels to India,” said Ron Somers, President of the U.S. – India Business Council.

    Somers added: “If we think of our common challenges and our common goals, the United States and India stand united on issues concerning regional security, energy security, food security, fighting disease as well as the scourge of terrorism, promoting aviation safety and the security of our Open Skies, and providing education and the tools for uplifting our fellow man. In every one of these instances, high technology cooperation will play a constructive role in providing the solutions to meet these challenges and in achieving these noble goals,” Somers said.

    Building on the successful state visit of Prime Minister Manmohan Singh in November 2009, the HTCG working groups identified specific barriers that continue to hamper high-technology trade as well as acknowledged the growing scope for collaboration. The Summit also provided a unique opportunity for business leaders to hear from key U.S. and Indian policy makers, including Indian Foreign Secretary Nirupama Rao and Deputy Assistant to the President of the United States, Michael Froman.

    Foreign Secretary Rao spoke about the need for further streamlining of U.S. Export Controls. Assistant Secretary of Commerce Kevin Wolf presented an update on export control issues affecting U.S. – India trade. Michael Froman, Deputy Assistant to the President, underscored the importance of the U.S.-India relationship, saying: “There is no other bilateral relationship as important as the U.S.-India relationship.”

    The U.S.-India High Technology Cooperation Group (HTCG) was conceived in November 2001 by President George W. Bush and then-Indian Prime Minister Atal Bihari Vajpayee. Both countries agreed to take cooperative steps to create the requisite political, economic, and legal structures to enable successful high-technology commerce. Since the HTCG’s inception, dual use exports requiring licenses for U.S.-India trade have dropped from 40% to just .3% - demonstrating the commitment of both countries to engender a relationship based on trust, predictability, transparency, and robust high technology engagement.

    The U.S.-India Business Council (USIBC), formed in 1975 under the aegis of the U.S. Chamber of Commerce, is the premier business advocacy organization representing over 340 of the largest U.S. companies investing in India, joined by global Indian companies, whose mandate is to deepen U.S.-India commercial ties.

  • AREVA Wins Extra High- Voltage Substation Order In India

    The new substation will improve power transfer capacity and reliability from eastern Uttar Pradesh, the regional power generation hub, to the western part of the state where it is consumed massively

     - By Chris Smith -

    AREVA’s Transmission and Distribution (T&D) division has been awarded a 60-million euro contract in India by state utility Uttar Pradesh Power Transmission Corporation Limited. AREVA will build an Extra High-Voltage substation at the Anpara “D” thermal power plant1 in the state of Uttar Pradesh (North of India).

    The new substation will improve power transfer capacity and reliability from eastern Uttar Pradesh, the regional power generation hub, to the western part of the state where it is consumed massively.

    The project is scheduled for completion by the end of 2011.

    Michel Augonnet, Executive Vice President of AREVA T&D’s Systems business said : "The Extra High-Voltage segment is poised for rapid growth and our strong partnership with Indian state utilities puts AREVA T&D in a powerful position to capitalize on the emerging opportunities."

    All over the world, AREVA provides its customers with solutions for carbon-free power generation and electricity transmission. With its knowledge and expertise in these fields, the group has a leading role to play in meeting the world’s energy needs.
    Ranked first in the global nuclear power industry, AREVA's unique integrated offering covers every stage of the fuel cycle, reactor design and construction, and related services. In addition, the group is developing a portfolio of operations in renewable energies. AREVA is also a world leader in electricity transmission and distribution and offers its customers a complete range of solutions for greater grid stability and energy efficiency*.

    Sustainable development is a core component of the group’s industrial strategy. Its 75,000 employees work every day to make AREVA a responsible industrial player that is helping to supply ever cleaner, safer and more economical energy to the greatest number of people.

    * Activity in the process of divestment

    1 The Anpara “D” thermal power plant, one of the biggest in India has an installed capacity of 1630MW

  • NRC Will Discuss 2009 Performance Assessment For Grand Gulf Nuclear Plant March 23

    “The NRC continually reviews the safety performance of Grand Gulf and each of the nation’s commercial nuclear power plants,” said Region IV Administrator Elmo E. Collins. “The meeting provides an opportunity for us to discuss our annual assessment of safety performance with the company, local officials and members of the public.

     - Source NRC -

    The Nuclear Regulatory Commission staff will meet with representatives of Entergy Operations, Inc., on March 23, to discuss the agency’s 2009 assessment of safety performance for the Grand Gulf nuclear plant, located near Port Gibson, Miss.

