US Approves Billions in Aid To Restart Michigan Nuclear Plant (nytimes.com) 82
The Energy Department said on Monday that it had finalized a $1.52 billion loan guarantee to help a company restart a shuttered nuclear plant in Michigan -- the latest sign of rising government support for nuclear power. From a report: Two rural electricity providers that planned to buy power from the reactor would also receive $1.3 billion in federal grants [Editor's note: the link is likely paywalled; alternative source] under a program approved by Congress to help rural communities tackle climate change. The moves will help Holtec International reopen the Palisades nuclear plant in Covert Township, Mich., which ceased operating in 2022. The company plans to inspect and refurbish the plant's reactor and seek regulatory approval to restart the plant by October 2025.
After years of stagnation, America's nuclear industry is seeing a resurgence of interest. Both Congress and the Biden administration have offered billions of dollars in subsidies to prevent older nuclear plants from closing and to build new reactors. Despite concerns about high costs and hazardous waste, nuclear plants can generate electricity at all hours without emitting the greenhouse gases that are heating the planet. David Turk, the deputy secretary of energy, said he expected U.S. electricity demand would grow by 15 percent over the next few years, driven by an increase in electric vehicles, a boom in battery and solar factories as well as a surge of new data centers for artificial intelligence. That meant the nation needs new low-carbon sources of power that could run 24/7 and complement wind and solar plants.
After years of stagnation, America's nuclear industry is seeing a resurgence of interest. Both Congress and the Biden administration have offered billions of dollars in subsidies to prevent older nuclear plants from closing and to build new reactors. Despite concerns about high costs and hazardous waste, nuclear plants can generate electricity at all hours without emitting the greenhouse gases that are heating the planet. David Turk, the deputy secretary of energy, said he expected U.S. electricity demand would grow by 15 percent over the next few years, driven by an increase in electric vehicles, a boom in battery and solar factories as well as a surge of new data centers for artificial intelligence. That meant the nation needs new low-carbon sources of power that could run 24/7 and complement wind and solar plants.
Great news for us locals (Score:4, Funny)
We can go back to swim at the beach in Van Buren State Parks well into October once the nuclear plant is releasing warm water into the lake.
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The German government forces old nukes to shutdown.
The American government pays old nukes to reopen.
Certainly very different policies.
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You can not reactivate a dismantled nuclear reactor.
Facepalm
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If you like to live close to a 70 year old reactor, on a seismic fault line, at a river that gets flooded every spring, in a Tornado zone: up to you.
Most Germans do not like to live that way, so they voted a government into power, that abolished nukes.
Democracy as it should be, or not?
Economic Suicide. (Score:2)
>> Germany will more than likely look into re-activating their old nuclear reactors soon.
B.S.
Germany looked at it, and it makes absolutely no economic sense whatsoever.
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you're confusing price and costs.
Only 42% of the household price of electricity is the real cost of electricity. The rest is taxes, transport, and similar stuff.
Also, it is Putin that doubled electricity cost in Germany, the stopping of nuclear plants reduced costs.
https://www.bdew.de/service/da... [www.bdew.de]
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Taxes are pointed out in the article. They are not that much higher in Germany than elsewhere (e.g. even when taxes are excluded the price in Germany is higher than in France).
Transport is a legitimate cost of electricity. If your energy generation is badly distributed compared to the consumption centers then it should be included in the cost (e.g. a wind friendly north with and solar friendly south and weak/expensive interconnects). Germany may have build other sources of energy which may be better colloc
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Explain this math?
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It won't be restarted. This is 53 year old reactor. The amount of money needed to bring this up again is several times what is mentioned here: components will have to be fabricated from scratch and the whole thing will need to be recertificated by the NRC. The design documents are all owned by some Canadian private equity outfit now, via the carcass of Westinghouse via Combustion Engineering.
This is Whitmer and the (D)s in the MI legislature pulling an election year campaign stunt. It will die on the
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It won't be restarted. This is 53 year old reactor. The amount of money needed to bring this up again is several times what is mentioned here: components will have to be fabricated from scratch and the whole thing will need to be recertificated by the NRC. The design documents are all owned by some Canadian private equity outfit now, via the carcass of Westinghouse via Combustion Engineering.
This is Whitmer and the (D)s in the MI legislature pulling an election year campaign stunt. It will die on the vine next year.
In other words: 'Pork' ??
