U.S. Nuclear Waste: History of a Failed Endeavor

From MasterResource

By Kennedy Maize

For 80 years, the U.S. government and its industrial and utility partners have failed to understand the problem of the noxious and dangerous nuclear waste for war and peace and successfully respond. Kicking the can down the road, evident today with fiscal policy, applied in spades to nuclear waste in wartime and peacetime.

Wartime Waste

It began at Hanford during World War II’s Manhattan Project when little attention was paid to what was left behind when U-235 was stripped from U-238 to turn uranium into plutonium. Nuclear engineers considered it a simple problem that could be dealt with later, much later. The nasty brew of chemical and nuclear poisons was dumped into large, oil-field-derived stainless-steel tanks.

In 1947, pioneering Baltimore “sanitary engineer” Abel Wolman — who had standardized the use of chlorine to purify drinking water — joined the Atomic Energy Commission’s advisory board. Troubled by the accumulation of the wastes, Wolman and a colleague examined the site. What he found the next year was dangerous and poorly managed waste. His warming to the Atomic Energy Commission (AEC) was largely ignored.

By early 1953, Hanford was generating nine million gallons of liquid waste daily. AEC engineers assured management that the storage tanks could not leak. But the tanks started leaking in the 1960s, setting off a continuing cleanup program. According to a March 2025 DOE report, the department has spent $66 billions of taxpayer money on the Hanford cleanup so far, with another $589 billion required to finish the job.

Commercial Nuclear

Enthusiasm for civilian use of nuclear energy kicked off with President Eisenhower’s 1953 “Atoms for Peace” speech at the United Nations. In 1955, AEC Chairman Glenn Seaborg warned that disposing of the “tremendous quantity” of waste that would result could be a limiting factor for widespread use of nuclear power plants. 

The next year, a Wolman-chaired National Academy committee presented several approaches for disposal. In 1957, the academy said the best choice to bury the highly radioactive wastes in underground salt formations. That recommendation set off a more than decade-long search for a suitable site.

The AEC in 1970 settled on salt beds near Lyons in central Kansas. AEC officials neglected to work for local public support, and the Lyons selection set off a political backlash. The local congressman, Republican Rep. Joe Skubitz, launched a political blitzkrieg against the AEC, which aided his cause with a statement arguing that the 1969 National Environmental Policy Act didn’t apply to them.

Disposing of nuclear waste in Kansas became impossible. In May 1971, an official of a salt firm mining told the AEC that the beds were riddled by accumulated oil and gas wells, providing multiple pathways for corrosive water to reach the nuclear waste.

Nuclear Waste Policy Act (NWPA) By the mid-1970s, the civilian nuclear power industry was in trouble. Plants were very expensive, political opposition arose, the new plant orders emptied. Congress gutted the AEC, creating the U.S. Nuclear Regulatory Commission, and, in 1977, the Department of Energy.

The problem of ever-increasing spent nuclear fuel became a DOE problem. President Jimmy Carter (a nuclear engineer) and Jim Schlesinger, Carter’s energy secretary and former Republican AEC chairman, among others, proposed an “away from reactor storage” plan wherein Uncle Sam would take title to utility spent nuclear fuel rods for DOE to store at a temporary site while the feds develop a permanent, underground graveyard.

During 1980, Carter’s last year in office, the House and Senate passed separate nuke waste bills but were unable to reconcile their differences before Congress expired. 

Work began again in 1981, with Republican Ronald Reagan in the White House. The GOP held the Senate. Democrats owned the House. Congress again took up nuclear waste, with little interest from 1600 Pennsylvania Ave. In 1982, Congress passed the Nuclear Waste Policy Act, providing for away from reactor storage and a nationwide search for an acceptable final, underground, but unidentified permanent storage site.

The new law proved wildly unpopular as DOE began investigating various possible locations for a final waste dump. Local ire was fierce and bipartisan. The first Reagan administration ended with no site in sight. DOE workers reviewing possible sites thought the job was technical, but it was far more than that. The politics became so intense that Reagan’s third DOE secretary, Californian John Herrington, concerned about the upcoming 1986 off-year elections, pulled the plug on the siting process in May 1986. The Nuclear Waste Policy Act died unlamented.

Yucca Mountain (Nevada) As Herrington feared, the fall elections saw a Republican thrashing. Democrats controlled the Senate by a 55-45 margin. The House became more solidly Democratic. Nuclear waste was back on the political agenda, with a twist. One of the sites that DOE had examined during the short life of the NWPA was a mountain on vast federal land in Nevada, named Yucca Mountain. It looked promising: remote, dry, no nearby volcanic activity, far away from residents and voters.

Picking up on an idea promoted by Science magazine journalist Luther Carter, Sen. J. Bennett Johnston, Louisiana Democrat and chairman of the Senate Energy and Natural Resources Committee, and his Idaho Republican colleague, Sen. James McClure, ordered DOE to focus on Yucca Mountain. They attached their provision to an omnibus 1987 government appropriations bill that became law without debate in any committee or on the House or Senate floor.

The nicknamed “Screw Nevada Act” is where the nuclear waste story, to date, ends. Yucca Mountain became a technical and political dead end. Among other problems, the enormous tunnel DOE dug into the mountain showed it wasn’t dry. In 2002, physicist and nuclear expert Victor Gilinsky told a congressional committee of his site visit, “I was pretty surprised therefore to find myself in the middle of this mountain with water dripping out of it and hitting me on the head.”

The Obama administration in 2009 opposed going with Yucca Mountain, urged on by now Senate Majority Leader Harry Reid (D-Nevada). Industry interests tried to revive it over the years, including in the first Trump administration. In 2020, the Trump White House abandoned Yucca Mountain.

Recent Developments

The Trump Administration’s reform of energy policy has recently reached nuclear waste. A leaked White House document, reported Politico, prioritized the idea of greater state participation for localized, decentralized storage. One federal repository like Yucca Mountain would be deemphasized. According to Politico, “In exchange for bolstering nuclear fuel production and storing waste, the White House indicated states could see a surge of new business, including nuclear power plants and energy-intensive data centers.”

