Low-temperature carbon capture using aqueous ammonia and organic solvents
Current postcombustion CO2 capture technologies are energy intensive, require high-
temperature heat sources, and dramatically increase the cost of power generation. In this
work, we introduce a new carbon capture process requiring significantly lower temperatures
and less energy, creating further impetus to reduce CO2 emissions from power generation.
In this process, high-purity CO2 is generated through the addition of an organic solvent
(acetone, dimethoxymethane, or acetaldehyde) to a CO2 rich, aqueous ammonia/carbon …
temperature heat sources, and dramatically increase the cost of power generation. In this
work, we introduce a new carbon capture process requiring significantly lower temperatures
and less energy, creating further impetus to reduce CO2 emissions from power generation.
In this process, high-purity CO2 is generated through the addition of an organic solvent
(acetone, dimethoxymethane, or acetaldehyde) to a CO2 rich, aqueous ammonia/carbon …
[引用][C] Low-Temperature Carbon Capture Using Aqueous Ammonia and Organic Solvents
S Evyatar, E Menachem - 2016
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