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I think it's totally plausible actually, there's lots of stranded renewables and otherwise flared natgas that could be used for this process


The flared natural gas is happening because it's too expensive to ship it away versus what it's worth. I'm not sure what you gain by burning the natural gas into CO2, and then converting it back into a hydrocarbon again only for it to again be marooned...


Very similar technology is used to turn CH₄ to motor fuels

https://en.wikipedia.org/wiki/Gas_to_liquids

they say

https://en.wikipedia.org/wiki/Pearl_GTL

in Qatar makes about 95 million barrels of liquid a year at $40 a barrel.


There are places you can get energy from to do this for sure. But you're still putting energy into an energy conversion, not getting energy out of CO₂. (Unless you're doing some kind of late stage stellar nucleosynthesis fusion, which... you're not)

The headline should be: "Fuel components from air synthesized into liquid fuel using energy from some other energy source"


An inefficient process is still infinitely more efficient than nothing.

I think there’s an opportunity to formalise an excess energy marketplace, established with an inefficient process to get the ball rolling. From there, market forces can dictate winners.


The big thing here is in theory we could put something like a nuclear plant(which people are afraid of) in a remote area and produce fuels we are already equipped to use from that pretty major energy source.

Combine that with Solar storage and geo-thermal storage using that and maybe we will continue to have enough movable energy to have long distance travel that isn't wind driven.


If you are producing fuels at remote location, solar in the sahara will be more cost efficient.

Thw whole advantage of nuclear over renewables is it's reliability for powering critical infrastructure

If you are producing fuels, they can be stored, reliability doesn't matter - only cost.


There is even talk of using a nuclear heat source to drive petrochemical transformations in China as well as the US

https://www.osti.gov/biblio/23032635




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