The saga continues.


Kennedy Maize, a Washington, D.C.-based journalist, has covered energy and environmental topics for nearly a half-century. This post, edited and updated here, was originally published at The Quad Report as “Failure: A Short History of U.S. High-level Nuclear Waste Mismanagement.” Maize’s previous posts at MasterResource can be found here.

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67 Comments
Nick Stokes
September 10, 2026 2:17 pm

“According to a March 2025 DOE report, the department has spent $66 billions of taxpayer money on the Hanford cleanup so far, with another $589 billion required to finish the job.”

Keep this up, and soon you’ll be talking about real money.

One can criticise the politics involved, but it is a real problem, and actually has to have a real solution if nuclear power is to be viable long term.

Tom Halla
Reply to  Nick Stokes
September 10, 2026 2:22 pm

That is all bomb production waste.

Reply to  Nick Stokes
September 10, 2026 4:14 pm

but it is a real problem, and actually has to have a real solution

Absolutely not “a real problem”. Edward Teller, speaking on live TV in the 1980s, mocked ‘The Problem’ as a solution-in-disguise. He proposed to distribute, to every household, their share of the (daily) waste production, and let them use it in their kitchens for heating or whatnot. They’ll learn thru experience that radioactivity is no different (in hazard) than any other flame or electricity source.

KevinM
Reply to  Whetten Robert L
September 10, 2026 9:54 pm

Is that unmarked sarcasm?

Mr.
Reply to  Nick Stokes
September 10, 2026 5:25 pm

The main question at the moment is though –

disposal of wind turbines & solar panels is a real problem, and actually has to have a real solution if unreliables power is to be viable long term.

KevinM
Reply to  Mr.
September 10, 2026 10:00 pm

Google “photo lawrence hands radiation” and select images option.
There’s a place for nuclear energy, but be real about the dangers of radiation exposure.

Reply to  Mr.
September 10, 2026 11:06 pm

On top, this kind of waste has no half-life …

The Chemist
Reply to  Nick Stokes
September 10, 2026 6:52 pm

And yet there are some folks-even after seeing this, and countless other examples-that want the government to run (and ruin) things like energy, healthcare, and even grocery stores.

Sparta Nova 4
Reply to  Nick Stokes
September 14, 2026 11:20 am

A valid point, well stated.

Sweet Old Bob
September 10, 2026 2:21 pm

Well , KM ….

a little cheese with that ?

KevinM
Reply to  Sweet Old Bob
September 10, 2026 10:02 pm

For record I think KM is article author … “By Kennedy Maize“

Tom Halla
September 10, 2026 2:21 pm

Long term storage of reactor fuel is only needed because of a ban on reprocessing.

SxyxS
Reply to  Tom Halla
September 10, 2026 2:26 pm

Why is there a ban?

Tom Halla
Reply to  SxyxS
September 10, 2026 2:32 pm

Carter wanted to discourage proliferation, by setting an example.

Reply to  Tom Halla
September 10, 2026 3:21 pm

A bad decision, as we discussed.

“Long term storage of reactor fuel is only needed because of a ban on reprocessing.”

Not true. Reprocessing will only delay, not deny, the need for long term storage. And waving a magic wand and renaming the short term storage now employed in the back 40 of most current and old facilities, “long term”, don’t get it. I say this because there was no specificity in the article on what these “local solutions” would be. I’m agnostic on state v fed solutions, but they all need to be set it and forget it.

SxyxS
Reply to  bigoilbob
September 11, 2026 3:24 am

Well – this kind of delay could be very very effective.

Reprocessing lowers the need for new ressources.
The overall number of waste would be massively lowered – and (just an assumption) the waste should be less toxic as the multiple use should have absorbed a bigger chunk of “radiation”.

Reply to  SxyxS
September 11, 2026 5:35 am

All true. None of which obviates the need for long term storage. And FYI, add in the Trumpian YUGE extra expense, compared to uranium mining. Not sayin’ don’t reprocess, just need to do the $ arithmetic. Nuc was never “too cheap to meter”, but reprocessing costs more.

SxyxS
Reply to  Tom Halla
September 11, 2026 3:17 am

Thanx.

Gums
Reply to  SxyxS
September 11, 2026 7:13 am

Ban is a very lame excuse for reprocessing by citing the nuclear proliferation agreement….. as a big start
Good grief! If we can walk away from the ridiculous Paris Agreement, then easily do whatever it takes to reduce the accumulaion of waste from power generation facilities as a big start.
After all, the USA is not trying to be a nuclear power! Beam me up.

Gums suggests…

Reply to  Tom Halla
September 10, 2026 11:10 pm

The situation with water or heavy water reactors with uranium oxide pellets is the problem. Impurities accumulate in the rods which have to be replaced with only a few percent of the available energy being used. To dispose of them without retreatment is particularly wasteful. The solution would be reactors (e.g. molten salt reactors or the like) having both a moderated zone to keep criticality as well as a zone with fast neutrons to split lanthanide and actinide waste products which have extremely long half-lives. The rest is then waste with a half life below 60-70 years which should be much easier to manage.

