Category Archives: spent fuel

“Waste Management” in Nuclear News

The November issue of Nuclear News magazine, which contains a special section on waste management, is available in hard copy and electronically for American Nuclear Society members (must enter ANS user name and password in Member Center). The special section contains the following stories:

  • What will we do with it all? by Ed Batts
  • Coupling repositories with fuel cycles, by Charles Forsberg
  • What does 1 million years mean to a regulator? by Edward D. Blandford, Robert J. Budnitz, and Rodney C. Ewing
  • Robert Sindelar: Extended spent fuel storage, interview by Rick Michal

The issue also contains a feature article on the inaugural ANS “live” webinar, with Nuclear Regulatory Commission chairman Gregory Jaczko as guest; and a report on the International Atomic Energy Agency’s 55th General Conference.

Other news in the November issue: A Government Accountability Office report states that United States has limited ability to secure nuclear material overseas; the world’s largest open-air nuclear storage pool moves toward decommissioning; a site is chosen for Finland’s seventh power reactor; startup testing for Argentina’s Atucha-2 power reactor. is launched; Vietnam awards contract for power reactor feasibility study to Japan Atomic Power Company; Fluor, GE Hitachi sign memorandum of understanding for proposed power reactors in Poland; Cameco signs mining, milling deal; Areva’s Eagle Rock enrichment plant receives NRC license; the Department of Energy gives grants for nuclear-related university research and development, infrastructure.; Areva launches “learning tour” for partner and customer company employees; NRC commissioners conduct mandatory hearing for Vogtle-3 and -4; spent fuel pool instrumentation, Mark II containment venting added to NRC staff’s near-term post-Fukushima actions; NRC finds no vital quake damage at North Anna, but shutdown continues; public support for nuclear power lower than before Fukushima, but a majority still in favor; foreign control contention added to South Texas-3 and -4 hearing process; and more.

Past issues of Nuclear News are available here.

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Roadblock in Congress for SMR Development

By Jim Hopf

As discussed in my June 20 post, small modular reactors (SMRs) have many potential advantages, and could very well represent nuclear’s best prospect for the future. The industry has run into trouble, however, in getting government support for getting SMRs off the ground.

The Obama administration has made a multi-year, $450 million request for SMR development, including $67 million this year to support SMR licensing. The U.S. House of Representatives has included the $67 million in its 2012 budget bill. That funding got removed from the U.S. Senate budget bill, however, by the Senate Energy and Water Development Appropriations Subcommittee, due primarily to opposition from Chairwoman Dianne Feinstein (D., Cal.).

Feinstein cited the fact that SMRs would create additional nuclear waste, for which there is still no permanent disposal site, as a reason for her opposition. She also said that federal nuclear R&D money should be spent on safety, as opposed to new reactor development, in light of the Fukushima disaster.

Improving Safety

I don’t agree with the Senator’s logic on the safety issue that she raised. I, for one, think that one of the best ways to improve nuclear safety is to develop and deploy much safer reactor designs, which are not vulnerable to the issues that caused the meltdowns at Fukushima. In turn, one of the best ways for the federal government to help improve nuclear safety is to support the development and deployment of such designs.

SMRs (such as designs from NuScale and Hyperion) are passively cooled, and are more able to reject heat to the environment (due to their small size). Large reactors, like Fukushima, require active cooling at all times, and fuel damage would occur almost immediately after the loss of all power. In stark contrast, the Hyperion module can go two weeks without any power (i.e., active cooling), and the NuScale module can go indefinitely without power (or active cooling). This is a critical difference, given that the Fukushima release occurred as a result of the loss of power, which was needed to provide continuous active cooling.

It’s true that SMR development does nothing to improve safety at existing reactors, and perhaps that’s where Feinstein is coming from. But the issue of implementing needed safety upgrades at existing reactors is being addressed by the Nuclear Regulatory Commission, and will be implemented by the industry itself, on its own dime. It’s not clear how much government research would help, in terms of improving existing reactor safety, and it’s not clear that the government should be paying (directly or indirectly) for necessary safety upgrades at existing plants.

Waste

As for the nuclear waste argument, well, that’s an old, familiar issue. The fact is that most experts, and scientific studies, have concluded that the public health risks and environmental impacts associated with nuclear power are much lower than those associated with fossil fuels, despite the nuclear waste issue.

Unlike fossil fuels, nuclear’s wastes are safely stored and are not released into the environment. And we are confident that a final solution to the nuclear waste problem will be developed and/or agreed upon at some point, with the final result being no release of wastes into the environment, ever. Given this, opposing increased use of nuclear power because it generates nuclear waste is hard to justify, since the result of not using more nuclear is (still) primarily the use of more fossil fuels, which have an infinitely worse “waste problem”.

Finally, it’s difficult to argue that we have not found a solution to the nuclear waste problem, at least from a technical perspective. It seems clear, at this point, that Yucca Mountain was a valid permanent solution to the nuclear waste problem, from a scientific and technical perspective. NRC staff had completed its review of the Yucca Mountain repository, and most observers believe that the repository would have passed the review, and been licensed, had the review not been halted for political reasons.

It is also true that some of the SMR designs are fast reactors, which have the potential to be part of a closed fuel cycle that would reduce the volume and longevity of our nuclear waste stockpile.

One Bright Spot

If there’s a bright spot in all this, it could be that some or all of the SMR developers may proceed without such R&D aid from the federal government. Both NuScale and B&W (with its mPower module) say that they are proceeding with license applications to the NRC. And the Tennessee Valley Authority is making plans to deploy mPower modules at its Clinch River site.

NRC Issues More Important?

As many have observed, the main barrier to the deployment of SMRs may not be a lack of government financial or R&D support, but instead the enormous amount of time and money required to get new reactor designs licensed by the NRC. Reactor licensing processes have been taking many years and costing more than a $100 million dollars. Even approving an exact copy of an already-licensed reactor design (for a new site) is projected to take more than two years.

Even SMRs that deploy conventional light-water technology (such as NuScale or mPower) can expect a long (~ 5 year) licensing process (starting in late 2012 or 2013). For non-conventional technologies like Hyperion, who knows how long it will take? The NRC has stated that non-conventional SMRs like Hyperion are not on its priority list right now, and that it will only consider such an application when a serious customer has been found (thus setting up a chicken-egg problem).

Other issues that may hold back SMRs include security and emergency planning/evacuation requirements, and per-reactor NRC fees. If the NRC is not willing to consider the SMRs’ lower potential radioactivity release, as well as the lower probability of such release, in setting these requirements, as well as scaling fees with reactor capacity, it may destroy SMRs’ economic viability.

Perhaps a more effective way for the government to support SMRs is for it to do something to reduce the licensing-related barriers discussed above, as opposed to outright financial support of SMR development. Possible options include making sure the NRC has sufficient resources to handle the entire volume of incoming license applications, somehow limiting the scope of review, or requiring the NRC to complete reviews within some fixed, reasonable time period.

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Hopf

Jim Hopf is a senior nuclear engineer with more than 20 years of experience in shielding and criticality analysis and design for spent fuel dry storage and transportation systems. He has been involved in nuclear advocacy for 10+ years, and is a member of the ANS Public Information Committee. He is a regular contributor to the ANS Nuclear Cafe.

ANS webinar with NRC Chairman Gregory Jaczko a success

A collaborative effort between the American Nuclear Society and the U.S. Nuclear Regulatory Commission resulted in a successful 90-minute webinar on nuclear safety issues on October 4.

NRC Chairman Gregory Jaczko (right) talks to ANS moderator Dan Yurman (left) at the Oct 4 webinar. Photo: Clark Communications

More than 60 people signed on to the webinar session when it started at 11 a.m. (Eastern time), and more than 40 were still with it when the event ended 90 minutes later. According to the NRC, another 15 people listened in through a toll-free 800 telephone number.

NRC Chairman Gregory Jaczko took questions during the live, unscripted session on a wide range of topics including Yucca mountain, new reactor design reviews, and the NRC’s response to the Fukushima crisis.

Laura Scheele, ANS manager of Policy & Communication, noted that this was a first-of-a-kind effort by the two organizations. The project began last summer when NRC Public Affairs Chief Eliot Brenner approached ANS about the webinar idea.

“The ANS elected officers green-lighted the webinar as an opportunity for ANS to provide a virtual forum for ANS members and other nuclear professionals to ask NRC Chairman Jackzo about important nuclear energy issues,” said Scheele.

Webinar challenges

As the project took shape, the NRC agreed with Scheele that two separate sessions were needed—one for pro-nuclear bloggers and one for anti-nuclear organizations.  Scheele also insisted, and the NRC agreed, that the moderator could ask follow-up questions. About a third of the questions asked were of the follow-up type.

While webinars are well-understood mechanisms in the high-tech industry, this was the NRC’s first experience with the process. There were a fair number of questions facing the organizations sponsoring the event. For instance, would nuclear bloggers agree to send in questions ahead of time? Would enough people sign up for the webinar to make it worthwhile?

The NRC chairman has been a lightning rod for controversy over his actions regarding Yucca Mountain. It was thought that some people who disagreed with the chairman’s actions might ask questions that went beyond the boundaries of civil discourse.

In the end, the print-out of questions submitted in advance was more than five pages long. Several overlapping questions were combined to make effective use of limited time.

While many of the questions were asked, and answered, many others—some highly technical—will be answered on the NRC blog. In addition, the NRC has posted a podcast of the webinar, a video, and a complete transcript (see links below).

Jaczko was pleasant, conversational, and well prepared for the session. He invested a lot of time in the event both before it and during the a 90-minute live, unscripted session. The result “exceeded all expectations,” the NRC’s Eliot Brenner told the New York Times.

Question highlights

In particular, Jaczko was asked about his congressional testimony on March 16 that Fukushima’s spent fuel pool at reactor #4 had lost much of  its water and was a major source of high levels of radiation being released into the environment.

