Is Temporary Storage of Nuclear Waste on Decommissioned Sites a Viable Solution?

  • Thread starter John d Marano
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In summary, you are saying that nuclear reactors should pay to have their spent fuel stored on the decommissioned site in order to improve the financial health of the rest of the industry. This would be a small problem (more waste) to solve a larger problem (the reactor).
  • #1
John d Marano
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I was reading about Decommissioning Nuclear Power Plants here http://www.nrc.gov/reading-rm/doc-collections/fact-sheets/decommissioning.html#improv and read that many plants we're decommissioned "without a viable option for disposing of their spent nuclear fuel". Just throwing an idea out there but

If financially healthy nuclear facilities pay for the decommissioning of a bankrupt plant perhaps the public will accept some more nuclear waste being temporarily stored on the bankrupt/decommissioned site? It could be a fair trade in the mind of the public a small problem (more waste) to solve a larger problem (the reactor).

So that a bankrupt reactor can improve the financial health of the rest of the industry.
 
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  • #2
You are saying to tax the healthy companies to finance shutting down the failed ones?
In return they get to store their spent fuel rods in the decommissioned site ... sites "without a viable option for disposing of their spent nuclear fuel"?
Sure, that would get votes.

Be sure that storing spent fuel rods in the containment dome of decommed nuclear plants has been thought of.
 
  • #3
Simon Bridge said:
You are saying to tax the healthy companies to finance shutting down the failed ones?
In return they get to store their spent fuel rods in the decommissioned site ... sites "without a viable option for disposing of their spent nuclear fuel"?
Sure, that would get votes.

Be sure that storing spent fuel rods in the containment dome of decommed nuclear plants has been thought of.

I wasn't thinking of a tax, an auction will probably be best. Healthy reactor sites would pay to have their waste stored on the decommissioned site. Effectively giving the healthy ones more space to run (if they want it).
 
  • #4
In the US, each plant has to pre-pay the decommissioning costs for itself. Every plant has a decommissioning fund. Additionally up until a year or two ago every plant paid into the DOE spent fuel fund for spent fuel management. The doe fund was ordered to stop collecting money as they had failed at multiple statuatory requirements such as doing an adequate fee assessment or opening yucca.

Anyways, before the plant is shut down, they can take money from the doe spent fuel fund to establish a spent fuel storage installation on site (dry cask storage).

After the plant is shut down, the decommissioning fund handles all spent fuel expenditures until the DoE retakes possession of their fuel (all spent fuel belongs to the doe)

There's no need for running plants to pay for non running plants during the period between shutdown and fuel transfer back to the DoE as they have funds set aside to do that.

As the US currently is in political controversy with how to handle the spent fuel, currently there is a push for one centralized storage location to minimize costs associated with spent fuel storage.
 
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  • #5
Adding on to hiddencamper. OP is talking about a space issue. Spent fuel really doesn't take up that much space. If you combined all of the spent fuel casks in the country, which makes up the entire history of waste collected, it would only cover a space the size of a football field, which is tiny.

And then factor in that 95% of that spent fuel is still useable U-238. Assuming reprocessing facilities are built before disposal to pull out all the useable nuclides then that total waste drops down to a very tiny amount.
 

What is decommissioning a reactor?

Decommissioning a reactor is the process of permanently shutting down a nuclear reactor and safely removing it from service. This involves dismantling and decontaminating the reactor and its surrounding structures, and disposing of the radioactive waste.

Why do reactors need to be decommissioned?

Reactors are decommissioned for a variety of reasons, including reaching the end of their operational lifespan, becoming obsolete due to advancements in technology, or experiencing a serious accident or malfunction. Decommissioning ensures that the reactor is safely and permanently taken out of service, reducing the risk of any potential health or environmental hazards.

How long does it take to decommission a reactor?

The length of time it takes to decommission a reactor varies depending on factors such as the type of reactor, its size and complexity, and the level of contamination. On average, it can take anywhere from 10 to 50 years to fully decommission a reactor.

What are the steps involved in decommissioning a reactor?

The decommissioning process typically involves four main steps: planning and preparation, decontamination, dismantling, and waste management. Planning and preparation includes developing a decommissioning plan and obtaining necessary permits. Decontamination involves removing any radioactive materials from the reactor and its surrounding structures. Dismantling involves physically taking apart the reactor and disposing of the remaining components. Waste management involves properly storing, treating, and disposing of any radioactive waste generated during the decommissioning process.

How is the safety of the decommissioning process ensured?

The decommissioning of a reactor is a highly regulated and monitored process. The Nuclear Regulatory Commission (NRC) sets strict guidelines and regulations for decommissioning, and regularly inspects and oversees the process to ensure safety and compliance. Additionally, decommissioning plans must undergo a thorough review and approval process by the NRC before any work can begin.

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