Richard Mott
September 10, 2026 3:03 pm

Yucca Mountain was an unnecessarily expensive boondoggle to start with. Worried about water? High-level nuclear waste was to be “vitrified” for storage, that is, melted into a glass. 2000-year-old glass amphoras sunk to the bottom of the Mediterranean sea have been found with their seals still intact.
“But”, you say, “nuclear waste needs to be stored for 100,000 years!” To see why this is nonsense, you must understand that radioactive substances get less radioactive exponentially with time, at varying rates. The rate for each isotope is called its “half-life”, the time after which half of it is gone. After ten half lives, the radioactivity is 1000 times less. After 20 half lives, it’s a million times less. But it never goes all the way to zero. So the way green groups arrive at these scary huge numbers is to insist that the the waste decay all the way to the activity of the ore it came from.
But after 600 years (see 2000-year-old amphoras above) essentially all of the gamma-ray emitters which produce penetrating radiation are gone. What’s left are alpha particle emitters which can’t penetrate your skin. You have to eat them to be exposed. The main one, Americium-241, is a commercial product used in all those smoke detectors in your house. There are no special disposal requirements for smoke detectors; you just discard them.
You evolved in a radioactive environment, from cosmic rays, radon gas, and potassium and carbon isotopes in nature. Mammals developed a mechanism for detecting and repairing damage to DNA because it occurs all the time due to the byproducts of oxygen metabolism. Additional damage from very low levels of radiation is insignificant by comparison.
Mr Halla below is correct, the sensible thing to do would be to reprocess the fuel, which France has been doing for half a century. It cuts the volume genuinely dangerous waste by a factor of 1000. All of France’s high-level waste is stored in one facility. There’s no legal ban in the US, though. We don’t do it because it’s expensive and the chemistry involved is quite toxic independent of radioactivity.

starzmom
Reply to  Richard Mott
September 11, 2026 5:48 am

We don’t do it because the uneducated public is scared to death of the idea.

Reply to  Richard Mott
September 11, 2026 7:07 am

Hmmm . . . that’s an awful lot of words to have missed these simple facts:

1) Storing spent nuclear fuel in the United States has cost taxpayers and utilities over $10 billion in direct compensation and damages, with total federal liability estimated at $44.5 billion due to the lack of a permanent disposal site.

2) Storing and managing commercial nuclear waste across temporary sites costs the U.S. roughly $4.5 to $5 billion per year.
— source: https://sustainability.stanford.edu/news/steep-costs-nuclear-waste-us

September 10, 2026 3:03 pm

The solution to spent reactor fuel is recycling, not dispersed ‘storage dumping’. Japan does it at Rokkasho. 96% by weight can be turned into new MOX reactor fuel. The other 4% can be vitrified for easy safe ‘forever’ burial.
Carter’s ban on recycling ‘to set an example’ was foolish and should long ago have been reversed.

Reply to  Rud Istvan
September 11, 2026 4:35 am

It was reversed early in the Reagan administration, but by then the damage had been done.

Reply to  Rud Istvan
September 11, 2026 7:09 am

“The other 4% can be vitrified for easy safe ‘forever’ burial.”

Where?

If there was such a “safe” location, why not just vitrify 100% of all SNF and store it there? It sounds like you never heard of Yucca Mountain.

September 10, 2026 3:56 pm

There is far more to the story of the Yucca Mountain repository site. First and very importantly, the “screw Nevada act” idea conveniently misses a major point. Yucca Mountain is on the southwest edge of the Nevada test site, a national sacrifice zone where 100 atmospheric detonations and 921 underground detonations were conducted. If the geology is stable, what better place to store high-level radioactive waste then on the edge of an area that is already a nuclear wasteland. The government spent billions of dollars, many years, and the best years of hundreds, if not, thousands of scientists and engineers lives, studying and designing the Yucca Mountain high level radioactive waste repository. It is probably the most carefully studied 1400 acre piece of ground on planet Earth. I spent a summer at the Yucca Mountain Project offices in Las Vegas working as a checker reviewing every scientific reference and its use to verify the validity of the citation and its correct use. The entire body of scientific and engineering knowledge for the project had to be created from the ground up. One could not simply go to the general literature and grab a citation. My role was tiny, part of a team of thousands.

It had finally become finalized and approved and ready to become operational just prior to Obama becoming president. As a political favor to Senator Harry Reid, Obama on day one issued an executive order, shutting down the project (part of Obummer’s transform [destroy] America agenda).

And yes, water can and does move through mountains. All of these processes were accounted for and order of magnitude high side (worst case) bounding estimates were used to characterize the natural and engineering containment features, with the goal of assured 10,000 year containment of radionuclides. An important feature of the design was the retrievability of the waste casks, so that if in future times re-processing of waste became feasible and or legal, the material could be removed for processing.

Nuclear waste is far less a technical problem than a matter of political will.

rxc6422
Reply to  pflashgordon
September 10, 2026 7:59 pm

No one likes to talk about the fact that Yucca was never considered to be an ultimate disposal site. It is just a storage facility, so that if, in the future, we decide to restart the nuclear power industry, we can just unlock the doors of the facility and roll the railcars full of nuclear “waste” out, to go off to a reprocessing facility. It was a political boondoggle, just like many other government projects.

Reply to  rxc6422
September 11, 2026 4:43 am

That is true. The law requires that the “spent” fuel must be retrievable for a century.

Nobody talks about the MOX processing facility that the DOE just walked away from after spending many years and tons of money on it.

Beta Blocker
Reply to  Brian
September 11, 2026 12:48 pm

“Nobody talks about the MOX processing facility that the DOE just walked away from after spending many years and tons of money on it.”

MOX was terminated by Trump 45 because the entire project was so completely screwed up from beginning to end that the only way to salvage it was to literally throw away everything that had been done up to that point and to start over again from the very beginning. (Yes, it was that bad.)

Beta Blocker
Reply to  pflashgordon
September 11, 2026 12:39 pm

pflashgordon: “It [Yucca Mountain] had finally become finalized and approved and ready to become operational just prior to Obama becoming president. “

This assertion is not factually true. At project termination, Yucca Mountain was nowhere close to becoming operational either for interim retrievable storage or for permanent waste disposal. See my full response to D Sandberg here:

https://wattsupwiththat.com/2026/09/10/u-s-nuclear-waste-history-of-a-failed-endeavor/#comment-4239912

Another 20 billion dollars and another decade of work would have been needed to put Yucca Mountain into operation, with a hundred-year facility cost of perhaps two-hundred billion dollars stated in today’s money.