In response, he said, “The lesson we take from this is that we need adequate instrumentation to monitor the pools.”

In response to another series of questions about management of spent fuel, he said that dry cask storage is good for at least 60 years. He dismissed the idea of creating a single interim storage site for spent fuel, saying that it was safe to continue to store at reactor sites until a permanent solution could be found. Asked if the NRC could license a spent fuel processing facility today, Jaczko said technically that the NRC isn’t ready to review that kind of application.

On the subject of small modular reactors, Jaczko said that the NRC is comfortable reviewing designs based on conventional light water reactor technology.

Asked what keeps him awake at night, Jaczko said the fear is that there is some unknown factor that is being missed in the agency’s safety analysis of a situation at a reactor or in a license application.

The webinar questions were moderated by Dan Yurman, a nuclear energy blogger. He is a member of ANS and serves on the ANS Public Information Committee.

Links to NRC Video, Audio, and Transcript

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September 2011 Nuclear News is online

The September issue of Nuclear News is available in hard copy and electronically for American Nuclear Society members (must enter ANS user name and password in Member Center). The issue contains a variety of features, including:

  • An interview with Cliff Hamal, of Navigant Economics, on the expected cost increase in the coming decades of storing spent nuclear fuel at retired reactor sites.
  • A look at the Blue Ribbon Commission’s draft recommendations for spent fuel management.
  • Insights from the Fukushima Daiichi accident: Comments on the Nuclear Regulatory Commission’s near-term task force report.
  • An in-depth review of ANS’s 2011 annual meeting, which was held in Hollywood, Fla.

Hanford workers load a mixed LLW container onto a shipping platform.

Other news items in the September issue deal with: an NRC staff memo that addresses small modular reactor staffing issues; the summer heat that led to power level reductions at nuclear power plants; the commercial start of Watts Bar-2 being officially delayed until 2013; the NRC’s extending the time to apply for NFPA 805 amendments; the seismic studies scheduled for Diablo Canyon’s license renewal; the draft environmental impact statement issued for Seabrook’s renewal; U.S. Department of Homeland Security, European Commission teaming up to enhance security; first applications submitted for new reactor construction in United Kingdom; U.K. energy market reforms aim to attract nuclear investment; Sellafield MOX fuel plant closing as demand dips; Japan’s prime minister’s call for a nuclear phaseout; the arrival of the world’s first AP1000 reactor pressure vessel in China; the tsunami countermeasures planned for Japan’s Hamaoka nuclear station; India’s signing of a cooperation agreement with South Korea; the completion of a retubing project at South Korea’s Wolsong-1; the Department of Energy beating of deadlines for dealing with transuranic and mixed waste at the Hanford Site; investors extend deadline for USEC to obtain a DOE loan guarantee for the American Centrifuge Plant; the DOE awards $39 million for university-led nuclear R&D; and more.

Past issues of Nuclear News are available here.

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NRC terminates Yucca Mountain proceeding

Next stop, federal court!

By Cornelius Milmoe

In June 2010, the Nuclear Regulatory Commission’s Atomic Safety and Licensing Board (ASLB) determined that the Department of Energy’s attempted “withdrawal” of the Yucca Mountain license application could not relieve the NRC of its duty to make a decision approving or disapproving the application. A year after the ASLB decision, the U.S. Court of Appeals ruled in the Aiken County case that the Nuclear Waste Policy Act (NWPA) requires the NRC to review and act on the Yucca application, and that the court would order the NRC to make a decision if it refused to do its duty.

Despite the ASLB and court rulings, the NRC has suspended all agency action on the application and refused to release the Safety Evaluation Report (SER) prepared by NRC staff. The decision to suspend work and close out the license process was made unilaterally by Chairman Gregory Jaczko, not by the full commission.

On Friday, September 9—the NWPA due date for the NRC final decision, and 14 months after the ASLB decision—the NRC issued a two-part order in the licensing proceeding. First the order stated “the Commission finds itself evenly divided on whether to take the affirmative action of overturning or upholding the Board’s decision.” It would seem that with the divided vote, the ASLB decision denying the motion to withdraw would stand. But, the second part of the order stated, “we hereby exercise our inherent supervisory authority to direct the Board to, by the close of the current fiscal year [September 30], complete all necessary and appropriate case management activities, including disposal of all matters currently pending before it and comprehensively documenting the full history of the adjudicatory proceeding.”

The order is difficult to parse. On one hand, it indicates that there were not enough votes to terminate the case as the DOE requested, but on the other hand, it appears to direct the ASLB to terminate the case by the end of this month because of “budgetary limitations”. What is clear is that the NRC has thrown down the gauntlet to the court of appeals.

In its Aiken County opinion last July, the court deferred review of the NRC’s action in the Yucca Mountain proceeding until there was a final NRC decision. The court flatly stated that “the NWPA requires the Commission to issue a final decision approving or disapproving the issuance” of a license within three years of the application. It warned the NRC that it would issue an order compelling action if the NRC decision was “unreasonably delayed” or if the court found a “transparent violation of a clear duty to act”.

Judge Janice Rogers Brown wrote a separate concurring opinion that referenced Jaczko’s plan to provide no money for licensing activities and closing out review of the license application so that “unresolved legal questions, … would stay unresolved legal questions.” Even last June, Brown wrote, “It is arguable the NRC has abdicated its statutory responsibility under the NWPA.” Judge Brett Kavanaugh’s opinion recognized that President Obama has decided not to use Yucca Mountain, but concluded that the president does not have the final word about whether to terminate the Yucca Mountain project. Kavanaugh said, “[T]he ball in this case rests … with the Nuclear Regulatory Commission.”

The petitioners in the Aiken County case have filed a new motion for an order requiring the NRC to proceed with the licensing process as required by the NWPA. They argue that the NRC had the DOE appeal of the ASLB decision under consideration for 10 times longer than the 45 days it gave the ASLB to get briefs, hold hearings, and make the original decision. The petitioners also pointed to evidence in congressional testimony and a report by the NRC’s inspector general that Jaczko acted unilaterally, without a commission majority, to stop staff work on the license, withhold the staff SER, and delay the commission’s decision on the DOE motion. With that evidence, and the NRC’s failure to meet the NWPA deadline for its final decision, it seems likely that the court will conclude that the NRC is guilty of unreasonable delay and that it may be a transparent violation of a clear duty to act.

In any event, the court has given the NRC its chance to do its duty on the Yucca Mountain application, and the NRC has declined. The next episode will be in the court of appeals, as the NRC tries to defend its failure to act on the license application.

Note: A detailed analysis by C.J. Milmoe of the NRC actions is available via Nuclear Townhall.

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Milmoe

C.J. Milmoe has been involved in waste management and nuclear power development for more than 30 years, both in government and in the private sector. He is active in ANS and in nuclear industry advocacy groups.

Blue Ribbon Commission report focuses on process

By Steve Skutnik

Last month, the Blue Ribbon Commission (BRC) on America’s Nuclear Energy Future released its long-awaited full draft report to Secretary Chu, based upon the findings of each of its subcommittees. Several nuclear bloggers offered their thoughts on the draft summary of the BRC recommendations when they were posted back in May. Since that time, the release of the full draft report expands upon earlier BRC recommendations, which largely focused upon centralized interim storage for spent nuclear fuel until a new permanent geological repository can be sited.

While centralized interim storage remains at the heart of its recommendations, a major focus of the full report has been on the process of nuclear waste management policy, including issues of site selection, regulations, and access to funding. Concerns over spent fuel in light of Fukushima also permeate the full report, underscoring the need for an integrated fuel management strategy.

 Some Background

The Nuclear Waste Policy Act of 1982 laid the foundation for nuclear waste management policy in the United States, making it the official policy of the U.S. to develop two permanent geologic repositories along with a additional sites for monitored retrievable storage (MRS) of used nuclear fuel. To pay for the cost of disposal, nuclear electricity operators were assessed a 1-mil ($0.001) per kilowatt-hour tax on production, held in the Nuclear Waste Fund (NWF). In 1987, Congress amended the NWPA, eliminating the requirement for a second repository and an MRS site while designating Yucca Mountain as the sole geologic repository of the United States.

Pushing the “Reset Button”

Some of the most withering criticisms in the BRC report pertain to the site selection process that resulted in Yucca Mountain being the sole geologic repository for the United States. Of particular emphasis is a consent-based repository siting process, compared to the top-down approach which has been employed to date. To this end, the Commission draws heavily on the examples of community-supported projects such as the Waste Isolation Pilot Plant (WIPP) in Carlsbad, New Mexico and the SKB repository in Forsmark, Sweden.

In addition, recommendations included the need for site-neutral performance requirements in the regulation, drafted before site selection as to avoid the appearance of regulations being drafted to fit the repository site (rather than the reverse). Overall, the Commission emphasizes a staged, flexible, and open process for waste management, one capable of responding to changing events, scientific knowledge, and technological options. Specifically, the report is harshly critical of the current process, which they describe as inflexible and overly prescriptive, with the process following the 1987 amendments to the NWPA lacking any contingencies should Yucca Mountain prove untenable.

Ultimately, regardless of potential waste management options such as advanced reactor systems and reprocessing to recover usable materials from spent fuel, the BRC’s recommendations rest upon the resumed search for a permanent geologic repository (necessary for the long-term isolation of radioactive wastes, even with reprocessing) along with a centralized interim storage site for used nuclear fuel. In order to avoid the inevitable contention that any interim storage site becomes a de facto permanent repository, the report emphasizes the necessary coupling between any consolidated storage site with a credible process for establishing a permanent repository.

In as much, the BRC’s recommendations essentially amount to pushing the “reset button” on the waste management process prior to the 1987 amendments to the NWPA, restarting the process of locating a repository while taking some of the lessons from the past thirty years into mind.