    The meeting, which will be open to the public, is scheduled to begin at 4 p.m. at the Port Gibson City Hall, 1005 College St., Port Gibson. The NRC staff will present the results of the assessment, talk about the NRC and its range of activities, and be available to respond to questions or comments from the public before the close of the meeting.

     “The NRC continually reviews the safety performance of Grand Gulf and each of the nation’s commercial nuclear power plants,” said Region IV Administrator Elmo E. Collins. “The meeting provides an opportunity for us to discuss our annual assessment of safety performance with the company, local officials and members of the public. We look forward to meeting with members of the community and answering any questions they may have about our oversight.”

     A letter sent from the NRC Region IV office to plant officials will serve as the basis for the meeting discussion. It is available on the NRC web site at:   http://www.nrc.gov/NRR/OVERSIGHT/ASSESS/LETTERS/gg_2009q4.pdf.

    The NRC said Grand Gulf operated safely during 2009 and will receive the very detailed inspection regime during 2010 used by the NRC for plants that are operating well.

    These inspections are performed by resident inspectors stationed at the plant and by specialists from the Region IV office in Arlington, Texas.

    Current performance information for Grand Gulf is available on the NRC web site at: 
    http://www.nrc.gov/NRR/OVERSIGHT/ASSESS/GG1/gg1_chart.html.

  • ARSEC Environmental Wins Los Alamos SM-43 D&D Contract

    LANS Awards Contract for Demolition of SM-43 Administration Building Valued at approximately $6 Million

     - By April Murelio -

    ARSEC Environmental, LLC, a Joint Venture between American Radiation Services, Inc (dba ARS International) and Safety and Ecology Corporation (SEC), was recently awarded a contract by Los Alamos National Security, LLC (LANS), for the demolition of the SM-43 Administration Building at Los Alamos National Laboratory (LANL). The project is scheduled to begin in April 2010 and is valued at approximately $6 million.

    “I am extremely proud of our team for winning this contract,” said Danny Coleman, ARS/ARSEC CEO. “We fully understand the priority and complexity of this project and feel our team will be extremely successful in the completion of this mission.” 

    Under this contract ARSEC will abate hazardous materials, demolish and dispose of the 316,500-foot main Administration Building (SM-43) as well as three connecting walkways. The 18-month project is scheduled to be complete in November 2011. The SM-43 building was originally designed in 1953 as a combination office and laboratory space, with occupancy in 1956.

    “SEC is ready to support ARSEC on this demolition project at LANL,” said Christopher Leichtweis, SEC’s CEO. “The team is experienced at LANL with a proven safety culture and project processes.”

    The demolition project falls under LANL’s Infrastructure Support Program. The ARS and SEC team has successfully completed similar demolition projects at LANL. In 2007 and 2009, the ARSEC and Los Alamos’s Site Projects Division Disposition team was awarded LANL Pollution Prevention awards for the successful execution of demolition projects. The project team was recognized for a significant waste avoidance through a strategic characterization, processing, and debris segregation methodology. This methodology achieved over 96% recycling on all debris generated from demolition of the PF-41 structure.  Further, the PF-41 D&D project, executed by ARSEC, received a NNSA Defense Programs Award of Excellence in 2008. This project will build upon the successful track record to achieve continued reduction in the nuclear weapons complex footprint for NNSA at LANL.

    Led by ARSEC Program Manager, Steve Shirley, this contract will be supported by subcontractors Cleveland Wrecking Company (CWC), providing demolition services, Weston Solutions, providing field engineering and technical support services, and Keers Remediation, providing asbestos abatement.

    ARSEC Environmental is a Joint Venture between American Radiation Services Inc. dba ARS International and Safety and Ecology Corporation (SEC).  While the SM-43 Building is not radiologically contaminated, ARSEC Environmental has previous experience with the D&D of radiologically contaminated facilities.  Under Los Alamos National Laboratory’s Multiple Task Order Award Contract (MTOA), ARSEC was awarded Task Order #2, DP West Hazardous Material Abatement and Equipment Removal Project.  This project involves the removal of some radiologically contaminated material.  The DP West facility has radiological contamination that includes tritium, plutonium, uranium contaminated equipment and process systems and contaminated asbestos.

