Ordered construction of multiscale functional biochar: Mechanistic insights into high-capacity CO2 adsorption at ambient pressure. (IMAGE)

Innovation Press

Ordered construction of multiscale functional biochar: Mechanistic insights into high-capacity CO2 adsorption at ambient pressure.

Caption

1. The orderly construction of nanopores is crucial for the performance of the adsorption-compressed CO2 energy storage system.

2. Hierarchical pore functionalization enables high-capacity carbon storage at ambient pressure and flexible adsorption-desorption.

3. A framework targeting efficient thermal and mass storage/exchange in adsorbent materials is established for energy storage systems.

Credit

Guo D., Feng D., Zhang Y., et al., (2026). Ordered construction of multiscale functional biochar: Mechanistic insights into high-capacity CO2 adsorption at ambient pressure. The Innovation Energy 3(1), 100131.

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CC BY

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