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Cite Journal: Journal of Materials Chemistry A |  Publication Date: Jan 1, 2023 |
 Citations: 1 |  License type: CC BY 3.0 |
Affiliation: Uppsala University, Stockholm University
Solid-state synthesis of Na2HfO3 can produce a high-temperature CO2 sorbent that reaches close to 100% of the theoretical maximum CO2 uptake (up to ∼15 wt%) with a minimal decrease in CO2 uptake even after 100 cycles.
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