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김동성(Dong Sung Kim),성용주(Yong Joo Sung),김보미(Bo-Mi Kim),김지윤(Ji-Yoon Kim),Rizal Solehuddin,박영석(Young Seok Park),서용교(Yong-Gyo Seo) 한국펄프·종이공학회 2017 펄프.종이기술 Vol.49 No.4
The usability of rice husk fiber originated from the biorefinery process of rice husk for the rice husk silica extraction was evaluated in this study. The vegetation media becomes more important materials for the artificial greening such as rooftop garden. The applicability of rice husk fiber as a substitute raw materials for the cocopeat, the major component for the artificial soil, was evaluated with the vegetation media samples made of OCC or ONP pulp. The higher addition of rice husk fiber instead of cocopeat resulted in the bulkier and the weaker vegetation media samples. The water holding capacity and the waster disintegration properties were not much affected by the substitution of rice husk fiber. The effects of the rice husk fiber on the changes in the conductivity of the vegetation media were not detected. The application of rice husk fiber as a substitute for the cocopeat could be possible with optimizing application practice.