Relationship between Surface Polarity and Moisture Control onto Carbonaceous Materials Produced from Bean Curd Lees

摘要: In order to promote the shift zero emissions of organic wastes, it is necessary create carbon cycling processes. On other hand, one distinguishing features Japanese climate its high humidity, and an adsorbent which ability moisture control are needed prevent putrefaction wood keep indoor spaces at a comfortable humidity. This research focused on producing carbonaceous material produced from bean curd lees, form food waste, studied relationship between surface polarity or specific area material, control. The was measured, highest value exhibited in temperature 1173K. From this result, appears that microstructure develops as carbonization increases, but when increased further, decreases due merging pores. Also, charcoal 22, lees maximum 198. suggests can be used applications material. work clarified increases degree there fewer phenolic hydroxyl groups carboxyl surface.