Under New Management

Perhaps the most radical of the BRC’s suggestions is in the implementation of waste management under the direction of a federally-chartered corporation, similar to the Tennessee Valley Authority (TVA).  Such a move is designed to produce a single-focus organization for the task of waste management which can act with a relatively greater degree of political independence while still operating under Congressional oversight.

An additional problem identified by the BRC is access to funds in the NWF. Despite its original intent, appropriations from the NWF are subject to yearly Congressional appropriations – essentially making funding for waste management subject to the vagaries of yearly budget politics. The BRC’s recommendations include placing such funds into a trust under Congressional oversight, such that funds can be used as necessary to support waste management operations.

Hedging Bets on Waste Disposal Options

One key point of contention for nuclear advocates in the report’s recommendations is its relative lack of ambition; despite evaluating several fuel cycle scenarios (including conventional and advanced light water reactors, along with partial or full recycle of long-lived actinides), the BRC specifically eschewed endorsing any advanced reprocessing or fuel cycle technologies as an alternative to direct disposal, preferring to keep its options open.

Also left unsaid is any evaluation of the viability of Yucca Mountain as a geologic repository; such a topic was specifically identified as “beyond the scope” of the Commission’s analysis.

In particular, the emphasis upon consolidated interim storage indicates the BRC prefers to hedge its bets on technology, taking a “wait-and-see” approach afforded by such an approach while leaving geologic disposal in place as the default final solution, stressing the need for flexibility and cautioning against “irreversible” spent fuel management choices.

In many ways the Commission appears to be waiting for a technological intervention to solve their problem for them, either through more advances in more economical spent fuel reprocessing or in radical breakthroughs in reactor technology.

Looking Forward

So where does this leave us? While much of the report contains useful insights about the process of establishing a geologic repository, it provides little in the way of direct solutions for the current impasse. Its proposal for centralized interim storage for spent fuel is admittedly a temporary solution designed to buy some breathing room for the federal government, but in no way does it represent a permanent solution. In essence, the recommendations leave us back where we started nearly 30 years ago – perhaps wiser for the journey, but little closer to a permanent solution.

Steve Skutnik recently obtained his Ph.D. in Nuclear Engineering from North Carolina State University. He blogs at The Neutron Economy.

Japan’s search for nuclear export deals

The hunt is on in Vietnam, Turkey, and elsewhere

By Dan Yurman

Yoshihiko Noda, new prime minister of Japan (Photo: Wikipedia)

The Japanese government, in close cooperation with some of the nation’s largest heavy industrial manufacturers, is seeking to export Japan’s nuclear technologies, products, and services despite the loss of six reactors on March 11 to a combination of a record earthquake and massive tsunami. The replacement of Prime Minister Naoto Kan with 54-year-old Yoshihiko Noda, a career politician and the current finance minister, may play a key role in achieving success.

Prime Minister Kan ended his term with a strong call for the nation to retreat from dependence on nuclear energy. At one point he also tried to shut down efforts to continue exports even though he had played a leading role inking a deal with Vietnam in October 2010 for two reactors.

When this policy tilt became apparent on August 5, Japanese Foreign Minister Takeaki Matsumoto and Chief Cabinet Secretary Yukio Edano prevailed on Kan to back off. The country’s industrial exports are needed to pay for its lack of agricultural self sufficiency, and it depends on high value deals like new reactors. According to the Wall Street Journal, Japan produces only 40 percent of the food it needs to feed its population. Basic economics demands that the country sell finished goods abroad to pay for food imports at home.

The problem of supplying the baseload power for manufacturing at home remains a major issue. Platts reported that as of September 1, 2011, only 11 (10 GWe) of Japan’s 54 (49 GWe) reactors were operating. The rest were closed for maintenance and safety checks. While some have completed those tasks, provincial officials are adamant about not letting them restart without assurances that they are safe. Politics, not technology, is pushing the country’s electric utilities into plans for rolling brownouts and possible blackouts.

Noda has said that the stable supply of electricity is the lifeblood of the economy.  A combination of arm twisting and economic incentives may convince provincial officials to relent.  Jobs associated with nuclear exports may be one of the tools in Noda’s hands.   As a result, it appears that in addition to getting the reactors back online, the government is also focused on the multi-billion yen needed to build new reactors overseas.

For now, a key factor in Japan’s favor is that Japan Steel Works (JSW) is one of the world’s few companies capable of producing large forgings for new nuclear reactor pressure vessels.  However, the multi-year backlog of orders has made the work an attractive target.

Mitsubishi plans to build its own large forgings plant so that it won’t have to wait in line at JSW. International competition comes from South Korea and Russia. The United Kingdom is said to be planning a large forgings plant, as is India.  Both countries should be able to produce them within the next five years if their respective governments provide the necessary financial support.

Vietnam deal back on the front burner

Prior to the March 11 events, Japan had inked a deal with Vietnam to build two of its planned eight 1000-MW reactors. Japan has been training Vietnamese nuclear engineers for years in preparation for the project. Japan, however, is in second place in Vietnam when it comes to nuclear deals. Russia is building the first two plants and will provide all of the fuel for them as well as taking back the spent fuel at the end of each cycle.

Talks with Vietnam to execute the provisions of the deal and begin construction will restart this month. Government officials from both countries are scheduled to meet September 8 and 9 in Tokyo to layout project plans.

For its part, Vietnam pronounced itself happy the deal is back on the table. Vietnam’s ambassador to Japan Nguyen Phu Binh told the Manichi News on August 31 that he wants to see construction get underway in his country’s southern province of Ninh Thuan. He told the Manichi News, “I believe Japan will use the [Fukushima] crisis to learn important lessons and develop great technology.”

Turkey swaps negotiating tables, but keeps talking

Japan has been involved in off-and-on negotiations with Turkey to build that nation’s second nuclear power station at Sinop, some 440 miles east of Istanbul on the Black Sea coast. Paradoxically, Turkey’s first nuclear power station, a 4.8 GWe monster, is being built by the Russians at Mersin, about 600 miles southeast of Istanbul on the country’s Mediterranean coast. The Sinop site will be a similar size in terms of power generation capacity.

One would have thought that in terms of delivery of large components by sea, Turkey would put the Russians on the Black Sea and the Japanese on the Mediterranean, but that’s not how it worked out. The Japanese were never in the running for the first tender, which went to the Russians as the sole bidder.

Toshiba was involved in the first round of negotiations for the second site with Turkey last December, with TEPCO as its partner. Since March 11, that bid team has had to withdraw. Mitsubishi Heavy Industries is now taking a crack at closing a deal by teaming up with Kansai Electric. It turns out that Turkey wants pressurized water technology, which makes Kansai a competent competitor due to its operational experience with this type of reactor in Japan.

The Toshiba/TEPCO team also withdrew from the South Texas Project in the United States, forcing NRG to stop all work on the development of twin 1350-MW ABWR reactors at a site south of Houston, Tex.

Lithuania looms in the future

Meanwhile, Hitachi, another industrial giant, is negotiating to build new reactors in Lithuania. Last July, Hitachi President Hiroaki Nakanishi said while traveling to promote the sale that his view is that the demand for new reactors will remain steady in foreign markets over the long-term. He noted that winning deals requires help from the government. There are opportunities for new reactors, fuel, operations and maintenance, and reprocessing of spent fuel.

The Russians view Lithuania as their provincial backyard and may put up a stiff fight to win the project. A similar battle is expected over the Czech Republic’s five-reactor Temelin new build, where Toshiba is competing against the Russians and Areva.

Middle East opportunities?

An interesting development is that Hitachi told Kyodo News in July that the company will keep to its goals for developing new nuclear reactor business in Asia and the Middle East, despite fears that the Fukushima crisis might deter some nations from going in this direction.

The business plan was drawn up prior to the March 11 earthquake and tsunami. The company says it sees no reason to change it.

Tatsuro Ishizuka, Hitachi vice president for business development, told the news service on July 20 that the company hopes to get orders for 20 new reactors in Asia and the Middle East.

“We will give priorities to negotiations with India, Vietnam, the U.S., and other countries with growing energy demand,” he said.

In the Middle East, Saudi Arabia is reported to be planning to build 16 nuclear reactors by 2030, with the first two operational by 2021. According to wire service reports, it plans to have 20 percent of its electricity come from nuclear reactors.

Forgoing uranium enrichment to fuel them would help tamp down the Middle East’s volatile politics by preventing the massive nuclear new build from setting off an arms race with other countries.

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Yurman

Dan Yurman publishes Idaho Samizdat, a blog about nuclear energy, and is a frequent contributor to ANS Nuclear Cafe.

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Profiles of Exceptional Women in Nuclear Energy

Editor: Dan Yurman

Nuclear energy, like many other highly technical science and engineering fields, was led in the post World War II era by men. In the decades that followed, many women entered the field. An indication of how much that presence has grown is that the Women in Nuclear (WIN) organization now lists 4,500 members, according to a press release from the Nuclear Energy Institute, which is a sponsoring organization for WIN.

The latest crowd sourced blog post here at ANS Nuclear Cafe is a series of profiles of exceptional women in the nuclear energy field. ANS asked for brief profiles for publication and we are very pleased to present them here.

These are  first person stories, e.g., “How I become a nuclear professional and the importance of what I have achieved” in terms of career satisfaction, work-life balance, career ladders, technical mastery, or meeting a management challenge.

We published these profiles  because we think that they tell interesting stories, and we hope you agree.

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Susan Hoxie-Key
Nuclear Fuel Services Manager

Southern Nuclear Operating Company

Susan Hoxie-Key

I grew up following the space program and knew by the time that I got to high school that I wanted to study engineering in college. I wanted to be one of the people who knew how complicated things worked and who made complicated things work. The colleges that I was applying to required a choice of major. I literally looked down the list of engineering majors and passed judgment on each option. When I got to “nuclear” on the list, it sounded interesting and hard. I picked nuclear engineering, and have never looked back.