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Re:Great news for us locals (Score:4, Informative)
components will have to be fabricated from scratch and the whole thing will need to be recertificated by the NRC.
It's licensed to operate until 2031. It's been idle for two years, so some work will need to be done to restart it, but not nearly what you imply.
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Maybe it will never start. But some amount of that money will flow to business that will at the very least start training people to restart reactors. That's kinda the thing with investments they don't all return but end up laying the groundwork for future investments. Stunt or not, a government investment will hopefully raise peoples interest in nuclear power.
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Why is that a good thing though? Sure, nuclear engineering is neat and, if there are no reactors, operating them will become a lost skill, but why do we need them? The only useful applications I can think of are all niche applications like really remote locations, deep space, that kind of thing. Here, on Earth, nuclear has pretty much been proven to be a more costly way of producing power than renewables. So what's the point? I suppose if you want to be ready for every possible situation then it's nice to h
Juicy Subventions (Score:2)
it's not about the reactor.
it's about distributing juicy subventions to private companies.
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any 3 eye fish?
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"Smithers, do you think maybe my power plant killed those ducks?"
"There's no maybe about it, Sir."
"Excellent."
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Thanks for the info and the memories!
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Riiiight, so Nixon was impeached because of his support for nuclear by the mighty (and Republican) Bush family. In 1973.
Good but not enough (Score:2, Interesting)
Re:Good but not enough (Score:4, Insightful)
There were interest rates near zero for much of the teens and that didn't help Vogtle. Nuclear was way too expensive then and it is now as well.
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Probably true but at the same time outside of those two disruptions Musk's other efforts have been a bust. The thing with EV's and rockets is their regulatory environment and risk profile made them easy pickings for disrupting.
Nuclear I would say is closer in line to what Hyperloop and Boring Company were attempting to do and we see how well both of those ventures have gone (nowhere really). I don't think his style works in these slower and naturally more constrained problems. Turns out there may not be
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A 50% success rate is considered extremely good for people who make a habit of starting businesses.
He started X (the first one, not the renamed Twitter) and SpaceX. Got into Tesla early enough for me to consider him a founder*.
Boring company hasn't really failed, they've got a few more projects. He lost his freaking mind with buying Twitter, but that wasn't a startup.
I'd rate him at roughly 3 out of 5.
*As in, they were still at the "idea" stage and hadn't designed a car yet.
The disruptors for nuclear are places like TerraPower or Commonwelath Fusion Systems imo.
If they work out. It's a risk.
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Got into Tesla early enough for me to consider him a founder*.
Seriously? I will never consider anyone who used their money to displace the original founders of a company to be the company's "founder". Owner. CEO. Chief engineer if that's his fancy, sure, but not founder. That has a specific factual meaning and you can't acquire that title just by buying it.
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The disruptors for nuclear are places like TerraPower or Commonwelath Fusion Systems imo.
The problem I have with that is how does fusion make electric power from nuclear cheaper? I mean, you might be able to generate more heat from less fuel and it might be cleaner, etc. but then what? If you don't also develop some new way to turn it into electricity, then nuclear power doesn't really get much cheaper. Most of a nuclear plant is not the core that generates heat, it's all the other stuff for cooling and converting the heat into electricity, etc. Replace fission with fusion and the same nuclear
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Cheaper feedstock that potentially requires much less processing, safer reactors potentially means less red tape, potential for more powerful largers reactors and more number of smaller reactors with more freedom on where to place them. Big part of that cost is also all the containment facilities fission requires, something fusion may not need in such a high degree compared to fission.
A lot of this hinges on the accounting the externality into the cost, if you simply do not value low emissions per power pro
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To be fair you could be spot on and in 30 years when fusion is ready for prime time it's not a big deal since we've rolled out enough wind/solar/fission/batteries to cover growth.
I think that's exactly what will happen. We'll finally get fusion working, then shrug our shoulders and say "why did we need this again". I think it's just going to miss the time period where it would have been useful for general usage. Might still be great for space exploration though.
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Yeah I think the benefit of fusion even in the future will be if it actually hits its goal of very dense, high output generation at a competitive cost it will help create a large surplus of energy, getting to that "too cheap to meter" stage, which again, could already happen but to me that is the future benefit of fusion is making electricity an "infinite" resource to where we can just throw gobs of power at lossy processes like desalination and carbon capture.
