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Biological and chemical treatment of solid waste from soy sauce manufacture

机译:酱油生产过程中固体废物的生物化学处理

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To reduce the solid waste in soy sauce refuse (SSR) that is a by-product of soy sauce fermentation, both biological and chemical treatment were examined, When anaerobic digestion of SSR was carried out at the amounts of 25 g/l under 30% (v/v) inocula of thermophilic methanogenic sludge at 50degreesC, 120 mM of CH4 was produced and 50% (w/v) of mixed-liquor suspended solids in SSR was decreased after 35 days. Although in this culture 30 days' cultivation was required to get 100 mM of CH4, When the same amounts of SSR (25 g/l) were repeatedly added to the culture, the time requirement to get 100 mM of CH4 could be reduced to 20 days and 15 days at second and third batch cultures, respectively. When SSR was treated with 5% (w/v) NaOH for 24 h, the supernatant contained 98% (w/v) of protein that were alkaline-solubilized and insoluble in the intact refuse, and the residual pellet contained insoluble fiber. [References: 6]
机译:为了减少作为酱油发酵副产品的酱油垃圾(SSR)中的固体废物,对生化处理进行了检查,当厌氧消化SSR的量为25 g / l且在30%以下时(v / v)在50摄氏度下接种嗜热产甲烷污泥接种物,产生了120 mM CH4,SSR中混合液悬浮固体的50%(w / v)在35天后减少了。尽管在此培养物中需要经过30天的培养才能获得100 mM的CH4,但是当将相同量的SSR(25 g / l)重复添加到培养物中时,获得100 mM的CH4所需的时间可以减少到20在第二批和第三批培养中分别保留了3天和15天。当用5%(w / v)的NaOH处理SSR 24小时时,上清液中含有98%(w / v)的蛋白质,这些蛋白质被碱性溶解并且不溶于完整的垃圾中,而残留的沉淀则含有不溶的纤维。 [参考:6]

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