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Trouble is, rising acidity at alarming rates is still only a 0.21 decline in pH over a 100 year period. Whilst that might be more than enough to upset no end of
by NeedMoreTea 7y ago
Trouble is, rising acidity at alarming rates is still only a 0.21 decline in pH over a 100 year period. Whilst that might be more than enough to upset no end of shelled animals and other issues. A de-acidifcation plant faces the same issue as carbon capture and storage away from the huge emitters -- you're going to have to process a colossal volume to capture enough of the pollutant you're removing.
While we're at it, how much overhead do we add to global power requirements for all these de-acidification plants, desalination plants and CCS contraptions? How about we stop pouring it in the top and just fucking decarbonise, and leave all those tar sands alone... :)
- AstralStorm 7y agoIt is not enough still. But processing such huge volumes with current technology is out of reach. Might be easier to devise a biotech solution, but messing with ecosystems is quite risky nonetheless. An example would be putting carbon fixing bacteria or algae in the water, additionally replacing the plankton that died due to change in pH. We have similar technology for cleaning up oil spills and some chemicals, so why not dilute carbonic acid as well.