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So with wind and solar getting axed to death

I thought the economics of transporting and securing the waste was factored into the cost advantage these modular reactors have. But yes, I recognize someone could build a dirty bomb with if they got their hands on the waste.
Look up the countries and volume where uranium is mined. Kazakhstan, Namibia, Uzbekistan, Russia, Niger, China, India, South Africa, and Ukraine are all higher producers than the US. Canada and Australia are allies of the west, but when does volume availability impact economics? It's a much more nuanced what if than at a glance.
 
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I mean, if that's the best use case, I'm not saying don't do it, but it's a very minor and limited contributor.

At least with solar, there are more intriguing prospects for where you can eventually put panels, i.e. on buildings, roofs, etc. Integrating them into the world seems much more promising than wind turbines.
Well maybe wind will have a limited use case as a power source like hydro or thermal. I just don’t see why we would come out against any form of power generation. If we want to be truly energy independent it’s going to take a diverse array of sources.
 
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Look up the countries and volume where uranium is mined. Kazakhstan, Namibia, Uzbekistan, Russia, Niger, China, India, South Africa, and Ukraine are all higher producers than the US. Canada and Australia are allies of the west, but when does volume availability impact economics? It's a much more nuanced what if than at a glance.
I mean outside of Russia and China, none of that uranium is enriched within its country of origin. Fissile material and heavily radioactive waste are an entirely different animal.

I don’t know that you can make a cheap nuclear facility. Even the most efficient SMRs have significant costs for security and protective systems.
 
I do. Dude is a real dipshit.


Amirite @millah_22 ?!!?!?
chris farley what the fuck GIF
 
Well maybe wind will have a limited use case as a power source like hydro or thermal. I just don’t see why we would come out against any form of power generation. If we want to be truly energy independent it’s going to take a diverse array of sources.

It depends on what "come out against" means. If it's a relative waste of resources mainly lining a few company's pockets, and the money could be spent elsewhere, I have zero problem telling the wind people that it's time to turn a profit on your own. The exact kind of project and use case you describe seems like it should have no need for government subsidy...it should make sense in the market. I don't think you simply have to shovel money at every potential solution if it never has a chance to be sustainable in the market.

Deciding it's not a good use of tax dollars isn't the same as coming out against it.

That said, I'm not defending the EO necessarily, as I have zero faith that there is reasoning behind it other than reverse virtue signalling. But the "Hey we have to shovel money at this and subject it to very little scrutiny even though it doesn't justify itself because of [massive existential threat}" is a massive playground for graft and corruption by the billions. See the Cold War. See COVID.

Again I don't know for SURE that wind is a dead end, but I've become suspicious of these morally compelled expenditures in my late middle age, and wind is starting to strike me as potentially dubious.
 
60 percent of Iowa’s energy is wind generated.

That's awesome. It's also like what, less than two million people served? I guess it's a proof of concept to some extent, but it doesn't defacto prove to me that it's a good use of resources or a potential significant contributor to reducing fossil fuels.
 
Well maybe wind will have a limited use case as a power source like hydro or thermal. I just don’t see why we would come out against any form of power generation. If we want to be truly energy independent it’s going to take a diverse array of sources.
One of the problems with wind and solar is that they tech is advancing so fast. We were told that these turbines will last 30 years, but now the tech has improved enough in 4 years that it makes sense to replace them early. This means they are not nearly as cost effective as they were claimed to be.

I'm not sure how much this matters, but it does have an effect.
 
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One of the biggest problems with nuclear is that it takes forever to get approvals.

It's also extremely expensive to build nuclear power plants. And the green energy that they produce promises a legacy of very expensive removal and storage of spent nuclear fuel rods. And those rods can only add up and remain toxic for many lifetimes.
 
Nuclear is definitely the answer to providing the extra energy when wind and solar aren't at peak production. What's sad is a modern nuclear power plant literally can't melt down, even if you tried but people are still scared of them. Storing waste is a problem, but it is actually very easy to do as long as you can keep power running in the pools that store it to keep water circulating. Even without that it will be fine for a decent amount of time. Water is a very good insulator from radiation.. Plus, I have read about multiple ways to use waste products from nuclear reactors so very little waste would be left, although I'm not sure how many of them have moved beyond the prototype phase so work would need to be done there.