In college, I joined the cooperative education (co-op) program, which meant that I alternated work and school semesters to earn money and gain work experience. Co-op was also a wonderful opportunity to live away from home and school and to test myself in the real world.

In 1989, after 12 years at Savannah River Site, I joined Southern Nuclear as a core designer for the Vogtle 2 nuclear power plant. I worked in core design and fuel-related licensing until 2006, when I moved into nuclear fuel procurement. More recently my responsibilities have expanded to include characterization of burned fuel for dry cask storage, burned fuel inspection activities, and new fuel fabrication oversight—all in addition to fuel procurement.

I love seeing my ideas put into action. I love the idea that I help make electricity, which has such a profoundly positive impact on peoples’ lives.

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Kate Jackson
Senior Vice President and Chief Technology Officer

Westinghouse

Kate Jackson

My mother was an English teacher and my father was an engineer. They seldom agreed on politics or religion, but they always agreed on the importance of education and personal values. Growing up, family time was an opportunity to learn and practice open debate, with the most valuable lesson being that I learned to ask really good questions.

I’ve had exceptional opportunities to study and manage large, complex technological and natural systems to understand energy, environmental, and political intersections. These inextricably integrated systems require our continued stewardship and trade-off solutions by our best scientists, engineers, and social scientists.

As a parent, consumer, engineer, and global citizen, it’s important to me that we evaluate all energy options. As science and technology innovations lead us to review new trade-offs, we must continue to question and weigh options. Our social and economic stability depends on a flexible and diverse energy portfolio. Most of my career I’ve advised policy, business, and industry decision makers. And, it’s clear to me that nuclear energy is an essential component of a sustainable, emissions-free energy system.

I’m proud to be part of the Westinghouse tradition of excellence and innovation in science and technology. The AP1000® is the safest and most efficient nuclear reactor ever designed and licensed. In addition, I’m confident that our small modular reactor will offer an equally safe and efficient choice that customers can rely on in an increasingly carbon-regulated world.

I’ve never been one to plot my career path. Instead, I’ve gravitated toward work that makes a lasting contribution to the world that our children will inherit. We’ll never have all the answers, but we have an ethical responsibility to be fearless about asking all the questions.

________

Amanda Maguire
Engineer, LOCA Analysis & Methods

Westinghouse

Amanda Maguire

I arrived at Westinghouse as a new college graduate two years ago. My first days provided an impressive perspective on the level of responsibility available for young engineers in the nuclear industry. With a growing number of engineers approaching retirement age and the rapid changes around new nuclear technology, there are numerous opportunities to learn and advance. My first months at Westinghouse were spent immersing myself in learning about loss-of-coolant accident (LOCA) long-term cooling analysis for the entire Westinghouse C-E reactor (Combustion Engineering) fleet of plants. The expectation was that, over time, I would amass enough knowledge to serve as the new subject matter expert.

I was initially overwhelmed by the high expectations of the nuclear industry. Getting up to speed with the volumes of knowledge was no small feat. Most knowledge transfer on older technology occurred in one-on-one information sharing sessions. I spent weeks meeting with previous experts, documenting everything they told me.

Now I feel light-years away from where I started. LOCA long-term cooling analysis is a current Nuclear Regulatory Commission focus. As a result, I’ve faced several difficult questions from the staff. I’ve learned to rely on my peers and other resources because an accurate answer is more important than an immediate answer. The biggest lesson learned, however, is to never try to do everything on your own!

This experience has been highly rewarding. I’ve recently presented in front of the NRC, traveled to several plants, and spoken with customers about my work. Although I’ve only worked in the industry for two years, I can now consider myself a subject matter expert!

________

Kathryn A. McCarthy
Deputy Associate Laboratory Director

for Nuclear Science & Technology

Idaho National Laboratory

Kathryn McCarthy

I was going to major in music. I played clarinet in the Phoenix Youth Symphony and in my high school band. I loved it. But the music programs in high schools were being cut as state budgets were reduced. I’m practical, so I considered other options. I had grown up around engineers and scientists. My father was a chemical engineer and worked at the Lawrence Livermore National Laboratory for many years. I was good at math and science, and I enjoyed it. So I decided to look into engineering, which was a good combination of math, science, and practicality.

My high school physics teacher would often talk about nuclear energy. It sounded interesting, so I decided to major in nuclear engineering. I received my B.S. in nuclear engineering from the University of Arizona (where I had a wonderful mentor in Norman Hillberry, one of the designers of the first nuclear reactor, Chicago Pile), and my M.S. and Ph.D. in nuclear engineering from the University of California, Los Angeles. My area of research was fusion energy. Research in fission was limited then, and fusion energy had lots of interesting research options.

After graduate school, I worked for six months at the Kernforschungszentrum, Karlsruhe, research institution in Germany and then for a year in the Soviet Union, before coming to the Idaho National Laboratory, where I’ve worked for 20 years, first in fusion and then in fission technology.

My husband of 25 years is one of the main reasons that I’m successful. He’s an engineer with a Ph.D., and he has always been supportive of my career. We’ve raised two wonderful boys (my most important job), and I’ve been able to balance work and family most of the time.

My current role at INL is Deputy Associate Laboratory Director for Nuclear Science and Technology, where I’m responsible for the execution of about $250 million worth of research and development programs.

I miss playing clarinet, but began taking piano lessons several years ago, so I still have my foot in that door, too.

________

Gail H. Marcus
Former President, American Nuclear Society

Gail Marcus

Whenever I talk to students about careers, I always tell them that careers are like snowflakes—no two are alike. Even if someone goes to the same university or takes the same first job, the landscape changes over time, and a second person can never follow the identical path.

Therefore, I tell them not to put too much emphasis on a career model. Instead, I emphasize the value of broad skills, diverse experiences, flexibility, and networking. And of how volunteering in one’s professional society can help career progression.

When I first joined ANS, I really didn’t have any expectation of getting involved in Society governance. But ANS ticked me off by issuing a pink badge, used for spouses, to my husband (really!), and then one thing led to another.

At some point, I realized that being involved in Society activities was benefiting me in many ways. Early in my career, it gave me opportunities to learn and exercise skills I later applied in my workplace. Throughout my career, it also gave me a chance to get to know many people outside my own field and my own organization.

If this sounds like an ad for ANS, so be it. The opportunities within ANS are numerous and diverse, so there is something for almost every interest. I encourage every member of ANS, but particularly the younger members, to get involved. Volunteering in ANS will not lead everyone to the same path I followed, but it will almost certainly prove a valuable experience.

As for me, I always wonder how my career would have evolved if ANS had not handed my husband a pink badge. In retrospect, I guess I’m grateful they did.

________

Kelle Barfield
Vice President, Advocacy

Entergy Corporation

Kelle Barfield

Kelle Barfield says that she became a nuclear professional through first
receiving an undergrad degree in journalism from the University of Texas, a graduate degree in communications management from Syracuse University, and
by working in the publishing world in Manhattan and Birmingham, Ala. But all
roads led her home, back to her roots in Vicksburg, Miss., where she married
an engineer who worked in nuclear at Entergy’s nearby Grand Gulf Nuclear
Station.

Beginning her Entergy career 25 years ago as a technical editor at Grand
Gulf, Barfield has successfully navigated the organization chart from
nuclear to utility positions back to nuclear, giving her a unique breadth
and competency in the nuclear sector. Leading national efforts and
considered a respected, knowledgeable thought-leader, Barfield’s passion for
the nuclear industry is noteworthy.

When Toni Beck was hired by Entergy as a new corporate communications group vice president at the New Orleans headquarters, she saw the opportunity to weave Entergy’s nuclear advocacy efforts into the broader public awareness that Entergy tries to instill about all aspects of energy policy.

Barfield is now shaping a new position created at Entergy: Vice President for Advocacy Communications. With bold thinking for the corporate giant, Beck is
leveraging Barfield’s management and industry expertise, moving her from the
nuclear headquarters in Jackson, Miss., to the New Orleans office
overlooking the Louisiana Superdome.

Barfield commented that the shape of the Superdome reminds her of a short,
fat cooling tower. “Once a nuke, always a nuke,” she remarked as she
packed boxes for her new office. This nuke isn’t going too far, only
up.

________

Michaele (Mikey) Brady Raap, Ph.D.
Chief Engineer,
Battelle Northwest Division
Pacific Northwest National Laboratory
ANS Treasurer and Chairman of the Professional Divisions Committee

Michaele Brady Raap

How does a kid (especially a girl) who attended high school in the same small Texas town that her mother grew up in end up with a PhD in nuclear engineering and an officer of an 11,000 member organization like the American Nuclear Society?

I often wonder myself, how did I get here? Most of my family (still in rural Texas) think I’m stubborn enough to do anything, but they wonder what DO I do?

In high school, I wrote a research paper on nuclear power. It was totally awe inspiring to think of the amount of energy that is released from something you couldn’t even see. After all the work (grades, testing, essay writing, etc.) associated with applying for colleges and scholarships (my only option for college), I decided I should be pursuing something that really excited me…so I checked a box that said “nuclear engineering.” I spent my first four years of college trying to figure out exactly what an engineer was!

By the time I finished my B.S., we were just getting to the good stuff. I stayed for my M.S., which included spending time at the university’s TRIGA reactor, and then for my PhD, which culminated in a three-year graduate research opportunity at Los Alamos National Laboratory. Wow, was I a long way from home!

I found a lot of support in my early involvement in ANS—both as a student and as a professional. That experience gave me confidence and provided opportunities for me to grow as a professional. ANS was also where I learned that nuclear is so much more than an academic study, a lab experiment, or electricity generation. It’s a powerful science with applications in medicine, space exploration, agriculture, food processing, etc. There are endless opportunities to support and improve current applications and to identify new uses of nuclear science and technology. For many developing countries, nuclear is the option that most effectively enables them to increase the standard of living for the masses.