The fact remains that a deep repository whose local geologic media, the bedded salt of the Salado Formation, is much better suited for handling nuclear wastes than is the volcanic tuff at Yucca Mountain had already gone into operation at the WIPP facility in New Mexico in the mid-2000’s, well before Barack Obama became president and before Yucca Mountain was terminated in 2010.

The WIPP facility was originally constructed to handle defense wastes. But the WIPP facility infrastructure can be upgraded to handle civilian nuclear wastes when the time comes to dispose of radioactive material which has no further economic value.

The fact that a geologic repository already existed which could be upgraded at considerably less expense to handle valueless civilian nuclear wastes made continuation of the Yucca Mountain project a complete non-starter. Which is why Congress terminated funding for the project in the 2011 federal budget.

derbrix
September 10, 2026 3:57 pm

Sorry, but President Jimmy Carter (a nuclear engineer) was never a nuclear engineer. He graduated the Naval Academy at Annapolis in 1946, then joined the Navy’s nuclear propulsion program. He never had any civilian schooling in that field and he never served on a nuclear submarine. Perhaps the closest he came was when he was on a team cleaning up a partial nuclear reactor meltdown in Canada in 1952. In 1953, he returned to the family peanut farm in Georgia USA.

So while he may have had rather extensive training with some of the roles an engineer performs, calling him an nuclear engineer is stretching things a bit.

Reply to  derbrix
September 10, 2026 4:24 pm

JC was an avid supporter of the late Shah (Reza Pahlavi) of Iran.
Until the going got tough, in ’78-9, then he dropped that support.
Forty-Seven (47) long years later, we’re still trying to clean up that mess, …
… or bury it under a some desert’s Yucca-PickAxe-Mtn.
If, by December,* the American oilfield workers have resumed control of those same Persian Operations, as in Venezuela, the ones their (grand)fathers hastily abandoned …
… and their cousins return to the Siberian Arctic & the North Slope of Alaska, working alongside their Russian colleagues, only then …
We will know* what all this time was for.

Sweet Old Bob
Reply to  derbrix
September 10, 2026 4:28 pm

wikki…

From 1946 to 1953, the Carters lived in Virginia, Hawaii, Connecticut, New York, and California, during his deployments in the Atlantic and Pacific fleets.[29] In 1948, he began officer training for submarine duty and served aboard USS Pomfret.[30] Carter was promoted to lieutenant junior grade in 1949. His service aboard Pomfret included a simulated war patrol to the western Pacific and Chinese coast from January to March of that year.[31] In 1951, Carter was assigned to the diesel/electric USS K-1 (SSK-1), qualified for command, and served in several positions, including executive officer.[32]

Phillip Chalmers
Reply to  derbrix
September 10, 2026 4:51 pm

The comment let me know that Carter was the only POTUS in history with hands-on experience with radioactive material in a practical way. In those days of maximum hysteria about nuclear=bombs=EOL events the politicians who were anti-nuclear ruled the roost.
The SHOCK of the article is that the US of A has a political system which cannot deal with the peaceful use of nuclear fission responsibly and safely and routinely.
World leader? Bunkum!!!

rxc6422
Reply to  Phillip Chalmers
September 10, 2026 8:03 pm

“A little bit of knowledge can be a very dangerous thing”, and Carter’s “experience” with radioactive materials seems to prove the point. I voted for him, the first time, but not the second.

D Sandberg
Reply to  derbrix
September 10, 2026 9:43 pm

More like stretching things an awful lot. Carter’s nuclear résumé was more a footnote than a foundation—and his decisions shaped America’s nuclear future for the worse. Tragic.

Here’s the rest of the story:

  • 1946–1952: Graduated Naval Academy, served on conventional submarines. Selected by Admiral Rickover for the new nuclear program. He was trained to instruct nuclear submarine powerplant operators, not design or manage construction of nuclear equipment.
  • 1952: Took non-credit nuclear physics and reactor courses at Union College while assigned to the USS Seawolf pre-commissioning team in Schenectady. His role? Junior, temporary duty—learning and assisting, not designing reactors.
  • 1953: His father died. Carter resigned from the Navy before ever serving on a nuclear-powered submarine or teaching formal nuclear classes. Returned to Georgia to run the family peanut farm.

Bottom line: Carter’s nuclear experience was real but fleeting—measured in weeks, not years. He was never a licensed engineer, never operated a nuclear sub, and never taught reactor physics in any official capacity.
Years later, as president, Carter’s caution toward nuclear tech resurfaced. He tried to kill the breeder reactor program, citing proliferation risks. It took Clinton to finish the job and shut down the Clinch River Breeder Reactor project for good. Quite the pair.

Sparta Nova 4
Reply to  derbrix
September 14, 2026 11:28 am

As I recall, the Navy gave him the title of Nuclear Engineer.
You are correct. He did not get an academic degree.

September 10, 2026 4:35 pm

Let’s put some real perspective on the problems now facing the US because of the continued on-site storage of spent nuclear fuel (SNF) from power reactors:

The US currently has over 95,000 metric tons of spent nuclear fuel stored across the country.
— source: https://www.americanactionforum.org/insight/can-u-s-nuclear-waste-management-keep-up-with-the-nuclear-renaissance/ .

This nuclear waste is stored in 70-80 separate sites in more than 35 states.

Furthermore, the US produces approximately 2,000 metric tons of additional spent nuclear fuel each year from just its commercial nuclear power plant reactors.

France, one of the most progressive nations in the world in terms of recycling SNF, only processes about 1,100 metric tons per year . . . see the problem?

BTW, the SNF reprocessing technology currently employed in France recovers about 96% of the reusable material (roughly 95% uranium and 1% plutonium) from the SNF, so it has its own nuclear waste stream that must be stored somewhere.

Beta Blocker
September 10, 2026 5:07 pm

I make these points:

— Millions of kilograms of radioactive uranium are now floating around in the groundwater systems underlying Wyoming, Utah, and Colorado; having been placed there by Mother Nature as she continuously leaches uranium from the granitic rocks underlying the Rocky Mountains.

