Abstract
The Kawasaki CO2 Capture (KCC) system involves a solid adsorbent method that captures CO2 in exhaust gases using low-temperature steam; thus, it can use waste heat easily and save more energy than conventional technology. In this paper, we establish a design method for a large-scale plant using the KCC moving-bed method, and conduct parametric testing using a 5 ton/d bench scale test plant to find the characteristics of the moving-bed method. Using the relationship between the residence time of the adsorbent material and the CO2 adsorption load, we found that design specifications could be applied to a large-scale plant.
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