Will Changing Opinions Boost America's Nuclear Power Industry? (cnbc.com) 331
"The future of the nuclear power industry is being pushed on both by climate change and security fears stoked by Russia invading Ukraine and targeting the Zaporizhzhia nuclear power plant," reports CNBC, with the world's nations "coming to realize they can't meet their climate goals with renewables, like wind and solar, alone." Kenneth Luongo, founder of the security/energy nonprofit Partnership for Global Security, even tells CNBC there was a "sea change" in sentiment toward nuclear power at the 2021 United Nations Climate Change Conference.
There are about 440 nuclear power reactors operating in more than 30 countries that supply about 10% of the world's electricity, according to the World Nuclear Association. Currently, 55 new reactors are being constructed in 19 countries, and 19 of those are in China. The U.S. only has two underway.... Currently, three new nuclear reactors are being built in Russia. But Russia is also the world's top nuclear technology exporter....
As Russia and China have risen to prominence, the United States has lost "the muscle memory" to build conventional nuclear reactors, Luongo said. Nuclear power got a poor reputation in the United States after the nuclear accident at Three Mile Island in 1979 in Pennsylvania, and more globally after the accidents at Chornobyl in the Ukrainian Soviet Union in 1986 and Fukushima in Japan in 2011. But the tide is starting to turn. The Biden administration's solution was included in the Bipartisan Infrastructure Law, which was signed into law November, and was effectively a big subsidy. The law includes a $6 billion program intended to preserve the existing U.S. fleet of nuclear power reactors.... At the same time, the Russia-Ukraine war gives the United States leverage to pry open more of a footprint in the global market. While the war is tragic, "it's going to result in more opportunity for U.S. nuclear firms as Russia really disqualifies itself," said John Kotek of the Nuclear Energy Institute [a U.S. nuclear industry trade association]. Russia's dangerous attack at Zaporizhzhia nuclear power plant in Ukraine and China's decision to not vote in favor of the IAEA's resolution to prevent the kind of attack "will blowback on both countries' nuclear export reputation," Luongo told CNBC....
Nuclear plants are expensive to build and have, in many places, become more expensive than other baseload energy alternatives like natural gas. However, the U.S. is pushing hard into what could become the next generation of nuclear. "The United States has made a decision that they don't want to allow Russia and China to dominate that next phase of the nuclear market. And so the U.S. is pouring billions of dollars — shockingly — billions of dollars into the development of what are called small modular reactors," Luongo said. Specifically, the government is using the Idaho National Lab as a testing ground for these reactors.
Without specifically mentioning nuclear energy, former Gawker editor Alex Pareene recently argued a program of "mass electrification and renewable energy" could diminish the power of "oligarchic petrostates."
As Russia and China have risen to prominence, the United States has lost "the muscle memory" to build conventional nuclear reactors, Luongo said. Nuclear power got a poor reputation in the United States after the nuclear accident at Three Mile Island in 1979 in Pennsylvania, and more globally after the accidents at Chornobyl in the Ukrainian Soviet Union in 1986 and Fukushima in Japan in 2011. But the tide is starting to turn. The Biden administration's solution was included in the Bipartisan Infrastructure Law, which was signed into law November, and was effectively a big subsidy. The law includes a $6 billion program intended to preserve the existing U.S. fleet of nuclear power reactors.... At the same time, the Russia-Ukraine war gives the United States leverage to pry open more of a footprint in the global market. While the war is tragic, "it's going to result in more opportunity for U.S. nuclear firms as Russia really disqualifies itself," said John Kotek of the Nuclear Energy Institute [a U.S. nuclear industry trade association]. Russia's dangerous attack at Zaporizhzhia nuclear power plant in Ukraine and China's decision to not vote in favor of the IAEA's resolution to prevent the kind of attack "will blowback on both countries' nuclear export reputation," Luongo told CNBC....
Nuclear plants are expensive to build and have, in many places, become more expensive than other baseload energy alternatives like natural gas. However, the U.S. is pushing hard into what could become the next generation of nuclear. "The United States has made a decision that they don't want to allow Russia and China to dominate that next phase of the nuclear market. And so the U.S. is pouring billions of dollars — shockingly — billions of dollars into the development of what are called small modular reactors," Luongo said. Specifically, the government is using the Idaho National Lab as a testing ground for these reactors.
