食品研究与开发
食品研究與開髮
식품연구여개발
FOOD RESEARCH AND CEVELOPMENT
2014年
3期
44-46
,共3页
苏小建%张道平%黄继来%康如龙%黄世好%刘倩
囌小建%張道平%黃繼來%康如龍%黃世好%劉倩
소소건%장도평%황계래%강여룡%황세호%류천
罗汉果甜甙%加工废液%发酵%出酒率
囉漢果甜甙%加工廢液%髮酵%齣酒率
라한과첨대%가공폐액%발효%출주솔
Mogrosides%processing waste liquid%fermenting%liquor yield
罗汉果甜甙生产中排放的柱流液废水中含有大量的糖类及其它成分,采用罗汉果甜甙加工废液实施乙醇发酵的研究。结果表明在发酵温度30℃,糖化酶添加量为0.10 g/50 mL,pH为5.5,发酵时间72 h的条件下,乙醇得率达28.69%。
囉漢果甜甙生產中排放的柱流液廢水中含有大量的糖類及其它成分,採用囉漢果甜甙加工廢液實施乙醇髮酵的研究。結果錶明在髮酵溫度30℃,糖化酶添加量為0.10 g/50 mL,pH為5.5,髮酵時間72 h的條件下,乙醇得率達28.69%。
라한과첨대생산중배방적주류액폐수중함유대량적당류급기타성분,채용라한과첨대가공폐액실시을순발효적연구。결과표명재발효온도30℃,당화매첨가량위0.10 g/50 mL,pH위5.5,발효시간72 h적조건하,을순득솔체28.69%。
The manufacturing process of Mogrosides dicharges Column liquid flow that contains large amounts of sugars and other functional ingredients. For scientific and reasonable utilization of resources , this paper adopts alcoholic fermentation to liquid waste of the process of Mogrosides. The results indicated that the highest yield of alcoholic was achieved 28.69%under the conditions as follows:30℃(fermenting temperature),0.10 g/50 mL glucoamylase, pH5.5,72 hour(fermentation time).