π¨PAPERπ¨
The newly published article focuses on the physical & chemical aspects of #CO2Β #storageΒ viaΒ liquid & solid chemical carriers & sorbents & gives an overview of the energetics around their use & options for their future development.
#CarbonRemoval
#CarbonStorage
π§΅
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The newly published article focuses on the physical & chemical aspects of #CO2Β #storageΒ viaΒ liquid & solid chemical carriers & sorbents & gives an overview of the energetics around their use & options for their future development.
#CarbonRemoval
#CarbonStorage
π§΅
1/7
Research pointed that "exciting opportunities for coupling #capture and medium to high maturity multi-year #storage technologies could support #CarbonRemoval in the coming decades."
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Highlights of the analysis are:
πΈ"The remarkable #storage capacity of oxalic acid & formic acid (CO2-density of 1857 kg mβ3Β & 1152 kg mβ3, compared with condensed liquid CO2Β at 993β1096 kg mβ3, respectively)."
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πΈ"The remarkable #storage capacity of oxalic acid & formic acid (CO2-density of 1857 kg mβ3Β & 1152 kg mβ3, compared with condensed liquid CO2Β at 993β1096 kg mβ3, respectively)."
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Cont'd...
πΈ"The relative scalability and compatibility of carbonate salts for stationary storage with #DirectAirCapture, and the potential promise of multiple carriers for CO2Β transportation."
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πΈ"The relative scalability and compatibility of carbonate salts for stationary storage with #DirectAirCapture, and the potential promise of multiple carriers for CO2Β transportation."
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So, results suggested that "solid sorbents do not achieve such ultra-high #storage capacities, but could improve storage over compressed gas tanks on a capacity and energetics basis."
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Get insights from the article β¬οΈ
pubs.rsc.org/en/content/artβ¦
#CarbonDioxideRemoval
#CarbonRemoval
#CarbonStorage
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pubs.rsc.org/en/content/artβ¦
#CarbonDioxideRemoval
#CarbonRemoval
#CarbonStorage
6/7
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