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Now, in a niche process like desalination something like fusion could really shine, because if you do have a practically infinite source of heat, you don't need to convert the heat to electricity, you can just boil water and let the vapor cool. Normally not the most efficient way to do things but, if you can generate pretty much any level of heat you want on demand, you can basically boil all the sea water you want. You can probably even heat up the steam enough that you can use the steam pressure to force
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So, build 'em fast and loose, let them blow up to learn what's broken, repeat until it works. Please, no.
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That was only SpaceX. Car industry he redefined development and construction processes in other ways.
Boring company he seems to have attempted to redefine what a tunnel has to be, though he really needs to get automation/self driving working at least in the tunnels.
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Re: Needs to be more affordable (Score:2)
"Honestly, it is sounding like we need an Elon Musk type person for nuclear power."
Why, not enough completely insane boosters of nuclear power exist now?
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We need somebody effective, not just posting on the internet.
And I identified what specific aspect of Musk I was talking about. Sadly, for such types, madness is extremely common.
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We need somebody effective, not just posting on the internet.
You may not have noticed, but that's basically the direction Musk is heading in.
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You might have missed it, but I said "An Elon Musk type person" not actually Elon Musk.
Elon's got a lot on his plate already and is well into the "nuts" phase. We probably need somebody younger, with new ideas.
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We don't need another Elon in the world. We have too many already.
What we need is wealth to come to those with compassion, not ambition.
I know, I know, GLWT.
A fresh perspetive (Score:2)
Honestly, it is sounding like we need an Elon Musk type person for nuclear power.
Musk's real talent, I think, is recognizing a field where the current companies are so ossified that coming in with a fresh perspective can exploit the market effectively
Then maybe Elon Musk already considered nuclear and passed on it?
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There's only so many industries he can try to break into.
And yes, he probably passed on it, not identifying a critical point he could exploit.
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I don't know about Elon Musk. To be honest, he's not very bright. He does get excited about old sci-fi and the stuff you used to see on Popular Mechanics and Omni magazine covers and he was apparently a passable programmer at one point. He's never invented anything though. This image of him as a tech genius is just that, an image. At the end of the day, he pays other people to do the inventing for him. Sure, you hear people who have worked with him complement his intelligence, but if you read between the li
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Well, remember, I didn't actually propose Elon Musk, I said an "Elon Musk type person", specifying the trait I was concentrating on at the time.
Note that I didn't call him a tech genius. I said that he's good at recognizing opportunity.
Does Elon actually hold "chief engineer" for anything? He's the CEO, I thought.
You do have a point that he entered certain markets at the right time. The time was ripe, with modern technology available, for an electric car market and re-usable rockets. Whether Musk actually had any real genius for figuring out the right time or if he just got lucky is another question. Musk certainly likes to try to make it look like he's some inscrutable genius who has it all figured out, but there are a many, many indicators that really isn't the case. It seems to be way too easy to forget that Musk bought Tesla and wasn't really the founder, and that SpaceX was just one company out of a wave of "new space" contenders.
While "inscrutable genius" is a bit much, and I'll agree there was a hefty amount of luck, attributing it all to luck isn't the greatest take either, I think. Like I said, his talent is recogniz
Exactly like H2 cars. (Score:2)
>> Right now, I'd bet that a fresh perspective and way of doing things might work for nuclear power.
Nope.
Nuclear electricity in the future is like H2 cars in the future: it would kind of work but makes no economic sense whatsoever, so it'll never scale.
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That sounds like their problem, not the taxpayer.
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A few massively expensive nuke plants built 15+ years from now sure won't help much. 100's of $billions allocated to solar, wind, and batteries to be built over the next 5 years would though.
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Some will remain in the near term I agree, but what we need at present is speed of displacement of fossil. That would be solar, wind, and batteries.
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>> you shouldn't have blocked nuclear energy development for 40 years
Except there's no evidence for that. I think this has been explained to you several times here.
"Most reactors began construction by 1974; following the Three Mile Island accident in 1979 and changing economics, many planned projects were canceled. More than 100 orders for nuclear power reactors, many already under construction, were canceled in the 1970s and 1980s, bankrupting some companies."
https://en.wikipedia.org/wiki/... [wikipedia.org]
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LOL. What passed Congress in 1974 and opened in 1975 due to coal industry lobbying? The NRC of course. The first thing they did was implement artificial delays of 40 months for all new nuclear projects. That above all else resulted in those cancellations. In the 50 year history of the NRC only 2 reactors went through their regulatory gauntlet-Vogtle 3 and 4. Every other reactor was grandfathered in from the Atomic Energy Commission. Let's also not forget the decades of fear mongering that took place
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Significant regulation of nuke plants is well warranted. And so many legitimate safety violations have been identified, right?