— No one particularly cares that millions of kilograms of radioactive uranium are now floating around in the groundwater systems underlying Wyoming, Utah, and Colorado. 

— It makes no sense to bury our spent nuclear fuel. At some point in the next fifty to seventy-five years, it is all but certain this fuel will either be reprocessed into new fuel and/or be reburned in advanced reactors.

— Our spent nuclear fuel is perfectly safe staying on the surface, where it will be safe for a hundred or more years into the future. If a dry storage cask begins leaking, then the spent fuel can be moved into another cask, or the cask can be overpacked.

— We can save a little money by centralizing all the spent fuel in one or more surface repositories until the day comes that it is either reprocessed or reburned. But if the spent fuel stays right where it is for another hundred years or so, no big deal.

— The Hanford Site cleanup effort is, for all practical purposes, as much of an industrial base project designed to keep nuclear technologists busy as it is an environmental restoration project designed to deal with the valueless nuclear waste left over from the Cold War.

— The nation already has an underground geologic repository in operation in New Mexico, the Waste Isolation Pilot Plant (WIPP), which currently handles defense wastes but which could be quickly modified to handle civilian nuclear wastes which have no further economic value. 

— The WIPP repository employs the bedded salt of the Salado Formation, which has long been recognized as the ideal geologic medium to permanently bury nuclear wastes. The bedded salt of the Salado Formation is completely dry and no water has been in it for more than 250 million years.

Here is my last but most important point. The unspoken reasons why the Yucca Mountain project was shut down in 2010 were that knowledgeable experts in the US-DOE and informed staff inside the US Congress knew full well that it makes no sense whatsoever to bury our spent nuclear fuel; that Yucca Mountain’s volcanic tuff is not the most optimum geologic medium for nuclear waste disposal; that Yucca Mountain would be much more expensive to build and operate than the WIPP facility in New Mexico ; and that the successful opening of the WIPP facility simply eliminated any future need for Yucca Mountain.    

BenVincent
September 10, 2026 5:12 pm

His warming to the Atomic Energy Commission (AEC) was largely ignored.

The word should be ‘warning’.

Bob
September 10, 2026 5:13 pm

So what have we learned here? The government can’t get a damn thing done except pass the buck. Number one we seem to have focused on a one size fits all solution. No matter what the eventual solution is it is bound to be convoluted the more government is involved.

ResourceGuy
Reply to  Bob
September 10, 2026 5:32 pm

You left out huge amounts of taxpayer dollars spent in each step of passing the buck. The Brits were right about Americans spending money to find the solution

Harry Durham
Reply to  Bob
September 10, 2026 5:51 pm

Sure they can. I’d bet they’re going to get to work on the nuclear waste storage problem right after they save Social Security and Medicare.

NOTE: Not sarcasm. I feel pretty safe about the date for fixing Social Security and Medicare solvency – the 13th of Never (right after the 12th). And don’t quote the run-out-of-funds date – it’s reasonably certain the brilliant statesmen in the Capitol building will come up with a band aid to cover the time until they no longer have to worry about re-election, and maybe a day or two more.

starzmom
Reply to  Harry Durham
September 11, 2026 5:53 am

I am glad my kids will get to pay for all of this, if they should live so long.

Reply to  starzmom
September 11, 2026 5:00 pm

“my kids will get to pay for all of this”

Hey, not to worry . . . I’m sure they have/will-have-in-due-time learned from their parents that there’s no accounting at all when expenses can simply be “put on the tab that is never to be paid”.

Past $40 TRILLION now . . .tch, tch . . . laissez les bons temps rouler!

Tony Tea
September 10, 2026 5:18 pm

If it were up to me, I’d store the world’s nuclear waste here in Australia, and of course, charge for the pleasure.

Reply to  Tony Tea
September 10, 2026 9:55 pm

And supply nuclear fuel from Australia too… and charge for the pleasure. 🙂

Dave Andrews
Reply to  Tony Tea
September 11, 2026 7:16 am

BNFL explored the possibility of storing UK nuclear waste in Australia in the ‘Pangea Project’ in the late 1990s – early 2000s. Eventually came to nothing.

ResourceGuy
September 10, 2026 5:25 pm

Harry Reid just wanted the wasteful spending leading up to cancelation, not actual implementation. The consulting contracts and rock mechanics studies were nuts.

sherro01
September 10, 2026 5:57 pm

Readers, please note the high levels of alarmism and selective use of examples in this article.
There can be no valid solution to storage of nuclear material until alarmism is declared dead.
In essence, the problem is simple. Nuclear exposure damage does not happen when the person is distant from the source.
One viable solution to separate person from source is to spread the “waste” into the oceans. They dilute the activity to levels of insignificant harm to people and life forms in general, all of which have evolved and survives in a stew of natural radiation.
Global scale nuclear harm can be assessed from death certificates. There are few certificates with cause of death like “Exposure to excess radioactivity”. The protections are working.
Geoff S

Reply to  sherro01
September 11, 2026 11:02 am

You failed to differentiate “alarmism” from reasonable concern, and to differentiate “natural radiation” from the radiation given off by active or “spent” nuclear fuel.

You also failed to define “damage”, “distant”, “stew”, and “protections”.

Your statement “Global scale nuclear harm can be assessed from death certificates” is IMHO sophomoric and overlooks the real harm caused to animal life, ecosystems, area economics and even the lifetime suffering of animals and humans due to radiation-induced cancers as well as multi-generational damage done to human DNA in persons exposed to above-background nuclear radiation. You might want to look into the long term health care for survivors of Hiroshima, Nagasaki, and Chernobyl.

The Chemist
September 10, 2026 6:49 pm

Well, all this nuclear waste generates heat. Why not inject the waste all along the San Andrea fault and along the faults in the Seattle area. The heat will soften the rocks and allow the tectonic plates to harmlessly slide past each other rather than build up stress and snap and create “The Big One” quake that destroys LA SF and maybe even Seattle. Nuclear waste as WD-40 on steroids; solve two problems at once. /?sarc?

