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91 points PaulHoule | 3 comments | | HN request time: 0.684s | source
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beAbU ◴[] No.43684436[source]
I dont even know where to to start with the math, but I always wondered if there is not a viable carbon capture business in just growing and burying plants.

Get some fast growing plant like Japanese Knotweed or bamboo, grow it out for a year, harvest and dump the biomass into a decomissioned mineshaft to minimize contact with the atmosphere. Rinse and repeat.

replies(2): >>43689796 #>>43708450 #
1. anon6362 ◴[] No.43689796[source]
Nope. Philip Mason debunked #TeamTrees as yet another, completely pointless MrBeast vibe cause.

Better off with bio-CSS using GMO kelp or algae, e.g., biomass that grows faster and doesn't rot or burn.

replies(1): >>43690763 #
2. beAbU ◴[] No.43690763[source]
I don't know what #TeamTrees is, nor do I know what MrBeast's involvement in it is. I only know _of_ MrBeast because of some workplace controversy that spilled on to the general internet recently.

I also did not specifically say trees need to be used. I mentioned fast growing things like bamboo. If there is another biological organism (GMO or not) that accumulates carbon-rich biomass faster, then I'm interested in understanding how that compares to more modern CCS techniques that require electricity for example.

replies(1): >>43692830 #
3. 1970-01-01 ◴[] No.43692830[source]
You have a good idea. Ignore the armchair idiots. Another take on this idea is using plankton that has been seeded with iron.

https://www.whoi.edu/know-your-ocean/ocean-topics/climate-we...