Have salt and sand batteries back the grid, in the regenerative grid theory concept. That way, costs drop for electricity across the board, and hydrogen becomes a more easily recognized best option as curves adjust.
Metal powders as fuels, sand batteries, brick batteries, along with nuclear power, could provide the thermal energy streams for solid oxide hydrogen production, as well. Let's experiment a bit.
Use wider pipes for hydrogen. 1 ton per pipeline kilometer per day, is the basic heuristic for profitability. Everything has been figured out elsewhere. This isn't really all that hard. Cash in.
How about Japan efforts on HTGR? Any good?
in future can fusion be used to product hydrogen ?
Have salt and sand batteries back the grid, in the regenerative grid theory concept. That way, costs drop for electricity across the board, and hydrogen becomes a more easily recognized best option as curves adjust.
Metal powders as fuels, sand batteries, brick batteries, along with nuclear power, could provide the thermal energy streams for solid oxide hydrogen production, as well.
Let's experiment a bit.
Use wider pipes for hydrogen. 1 ton per pipeline kilometer per day, is the basic heuristic for profitability.
Everything has been figured out elsewhere.
This isn't really all that hard.
Cash in.
Winds a joke