Neither the technology nor the fuel for nuclear plants are abundant or renewable. For example, can Iran build its own reactors? No. Can Somalia run its hypothetical reactors? No. Can Syria import enriched uranium? No. Can we have reactors without them blowing up every 50 years? No. Do we have a solution for containing nuclear waste without leaks and without ruining the local communities? No. Enough with this joke of…
Rare earth metals are currently required inputs for wind to produce magnets and solar to produce photovoltaics. It’s not exactly abundant or renewable.
All Applications for Nuclear Energy at COP26 Rejected
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Re: All Applications for Nuclear Energy at COP26 Rejected
#32It's so frustrating seeing nuclear pitted against renewables, while fossil fuel powerplants are still operating/being built, whose baseline power could be replaced by nuclear. But somehow the idea took hold that nuclear would be built instead of solar, and not instead of coal.
With renewables baseline doesn’t make sense. Nuclear doesn’t combine well with renewables, not in a way that would complete the picture. Meaning: you can’t build something that works with only those two building blocks. Even more: baseline is not at all needed with renewables. Renewables need to be combined with power sources that can be turned on and off quickly and on demand. Nuclear emphatically cannot provide tha…
Why not? Unless you're ok with not having reliable baseline power at all.
Re: All Applications for Nuclear Energy at COP26 Rejected
#33Earlier quoted context omitted.
With renewables baseline doesn’t make sense. Nuclear doesn’t combine well with renewables, not in a way that would complete the picture. Meaning: you can’t build something that works with only those two building blocks. Even more: baseline is not at all needed with renewables. Renewables need to be combined with power sources that can be turned on and off quickly and on demand. Nuclear emphatically cannot provide tha…
This argument does not make a lot of sense without detailing which power sources that can turn on and off quickly you are talking about. The only ones I can think of are hydro and gas-powered thermal? So you want natural gas over nuclear? On the other hand, your comment presumes that there is such a thing as too much power. Once hydrolyzers mature, we could use all of the current renewable power in Europe just for pr…
We certainly need gas in the short term. Sure. But you can’t let nuclear take over the role of gas (and other potential on demand power sources, pumped hydro and maybe batteries in the future). That just doesn’t work.
Also, I‘m all for producing an overabundance of power and using that in a meaningful way. But that’s not the issue we are talking about here. Baseline framing of the current problem we are facing makes no sense and that is my point.
Nuclear and renewables don’t work well together.
Re: All Applications for Nuclear Energy at COP26 Rejected
#34Re: All Applications for Nuclear Energy at COP26 Rejected
#35Earlier quoted context omitted.
Rare earth metals are currently required inputs for wind to produce magnets and solar to produce photovoltaics. It’s not exactly abundant or renewable.
Rare earths are not rare, you can even order online. Try that with enriched uranium.
Re: All Applications for Nuclear Energy at COP26 Rejected
#36It's so frustrating seeing nuclear pitted against renewables, while fossil fuel powerplants are still operating/being built, whose baseline power could be replaced by nuclear. But somehow the idea took hold that nuclear would be built instead of solar, and not instead of coal.
With renewables baseline doesn’t make sense. Nuclear doesn’t combine well with renewables, not in a way that would complete the picture. Meaning: you can’t build something that works with only those two building blocks. Even more: baseline is not at all needed with renewables. Renewables need to be combined with power sources that can be turned on and off quickly and on demand. Nuclear emphatically cannot provide tha…
Let’s consider something like desalinating water from the pacific and continuously pumping it inland to the Australian Outback or the middle of the Sahara.
With an investment in Nuclear, hypothetically, it’s cheaper. Present nuclear reactors have a high cost of operation simply because they’re aligned to energy consumption and regulatory patterns not suited to them.
Also, Small Modular Reactors are a thing. They’re available today for use and that’s what France is going all in on, but in the US, the first entity to try will be sued to the ground.
Re: All Applications for Nuclear Energy at COP26 Rejected
#37Re: All Applications for Nuclear Energy at COP26 Rejected
#38Neither the technology nor the fuel for nuclear plants are abundant or renewable. For example, can Iran build its own reactors? No. Can Somalia run its hypothetical reactors? No. Can Syria import enriched uranium? No. Can we have reactors without them blowing up every 50 years? No. Do we have a solution for containing nuclear waste without leaks and without ruining the local communities? No. Enough with this joke of…
Re: All Applications for Nuclear Energy at COP26 Rejected
#39Neither the technology nor the fuel for nuclear plants are abundant or renewable. For example, can Iran build its own reactors? No. Can Somalia run its hypothetical reactors? No. Can Syria import enriched uranium? No. Can we have reactors without them blowing up every 50 years? No. Do we have a solution for containing nuclear waste without leaks and without ruining the local communities? No. Enough with this joke of…
Re: All Applications for Nuclear Energy at COP26 Rejected
#40Earlier quoted context omitted.
Rare earth metals are currently required inputs for wind to produce magnets and solar to produce photovoltaics. It’s not exactly abundant or renewable.
Solar panels are almost exclusively sand and a little bit of copper for the wiring.
"Unlike the wind power and EV sectors, the solar PV industry isn’t reliant on rare earth materials. Instead, solar cells use a range of minor metals including silicon, indium, gallium, selenium, cadmium, and tellurium."