D Sandberg
September 10, 2026 7:05 pm

Yucca Mountain Is an Energy Asset, Not a Waste ProblemThe United States spent decades and billions of dollars studying and licensing Yucca Mountain. By 2002, the project had progressed far enough that President George W. Bush approved moving forward with it as the nation’s permanent storage facility for used nuclear fuel. What ultimately stopped the project was politics, not a lack of engineering.

In my view, the mistake was treating Nevada as an unwilling host rather than as a willing partner. America routinely attracts communities to host major industrial facilities by providing jobs, infrastructure, and long-term economic benefits. Nuclear fuel storage should never have been handled differently.

Rather than imposing the facility, the federal government should have created incentives that made Nevada enthusiastic about hosting it:

Permanent reduction or elimination of property taxes within an agreed radius.A negotiated fee paid to Nevada for every pound of fuel received.Federal funding for roads, infrastructure, schools, and technical training.Long-term high-paying technical employment tied to the facility.
Most importantly, I reject the notion that the material being stored is “waste.”
It is more accurately described as partially spent recyclable fuel. Most of the potential energy remains locked within it. Advanced fuel recycling technologies and future fast-neutron breeder reactors could recover much of that value.

For that reason, I have never viewed Yucca Mountain as a permanent burial site. I view it as the logical location for a future national fuel management and recycling complex.
A long-term vision for Yucca Mountain could include:

Secure storage of partially spent recyclable fuel.Fuel characterization and conditioning facilities.Reprocessing and recycling operations.Advanced reactor fuel fabrication.Research and development for next-generation nuclear technologies.
Instead of burying a valuable energy resource, the United States could preserve it until economics and technology make full recycling practical.

The central question remains unchanged after more than two decades:
If Yucca Mountain was not acceptable after decades of study and billions of dollars of investment, what realistic alternative repository site was ever going to be approved?
From my perspective, Yucca Mountain’s greatest value is not as a repository. Its greatest value is as the foundation of a future closed nuclear fuel cycle and a strategic national energy reserve.

Beta Blocker
Reply to  D Sandberg
September 11, 2026 10:43 am

D Sandburg: “If Yucca Mountain was not acceptable after decades of study and billions of dollars of investment, what realistic alternative repository site was ever going to be approved?”

Once again, I make these points:

— It makes no sense to bury our spent nuclear fuel. Not even for interim retrievable storage. At some point in the next fifty to seventy-five years, it is all but certain this fuel will either be reprocessed into new fuel and/or be reburned in advanced reactors.
— Our spent nuclear fuel is perfectly safe staying on the surface, where it will be safe for a hundred or more years into the future. If a dry storage cask begins leaking, then the spent fuel can be moved into another cask, or the cask can be overpacked.
— We can save a little money by centralizing all the spent fuel in one or more surface repositories until the day comes that it is either reprocessed or reburned. But if the spent fuel stays right where it is for another hundred years or so, no big deal.
— The nation already has an underground geologic repository in operation in New Mexico, the Waste Isolation Pilot Plant (WIPP), which currently handles defense wastes but which could be quickly modified to handle civilian nuclear wastes which have no further economic value.
— Only about two square miles of the twenty square miles reserved for the WIPP facility are currently being utilized, leaving another eighteen square miles available for future use. 
— The WIPP repository employs the bedded salt of the Salado Formation, which has long been recognized as the ideal geologic medium for permanently burying nuclear wastes. The bedded salt of the Salado Formation is completely dry and no water has been in it for more than 250 million years.

The most fundamental reason why Yucca Mountain was shut down was that it was an exceedingly expensive place for handling both interim retrievable storage and for permanent disposal of valueless nuclear wastes.

At project termination, the facility was nowhere close to becoming operational either for interim retrievable storage or for permanent disposal. Another 20 billion dollars and another decade of work would have been needed to put Yucca into operation, with a hundred-year facility cost of perhaps two-hundred billion dollars stated in today’s money.

Sure, Yucca Mountain would be safe for permanent disposal. But the volcanic tuff at Yucca Mountain is much more expensive to prepare and to maintain than the bedded salt of the Salado Formation employed by the WIPP facility in New Mexico — a geologic repository facility which had already gone into operation when Yucca Mountain was terminated.

Repeating my earlier comment. The unspoken reasons why the Yucca Mountain project was shut down in 2010 were that knowledgeable experts in the US-DOE and informed staff inside the US Congress knew full well that it makes no sense whatsoever to bury our spent nuclear fuel; that Yucca Mountain’s volcanic tuff is not the most optimum geologic medium for nuclear waste disposal; that Yucca Mountain would be much more expensive to build and operate than the WIPP facility in New Mexico ; and that the successful opening of the WIPP facility simply eliminated any future need for Yucca Mountain.    

Reply to  Beta Blocker
September 11, 2026 12:50 pm

“The most fundamental reason why Yucca Mountain was shut down was that it was an exceedingly expensive place for handling both interim retrievable storage and for permanent disposal of valueless nuclear wastes.”

Well, that’s not quite true.

This from Google’s AI bot:
“Multiple significant geological and hydrological concerns were revealed and debated regarding the Yucca Mountain nuclear waste repository project (https://ag.nv.gov/Hot_Topics/Issue/Yucca/ ).
“Water Infiltration and Fast Flow
—Fractured volcanic rock: The mountain is made of welded tuff (compacted volcanic ash) that contains fractures and pores.
—Faster-than-expected movement: Studies revealed that rainwater could move through the rock fractures faster than initial computer models predicted, raising the risk that moisture could reach the storage tunnels and corrode the metal waste canisters.
— Heat-driven chemical changes: Decay heat from the spent nuclear fuel could boil nearby water, altering its vapor chemistry and making the condensed liquid even more corrosive to the storage containers over time.
Seismic and Volcanic Activity
— Earthquake risks: The region surrounding the site in Nye County, Nevada, experiences active seismic faulting. Researchers noted that large earthquakes could potentially fracture the rock further or squeeze underground water tables upward into the repository horizon.
—Volcanic proximity: The site is located near young, dormant volcanic cinder cones in the Amargosa Desert, leading to ongoing scientific debate regarding the long-term risk of volcanic disruption over tens of thousands of years.”

