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U.S. nuclear waste: where to now?

By | August 1, 2011, 4:00 AM PDT

Radioactive waste has been accumulating at sites across the United States for decades. The 75,000-metric-ton problem isn’t going away (well, not for a million years or so). And as of now, it’s not going to Nevada’s Yucca Mountain either. Tasked with finding long-term solutions to this disposal issue, the Blue Ribbon Commission released a draft report on Friday.

Critical of the government’s handing of the issue thus far, the almost 200-page report asks for a new federal organization, separate from the Department of Energy, that would deal with transporting, storing and disposing of nuclear wastes of various kinds and radioactivity levels.

From the report:

For the last 60 years, the DOE and its predecessor agencies have had primary responsibility, subject to annual appropriations and policy direction by Congress, for implementing U.S. nuclear waste policy…

The record of the last several decades indicates that the current approach is not well suited to conducting a steady and focused long-term effort, and to building and sustaining the degree of trust and stability necessary to establish one or more permanent disposal facilities and implement other essential elements of an integrated waste management strategy.

The over $10-billion plan to store nuclear wastes within Yucca Mountain fell through in 2010. (On Friday, utility regulators, the states of Washington and South Carolina, and others sued the Nuclear Regulatory Commission for not yet having ruled on the Obama Administration’s withdrawal of Yucca’s license application.) The BRC report doesn’t offer opinions on whether that site is suitable, but they do say finding at least one site to geologically store wastes permanently is necessary. They offer a bottom-up, “consent-based” approach for locating and establishing such a site to avoid drawn-out NIMBY battles.

In the meantime, consolidating wastes at shorter-term disposal and storage sites will have to do. The BRC says this would result in more flexibility with managing wastes and also allow for the removal and dry cask storage of “stranded” spent fuel at nine reactors that have shut down. About 15,000 metric tons of spent fuel is currently held in dry casks, with another 50,000 metric tons sitting in pools (right). They suggest taking the same approach to garner state and local support for these facilities.

This seems like a hard sell, but The Chicago Tribune reports:

The most likely candidates to volunteer for waste storage are communities already saddled with waste from legacy weapons programs, said Stephanie Cooke, editor of Nuclear Intelligence Weekly, a trade publication. She said those communities have already benefited from the jobs and investment that come with nuclear materials and may be open to accepting more.

One community comfier than most with radioactive materials is Oak Ridge. Founded in the early 1940s, the Tennessee town got its start by building the atomic bomb and remains at the center of nuclear research. Oak Ridge even imports nuclear waste.

A new contract for processing 1,000 tons of Germany’s low-level nuclear waste in the town made headlines last week. EnergySolutions processes much of Oak Ridge’s local, homemade waste in addition to low-level wastes from Canada, Great Britain and now Germany. While there are worries this latest agreement could lead to more and more large shipments from abroad, National Public Radio reports that the radioactive residues at the end of the process would be ultimately sent back to Germany.

Each year 104 nuclear reactors generate about 20 percent of the nation’s electricity and add about 2,000 tons of spent nuclear fuel to the pile. The public comment period on the BRC report will last until the end of October. A final report is expected in January.

Related on SmartPlanet:

Images: DOE

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Melissa Mahony

About Melissa Mahony

Melissa Mahony was a contributing editor for SmartPlanet from 2010 to 2011.

Melissa Mahony

Melissa Mahony

Contributing Editor, Energy

Melissa Mahony has written for Scientific American Mind, Audubon Magazine, Plenty Magazine and LiveScience. Formerly, she was an editor at Wildlife Conservation magazine. She holds degrees from Boston College and New York University's Science, Health, and Environmental Reporting Program. She is based in New York.

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Melissa Mahony

Melissa Mahony

Melissa does not have financial holdings that would influence how or what she covers. She currently works for the Wildlife Conservation Society as an editor. Should Melissa cover a topic in which the WCS is involved, she will disclose this fact in her writing.

She writes for SmartPlanet and is not an employee of CBS.

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+2 Votes
+ -
Smart recycling
We should recycle this material. Using established technology we can remove the uranium and re-enrich it. We need to finish developing separation technology to separate the actinides (neptunium+plutonium+americium+curium) from the spent fuel without creating extra waste (liquid metal extraction is a good candidate). These two components should be used to start up a new generation of nuclear reactors (LFTRs). This removes the long term radiation hazard. The depleted uranium should be converted to an oxide (most chemically stable form) and can be returned to old uranium mines. In the remaining 1% of the spent fuel there are some valuable materials that can be separated (xenon, ruthenium, rubidium, rhodium), and some heat generating ones (strontium and cesium). The remainder can be chemically locked up (in something like tooth enamel) and buried in deep boreholes or salt domes once it has cooled enough.
Posted by LarsJorgensen
1st Aug
+2 Votes
+ -
Definitely better than doing nothing
I heard that vitrification is a good method to safely sequester the radioctive wastes and that it increases storage options. It is silly that after nearly 60 years that there has not been a better methode to deal with waste other than keep them in pools near the reactors. I would be able to get behind the resurge in nuclear reactors if the waste by products are dealt with in a very long term way; otherwise the products do not live up to clean and economical.
Posted by sboverie@...
1st Aug
+3 Votes
+ -
Stupid idea.
Let me get this straight. They think the DOE has done a terrible job dealing with nuclear power so they are going to leave DOE intact and create a new bureaucracy to over see nuclear power.

How about this plan.

Lets admit that the DOE has been a failure across its entire mission and junk it. Lets make every department, every employee justify their job. Treat it like the bankruptcy of an energy company like Enron.

Jail the corrupt leadership and shut it down or restructure it into a smarter organization.
Posted by Hates Idiots
Updated - 1st Aug
+1 Vote
+ -
'waste'?
I love how something that has more than 98% its originally energy content, that's had countless amounts of money to dig it up, process it, and prepare it for industry is called 'waste' only to be buried in a location that policy can essentially lock down until the end of time at the same time we're in a so called 'energy crisis.' The only crisis is the policy that calls this waste. It would've been better to leave it in the ground to begin with.

LarsJorgensen had the best idea, recycle it, use it in advanced reactor designs, pull out all of the useful elements, and store the very little material that remains in salt domes. Its not waste, its only been labeled that. The byproduct of inefficient policy and regulations, of antiquidated reactor designs, or just yet to be used energy reserves, but waste???
Its just laughable.
Posted by Vailhem@...
1st Aug
+1 Vote
+ -
No safe way of disposal
In spite of the comments on this isssue, here in the UK the Committee on Radioactive Waste Management said in 1999 that there is no safe way of DISPOSING of nuclear waste, just STORING it with the need to be able to retrieve it if it proves dangerous or the containment is damaged. Noone has pointed out anything that has changed to reverese this opinion. There is no safe way of using this waste in reactors. The idea that it could produce a fuel source for a Thorium reactor or that the uranium could be safely or economically extracted are just pipe dreams of those who unquestioningly support this technology. If that was the case, why is it not being done now? The ONLY option safe for future generations is to use SUSTAINABLE and NON POLLUTING technologies. To do anything other than this is to leave a terrible legacy for future generations.
Posted by prowberr
3rd Aug
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