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홍조류, 갈조류, 녹조류를 이용한 바이오에탄올 생산 및 폐 해조류 슬러리의 중금속 생물흡착
선우인영(InYung Sunwoo),라채훈(ChaeHun Ra),권성진(SeongJin Kwon),허지희(JiHee Heo),김예진(Ye-Jin Kim),김지우(JiWoo Kim),신지호(JiHo Shin),안은주(En-Ju Ahn),조유경(YuKyeong Cho),김성구(Sung-Koo Kim) 한국생물공학회 2014 KSBB Journal Vol.29 No.6
The seaweeds with high carbohydrate ratio Gelidium amansii, Saccharina japonica and Enteromorpha intestinalis were used as red, brown, and green seaweeds, respectively. Thermal acid hydrolysis, enzymatic saccharification and fermentation were carried out using those seaweeds to produce ethanol. The ethanol concentrations from red, brown and green seaweed were 14.8 g/L, 11.6 g/L and 9.9 g/L, respectively. After the production of ethanol, the seaweeds were reused to absorb heavy metal. The maximum biosorption ratio was Cu(II) (89.6%), Cr(III) (82.9%), Ni(II) (66.1%). Cu(II) had the highest affinity with 3 waste seaweeds. Red seaweed was verified the most effective substrates to both process.