Abstract
Activated carbon is a material with an exceptionally high surface area and has a large amount of micropores. Activated carbon is capable of adsorbing material and also has a decolorizing power. However, the capability of the adsorption deteriorates by the continuing use of activated carbon. In this study, the reproduction experiments of activated carbon were performed by microbubble generation. It was confirmed that the reproduction effectiveness was affected by the electrical potential of microbubbles. Microbubbles with high electrical potential are useful to recycle activated carbon.
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