Without specifically mentioning nuclear energy, former Gawker editor Alex Pareene recently argued a program of "mass electrification and renewable energy" could diminish the power of "oligarchic petrostates."
Small step in the right direction (Score:4, Insightful)
> the world's nations "coming to realize they can't meet their climate goals with renewables, like wind and solar, alone."
Now, if only we could convince your average slashdotter.
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Now, if only we could convince your average slashdotter.
Renewables are cheaper than nuclear, the math doesn't lie. Unless you actually enjoy having a huge power bill, the nuclear subsidies would've been better spent giving average Americans PV panels for their roofs. And I'm saying that as someone who wouldn't even directly benefit from such a program, as I don't own a site-built house.
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And which renewable is going to keep the heat on when we have an 8 day run of heavy clouds and no wind?
Not a made up condition, happened in January. And the house was pulling 60 kw-hr a day through that.
The solar panel on the community water tank was operating at 7% of name plate in that heavy overcast, you can look up the hours of available daylight at 47 north in January yourself, but remember to subtract off an hour at each end for near-horizon slop.
As you said, the math does not lie.
Re:Small step in the right direction (Score:4, Insightful)
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I purchased a house with no insulation (1925 and the previous owner deferred all maintenance over several decades) and it really sucks. Keeping it warm is an exercise in spending money continuously.
Insulation is going in, just as soon as we get get a kitchen, toilets and electricity. The new roof, driveway, water line and sewer are done.
When it's done, it'll be lovely and within walking distance of at least two coffee shops, only one of which is a Starbucks.
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>And which renewable is going to keep the heat on when we have an 8 day run of heavy clouds and no wind?
If its cloudy then it won/t get so cold, and if theres no wind then theres no wind chill
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How expensive is a kWh of solar at 8 pm? How expensive is a kWh of wind when there is no wind?
It turns out the cost is a hell lot higher than nuclear.
Just for the record Germany failed to decarbonize after spending 500 billion euros. If they spent the same amount on nuclear they would be 100% clean. Their electricity is the most expensive in Europe while being significantly dirtier than French nuclear.
You are right. The math does not lie. Nuclear for the win
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You are trying to rewrite history in order to justify failing. Germany failed to decarbonize. FAILED.
For the record costs dropped primarily due to Chinese slave labor not German self-sacrifice.
If Germany spent the money on nuclear they would have decarbonized, and they would reduce the cost of new nuclear.
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You're just making all that up.
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All you've got is a fat nasty yap.
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"costs dropped primarily due to Chinese slave labor", hilarious!
Re: Small step in the right direction (Score:2)
Germany failed to decarbonize. FAILED.
They never actuall tried.
Reality is usually more complex. For example: Germany had a flourishing OV industry in the 2010s, around 120k jobs. The though to themselves: "gee, that sucks, let's nuke the entire PV industry from orbit to save 40k endangered jobs in the coal industry", and so they did.
This wasn't about renewables failing, it was about a corrupt government and highly motivated coal oligarchs protecting what's theirs. They stiffeld an otherwise already fully successful birth of renewables, threw ev
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Germany is on track to decarbonize, and wholesale electricity there is in line with the rest of Europe.
Meanwhile the price of wind and solar plus storage is way less than nuclear, and you can build it in a couple of years instead of 15 years.
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Why are you lying?
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and wholesale electricity there is in line with the rest of Europe.
No
https://www.electricrate.com/d... [electricrate.com]
https://justenergy.com/blog/th... [justenergy.com]
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That's the residential price of electricity after taxes and tariffs, which are very high and on purpose. Wholesale electricity there is in line with the rest of Europe.
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Re:Small step in the right direction (Score:4)
Renewables are cheaper than nuclear, the math doesn't lie.
Then I guess you failed math. Nuclear might be more expensive on the lay out, but that is because of all the regulations that you hippies have forced on nuclear. Making it virtually impossible to deploy a new reactor that wasn't based on 1960s designs. This was because you hippies made sure to make research on nuclear virtually impossible for half a century.
