CO 2 direct air capture in early hydration stage for light-burned MgO: low-dimensional agglomeration regime | Synapse
February 27, 2026
CO 2 direct air capture in early hydration stage for light-burned MgO: low-dimensional agglomeration regime
Key Points
The study aims to evaluate the effectiveness of light-burned MgO as a sorbent for CO2 capture during its early hydration stage.
Assessed early hydration of light-burned MgO
Evaluated CO2 capture efficiency
Analyzed agglomeration regimes of materials
Light-burned MgO showed significant CO2 capture during early hydration.
The resulting agglomeration regime was characterized as low-dimensional.
The findings indicate potential for cost-effective and eco-friendly CO2 capture solutions.
Abstract
The rise in atmospheric carbon dioxide (CO 2 ) concentrations has necessitated the development of costeffective and environmentally friendly sorbent materials for the direct air capture (DAC) of CO 2...