After more than 25 years, I’m still jazzed by the potential of nuclear and thankful that I have the opportunity everyday to learn something new.

________

End Notes

The editors at ANS would like to thank these contributors for sharing their stories with our readers. We hope that you find them inspiring.

# # #

Nuclear News’ 17th annual vendor/contractor issue

The August issue of Nuclear News is available in hard copy and electronically for American Nuclear Society members (click here—log-in required).

The issue contains a 122-page special section containing advertisements and “advertorial” information about products and services provided by various companies serving the nuclear industry.

In addition, the August issue contains the following feature articles:

  • The Advanced Test Reactor National Scientific User Facility
  • 2011 ATR Users Week—Meeting the Needs of the Nuclear Community
  • A report on the International Atomic Energy Agency’s Ministerial Conference on Nuclear Safety
  • A perspective by former Sen. George Voinovich on enabling nuclear energy and the prospects for new nuclear

Additional news items of note in the August issue: Appeals court rejects lawsuit to stop the Department of Energy from ending the Yucca Mountain project, but leaves the door open; Xcel Energy and the federal government settle on used fuel lawsuits; tests show that commercial off-the-shelf computer components can withstand the space environment; the Interior Secretary withdraws 1 million acres of federal land near the Grand Canyon from new uranium mining claims; universities and national laboratories to collaborate on nuclear security; the Domestic Nuclear Detection Office tests new technology at Belmont Stakes; major concrete repair extends Crystal River-3′s outage to 2014; the Nuclear Regulatory Commission approves license renewal for Prairie Island and Salem-1 and -2; poll shows that residents living near nuclear plants continue to favor nuclear power; the Jordan Atomic Energy Commission receives three bids to build first nuclear power plant; referendum ends plans to reintroduce nuclear power in Italy; and much more.

Past issues of Nuclear News are available here.

This post first appeared on the ANS Nuclear Cafe.

ANS issues report on spent fuel

The American Nuclear Society issues a comprehensive spent fuel report

by Dan Yurman

spent fuel canistersOne day ahead of the Blue Ribbon Commission’s draft recommendations for managing spent nuclear fuel and nuclear waste, the American Nuclear Society on July 28 issued its own review of spent fuel management options.

The Blue Ribbon Commission  report recommends interim storage and a renewed hunt for a permanent geologic repository. This will raise the profile of salt as an option, which will bring the Waste Isolation Pilot Plant, in New Mexico, back into the equation as a possible host site.

Critics of the expected recommendations from the Blue Ribbon Commission say that reprocessing is a viable option and that the commission’s dour outlook on fast breeder reactors is not justified by current efforts in China, Russia, and India.

Proponents say that the commission’s recommendations represent a consensus political judgment that works in an off election year. It won’t make Senate Majority Leader Harry Reid (D., Nev.) mad, which keeps him in the traces for President Obama’s heavy lifting in the Senate.

In the meantime, ANS notes that the study will help citizens, thought and opinion leaders, and elected officials have a rational dialog about the facts of managing spent fuel.

Here’s the text of ANS’s press release

La Grange Park, IL – July 28 – The Report of the American Nuclear Society (ANS) President’s Special Committee on Used Nuclear Fuel Management was issued today, ANS President Eric P. Loewen, PhD, announced. “This report demonstrates the vitality and relevance of the Society to the continuing discussion about the future of nuclear energy,” Loewen said.

In early 2010, then ANS President Tom Sanders recognized the importance of the question of what to do with used nuclear fuel and formed the President’s Special Committee on Used Nuclear Fuel Management. Eleven members of ANS worked to prepare the 64 page report which describes feasible used nuclear fuel management options and explores the advantages and disadvantages of each.

Professor Audeen Fentiman, professor of nuclear engineering at Purdue University and Chair of the Special Committee said in describing the report, “members of the Committee worked long hours in order to create this document and we believe that it will be of considerable value in shaping the debate about the management of used nuclear fuel.”

When asked about the report, former ANS President Tom Sanders noted, “I was concerned that too much of the conversation about used nuclear fuel was based on unsound scientific and engineering principles, and I firmly believed that the role of ANS is to provide unbiased reporting so that citizens and policy makers are able to make informed judgments about nuclear issues. Our hope is that our work would also be useful input to the report of the Blue Ribbon Commission on America’s Nuclear Future.”

Concluded Loewen, “The Report will serve as the chief source of information about this issue; the painstaking care and thoughtfulness with which the committee members acted is ample evidence of what the Society does best: solid research, unblemished by an agenda other than the search for truth. They all deserve our thanks and respect.”

For more information about the American Nuclear Society, visit www.ans.org.
To view the report, follow the link.

Established in 1954, ANS is a professional organization of engineers and scientists devoted to the peaceful applications of nuclear science and technology. Its 11,500 members come from diverse technical backgrounds covering the full range of engineering disciplines as well as the physical and biological sciences. They are advancing the application of these technologies to improve the lives of the world community through national and international enterprise within government, academia, research laboratories and private industry.

__________________

Yurman

Dan Yurman publishes Idaho Samizdat, a blog on nuclear energy. He is a frequent contributor to ANS Nuclear Cafe.

 

Is the NRC on target with its call to redefine nuclear safety?

A report by a Nuclear Regulatory Commission staff task force calls for sweeping regulatory change, but also acknowledges that information about the Fukushima accident is unavailable, unreliable, or ambiguous. What should be the response in the United States to the events in Japan?

Editor: Dan Yurman

In the third of a continuing series, the ANS Nuclear Cafe explores a significant issue affecting nuclear science and engineering by asking a diverse group of nuclear energy professionals for their views on a high-profile issue.

On July 13, the U.S. Nuclear Regulatory Commission issued a 96-page reportRecommendations for Enhancing Reactor Safety in the 21st Century: The Near-Term Task Force Review of Insights from the Fukushima Dai-Ichi Accident—calling for a redefinition of the level of protection “regarded as adequate” for safety at the 104 operating nuclear reactors in the United States.

The NRC’s task force wrote in the report that there is a need to “support appropriate requirements for increased capability to address events of low likelihood and high consequence, thus significantly enhancing safety.”

National Press Club speech

In a July 18 speech at the National Press Club, NRC Chairman Gregory Jaczko said,

Gregory Jaczko, chairman, U.S. Nuclear Regulatory Commission

“In its review, the task force did not find any imminent risk to public health and safety from the continued operation of the nation’s nuclear power plants. The task force was clear, however, that any accident involving core damage and uncontrolled radioactive releases of the magnitude of Fukushima–even one without significant health consequences–is inherently unacceptable.”

The NRC published a series of recommendations including boosting defenses against flooding and earthquakes, and protecting reactors and used fuel pools when there is a complete loss of electricity.

Within the NRC, and in response to the report and Jacko’s speech, three commissioners—William Magwood, Kristine Svinicki, and William Ostendorff—signaled that they disagreed with the push by Jaczko to put these changes on a fast track.

Commissioner Ostendorff told the New York Times, “I personally do not believe that our existing regulatory framework is broken.”

Nuclear industry response

Industry reaction was swift. The Nuclear Energy Institute’s senior vice president and chief nuclear officer, Tony Pietrangelo, said in a press statement that the NRC may be premature in calling for wide-ranging regulatory changes.

Tony Pietrangelo, NEI Chief Nuclear Officer

“The task force report does not cite significant data from the Fukushima accident to support many of its recommendations. Given the mammoth challenge it faced in gathering and evaluating the still-incomplete information from Japan, the agency should seek broader engagement with stakeholders on the task force report to ensure that its decisions are informed by the best information possible.”

Given the wide range of points of view about the NRC report, the ANS Nuclear Cafe asked some American Nuclear Society members to comment here on the task force’s report. Following are the responses. Your views on their brief responses or the task force report are welcome in the comments section of the blog.

___________

Stakeholder dialog is important by James Malone

Jim Malone

The US NRC has issued Recommendations for Enhancing Reactor Safety in the 21st Century. As I reviewed the report, I found there to be an underlying attribute that is an important element of a strong nuclear safety culture, i. e., a questioning attitude. The task force, while formulating the report, did not let prior evaluations, regulations, or practices bias the conclusions that it reached with respect to reactor safety.

The task force concluded “… a more balanced application of the Commission’s defense-in-depth philosophy using risk insights would provide an enhanced regulatory framework that is logical, systematic, coherent, and better understood.”

The report recommends consolidating the various rules and guidelines into the regulatory framework to address “extended design basis requirements.” This is the lessons learned portion of the process. The learning, however, should not be based solely on Fukushima.

One of the most important lessons learned is related to the impact of events on multiple units at a single site. As has been pointed out, the scenarios considered in the past focused on one unit experiencing an event.

The learning from Fukushima is that multiple unit sites must be prepared to deal with off-normal events at any or all of the units. Reforming the regulatory framework to incorporate lessons learned from low-probability, high-consequence events should be completed as soon as possible. It is also important that there be a dialogue among the stakeholders such that the resulting framework provides the appropriate protection of public health and safety.

Jim Malone is chief nuclear fuel development officer at Lightbridge Corp.

_____________

Getting it right will not be easy or quick by Margaret Harding

Margaret Harding

The world should read this report with caution. It is a mixed bag of good and bad, as has been well stated by others. My early observation of this report and the presentations that preceded it was that this task force seems to have gotten into a soul-searching exercise based upon the apparent short-comings of the Japanese regulator. That opinion still holds.

While some of the findings are well founded and targeted to potential weaknesses at current facilities in the United States, much of the substance of this report was given over to recommending significant revisions to current regulation.

Reviews and comparisons of what the Japanese regulator did or did not do can provide valuable insight into potential shortcomings in the regulations here. This effort seems to have become an opportunity to make new regulation that has relatively little to do with the events in Japan and how well prepared the plants in the United States are for similar events. Sweeping statements calling current regulation a “patchwork” and stating that a significant overhaul is required seems to me to do the NRC a real disservice.