    American Radiation Services Inc. dba ARS International is an 8(a) Native American/Veteran owned Small Disadvantaged Business (SDB) specializing in environmental services.  Since its inception in 1993 ARS has provided services to the U.S DOE, DOD, USACE, and commercial industries in the form of hazardous material remediation, laboratory analysis, and construction/demolition services. 

    Safety and Ecology Corporation (SEC) is a rapidly growing environmental services company specializing in the removal and remediation of hazardous nuclear materials for the U.S. Department of Energy, U.S. Department of Defense, and other federal agencies. SEC also provides advanced environmental services for private industry across the country and internationally. Since its founding in 1991, SEC has emerged as a technology innovator with more than 450 personnel worldwide and with annual revenues of more than U.S. $70 million.

    Los Alamos National Laboratory, a multidisciplinary research institution engaged in strategic science on behalf of national security, is operated by Los Alamos National Security, LLC, a team composed of Bechtel National, the University of California, The Babcock & Wilcox Company, and the Washington Division of URS for the Department of Energy’s National Nuclear Security Administration.  Los Alamos enhances national security by ensuring the safety and reliability of the U.S. nuclear stockpile, developing technologies to reduce threats from weapons of mass destruction, and solving problems related to energy, environment, infrastructure, health, and global security concerns.

  • Planned Refueling Outage At Davis-Besse Plant Will Include Repairs To Reactor Head Nozzles

    "Safety is our number-one goal, and we are committed to ensuring the structural integrity of the equipment before restarting the plant," said Barry Allen, Davis-Besse site vice president.  "We have begun a comprehensive investigation to determine the underlying cause, and have secured nuclear contractor AREVA to make the repairs."

     - Edited by Stephen Heiser -

    The planned refueling outage underway at the Davis-Besse Nuclear Power Station in Oak Harbor, Ohio, will include repair work on several control rod nozzles that penetrate the reactor head vessel.  Sophisticated ultrasonic inspections conducted over the past several days on 49 of the 69 nozzles detected indications in 12 of them.  Further inspections will take place throughout the week.

    "Safety is our number-one goal, and we are committed to ensuring the structural integrity of the equipment before restarting the plant," said Barry Allen, Davis-Besse site vice president.  "We have begun a comprehensive investigation to determine the underlying cause, and have secured nuclear contractor AREVA to make the repairs."

    Repairs will be made using a proven industry method and thorough testing following the repair of each nozzle will be conducted to ensure safe, reliable plant operations.

    The Nuclear Regulatory Commission has been notified, along with federal, state and local officials. 

    Davis-Besse's reactor vessel head – which was unused when it was acquired from a partially completed nuclear power plant in Midland, Michigan – was installed in 2002.  The plant has operated safely and reliably since restarting in 2004.    

    The refueling outage at Davis-Besse began February 28, 2010.  During the outage, 76 of the 177 fuel assemblies are being exchanged and numerous safety inspections conducted.  Refueling and other scheduled maintenance work continues.  The impact to the outage schedule of the repair work has not yet been determined.

    Davis-Besse is part of FirstEnergy Nuclear Operating Company, a subsidiary of Akron, Ohio-based FirstEnergy Corp. (FE).

  • Locus And Overhoff Offer Real-Time Tritium Monitoring And Compliance Solutions To Nuclear Power Plants

    The U.S. Nuclear Regulatory Commission (NRC), which oversees the inspection and licensing of nuclear facilities, says roughly 30 of the nation's 104 reactor units have experienced Tritium leaks. According to the NRC, none of the leaks have impacted public health or safety but, the unmonitored and unexpected releases have raised concerns within the industry and among watchdog groups nationwide

     - By Stephen Heiser -

    Locus Technologies (Locus),a leader in web-based environmental compliance and information management software, and Overhoff Technology Corporation, the world's leader in the design and manufacture of Tritium monitors and radiation monitoring systems, have partnered to offer a complete Tritium monitoring solution for the nuclear industry using Overhoff's Tritium instrumentation and Locus' award winning Cloud Computing software.

    As the new Administration advocates expansion of America's nuclear power industry, pushing for billions of dollars in federal incentives and announcing plans to build the first nuclear plant in decades, new issues have arisen regarding leaking and possibly dangerous levels of Tritium, a radioactive byproduct of the nuclear process.