Facts matter.

Beta Blocker
Reply to  ToldYouSo
September 11, 2026 2:21 pm

Beta Blocker said: “The most fundamental reason why Yucca Mountain was shut down was that it was an exceedingly expensive place for handling both interim retrievable storage and for permanent disposal of valueless nuclear wastes.”

ToldYouSo said: “Well, that’s not quite true.”

What I said above is completely true. However, the reason what I said above is completely true is that in order to deal with the issues you’ve listed above, very expensive engineered solutions were needed to keep the Yucca Mountain repository theoretically safe for tens of thousands of years.

Because the bedded salt of the Salado Formation used by the WIPP facility in New Mexico is the ideal geologic media for permanent disposal of valueless nuclear wastes for tens of thousands of years, WIPP doesn’t have any of the issues you list above and therefore doesn’t need any of the expensive engineered solutions of the kind which Yucca Mountain needed.

Reply to  Beta Blocker
September 11, 2026 5:30 pm

Please provide any substantiating document that costs were developed for “fixing” the water infiltration and seismic/volcanic activity concerns I referenced to Google AI output.

These shortcomings were only “discovered” long after the Yucca Mountain was initially selected as an “ideal” site for storing nuclear waste. To the best of my knowledge, once these facts were revealed no “engineered solutions” were developed or paid for. For example, how does one develop an “engineered solution”, let alone associated cost, for making Yucca Mountain (any mountain, for that matter) safe from volcanic eruption?

And you dare state “the WIPP facility in New Mexico is the ideal geologic media for permanent disposal of valueless nuclear wastes for tens of thousands of years”. Ideal, huh . . . I think that same word was once applied to Yucca Mountain. No doubt, that “ideal” characterization is based on some models that were run over “tens of thousands of years” simulated time because the models surely captured Earth’s plate tectonics and seismic event probabilities so accurately. /sarc

Then too, we all know that science has developed containment vessels for radioactive nuclear waste that are warranted against leaks or other defects for 10,000 years or more. /sarc^2

Beta Blocker
Reply to  ToldYouSo
September 12, 2026 9:52 am

Mr. ToldYouSo, let me ask you this question … Do you still beat your wife?

Anyway … The bedded salt of the Salado Formation is self sealing around hot nuclear waste. The salt itself is the primary containment system used at WIPP for handling the very long term geologic containment requirement. No water has been in the Salado Formation for 250 million years. The formation is seismically stable.

The packaging system for the defense nuclear waste destined for disposal at WIPP serves to prevent a radioactive release while the material is being transported and subsequently emplaced, and for that period of time which passes before the WIPP operational panel in which the waste package has been emplaced is permanently sealed off. After the operational panel has been sealed, the waste in it is no longer accessible.

But it doesn’t need to remain accessible, because all the science we have says that once the salt seals itself around the waste package, it doesn’t matter if the package leaks, because the waste isn’t going anywhere after a leak.

OK, now we come to the technical failings of the original Nuclear Waste Policy Act (1982/1987) as it applies to civilian nuclear waste.

The Nuclear Waste Policy Act as originally written in the early 1980’s required that civilian nuclear waste be retrievable from an underground geologic repository for a hundred years after its original emplacement. This was called the Monitored Retrievable Storage (MRS) requirement.

MRS as implemented using an underground facility for interim storage is horrifically more expensive than an MRS approach which employs a surface facility. An individual civilian nuclear waste package emplaced in a Yucca Mountain underground disposal panel had to be accessible for retrieval for a hundred years.

Before Yucca Mountain was terminated in 2010, US-DOE’s own technical staff, and knowledgeable Congressional staffs, knew what MRS at Yucca was going to cost to construct and maintain. They also knew that the geologic risks for long term permanent disposal of civilian waste at Yucca could be handled with engineered systems of various kinds. But these systems would be very costly as well, on top of the costs of using Yucca for underground MRS.

Back in 2010, after examining the costs, their mutual judgement was that the large additional sums of money needed to make Yucca Mountain suitable for both MRS and also for permanent disposal wasn’t justified for the minimal reductions in environmental risk that were to be gained in comparison with using a surface-based MRS approach.

These staffs knew that the Nuclear Waste Policy Act itself was fatally flawed and could not be implemented either technically or administratively as written even if it stayed on the legislative books. Congress took the easy way out and cancelled funding for Yucca Mountain.

The Act has since been modified to allow interim storage of civilian nuclear waste on the surface. Yucca Mountain’s advocates are still out there and now promote the use of Yucca Mountain for surface MRS. The unsaid corollary being that Yucca can still be used for permanent geologic disposal, but without the added costs and complications of underground MRS.

That argument for restarting Yucca Mountain is going nowhere. Yucca’s volcanic tuff as it resides in its present geologic setting remains significantly more expensive in comparison with a permanent disposal system which uses the bedded salt of the Salado Formation as the host media.

Moreover, it makes a lot more sense to place an interim storage facility physically closer to the locations where permanent disposal will actually be done.

OK, consider this scenario: A hundred years from now in the year 2126, a dry storage cask sitting in a surface MRS facility located in Texas or in New Mexico begins leaking. For one reason or another, the spent nuclear fuel, or some kind of valueless nuclear waste (whatever), is stuck inside the cask and can’t be easily removed and repackaged.

Back in the late 2040’s, the WIPP facility had been authorized to handle civilian nuclear wastes, and the WIPP infrastructure had been upgraded to handle civilian waste operations. In the year 2126, the entire leaking cask is overpacked for safe transit and is then shipped off to WIPP for permanent disposal in bedded salt.