Interesting. Please tell more. I haven't heard about this.
 
Interesting. Please tell more. I haven't heard about this.
There are many different things that can be done (although putting it in cement seems like it would create more problems than it solves) but the most interesting of them is to use it in Thorium reactors to get more clean energy.

 
It would be really stupid to go back to coal. But that kind of is the leading premise of what people voted for. "What's the dumbest idea available? Let's go with that one!!"
Aren’t the Chinese still building a LOT of coal fired plants, though?
 
Aren’t the Chinese still building a LOT of coal fired plants, though?
Yup. They have increased investments in other forms though. I know they are building nuclear reactors too. They were really embarrassed by all the pictures of their smog laden cities and have made efforts to at least try and clean the air up a bit.
 
CNBC had a story/interview today that a company called NextEra is contemplating purchasing and reopening the Duane Arnold nuclear facility in Palo.

The plan is still in the early stages.
 
That's awesome. It's also like what, less than two million people served? I guess it's a proof of concept to some extent, but it doesn't defacto prove to me that it's a good use of resources or a potential significant contributor to reducing fossil fuels.
So, you are in the "if it doesn't 100% correct the problem and be more efficient than fossil fuels it shouldn't be used under any circumstances" group too?
 
Wrong. They only built a few last year. They are prioritizing other energy sources.
No, I'm right as usual and you are wrong as usual.

As the number one importer of both crude oil and coal, China is the largest consumer of energy and CO2 producer in the world. Approximately one-third of all CO2 emissions across the globe (30.7% in 2022) were generated by China. With 1,142 coal-fired power plants in operation as of July 2023, mainland China currently has a far greater number of coal-fired plants than any other country. India comes in a distant second with 282 coal-fired plants, and the U.S.is third with 210 plants. Approximately 170 of the remaining coal-fired plants in the U.S. are scheduled to be de-commissioned by 2030, and there are no plans to build any new coal-fired plants in the U.S. Meanwhile China is adding to its inventory of coal-fired power plants at a record rate. [See e.g., “Producers and Contractors are Drawing Criticism over the Carbon Footprint of Concrete”, posted 6/21/23].

During the first six months of 2023, China issued permits for the construction of approximately 50 new coal-fired power plants, an average of two per week. China currently has more than 300 coal-fired plants that are either under construction, permitted, or awaiting permitting. If all 300 plants are constructed, China’s inventory of coal-fired power plants will increase by more than 25%. Currently, China has six times more coal-fired power plants under construction than the rest of the World combined. Such rapid growth, prompted a research analyst at the Global Energy Monitor, - Flora Champenois – to comment “[e]verybody else is moving away from coal and China seems to be stepping on the gas”.


 
If there's money to be made, private industry will create wind and solar power with or without government help.

If private industry doesn't pursue this without government subsidies, there's a damn good reason why.
 
No, I'm right as usual and you are wrong as usual.

As the number one importer of both crude oil and coal, China is the largest consumer of energy and CO2 producer in the world. Approximately one-third of all CO2 emissions across the globe (30.7% in 2022) were generated by China. With 1,142 coal-fired power plants in operation as of July 2023, mainland China currently has a far greater number of coal-fired plants than any other country. India comes in a distant second with 282 coal-fired plants, and the U.S.is third with 210 plants. Approximately 170 of the remaining coal-fired plants in the U.S. are scheduled to be de-commissioned by 2030, and there are no plans to build any new coal-fired plants in the U.S. Meanwhile China is adding to its inventory of coal-fired power plants at a record rate. [See e.g., “Producers and Contractors are Drawing Criticism over the Carbon Footprint of Concrete”, posted 6/21/23].

During the first six months of 2023, China issued permits for the construction of approximately 50 new coal-fired power plants, an average of two per week. China currently has more than 300 coal-fired plants that are either under construction, permitted, or awaiting permitting. If all 300 plants are constructed, China’s inventory of coal-fired power plants will increase by more than 25%. Currently, China has six times more coal-fired power plants under construction than the rest of the World combined. Such rapid growth, prompted a research analyst at the Global Energy Monitor, - Flora Champenois – to comment “[e]verybody else is moving away from coal and China seems to be stepping on the gas”.


