Obama stuck with nuclear waste

If commission to store nuclear waste is not allowed to even look at geologic storage generally or Yucca Mountain specifically, its findings will be tainted from the beginning

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The Obama Administration has created a difficult place for itself. On one hand it cannot meet its carbon dioxide reduction goals without nuclear energy. On the other, it has taken a hard-line stance against the Yucca Mountain spent fuel repository, which is currently the nation's only option for permanently disposing of high-level nuclear waste.

So in tried and true Washington fashion, Secretary of Energy Steven Chu is forming a blue-ribbon commission to answer the question of what to do with America's nuclear waste.

As with all government commissions, the commission's credibility will depend on how it is structured, who leads and staffs it, what its mandate is, and what questions it will address. If done properly, the commission could be a worthwhile exercise, helping the U.S. set a new approach to managing its nuclear waste. Unfortunately, the more likely scenario is that the commission will be besieged by politics, biased toward predetermined conclusions, and used primarily to delay actual decision-making.

What the Commission Should Do

For it to be most useful, Secretary Chu should ensure that the commission takes certain actions.

  1. Look at All Options for Waste Disposal, Including Geologic Storage. Unfortunately, anti-Yucca Mountain political pressure has plagued the nation's nuclear waste disposal program nearly since its inception. Indeed, it is largely this political pressure that has brought about the need for the commission to begin with. At a minimum, if the panel deems geologic storage important, it should be permitted to say so, and if it deems Yucca the most appropriate place to do it, it should explain why. This should include specific consideration of why Yucca may or may not be feasible for reasons other than technical ones. If, however, the commission is not allowed to even look at geologic storage generally or Yucca Mountain specifically, its findings will be tainted from the beginning.

  2. Recommend How to Specifically Resolve the Yucca Mountain Impasse. The commission should first make a technical and scientific conclusion about Yucca Mountain's viability based on the data available. If it determines that Yucca is not technically viable, then it should simply defend that conclusion. However, if the commission concludes that it is viable and still determines that Yucca Mountain is not fit for nuclear waste disposal, then it should also state why that site should not be part of a comprehensive national nuclear waste disposition strategy and put forth a detailed recommendation on how to disengage from the program.

    This disengagement strategy should include how to repay to ratepayers the $8 billion in sunk costs that have already been invested in Yucca and a legal analysis of how its conclusions affect the U.S. government's ability to fulfill its legal obligations to dispose of America's nuclear waste. Finally, it should make recommendations on whether the Nuclear Regulatory Commission should continue with its review of the Department of Energy's permit application to build the Yucca repository.

  3. Refrain from Recommending Specific Technological Solutions. The commission's mandate should not be to determine what technology should be employed to carry out any specific function. Nuclear operators should be responsible for these decisions, because they have the greatest interests in developing a workable solution. Ultimately, their ability to operate reactors depends on having a long-term waste management strategy.

    Dictating such outcomes through a commission process would limit the nation's future options, be anti-competitive, and stifle future innovation. Instead, the commission should investigate a broad range of technological solutions that are available, the timeframes in which they could be viable, and what regulatory structures would have to be in place to support their development. This approach would also allow the commission to acknowledge that future technological developments could emerge that allow for better nuclear waste solutions.

  4. Focus on Systems, Regimes, Responsibilities, and Approaches. The commission's primary objective should be to identify options for who should be responsible for waste management, alternative financing options, and bureaucratic reforms. These options should include:
    • How to improve the current approach, in which the government retains responsibility for waste management;
    • How the government and private sector might share responsibility for waste management; and
    • How full responsibility for waste management could be transferred to the private sector.

    For each approach, the commission should identify pros and cons, obstacles to success, and regulatory reforms that would be needed to carry out that approach. Being mandated to consider multiple options will force the commission to think about alternatives that might otherwise be ignored. It will also prevent entrenched or influential interests whose agenda might be served by one approach from taking over the process.

  5. Remain Non-Partisan and Non-Political. Perhaps the most critical characteristic of the commission--and the most difficult to ensure--will be that it remains non-political.

    A good start would be appointing a chair who is respected by Democrats, Republicans, the nuclear industry, independent experts, and the established bureaucracy as both a technical and a bureaucratic expert. The remaining commissioners should represent expertise over multiple subject areas. While technical competence is critical, so is expertise in government bureaucracy, nuclear waste legislation, and private enterprise. The commission should also include someone who can put its current mandate into some historical perspective to help avoid repeating past mistakes.

Make the Commission Earn Its Blue Ribbon

Nuclear waste is safely stored on site at locations across the country, but the federal government's seeming inability to fulfill its waste disposal obligations is reason enough to establish a commission--particularly if it helps to finally resolve the issue of long-term storage. While the success of the commission may not determine the future of nuclear power, it could help resolve one of the primary obstacles that the nuclear renaissance faces.

However, simply establishing a commission does not fix the problem, nor does it guarantee that the commission will make credible conclusions. Any commission formed should remove all political biases--especially toward Yucca Mountain--and focus broadly on sound scientific and technical analysis to nuclear waste storage and explore all options for bureaucratic changes and waste management responsibility.

Jack Spencer is Research Fellow in Nuclear Energy in the Thomas A. Roe Institute for Economic Policy Studies at The Heritage Foundation.



The views and opinions expressed herein are those of the author only, not of Spero News.
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Comments
The answer to nuclear waste is the Thorium fuel cycle and the Liquid Fluoride Thorium Reactor (LFTR). Dr. Edward Teller, the father of Fusion, after a lifetime of work on every aspect of nuclear technology had at the end of his life come to this conclusion in his final study: the LFTR is the best of all possible reactor types.
The LFTR is a very simple, efficient, and elegant type of reactor. It can use any kind of nuclear fuel, bomb material, or nuclear waste product to produce very high temperature heat and at the same time breed more fuel in the bargain. This thrifty approach to nuclear energy greatly appeals to me, but I became even more interested in the LFTR when the details of a new patent were revealed by Dr LeBlanc (see below @ minute 53). It opens up the possibility of building a very compact but powerful reactor that can run for 30 years without refueling. It can be operated in an unattended mode and sited underground while it breeds new fuel within the thorium structure of the reactor itself.

In order to get to this U233 that has been produced inside the very walls of this 200 ton reactor containment vessel, a proliferator must destroy and disassemble the reactor, lift its heavy reactor core out of a 100 meter deep reinforced aircraft crash proof hole in the ground, then cut the thorium up into small pieces while enduring heavy gamma radiation exposure, next reprocess these reactor pieces using isotopic separation since the U233 is denatured with enough U238 to make chemical separation of bomb grade U233 impossible, and do all this without being detected. Now, this is a tall order for any proliferator and may just be an impossible assignment.

At the end of the service life of the Lftr, the reactor vessel is sent back to the factory where it is reduced to liquid fluoride salts that become the feedstock of a next new Lftr. This feedstock can only be used by the new Lftr and not for bombs. The waste products are held at the factory for a few hundred years to cool down before they are mined for the many precious elements contained within like platinum and iridium. Now that’s what I call a safe, efficient and thrifty mode of operation!

To learn more see the following:

What Fusion Wanted To Be

http://www.youtube.com/watch?
v=AHs2Ugxo7-8

Liquid Fluoride Reactors: A New Beginning for an Old Idea

http://www.youtube.com/watch?v=8F0tUDJ35So




by Axil | Sunday, April 12, 2009  8:34:12 PM

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