The regulations under which the U.S. nuclear industry operate are among the most stringent and thorough in the world. They have provided for safe operation of the plants in this county for 40 years. The sweeping reforms recommended here should be approached with great caution.

Ultimately, I am concerned with how the NRC implements this report. Done poorly, they could significantly increase costs in the current operating fleet without improving safety one iota. But if done well, the NRC will get at the real issues, eliminating vagueness in the regulation and improving safety. Getting it right will not be easy or quick.

Margaret Harding, president of 4 Factor Consulting, speaks about the nuclear industry and advises clients on quality, regulatory, and technical issues. On June 28, 2011, she was awarded an ANS Presidential Citation for her role in communicating about events at Fukushima.

_____________

Does the NRC report rest on a false dichotomy? by Robert Margolis

Robert Margolis, PE

While the NRC task force report provides many helpful specific recommendations (station blackout mitigation, better used fuel pool makeup), there is an over-arching theme of an assumed conflict between risk-informed regulation and defense-in-depth permeating the document.

This is a false dichotomy. Defense-in-depth has no meaning without a risk context to provide which barriers and the amount of redundancy that are needed to ensure public health and safety. Adding requirements or systems in isolation could merely add redundancy where it is not needed and actually miss real safety problems while chasing any particular “issue du jour.”

Public health and safety are not served by a useless debate on how to codify and promulgate obsolete concepts or artificial distinctions from the past.

The future belongs to those who develop and implement a coherent framework in which risk-informed models and defense-in-depth designs coalesce into a regulatory paradigm. It is one that provides strengthened public health and safety in addition to clearer guidance that the U.S. nuclear fleet can more easily interpret and successfully execute.

The NRC must realize that the concepts of risk-informed and defense-in-depth are not competing methods, but elements of the same methodology that will bring regulation of the US nuclear fleet into the 21st century.

Robert Margolis, PE, is a nuclear engineer with more than 24 years experience as a reactor engineer, startup test engineer, project engineer, and safety analyst.

_____________

Mixed response on the NRC report by Jack Gamble

Jack Gamble

The initial statement that all operating nuclear sites are safe is the most important line in the report. I was also happy to see recommendations on emergency plans addressing multi-unit sites. Taking another look at Station Blackout (SBO) equipment and especially the operation of hardened vents during SBO is another area where the industry can learn from Fukushima. Finally, I was pleased to see the report clearly state that licensing of the Westinghouse AP1000 and GE Hitachi Nuclear Energy’s ESBWR reactors should not be delayed due to Fukushima.

I disagree with the recommendation to change the framework of the NRC Reactor Oversight Program because of a foreign disaster affecting a foreign regulator. Fukushima should not be considered a condemnation of the NRC. Knowing what we know now, it’s reasonable to argue that the NRC has better prepared plants in the United States, given changes made after 9/11 and the command structure that doesn’t allow chief executive officers and politicians to dictate control room operator actions.

It’s important to remember that the report was written by six individuals based on incomplete information. The recommendations should be reviewed by the entire NRC staff with input from the industry and the public before being written into law.

Jack Gamble is a nuclear engineer. He blogs at nuclearfissionary.
_____________

Falling Flat on Its Face by Paul Dickman

Paul Dickman

The report released by the NRC’s Fukushima task force fell flat on its face, but this has nothing to do with the report’s content. Rather, the effort by NRC Chairman Jaczko to control his fellow commissioners hit a buzz saw when the other commissioners objected to his efforts to direct the process for implementing the task force recommendations.

On July 18, Jaczko gave a speech at the National Press Club. This was the day before the NRC meeting to discuss the task force report. It was an obvious public relations ploy to try to capture the headlines and control the story lines. Some of his remarks and responses to questions, however, caused alarms in the industry, as he linked timely passage of the recommendations to new reactor licenses.

While some in the media saw this as a bit of grandstanding, for NRC staff and the industry this speech signaled a new and disturbing direction. As it turned out, however, Jaczko failed to note that he was not speaking for the NRC but only voicing his personal views.

The next day it was the turn of the full NRC commission and it was apparent that Jaczko had not kept his fellow commissioners informed, and was also unlikely to get their support for his proposed process.

In addition, to counteract the publicity blitz emanating from the chairman’s office, two other NRC commissioners—William Magwood and Kristine Svinicki—took the unusual step of providing public statements outlining their own approaches to the task force recommendations and reassured industry and the NRC staff that a careful and deliberative process would be followed.

Following the commission meeting, Jaczko also had to address reporters to clarify that it was not his intention to hold new reactor licensing hostage to passage of the task force recommendations.

This was not a good way for the NRC to launch what should be a serious and far-reaching deliberation on the future of reactor safety.

Paul Dickman was a career federal scientist and served as chief of staff to NRC Chairman Dale Klein.

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What are the intrinsic and fundamental issues? by Will Davis

Will Davis

Having followed the situation in Japan very closely in order to serve the readers of my blog—the majority of which were, until about two months or so ago, decidedly non-nuclear people—and after having read the report, I wonder if the report itself really addresses any intrinsic, fundamental issues in Japan—even if all its recommendations are sensible, which they seem to be.

Following the development of the immediate post-accident recovery plans, various Japanese media began presenting—disguised—a number of people from various agencies and companies that appeared to claim that there was all too cozy a relationship between Japan’s large power companies and Japan’s Nuclear and Industrial Safety Agency (NISA).

There were further implications made that since NISA was a branch of the trade ministry, it really didn’t have an unbiased position. Further, reports of retired private executives having positions in regulatory bodies didn’t help matters, and recently the Japanese government has proposed a restructuring of its overly complicated regulatory structure in order that it might be closer to the arrangement that we have here in the United States.

It was such reasoning that spelled the end of the Atomic Energy Commission here—how can you have an agency that both promotes and regulates? The final opinion was that we can’t. The Japanese find themselves facing a similar question while also asking why their regulatory structure did not adequately see to the public safety.

Were we to simply apply plant-specific lessons learned at Fukushima to all U.S. plants, we might thus miss the bigger picture explaining how a nation with almost entirely coastally–based nuclear plants didn’t expect worst-possible tsunami effects. The answer may be a lesson we’ve already learned.

Will Davis is a former U.S. Navy reactor operator qualified on S8G and S5W reactor plants. He writes and publishes the Atomic Power Review blog.

___________

Closing thoughts

Reactions in the news media to the NRC report were mixed. The Washington Post, which has adopted a realistic approach to nuclear energy, said in its editorial pages on July 15 that the NRC should not throw the baby out with the bathwater:

“The NRC should use this review not merely to respond to a single event but to ensure that it is actively assessing low-probability but high-consequence risks. Polls show that Americans largely haven’t lost confidence in their nuclear plants. Government regulators should give them every reason not to.”

The New York Times editorial a week later on July 23 took an alarmist tone, asking if a Fukushima–type event could happen in the United States:

“The odds are remote that this country will confront a similarly powerful earthquake followed by an even more destructive tsunami—the twin blows that disabled Fukushima. But the possibility that something equally unexpected and unplanned for could exceed current defenses at American plants cannot be discounted.”

The Times, however, acknowledged NEI’s point that stakeholder engagement is needed to get the right regulatory approach in place. That said, the newspaper also called for the changes to regulation to be put on a fast track:

“There is no doubt that the commission would benefit from getting additional feedback from the industry, advocacy groups, the agency’s own experienced staff, and other experts to supplement the task force report. That could all be easily done in the next few months and must not be an excuse for delaying approval of the recommendations.”

The report calls for “redefining the level of protection that is regarded as adequate.” If that’s the case, just exactly what has the agency been doing up to now? This is not gratuitous skepticism. If a federal regulatory agency is moving the goal posts, then it’s necessary to take a close look at its reasons for doing so.

Yet, at the same time that the NRC calls for change, it acknowledges that the information it has on what happened at Fukushima is “unavailable, unreliable, or ambiguous.”

Even if more were known with certainty, there are lots of reasons why the 40-year-old design of the Japanese reactors at Fukushima would never be built in the current era. The task force report takes pains to point out that there is “no imminent risk” for U.S. nuclear reactors. The NRC needs to take care that it doesn’t overreact to problems in Japan that don’t and won’t affect the U.S. fleet.

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Dan Yurman

Dan Yurman publishes Idaho Samizdat, a blog on nuclear energy, and is a frequent contributor to ANS Nuclear Cafe.

Are India’s nuclear deals going south?

Domestic liability laws and international issues may put limits on the country’s ambitious plans to build new reactors

By Dan Yurman

U.S. Sec. of State Hillary Clinton meets with India Foreign Minister S.M. Krishna on July 26, 2011.

Secretary of State Hillary Rodham Clinton is in India this week to pressure India to open its nuclear energy markets by changing its domestic supplier liability laws.

If she is successful, it would give American vendors hunting licenses to bid for massive nuclear reactor contracts said to be worth $150 billion over the next several decades.

In a joint news conference July 20 with Indian Foreign Minister S.M. Krishna, Clinton said that differences over trade and nuclear legislation must be resolved if the benefits of U.S. support for India’s civilian nuclear program three years ago is to accrue to U.S. companies.

Under then President George W. Bush, the United States successfully pushed the Nuclear Suppliers Group to allow India to buy uranium for its civil nuclear program. In return, India pledged in return to open its markets to U.S. vendors.

Political opposition forces in the Indian parliament, however, saw an opportunity to give Prime Minister Monahan Singh a black eye and imposed a draconian supplier liability law on nuclear energy projects. The parliament has locked out American firms, but not French and Russian state-owned nuclear agencies that now have significant commitments for the bulk of foreign supplied reactors.

Clinton was characteristically straightforward in her remarks. She said, “We need to resolve those issues that still remain so that we can reap the rewards of the extraordinary work that both of our governments have done.”