Thankfully, this is coming to an end as more and more people, countries, and companies are starting to ignore the foolish hippies and have begun research on safe, cheap, modern reactors. What has been realized is there is no scenario where the growing energy needs of a modern world can be fulfilled entirely by renewables reliably, economically , and environmentally. There will always be a need for some kind of supplemental system. That system can be fossil fuels, fission, or hopefully one day fusion. .
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that is because of all the regulations that you hippies have forced on nuclear
MIT disagrees: [mit.edu]
The authors also found that while changes in safety regulations could account for some of the excess costs, that was only one of numerous factors contributing to the overages.
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MIT is wrong. Lots of people disagree with me, doesn't make me wrong. Just them.
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Perfect. I couldn't have said it better.
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Why would you assume this? MIT can be wrong about something. They have been in the past and will be in the future. Just like they are wrong on this case. Even Einstein was wrong in his career a few times.
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Totally bogus, there has been a huge amount of government-supplemented research on nuclear including at least $150 million on SMR recently. Meanwhile who is going to pay the $9 billion for the failure of the V.C. Summer Nuclear Station?
“It’s insane for a project that’s done nothing, and never will. And is just a giant hole in the ground”
https://theintercept.com/2019/... [theintercept.com]
Hippies didn't force regulations (Score:2)
Regulations are written in blood. They exist because of failures we have already seen witnessed
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Lots of useless regulations you mean, on research.
I'm sorry, but you have been so wrong on anything you have said about nuclear that I really can't take you seriously. So, I'm just going to move on and ignore anything else you have to say on the subject. Saves us both time you know.
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I was wondering when you was going to chime in. Hey look, its been a crappy ass day so far. Any chance your and your anti-nuclear bullshit can sit this one out? They will be another round where you can sprout it and we can happily correct you.
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Not particularly but I'm not really in the mood to deal with her any nuclear bullshit. She has been corrected so many times in the past it is no longer funny. I figured we would just spare her the embarrassment of being wrong again.
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Well, I did ask you politely. Here, let me make this easier for both of us so we can get on with our lives today and not be tied up by this.
Ahem. You are wrong.
Actually, that was very simple. I should have just done that to start with. Well, that is what happens when I read slashdot before I've had my coffee.
Re:Small step in the right direction (Score:4)
Ahh, finally the circle is complete. Moe has joined Larry, and Curly. I was wondering when you would crawl out from under your rock.
I can, but I won't. As I've stated before I'm not going to waste anymore of my time trying to educate you. Over the years I've learned that no matter what evidence is produced you will not believe it. All three of you cling to your anti-nuclear bullshit like a hippie on a roach; worse than a fundamentalist preacher at a science conference.
Go educate yourself, not my job any more.
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>They should also pass a federal law banning HOAs from stopping solar installations, this is a big stumbling block for new PV installations. Climate and energy security is more important than someone being upset by the appearance of their neighbours roof.
You had me at "They should also pass a federal law banning HOAs"
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Unless you are fortunate to live near a hydro station, no other "green" energy source can provide constant power.
No single source can provide constant power... but multiple, dispersed sources can provide power constantly.
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No single source can provide constant power... but multiple, dispersed sources can provide power constantly.
Indeed. When wind stalls in one area, it blows even stronger elsewhere. Power from wind is a quarter the price of power from nukes, so we can afford plenty of redundancy and still come out ahead.
If you RTFA, it talks about lots of new taxpayer-funded subsidies for nukes. But no mention of private investors willing to put their own money on the line.
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Even if you live next to more than one massive hydropower project (I do) the state governments, federal government, and grid operators are all giving subsidies and incentives for rooftop solar. Why? Because sometimes the reservoirs are too low, or too high. Not enough water means reduced production. Too much water means opening the spillways to let it out, causing downriver issues or late-season too-low reservoirs.
As it turns out, we need a diverse mix of generation. Hydro, wind, solar, nuclear; and pr
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That may be changing; low cost iron-air batteries, while far too heavy for vehicles, are very promising for grid storage and we should see the first large scale installations come on line in the next few years.
This isn't just good for renewables, it'd be a huge boost for *nuclear* energy too. One of the big economic problems with nuclear is that it only makes sense to run them as base load plants. That's because you don't actually reduce costs very much by reducing plant output. But grid storage would a
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Some like to argue that because nuclear plants made 40+ years ago were designed poorly that we should just throw away and ignore nuclear technology altogether.
