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Production of Bioethanol from next generation feed-stock alga Spirogyra species

机译:从下一代原料藻类螺旋藻物种生产生物乙醇

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In the present study a novel and alternative feed-stock algae was used instead of traditional agro-based raw material for bioethanol production as algae do not compete with food, fodder and also easily available. Fresh water microscopic alga-Spirogyra was selected keeping in view the advantages of Spirogyra as it is rich in polysaccharides- starch and cellulose. The sun dried biomass of Spirogyra was grinded, sieved through 1mm sieve and fine powder was obtained. 50% of the powder was used directly for the saccharification and fermentation and remaining 50% of the powder was treated chemically and then used for saccharification and fermentation. Aspergillus niger MTCC 2196 and Saccharomyces cerevisiae MTCC 170 were employed in present study. Fermentation experiments were carried out by two methods i.e. stationary and shaking. In general highest yield was recorded for untreated Spirogyra biomass in stationary fermentation, further yield was enhanced when enzyme inducer lactose was added.
机译:在本研究中,由于藻类不与食物,饲料竞争并且也易于获得,因此使用新型和替代性的原料藻类代替传统的基于农业的原料来生产生物乙醇。考虑到螺旋藻的优势,选择了淡水镜藻螺旋藻,因为它富含多糖类,淀粉和纤维素。将螺旋藻的干燥后的生物质进行研磨,通过1mm的筛子过筛,得到细粉。 50%的粉末直接用于糖化和发酵,其余50%的粉末经过化学处理,然后用于糖化和发酵。在本研究中使用了黑曲霉MTCC 2196和啤酒酵母MTCC 170。发酵实验通过两种方法进行,即固定和摇动。通常,在固定发酵中未处理的螺旋藻生物质记录到最高产量,当添加酶诱导剂乳糖时,产量进一步提高。

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