Bio-geoengineering solutions to climate change Carbon Capture and storage. The CO2 is ordinarily caught before the emissions leave the smokestack, for the most part with a sorbent concoction. The liquified CO2 is then siphoned into underground aquifers for long haul storage. Removal of atmospheric C02 - Synthetic trees Stratospheric Aerosols . Amid major volcanic ejections, the Earth regularly experiences huge cooling because of sulfur shot out into the stratosphere. Paul Crutzen, a Dutch chemist, proposed creating a 'blanket' of sulphur that would block the Sun's rays from reaching URL
Bio-geoengineering solutions to climate change Carbon capture and storage. The CO2 is ordinarily caught before the emissions leave the smokestack, for the most part with a sorbent concoction. The liquified CO2 is then siphoned into underground aquifers for long haul storage. Removal of atmospheric CO2 - Synthetic trees Stratospheric aerosols . Amid major volcanic ejections, the Earth regularly experiences huge cooling because of sulfur shot out into the stratosphere. Paul Crutzen, a Dutch chemist, proposed creating a 'blanket' of sulphur that would block the Sun's rays from reaching URL
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Capture
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C02
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Aerosols
aerosols