    The U.S. Nuclear Regulatory Commission (NRC), which oversees the inspection and licensing of nuclear facilities, says roughly 30 of the nation's 104 reactor units have experienced Tritium leaks. According to the NRC, none of the leaks have impacted public health or safety but, the unmonitored and unexpected releases have raised concerns within the industry and among watchdog groups nationwide.

    Similar concerns regarding leaks at several plants in the mid 2000's prompted the members of the Nuclear Energy Institute (NEI) to put forth a Ground Water Protection Initiative (NEI-07-07) in 2007. This Initiative identifies actions that utilities can take to improve their management and response to instances where the inadvertent release of radioactive substances may result in low but detectible levels of plant-related materials in subsurface soils and water, even when these are well below the NRC limits pertaining to the protection of public health and safety.

    One of the key actions that adoptees of the Initiative are expected to undertake is the establishment of an on-site groundwater monitoring program involving on site monitoring or regular sampling and analyses to ensure the timely detection of inadvertent radiological releases. The Tritium groundwater challenge was addressed in 2009 when Locus introduced the nuclear module for its flagship product EIM that is already deployed at several nuclear power plants.

    According to the NRC, additional requirements pertaining to the monitoring of air releases of Tritium and Carbon-14 are likely to be promulgated in the future. To meet these requirements, new monitoring instruments and data management tools will have to be installed since many facilities are still using over 30-year old stack monitors and few, if any currently have H-3 or C-14 stack monitors in place.

    For those nuclear facilities wanting to fulfill their responsibility under existing (e.g., 10CFR-51 and 10CFR-52) as well as likely forthcoming regulations, the Locus/TA Overhoff solution provides a complete system for Tritium monitoring. TA-Overhoff has been designing and manufacturing nuclear air and stack monitors since 1946. The company recently announced the new, state-of-the-art CAM-TC and CAM-TCI series monitors. The model CAM-TC is a full-service, state-of the-art, stack monitor that reads, analyzes and records Beta-Gamma Particulates, Iodine, Noble Gases, C-14, Tritium and optionally, Alpha Particulates. The data captured by the CAM-TC monitors is immediately passed to Locus's EIM where it is managed and integrated with groundwater and other monitoring data. Within EIM, graphs can be plotted, reports generated, maps can be produced and statistical analyses performed.

    "Nearly all of the activities associated with water and air protection at nuclear power plants, including the assessment of site characteristics, the ongoing monitoring of site conditions, and decommissioning of old plants or permitting of new plants, involve the collection and/or analysis of data. The tools and systems used to manage and store this information must satisfy strict NRC security and QA/QC requirements such as NQA-1 or ISO 9001:2008 to ensure that only the appropriate people can access the data, and that the quality of the data adheres to the highest NRC standards. It is also critical that these applications allow engineers and scientists to do their work in a cost-effective way, allowing them to focus less of their time on finding the data they need and formatting various outputs, and more on the evaluation and analysis of these data. In addition data must be transparent and verifiable to all stakeholders. All of these requirements are instantly met using Locus/Overhoff monitoring and data management solution. We are very pleased that Overhoff Technology has decided to join forces with Locus. The company's outstanding reputation for having monitors that excel in performance will enhance Locus' offering in the important nuclear monitoring market," said Dr. Neno Duplan, President and CEO of Locus.

    "We are very pleased to join with Locus to bring an integrated and elegant solution to address the nuclear industry's Tritium monitoring needs. Our experience in producing hundreds of different types of monitors for different users, coupled with Locus' market leader position in Cloud Computing-based environmental data management, will benefit our joint clients," said Dr. Robert I. Goldstein, President and CEO of Overhoff.

    Locus provides business with the power to be green on demand. Locus pioneered cloud computing environmental software suites. Locus' software enables companies to organize and validate all key environmental information in a single system, which includes analytical data for water, air and soil, greenhouse gases, sustainability, compliance and environmental content. Locus software is delivered as an on-demand service (SaaS), so there is no hardware to procure, no large up-front license fee, and no complex set-ups.

    Founded in 1972, Overhoff Technology Corporation specializes in the design and manufacture of Tritium monitors. With the world's largest selection of Tritium monitors, Overhoff can offer monitors ranging from simple hand held units to complex integrated digital radiation monitoring systems. 

    TA is a leading supplier of real-time Radiation monitors for Drinking Water and Groundwater. TA has been designing and manufacturing all types of radiation monitors since 1946. TA is the parent company for Overhoff Technologies.

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