And no one cares if the overpack leaks some years after the WIPP operational panel has been closed, because the bedded salt all by itself is doing the job of containing any leaks.

Reply to  Beta Blocker
September 12, 2026 11:44 am

“No water has been in the Salado Formation for 250 million years. The formation is seismically stable.”

So absurdly wrong!

One only need look at Dr. Christopher Scotese’s wonderful video reconstruction of Earth’s tectonics (aka “continental drift”) that has occurred over the last 250 million years to falsify your statement about “seismically stable”.

Here’s the link to the video for all to enjoy, and note the countdown clock for millions of years before present (“Ma”) in the upper left indicates “250 Ma” at about the 0m56s time hack into the video:
https://www.youtube.com/watch?v=UevnAq1MTVA

In the video, one can see that 250 million year ago, North America was not even recognizable as a continent!

The associated land mass subsequently moved quite a distance geographically, with the development of mountain ranges, plains and watersheds making the now-separate continent recognizable as “North America” starting only some 150 million years ago. HAH!

Furthermore, it appears that standing water covered the surface above the Salado Formation in New Mexico from the period of above 90 to 75 million years ago.

Here’s the separate confirmation, from
https://www.youtube.com/watch?v=cbKV15zttyM&t=38s with my bold emphasis added:
“By 80 million years ago (during the Late Cretaceous period), the geography of North America had completely changed. Tectonic forces and high global sea levels caused a vast, shallow ocean called the Western Interior Seaway to submerge the region. This seaway covered most of New Mexico, meaning a deep body of ocean water—teeming with ancient marine reptiles like mosasaurs and sharks—sat directly above the deeply buried, older Permian salt beds of the Salado Formation.

There’s no need for me to comment on the rest of your ramblings.

rxc6422
September 10, 2026 7:55 pm

“It began at Hanford during World War II’s Manhattan Project when little attention was paid to what was left behind when U-235 was stripped from U-238 to turn uranium into plutonium. ”

This first sentence is so incredibly incorrect that it demonstrates that the author knows NOTHING about nuclear energy, and NOTHING in the remainder of the article should be taken at face value.

The waste at Hanford came from reprocessing the spent fuel from the production reactors there, which irradiated natural uranium to produce Pu239 for nuclear weapons. There was NO “stripping of U-235 from U-238” at Hanford. The separation of U-235 from natural uranium was done, first, in Tennessee, at Oak Ridge, in the gaseous diffusion facilities and several other facilities that were originally considered as options for separation. Eventually, the AEC settled on gaseous diffusion, and built two other gaseous diffusion facilities in Portsmouth Ohio and Paducah Kentucky. The “waste” from those facilities did not go to Hanford – it stayed where it was generated, and is still there, in the form of depleted uranium flouride.

KevinM
September 10, 2026 9:51 pm

“The nicknamed “Screw Nevada Act” is where the nuclear waste story, to date, ends.”

What would Nevada’s economy look like now if Nevada had gone “all in” then?

Nobody has a crystal ball, but it’s hard for me not to think “better off”.

Phillip Chalmers
September 11, 2026 2:13 am

Discussion and practical response to nuclear “waste” requires intelligent and responsible government, safe storage and secure storage.
All the radioactive material came originally from a radioactive source. As that area has already been hot for millions of years, it will be a logical choice to store it in the vicinity.
It must also be guarded, surely 9/11 is evidence that bad actors must not get their hands on any to make dirty bombs. The cost of the crude ore MUST be high enough to cover both the return and security of the resource and its by-products.

Reply to  Phillip Chalmers
September 12, 2026 8:14 am

“All the radioactive material came originally from a radioactive source.”

Scientifically false. Many of the radioactive isotopes of various elements (like cesium-137, strontium-90, iodine-131, plutonium-239, -240, -242, and -242) were not present in the original uranium fuel (mostly U-238 and U-235).

FWIW, these newly-created elements fall into two main categories: fission products (created when uranium atoms split) and activation/transuranic products (created when fuel atoms absorb neutrons).

There are also new radioactive isotopes created from originally non-radioactive elements present in fluids and structural/containment materials surrounding nuclear reactor cores, such as:
— tritium (H-3): a radioactive isotope of hydrogen generated as a secondary byproduct in reactor coolant systems through neutron absorption
— carbon-14: created via neutron activation of nitrogen impurities or dissolved gases in the cooling water and moderator systems
— cobalt-60: formed via neutron activation of non-radioactive stable cobalt or steel corrosion products in structural reactor components and cooling pipes.

September 11, 2026 4:33 am

Jimmy Carter was never a “nuclear engineer.” He never even finished the Navy’s nuclear power school.

posa
September 11, 2026 9:24 am

For decades modern nations have recycled spent fuel rods from nuclear power plants. This greatly reduces the scope of the challenge and also provides favorable economies. Credit lame-brain Jimmy Carter for terminating the US nuclear re-cycling program. So the problem persists, very much as a symptom of US dysfunction.

Reply to  posa
September 12, 2026 12:08 pm

Maybe economic reality has something to do with it.

From Google’s AI bot:
 “Under present market conditions, reprocessing spent nuclear fuel and turning it into Mixed Oxide (MOX) fuel costs roughly double the price of utilizing a “once-through” cycle with raw uranium.
[1] https://www.projectoptimist.us/why-us-doesnt-recycle-spent-nuclear-fuel/ ,
[2] https://www.ucs.org/resources/nuclear-reprocessing-dangerous-dirty-and-expensive .

Also this from Google’s AI bot:
“Standard light-water reactors can safely run on a core made of up to 30% to 50% MOX fuel without major structural changes. Using MOX requires slight plant modifications, such as adding extra control rods, because plutonium alters the reactor’s neutron physics . . .  No commercial U.S. reactors are licensed or fueled by MOX today.”