Look at newer articles. They had built a large number of coal plants but slowed that down in 2024. It’s a fairly recent change in direction for them, but they are going into renewables instead.
 
I am confused, what about coal? Trump brought back Clean Coal from 2017-2020, then Biden made it go away. Will we be going back to a heavier reliance on coal again?
Getting American oil producers to produce below profitability will be easy compared to bringing back coal, I assume.
You are lying that trump brought back clean coal. People have been working on clean coal plants for a long time to capture CO2, turn coal into syngas, and to sequester CO2. Obama had the Dept of Energy working on them

But there are not very many of them and none of them are 100% clean so the naming is erroneous.

And reducing solar and wind assistance and research is very shortsighted as you would expect from the dumpster
 
I’m genuinely curious on the downsides of nuclear using the smaller reactors that have been developed. I don’t think the three mile island style reactors that cost many billions and take 10-15 years to bring online make any sense, but what is your take on the smaller variants.

Also, by the time we have more significant nuclear capabilities I imagine we will have much better battery technology and could we not then store any excess energy? Nuclear seems like a great path to providing sustainable energy for the continued growth in EVs and home battery backup systems. But I admit to knowing very little about the technicalities here.
The 3 mile island type reactors which all of the current US reactors are like most in the world are high pressure boiling water reactors. It takes a long time to build them because they need to be encase in thick concrete and have a ton of backup systems to protect against failures. The boiling water part is a major problem.

The newer reactor designs as others have said are much safer. The Dept of Energy had a molten salt reactor running for about 2 years in the 1960s. They even cut all electricity to the reactor while some world wide nuclear experts were there and the system temp went up but that helps stop the reactions in this design plust the frozen plug would empty the salt coolant.
 
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If there's money to be made, private industry will create wind and solar power with or without government help.

If private industry doesn't pursue this without government subsidies, there's a damn good reason why.
Such simple ideas from a simple man. You speak on things for which you know nothing.
 
That's awesome. It's also like what, less than two million people served? I guess it's a proof of concept to some extent, but it doesn't defacto prove to me that it's a good use of resources or a potential significant contributor to reducing fossil fuels.
Even in Texas - the oil and gas capital of the country, if not the world - wind accounts for 30% of power generation. Wind is not some fad that is being propped up by government subsidies. It’s a significant source of electricity in this country, particularly in the areas of the country where it is naturally windier.
 
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You are lying that trump brought back clean coal. People have been working on clean coal plants for a long time to capture CO2, turn coal into syngas, and to sequester CO2. Obama had the Dept of Energy working on them

But there are not very many of them and none of them are 100% clean so the naming is erroneous.

And reducing solar and wind assistance and research is very shortsighted as you would expect from the dumpster
Trump said he was bringing coal back. He is infallible. It came back. Tens of thousands of men went back to work in the mines. Just ask him.
 
You are lying that trump brought back clean coal. People have been working on clean coal plants for a long time to capture CO2, turn coal into syngas, and to sequester CO2. Obama had the Dept of Energy working on them

But there are not very many of them and none of them are 100% clean so the naming is erroneous.

And reducing solar and wind assistance and research is very shortsighted as you would expect from the dumpster
I'm pretty certain you missed his sarcasm regarding the clean coal.
 
If there's money to be made, private industry will create wind and solar power with or without government help.

If private industry doesn't pursue this without government subsidies, there's a damn good reason why.
Sometimes what is most profitable isn't what's best for the country which is why there needs to be subsidies.
 
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One of the problems with wind and solar is that they tech is advancing so fast. We were told that these turbines will last 30 years, but now the tech has improved enough in 4 years that it makes sense to replace them early. This means they are not nearly as cost effective as they were claimed to be.

I'm not sure how much this matters, but it does have an effect.
I think their cost effectiveness is mostly very low labor costs and zero fuel costs. They can also be sited much closer to the large load centers bringing down the transmission costs. This also eliminates a lot of line losses associated with long transmission lines and those can be huge.
 
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