Imagine applying the same logic to cars, refusing to drive a Tesla because cars in the 1960's didn't require seatbelts or airbags.
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Sure, lets stop renewables and spend the next few decades getting better nuclear tech ready. Any more utterly stupid ideas? Nuclear will be too late. It will be massively more expensive. Eventually, it may be an option again, but it cannot be in the time we have left to do something.
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solar OR nuclear
It's a big planet, we can do both things.
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Nobody has managed to actually build a better plant. There have been several efforts and all went nowhere or failed pathetically.
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Nobody has managed to actually build a better plant. There have been several efforts and all went nowhere or failed pathetically.
Stuck at the regulatory hurdles, or actual production problems? IAEA's surely no walk in the park.
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Nobody has managed to actually build a better plant. There have been several efforts and all went nowhere or failed pathetically.
Wrong.
Re:Small step in the right direction (Score:4)
Can you name one of these new miracle nuclear plant designs that actually works at commercial scale?
No, I can't. Because thanks to you anti nuke kook bullshit they are still in design. Like it has been pointed out over and over again if you anti nuke kooks hadn't been so full of shit protesting something you barely understood we wouldn't still be running with almost 60 year old designs.
Thankfully, those days are coming to an end. The kooks are being ignored and research is coming along.
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Actually, one just popped up on the feed. Royals Royce.
Here, I found this video that sums you and the other anti nuke kooks up here.
https://www.youtube.com/watch?... [youtube.com]
Re: Small step in the right direction (Score:4)
Once again you have been proven wrong and you refuse to admit it. But as you would say "Nyuk Nyk Nyuk."
This discussion is now over. You just proved my entire point. No use wasting any more time with you 3 Stooges.
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Funnily enough, you have other people here [slashdot.org] arguing that we should have never mandated seatbelts or airbags, to use your car analogy.
People can kill themselves with drugs or food or just random stupidity. If they want to drive without seatbelts or skydive without parachutes, I salute their impending carbon footprint reduction.
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Most people who "refuse to drive a Tesla" do so because they can't afford one.
I beg to differ. Well, I can't argue the "most" part, I can only argue for myself. I don't own a Tesla because they're expensive, I don't like the styling, I hear reliability ain't that great, and I don't want to deal with charging when out and about. Other than that, sounds great!
Nuclear power has a similar problem, it can certainly be made safer but it can't be made cheaper.
That's the assertion which surprised me. Technology is famous for getting better and cheaper over time. Certainly the new reactor designs promise to be much cheaper and safer than the traditional, 1960-style designs.
Personally, I
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Why would I believe an obvious, direct and ridiculous lie? Nuclear will do far less for the same money and it will do it far later. Either we can do it with renewables or we cannot do it at all.
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Now, if only we could convince your average slashdotter.
It's not that nuclear isn't good... it's that nuclear isn't practical: the NIMBYs will fight it, causing delays and increasing costs.
You can fight massive PR and legal battles to maybe bring something nuclear online eventually... or you can just build wind/solar/etc right now. The costs of trying to build a nuclear plant are high and any returns are far in the future, the wind/solar/etc can start making money immediately.
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Armored D9 Cat bulldozer: 1
NIMBYs: 0
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Now, if only we could convince your average slashdotter.
Unfortunately nuclear advocates are unable to present a cohesive argument that stands up to scrutiny. There are plenty of people here able to deliver that scrutiny to others that simply rely on social proof, instead of critical thinking, to form an opinion.
The fact remains that issues such as spent fuel storage, neutron embrittlement of reactor vessels and a long list of other issues remain unsolved with no hint from nuclear advocates how to solve these problems.
Nuclear dead as a Dodo (Score:2)
Nuclear dead as a Dodo.
Building new nuclear plants is economic suicide, because it costs 4-6x more for each kWh produced.
Even running the old plants is now uneconomic, and they're way cheaper than new ones because the biggest investment is already paid off.
Todsy, in 2022, Nuclear Electricity Is Economically Obsolete.
So my opinion isn't going to change (Score:3)
Go look up what happened to the CEOs who caused Fukushima by cutting corners on the pumps and generators needed to prevent a disaster. The answer is nothing. Nothing happened to them. They didn't even have to run out the clock by keeping the case tied up in court they were found not liable.