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>> to kill all new nuclear power plant
Sounds like an unfounded personal opinion.
"since the 1980s the NRC has generally favored the interests of nuclear industry, and been unduly responsive to industry concerns, while failing to pursue tough regulation"
https://en.wikipedia.org/wiki/... [wikipedia.org]
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>> The evidence is on my side of the argument
As I already showed; "More than 100 orders for nuclear power reactors, many already under construction, were canceled in the 1970s and 1980s, bankrupting some companies." They weren't economical to build and operate then, and they still aren't.
Meanwhile, I'll take a well-referenced Wikipedia article about the NRC over your personal opinion.
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The interest is high because nuclear plants cost a huge amount of money, but take a long time before they start to generate anything. You can't build them progressively like solar and wind. With solar and wind plants, you build them array by array and tower by tower. As soon as a single array or tower is built, it can be producing power in rough proportion to the money you have spent. With nuclear, you have to basically spend all the money you will spend building it before you can generate any power at all
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Direct payments, massive subsidies and 1% loans don't actually make it any cheaper. They just shift the financial burden elsewhere. We've had this argument before, but you don't seem to understand the simple economic concept of opportunity cost.
They eliminate the high interest rates. They have all been proven to work. China is guaranteeing a 1% interest rate on all new nuclear power plants. You just don't like nuclear and anything that will significantly reduce the costs is wrong in your mind.
And your opportunity cost is a bs argument when solar, wind and storage will not deep decarbonize the grid. Germany spent 700 billion euros on renewables and failed. Their grid produces electricity dirtier than Texas. If they spent half of that they wou
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They eliminate the high interest rates. They have all been proven to work. China is guaranteeing a 1% interest rate on all new nuclear power plants. You just don't like nuclear and anything that will significantly reduce the costs is wrong in your mind.
No. I just have a basic grasp of economics and understand that if you set interest rates on loans lower than the rate of inflation, then you're basically paying for someone to take your money. Setting very low interest rates or using direct payments or subsidies does not actually make nuclear power cheaper. It just means that someone else is paying for it. That's not changing the true cost, that's just hiding it. In reality, the cost of the thing plus all the extra interest while you're waiting for it to tu
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Setting very low interest rates or using direct payments or subsidies does not actually make nuclear power cheaper.
Sure it does. See China who set a 1% interest rates. See UAE who paid S. Korea using direct payments.
It just means that someone else is paying for it.
It also means you are preventing bankers from leeching 10's of billions per project. How do you not understand that DF?
By the way what's wrong with the taxpayer paying it? I pay taxes, therefore I'm a taxpayer. Taxpayer subsidies are okay for solar and storage, but wrong for nuclear? Hypocrite much?
What is "deep decarbonize" the grid?
I have seen it defined 2 ways, but they are almost equivalent. 90% of the electrical grid being from
Economic Suicide. (Score:2)
>> We need 100's of billion allocated for new nuclear energy.
Yeah nope. It makes no economic sense whatsoever.
It's an economically obsolete money grab.
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Why restart old technology? (Score:4, Funny)
Wouldn't it make more sense to spend the money building the latest nuclear reactor designs? Or is the glacial pace of government approval the real problem?
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This is just a small tide-over while renewables come up to full speed. Same story for many other temporary reprieves after loss of Russian gas supply.
Fission has long been a dead end. Future long term nuclear investments, if any, will be into fusion. Fusion has no operational safety concerns, nor radioactive waste concerns, nor supply limits, nor supply safety concerns. And no security concerns either. So therefore won't have the same running costs, nor decommissioning costs.
To get Plutonium. (Score:2)
>> Wouldn't it make more sense to spend the money building the latest nuclear reactor designs?
Nope. Each kWh is 4-10x more expensive than any alternative.
Nuclear electricity is obsolete due to costs.
The only reason some countries build new nuclear reactors is to get Plutonium to build bombs. Look at China growing their bomb arsenal with the help of the Western Nuke Industry....
Electricity is just an expensive byproduct of Plutonium.
Ohio (Score:2)
Let's hope it goes better in Michigan than it did in Ohio. https://en.wikipedia.org/wiki/... [wikipedia.org]