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Utilisation of fruits waste for citric acid production by solid state fermentation

机译:利用果渣固态发酵生产柠檬酸

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摘要

A solid state fermentation method was used to utilise pineapple, mixed fruit and maosmi waste as substrates for citric acid production using Aspergillus niger DS 1. Experiments were carried out in the presence and absence of methanol at different moisture levels. In the absence of methanol the maximum citric acid was obtained at 60% moisture level whereas in the presence of methanol the maximum citric acid was obtained at 70% moisture level. The stimulating effect of methanol was less at lower moisture level. The inhibitory effect of metal ions was also not observed and maximum citric acid yield of 51.4, 46.5 and 50% (based on sugar consumed) was obtained from pineapple, mixed fruit and maosmi residues, respectively.
机译:使用固态发酵方法,利用菠萝,混合水果和毛豆味废料作为黑曲霉DS 1生产柠檬酸的底物。在存在和不存在不同水分含量甲醇的条件下进行了实验。在没有甲醇的情况下,最大柠檬酸是在60%水分含量下获得的,而在没有甲醇的情况下,最大柠檬酸是在70%水分含量下得到的。在较低的水分含量下,甲醇的刺激作用较小。还没有观察到金属离子的抑制作用,并且从菠萝,混合水果和毛斯米残留物中获得的最大柠檬酸产率分别为51.4%,46.5%和50%(基于消耗的糖)。

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