• justdoit@lemm.ee
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      2 years ago

      Oh I totally agree about reduction, just that capture and storage is a massive undertaking compared to venting and combustion.

      • fossilesqueOPM
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        2 years ago

        It needs to be done, even though it is a hard problem to solve. :) It’s not something that you can really do a workaround for. The problem is there is too much in the atmosphere, burning it only compounds the problems.

      • GlennMagusHarvey
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        2 years ago

        I feel that given the fact that it has economic value (can be burned as fuel), major point sources of it should just capture it and use or package it for fuel. Or, better yet, chemical precursors for more durable goods.

        • justdoit@lemm.ee
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          2 years ago

          Hmm… I’m a little unconvinced by that though because natural sources for gathering methane are so much more efficient than trying to capture it as a result of, say, fracking or farming.

          I get it’s a useful fuel, but it’s also cheap and abundant. CO2 capture is easier than CH4 capture, per the article, so combusting difficult to capture methane at the source into easier to deal with CO2 seems like a no brainer.

          But also I’m a biologist not a climate scientist so 🤷‍♂️

          • GlennMagusHarvey
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            2 years ago

            I was thinking about point sources, like industrial processes that would normally outgas methane. On the other hand, flaring methane from natural and/or non-point sources is pretty much impossible (natural “will-o-wisps” notwithstanding).

            I would guess that, at least theoretically, there’s some level of concentration of methane below which it’d be better to use air-conversion to CO2 via zeolites vs. point-source capture.