It seems obvious to me, but I just don't know what the factors are that influence people to come to or not come to conclusions. So, let's mention it.

https://chatgpt.com/share/685ef92e-4cdc-8012-a6ee-d6f3719187b3

Hybrid molten salt reactors using solar power

#greenenergy #energy #moltensaltreactors #solarpower

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New findings suggest radiation-induced chemistry in molten salt reactors could mitigate metal corrosion, paving the way for safer nuclear energy. #NuclearEnergy #MoltenSaltReactors #CorrosionControl

https://geekoo.news/radiation-chemistrys-role-in-mitigating-corrosion-in-molten-salt-reactors/

Radiation Chemistry's Role in Mitigating Corrosion in Molten Salt Reactors | Geekoo

Recent research reveals that radiation-induced chemical reactions in molten salt reactors may reduce metal alloy corrosion, enhancing reactor longevity.

Geekoo

@brianvastag @chrisnelder Reminds me of deep geothermal. Science tells us that internal heat beneath the earth is nuclear in origin. Essentially the earth is a very dilute nuclear reactor. Natural hydrogen seems to be a thermochemical reaction involving water and this nuclear geothermal heat. How about just coupling molten salt reactor heat to an above ground version of this process?

#moltensaltreactors

@jmtixhon Interesting. However, I’m not sure using green hydrogen as a chemical source of heat is the best climate reduction strategy. What is really needed in my opinion is a non carbon heat source such as might be possible from molten salt reactors.

#greenhydrogen #moltensaltreactors

https://www.terrestrialenergy.com

Terrestrial Energy | Carbon-Free Energy for Global Industry - Terrestrial Energy