Enter the Nuclear Suppliers Group

Since then, the United States has been working to bring pressure on India through the Nuclear Suppliers Group (NSG). While neither nation will openly admit it, the United States may be seeking leverage to get India to reconsider its liability law by squeezing in another area.

The Nuclear Suppliers Group supports non-proliferation of nuclear weapons through the implementation of Guidelines for nuclear exports and nuclear related exports.

In June 2011, the NSG adopted new rules that ban the sales of key technologies and equipment that have primarily civilian applications, but are considered “dual use,” e.g., also can be used to make nuclear weapons.

In the meantime, the U.S. relationship with India with regard to nuclear energy matters is in a downward spiral. Ashley Tellis, an expert on U.S.–India relations at the Carnegie Endowment, told the Christian Science Monitor (CSM) on July 19 that, “The Americans have reasons to be peeved about how [the NSG agreement] has worked out.”

Others accuse the United States of using the NSG as leverage to open India’s markets to U.S. firms. This is one of those obvious moments that illuminate the gamesmanship involved in the high stakes outcomes.

Bharat Karnad, a foreign policy expert in New Dehli, also told the CSM that the “NSG is being used by the U.S. as a tool to advance reactor sales.”

India is a nuclear state, but has refused to sign the nuclear nonproliferation agreement. Its stance kept it from accessing world markets for uranium for more than three decades. The Bush administration helped push the NSG to make a special exception for India. The new rules, however—also supported by Russian and France—address uranium enrichment and used fuel reprocessing technologies.

The intent is to prevent the proliferation of technologies that can be used to make highly enriched uranium or extract plutonium from used fuel. Instead, the United States, Russia, France, and other nations are offering access to international fuel banks. These programs would essentially lease nuclear fuel to other countries and retrograde the used fuel back to the fuel bank. This way, nations could be assured of reliable fuel services without having to build their own fuel cycle facilities.

Will India blacklist suppliers?

Nirupama Rao, India's Foreign Secretary

India isn’t buying it and, what’s more, is officially annoyed at these latest developments. Indian Foreign Secretary Nirupama Rao implied that India would blacklist any nation that supported the new rules by denying them new nuclear contracts.

“We will defend ourselves to the hilt,” she said, but added diplomatically, “I think the latest NSG decision is not the end of the road.”

A move to “blacklist” American firms would be more or less pointless and ineffective since the liability law already does this. The French and the Russians, however, have significant skin in the game and are much more vulnerable to this kind of pressure.

France has contracts with India to build two 1600-MW EPR reactors, and Russia has built two and is completing two more 1000-MW VVER reactors, with options to build as many as eight more 1000-MW units and six 1200-MW units.

In a preemptive move, the Russians said in early June that they had dealt with the liability law by simply adding insurance for the future costs of compensation to the delivered price of the two new units at Kudankulam. In effect, the Nuclear Power Corporation of India Ltd. will be paying a risk premium for its country’s liability law.

Japan exports at risk?

Life is getting more complicated for India since it plans to also have a civil nuclear agreement with Japan. That nation’s nuclear exports are very significant and also represent a major piece of its domestic steel industry. Key firms including Toshiba, Hitachi, and Mistubishi all want the two countries to sign off on the agreement.

The banana peel on the negotiating room floor is a statement by Japan Prime Minister Naoto Kan, who said that as part of Japan’s retreat from nuclear energy, it would also suspend its exports to India, Brazil, and several other countries.

This statement set off howls of protest from the business sector. The Japan Times quoted business think tanks as estimating a half a million people could lose their jobs. Kan has subsequently backed off, claiming that he meant the nation would reduce its nuclear sector “eventually,” but not right away.

The key issue is that Japan Steel Works provides the large forgings for reactor pressure vessels. If Japan stops exporting these components, the whole global nuclear industry is facing a significant delay.

India and the United Kingdom have plans to build new forging plants, but production is years away. South Korea has a contract with the United Arab Emirates, which would take priority for its output from Doosan.

All of the Japanese nuclear firms that export their reactors also sell components, including turbines, steam systems, and generators. The Japanese prime minister’s comments may be the stuff of political opportunism of the moment, but the rock he threw in the pond made waves that washed up on India’s shore.

If India decides to “blacklist” Russian, French, and U.S. firms over NSG policies in terms of sales of nuclear components, it needs to think carefully about where it will get reactors for its ambitious nuclear energy program.

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Dan Yurman publishes Idaho Samizdat, a blog about nuclear energy, and is a frequent contributor to ANS Nuclear Cafe

57th Carnival of Nuclear Energy Bloggers

Perhaps one of the more enduring cartoons that relates to the quality of information on the Internet is the one that states, “On the Internet no one knows you are a dog.” It shows a drawing of two dogs sitting in front of a computer terminal. Unfortunately, the cartoon is copyrighted material so it can’t be reposted here, but you can see it here along with many variations. The point of the cartoon is that words and images on the screen can come from anywhere and anyone.Clearing up misconceptions and outright falsehoods about nuclear energy since the March 11 Fukushima earthquake and tsunami is getting more attention these days. Problems range from not mainstream journalists not understanding the technical issues to people who are publicity crazed fear mongers out to get their face on a video.

For instance, during a telephone interview a reporter at a newspaper not to be named confused the plutonium content of mixed oxide fuel on Fukushima reactor #3 with weapons-grade plutonium ejected into the atmosphere from cold war atomic bomb testing.

In other instances, anti-nuclear groups have said that radiation levels in the water in Philadelphia are responsible for a spike in infant mortality. (FOX news TV report) These kinds of bogus news stories scare parents and the truth rarely catches up with fiction. Fox news has reportedly removed the video from its website, but, as is often the case with bogus content, it has gone viral and appears in numerous places on the Internet.

Is debunking nonsense likely to be successful?

Nuclear bloggers have been responding to these types of stories. For all their efforts, the more things evolve at Fukushima, the more nonsense appears on the Internet. Still, responding to it was the major preoccupation this week.

Yes Vermont Yankee

For starters, in her post Fuel Pools, Meredith Angwin at Yes Vermont Yankee quotes Arnie Gundersen predicting that fuel pools at Fukushima went critical. Actually, there were hydrogen explosions, but no nuclear explosions. Gundesen’s explanation of deflagration and detonation notwithstanding, hydrogen can and did explode. In other words, worrying that the fuel pools are about to become nuclear bombs is not a reasonable scenario.

Phronesisaical

Cheryl Rofer debunks a video (at her blog Phronesisaical) that has been flying around the Internet, claiming to show an explosion at a Fukushima fuel pool, when in fact it’s just steam and fog. She provides some reliable links with information about the Fort Calhoun, Nebraska, reactor that is withstanding Missouri River flooding ,and points out how Richard Bernstein has been begging the question of Iran’s intentions at the New York Review of Books.

NEI Nuclear Notes

Dave Bradish of the Nuclear Energy Institute takes on Grist’s anti-nuclear campaign. In Bradish’s last part of the three part series at NEI Nuclear Notes, he takes to town Grist’s bogus cost and insurance claims. For example, based on a study cited by Grist’s own author, Paul Gipe, the insurance cost for nuclear is lower than solar. If nuclear is “uninsurable” as the critics proclaim, then solar is catastrophic (at least if we go by their characterizations).

Atomic Power Review

In a blog post titled “How the Misinformation Superhighway Affects Nuclear Energy,” Will Davis writes at Atomic Power Review that the speed at which information travels on the Internet is exceeded only by the speed at which misinformation travels on it.For example, just a few days ago, a compressed video showing an hour’s worth of the Fukuichi Live Camera at the Fukushima Daiichi site, and which clearly shows a fog bank rolling in to the site, was widely circulated on anti-nuclear sites and deliberately mislabeled as having depicted some sort of explosion on the site

Davis attempts to obtain some focus on the position that the pro-nuclear crowd finds itself in, and the positions and hurdles it finds itself facing, in a blog-oriented not-yet-post-Fukushima world where anyone can write anything… but usually leaves a comment feature available.

Idaho Samizdat

At Idaho Samizdat, Dan Yurman posts his view on the conspiracy theories surrounding the flooding of the Missouri River near the Ft. Calhoun nuclear power plant. In addition to pointing out reasons, based on facts, why the plant is safe, he also notes the FAA “no fly” zone was set up primarily to keep news helicopters buzzing the plant at low altitudes from crashing into power lines or each other.


Atomic Insights

For those who think Germany’s retreat from nuclear energy will spark a revolution in renewables, think again, says Rod Adams.

Two articles that appear in the New York Times on June 15, 2011, should help to make it more clear to more thinking people—Russia, the world’s largest natural gas exporter, stands to gain the most money by an illogical, politically driven shift away from nuclear energy.

It baffles me why there is so much reluctance among even my friends and colleagues to accept my assertion that there is a relationship between that monetary gain and the strength of the antinuclear movement that is pushing the ill-considered policies.

Finally, here at ANS Nuclear Cafe, Ted Rockwell debunks myths about how radiation works and why and why not you may be harmed if exposed to it.

Jaczko – Will he stay or will he go?

Like the mascot in a famous advertising contest for the restaurant chain Bob’s Big Boy, NRC Chairman Gregory Jaczko has succeeded in raising questions of whether he’s to stay or go. The reason is his controversial management decisions.

At Next Big Future Brian Wang comments on an article at the National Review by Robert Zubrin calling for Jaczko to be fired. At the heart of the matter, Zubrin says, is the question of honest dealing in policy matters.

Far from being “fair and objective” in dealing with Yucca Mountain, in 2010 Jaczko issued a directive stopping an NRC staff evaluation of the project, precisely because the study would have shown that the project was sound. He then used the resulting lack of safety data as an excuse to order work on the Yucca Mountain project to be stopped altogether.

