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In this study, capture efficiency in relation to the inlet moisture content of the regenerator was investigated using potassium-based sorbents in the continuous process composed of two bubbling fluidized-bed reactors, where solid outlet configuration in the regenerator was converted from underflow to overflow. XRD (X-ray Diffraction), SEM (Scanning Electron Microscope) and TGA were performed to find out the effect of water pre-treatment according to inlet moisture content in the regenerator. The structure of solid sorbents has been increased as inlet moisture content of the regenerator increased. As a result, the capture efficiency increased as the structure of solid sorbents increased since the reactivity of the sorbents has been improved by that structure generated by the water pre-treatment. And capture efficiency increased about 3~8% after sorbent outlet configuration of the regenerator was changed underflow to overflow.

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Analysis of CO<sub>2</sub>Capture Efficiency in Relation to the Inlet Moisture Content of the Regenerator in the Continuous Process by using Sorbent Analysis

Analysis of CO2Capture Efficiency in Relation to the Inlet Moisture Content of the Regenerator in the Continuous Process by using Sorbent Analysis

Analysis of CO₂Capture Efficiency in Relation to the Inlet Moisture Content of the Regenerator in the Continuous Process by using Sorbent Analysis