America has a long history of privatizing things that should not be privatized. I don't know of any reactor design that is safe to run if you're skipping maintenance or cutting corners let alone if you're keeping the factory running past it's life cycle in order to squeeze out profits.
I don't know if a solution to that problem. Everyone here on
Oh, and all this before we talk about the cost overruns from the last several nuclear plants. One of which caused a project to be abandoned as I recall...
So we either need a reactor that's safe to run when it's being run unsafely (and if that exists then don't just point me to the technical documents find some science communicators that explain how to level that somebody who isn't a nuclear physicist can understand and find more than one) or solve the social problems so that we can live in a country that doesn't privatize things that aren't safe or reasonable to privatize. Although given that we haven't been able to unprivatize our health insurance industry good luck with that last one
A couple of arguments I don't want to hear (Score:3)
I also don't want to hear that argument because a disaster and a nuke plant isn't remo
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If the Russia/Ukraine nothing to see here incident has taught us nothing else, there's at least another component to be considered regarding the expansion of nuclear electrical generation facilities.
No it's not that, at our best, we're technologically capable of building them. It's that, at our worst, we're capable of weaponizing them.
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explain to me how nuclear plants can be safe if they're run by corrupt and incompetent businessmen who don't live within 300 miles of a potential disaster site.
Just use a reactor design where meltdowns are physically impossible. Fukushima was built in the 70's, long before such designs were made practical.
I haven't seen a single one that's in production (Score:2)
I want to reactor
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The Navy does build them on time and on budget (excepting the first one of a new design) and they run them with a crew of high school graduates and one college graduate who is not necessarily educated in anything relevant to engineering.
But they do not skimp on maintenance, so you have a point there.
I explicitly told you not to make that argument (Score:2)
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I didn't dodge your point, I agreed with it. Maintenance can not be skipped. I can and do say that about oil refineries and poly silicon refineries too. I was stationed on a nuclear submarine and was in the engineering department. I retired from working at a plant that makes the silicon needed for solar panels.
The point I do disagree with is that no one can build a reactor on time or on budget. That happens all the time once you have a design that works and the industry gets some experience with it. My two
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Cost is absolutely no issue (Score:2)
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You have raised some good points, but ignore the new ideas.
The solution to the problem of corrupt managers is to treat the nuclear power plants the same way we treat the NASA nuke power plants - make smaller modules that do not require any human oversight. Right now, those types of power plants are not profitable (except when human oversight is impossible). We are already working on a lesser version of this, called a Small Modular Reactor (SMR).
If we develop a plant that can be made and sold with zero
Very expensive from past experience (Score:3)
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That is pretty much the reason why no commercial outfit in Europe wants to build any new nuclear. Most do not even want extensions to the runtimes of existing plants. No, EDF is not a commercial outfit. They are a front for the state and hugely basically bankrupt several times over.
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Also, the promise of the article is wrong. What the invasion has reminded us of is that half the worlds uranium comes from the area around Ukraine. Only about a quarter comes
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Yep, the only argument that stacks up in favour of fission power is for funding the supply of bomb making materials.
No (Score:2)
The oil industry won't let it happen, it is that simple.
Unlikely. (Score:3)
One thing that has been constant with nuclear power is there is always a NIMBY and group willing to prop them up in order to delay or kill a nuclear power plant installation.
Until we get a judicial ruling that says the NRC has the final word on safety then there is nothing keeping NIMBYs from keeping anyone from even bothering to make a nuclear plant.
Re: Unlikely. (Score:2)
Don't forget the idiots in this very article's replies. Omg it's too teh expensive! Omg we never finish them! Omg muh uranium from Russia!
Cost is fucking irrelevant compared to the cost of not doing it. We can mine it. It all comes down to will. We have lost our will. This is why China is eating our lunch. Renewables should be a piece but they wont save us.
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But it is too expensive. And there have been some recent high-profile construction failures that made the risk factor out of sight. Uranium is definitely not a renewable resource.
Meanwhile China is building out wind and solar way faster than the US.
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As the only alternative to meet the power needs of civilization without emitting carbon, it is not too expensive.