Breaking his promise to consult other members of the commission on Yucca Mountain matters, according to a report made public by NRC inspector general Hubert Bell last week, Jaczko “strategically withheld” information from the other commissioners and “was not forthcoming” about his intention to use his arbitrary directive to stop the project.

Will Jaczko be thrown under a bus by the White House? It’s not likely, says Margaret Harding, who writes at Four Factor Consulting that he is “untouchable” due to political air cover from Senate Majority Leader Harry Reid (D., Nev.)

The Inspector General of the NRC’s report has been leaked to various agencies and paints a portrait of a leader who is more concerned with his political calculus than leading the agency with which he is charged. Republicans in Congress have been incensed by his actions claiming he has “politicized” the process.

Congress can investigate him every which way they want, could even demonstrate that Dr. Jaczko has abused his position to further the agenda of his former bosses, Senator Reid and Congressman Markey. What they cannot do is to fire him from the position.

Beefing up nuclear safety

Gail Marcus, a former president of the American Nuclear Society, has some ideas at her blog Nuke Power Talk about beefing up nuclear safety regulation in Japan.

She points out that the IAEA preliminary report on the Fukushima nuclear crisis in Japan calls for independence for the Japan Nuclear Industrial Safety Agency (JNISA) which until now has been housed in the Trade Ministry. While it has long been apparent in the U.S. that you can’t promote and regulate an industry from the same government organization, Japan appears to be getting the news for the first time.

Marcus says that finding the right regulatory balance in an independent agency is just as important. She note that the reorganization of JNSIA is only the first step in a continuing process of regulatory evolution.

At Nuclear Green, Charles Barton writes that technology may provide some answers about safety in future reactor designs. Barton writes that although nuclear power is already the safest form of energy production, public fear of the release of radioactive materials, as evinced by the Fukushima reactor accidents, has led Germany and Italy to reject nuclear power.

While this response is irrational, safer reactors may be required to satisfy a fearful public. It is possible to build fluid fuel reactors that produce no plutonium, and to extract volatile fission product from their cores. Coupled with underground reactor placement, an extremely high level of nuclear safety is possible.

Some good news for a change

Brian Wang at Next Big Future does not disappoint with two posts that show that a sound mind and a self-assured approach to analysis can lead to good things all around.The Economist Intelligence Unit (EIU) sees a decade of growth for nuclear power, with only a marginal impact from the Fukushima accident. The EIU reduced its expectations for global nuclear capacity in 2020, but the figure still grows by 27 percent compared with 2010.

Also, Wang writes that he made a series of three bets with Michael Dittmar at the Oil Drum, who had four papers in Arxiv and had a bunch of coverage at the Technology Review, Economist, and newspapers. He predicted a failure to mine more uranium per year and a reduction in nuclear power generation from lack of sufficient uranium.

1. World Uranium production (official win for 2010)
2. World Nuclear power generation bets going to 2018 (official win for 2010)
3. Uranium production in Kazakhstan (official win for 2010)

Wang won the bets

Europe’s retreat from nuclear has unintended consequences

Rick Maltese writes at his blog on nuclear deregulation that the growing list of “cop out” countries like Germany, Italy, Switzerland, and maybe now Japan to increase their renewable energy supply and decrease nuclear energy calls for some honest assessment of the energy situation.

He notes that Japan’s Fukushima events affected Switzerland, Germany, and Italy to the point that they are likely going to need to sacrifice valuable land for wind and solar energy if they stick to their plan of going with so-called “renewable” energy.

A bright star on the horizon

Steve Aplin at Canadian Energy Issues writes that nothing is more exciting and inspiring than working with bright, motivated people in solving the great problems of our time.

Aplin reports on his daily interactions with people in the fields of chemical and nuclear engineering—two fields that, combined, will create the new energy of North America and the world.

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What’s in the June 2011 issue of Nuclear News?

The June issue of Nuclear News has been published and is available in hard copy and electronically to American Nuclear Society members (click here—log-in required).

The issue contains a 32-page special section on New Construction.  Feature articles include:

  • Renaissance watch: Is it still happening? by E. Michael Blake
  • Supplying the United Kingdom’s new-build program, by Dick Kovan
  • The NNSA’s MOX Fuel Fabrication Facility moves along, by Rick Michal
  • Mandatory hearings ahead for the first new reactor licenses, by E. Michael Blake

Other features include a report on the World Nuclear Fuel Cycle 2011 conference and a review of INPO’s performance indicators for 2010 for the U.S. nuclear power industry.

Additional news items of note in the June issue:  TEPCO’s plan to cover the Fukushima Daiichi-1 reactor building to prevent the continued release of radioactive material into the environment; the draft recommendations of the Blue Ribbon Commission on America’s Nuclear Future; Exelon and Constellation announcing plans to merge; NRC commissioners question sufficiency of station blackout rule for battery power duration; Point Beach-1 and -2 approved for 17-percent power uprates; three reactors rise, three fall in the NRC’s Reactor Oversight Process action matrix; NRC issues red finding for valve failure at Browns Ferry-1; Dominion announces plans to sell Kewaunee; GE Hitachi asks NRC to suspend design certification rulemaking for Toshiba ABWR; Areva CEO Besnainou criticizes reporting on MOX fuel; more capacity planned for uranium-bearing copper at Olympic Dam Project in Australia; MIT report says centralized storage is key, but siting problematic; India to establish independent nuclear regulatory agency; Japan’s prime minister forces shutdown of Hamaoka nuclear plant; workers make first entry into Fukushima Daiichi-1 reactor building; Italy abandons new nuclear program; and much more.

Past issues of Nuclear News, including the May issue, are available here.

This post first appeared on the ANS Nuclear Cafe.

But would you buy it from Richard Nixon?

by A. Priori

Any time I’m having trouble getting actual work done, I like to barge in on other people and make it harder for them to work too. That’s why I was over at Rerouted River National Laboratory the other day, hanging out in the office of somebody who insists that I refer to him as “Dr. N.” This used to be his way of keeping me from jeopardizing his job by writing about what he actually says, but now he’s also a big-time blogger, with scads of Twitter groupies who know him only as “Dr. N.” So now, if I were to point out that his real name is Barlow Culbertson and he never got a doctorate, it probably wouldn’t create a ripple in the blogosphere; he’s much too cool as “Dr. N” for his first-life persona to matter to anyone.

“Spent reactor fuel has an image problem,” he said. “When people hear that something is ‘spent,’ they associate that with ‘worthless.’ The once-through light-water reactor cycle leaves behind fissile plutonium and plenty of fertile uranium. We need to change the mindset, and get people to start calling it ‘used fuel.’”

Pres. Richard Nixon

“Be careful what you wish for,” I said, wincing. “Do you think that used cars don’t have an image problem? Aren’t you old enough to remember the slogan about whether you’d buy a used car from Richard Nixon?”

“Of course I’m not that old. I have a blog, which now makes me at least 30 years younger than you.”

“I suggest we leave that subject aside until we can get an independent third party to see which of us has more liver spots. Anyway, what you’re facing here is euphemism creep.”

“I’m facing a creep all right, and that might indeed be a euphemism.”

I sighed. This wasn’t going the way it should. I was supposed to be getting on his nerves, not vice versa. There’s nothing like a blog to bring out an otherwise placid individual’s inner lout.

“What I mean by that,” said I, “is that if something is offered as a euphemism for a term that is held in disregard, eventually the euphemism will come to be held in the same disregard. The literal meaning of ‘cheap’ is ‘doesn’t cost much,’ but the public came to define ‘cheap’ as ‘shoddy.’ Then some bright boy in the ad biz tried substituting ‘inexpensive’ for ‘cheap.’ It may have worked for a while, but pretty soon people snickered when they heard ‘inexpensive,’ because its regard was as low as ‘cheap’ and it also seemed deceptive and evasive. More recently, we’ve heard ‘affordable’ offered up as a replacement for ‘inexpensive.’ And so the cycle repeats.”

Not-actually-a-doctor N rubbed his chin. “Haven’t car dealers tried to change the image of used cars?”

“Yep, and it’s really a hoot. The luxury brands, in particular, came up with the terms ‘pre-owned’ and ‘pre-driven,’ making it seem like they provided you this wonderful service of having someone else own and drive the car for you. Even luxury car buyers can see through that.”

“So we probably shouldn’t call the fuel ‘pre-irradiated,’ I guess.”

“Doesn’t come off the tongue very well, does it? Relax, Barlow, I’ll solve this little problem for you.”

He cleared his throat. “For those of you listening to the podcast, I should point out that my guest comes up with odd little pet names for people, and they exist only to amuse him and have nothing to do with the person being addressed.”

“Whatever. Just sign this consulting contract and I’ll give you a new name for fuel-that-is-no-longer-new.”

“All right, if I’m putting taxpayer money at risk, this better be good.”

“It’s simple,” said I, tucking away the contract. “The fuel isn’t spent. The fuel isn’t used. The fuel has passed some time in the reactor, and has been transformed into something which, with a little further transformation, can become something much more worthwhile than a once-through energy source. This fuel is:   maturing.”

“Hmm. Why not just ‘mature’?”

“Because the light-water reactor only took it part of the way there.  There are some small modular reactor folks out there who claim they’ll be able to take fuel right out of an LWR and burn it, but I don’t think anyone should count on that yet.”

He nodded. “I like it. It has an air of poise and responsibility, but also of continuing improvement, like fine wine. ‘Maturing’ fuel it is.”

I stood up. “There’s a lot to be said for maturing. I myself keep doing it every day.” I leaned in close to the podcast microphone. “It probably helps that I don’t have a blog.”

A. Priori

A. Priori doesn’t have a blog. Once in a while, this blog has him. That’s the story of E. Michael Blake (a senior editor of ANS’s Nuclear News magazine who hides behind the A. Priori persona when being particularly curmudgeonly), and he’s epoxied to it.