I'm listening to that now. Waiting to find out what's at the end of that pipe. I may disavow the following:
I like turning it into rocks.
Quote:
Geological Sequestration of Carbon Dioxide and Enhanced ...
https://geology.utah.gov › map-pub › survey-notes › carbon-dioxide-sequestration
Conversely, some of the CO2 could react with the reservoir rock to create new carbonate minerals such as calcite and dawsonite, a sodium aluminum carbonate, making storage more permanent. Sequestering CO2 in the form of minerals is ideal for long-term storage, but lab studies suggest this is a slow process.
Sequestering Carbon Dioxide in Rock | Physics Forums
forums.comhttps://www.physicsforums.com › threads › sequestering-carbon-dioxide-in-rock.946084
CO2 is absorbed in water at a concentration of 2g/kg or 1mole/44L @ 15 deg C. to sequester 1 G tonne of CO2 one would need to 10 12 / m 3 of water. On a yearly basis that is moving 31,700 m 3 /sec. to handle that flow volume one would need about 1000 pipes 2m in diameter.
It Takes The Right Rock To Sequester Carbon
https://www.forbes.com › sites › jamesconca › 2016 › 12 › 27 › it-takes-the-right-rock-to-sequester-carbon
Dec 27, 2016A particular volcanic rock is best for sequestering huge amounts of CO2 deep in the Earth in a way that is stable for geologic time. It reacts with injected CO2 to precipitate new limestone-like rock.
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