China is also building 19 nuclear reactors. Since this seems to be the barometer for production in your mind, we need to be building a lot of reactors to rise to their level.
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If nuclear is the only alternative, why did China build more offshore wind in 2021 than every other country built in the past 5 years?
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OK, cool. Let's make people pay for the externalities of their coal and natural gas power, and pay the unsubsidized costs for solar/wind/hydro. Then we can compare costs. Those non-outrageous rates you think you pay now are fake. They're bullshit, someone else (all of us) is paying the cost.
You guys are all on the fail boat, the problem is that you've been on it for the last 30 years. All these problems could have been solved a decade ago if the one-two punch of idiocy from both coal/oil people and dumb env
economically obsolete (Score:2)
Nuclear electricity makes no sense any more, whatever the flavor, the kWh simply costs 4x more than renewables.
Just let the economically obsolete stuff be history.
Not until we have viable SMRs (Score:2)
Until we get the modularity down and can mass produce smaller reactors, going all-in on traditional reactors is a fool's errand. We need solutions that are not as heavily dependent on transmission capacity and can provide power locally. It is better to make them pervasive rather than trying to isolate and centralize them.
Capitalism at all costs (Score:2)
Miss the point (Score:4, Interesting)
Huh? (Score:2)
How is the assault on Ukraine helping nuclear?
Currently the staff at Zaporizhzhia are being held hostage, abused, overworked, and if they fail, something catastrophic can happen. (Or can be caused intentionally by Russia.)
It was also shelled before being taken.
Chernobyl is also currently a concern (again).
What happens if you shell a wind farm or solar plant? Or take one over in an attack?
Are the current designs all 'war proof'?
That's the question on my mind right now. My guess is 'no'.
I don't understand how
Military targets (Score:2)
SMR is not the way to go (Score:2)
There are a lot of US Military bases of the proper size to house several of these each
This is an insane idea. The base is a legitimate target for attack making the power facilities a legitimate target as well.
As for Small reactors being a solution, this issue was solved with IFR. Large facilities with integrated fuel refining facilities are the only way to develop nuclear power with a view to increasing the service life of the reactor, essential to improving the EROEI.
SMRs are only modular in one direction, installation. Once it has been used it becomes highly radioactive and not som
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SMRs solve the biggest problem of them all-- time to market. With the scary bits all pre-approved and "mass produced," your approval process is reduced by an order of magnitude or two.
As for disposal, I did see a video on that a while back and it seemed to be reasonably well solved. The reactor unit is actually still radioactively contained, and can be trucked around if need be.
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SMRs solve the biggest problem of them all-- time to market. With the scary bits all pre-approved and "mass produced," your approval process is reduced by an order of magnitude or two.
The biggest problem reactors have is the duration of their service life. That's a full one third of the energetic costs (or roughly 70-100 petajoules) saved on mining for every multiple of the service life you attain.
As for disposal, I did see a video on that a while back and it seemed to be reasonably well solved. The reactor unit is actually still radioactively contained, and can be trucked around if need be.
I saw a video on trucking it *to* the proposed site, but not one suggesting how you extract a decommissioned nuclear reactor that is radioactively hot and put it on the back of a truck. Link the vid if you can find it but it seems very impractical.
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SMR is just bullshit concepts from startups too small to build a big scale reactor. It makes no economic sense whatsoever.
SMR is not ready. (Score:2)
You need to actually build one of these and run it a decade or so to get a design that is ready to be widely deployed. And that is if everything works fine. All that exists are scaled-down non-nuclear demonstration models.
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But that is coming. Slower than many of us would like, but it is progressing. It will likely accelerate in the near future as well, with a few designs being built as functional prototypes.
Of course we are still a solid 15-20 years out before it will become fully validated, but in 7 years you should have decent progress and the ability to start industrial production. The thing is that any new power plant is also ~20 years out at this point. Planning for SMR is significantly cheaper.
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No, you also need to show how to dispose of the stuff.
Because at that scale, with many thousands of units, disposing off becomes a nightmare.
SMR = Bullshit economics squared (Score:2)
SMRs are just bullshit from startups too small to build a full scale reactor.
It makes much less economic sense than a big reactor, which makes much less economic sense than renewables in 2022.
SMR = Bullshit economics squared