首页> 外文会议>Annual convention of Sugar Technologists Association of India >A SHORT DURATION MILL TRIAL WITH ELECTROLYZED WATER TO ASSESS ITS IMPACT ON SUGARCANE JUICE QUALITY PARAMETERS
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A SHORT DURATION MILL TRIAL WITH ELECTROLYZED WATER TO ASSESS ITS IMPACT ON SUGARCANE JUICE QUALITY PARAMETERS

机译:用电解水进行短暂的磨机试验,评估其对甘蔗汁质量参数的影响

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The sucrose losses after harvest of cane are enormous, leading to decline in sugar recovery. During normal crushing season the post harvest quality sucrose losses are about 1.0 unit during transit however these losses further escalates during processing. These losses are caused by inversion, acid, ethanol and dextran formation in the harvested cane and milled juice. Many chemicals and biocides have been recommended to minimize post-harvest sucrose losses in the field and milling tandem. A study was conducted to assess the efficacy oj chemical (BKC + SMS) and Electrolyzed water (ecofriendly formulation) on the quality of primary juice and mixed juice following their application on fibrized cane in a mill. The results show marked increase in Pol% juice which inclined by 0.41 and 1.68 unit in primary juice and 0.31 and 0.43 unit in mixed juice by EW and chemical treatments respectively. The purity of the juice increased by 3.49 and 1.42 unit in primary juice and 2.82 and 1.36 unit in mixed juice by EW and chemical treatments. There was a marked decline in acid invertase activity and reducing sugar formation in primary and mixed juices treated with these two formulations. Our studies have indicated that it is possible to minimize post harvest processing losses at mill level by the application of electrolyzed water and BKC+SMS based formulations.
机译:蔗渣后的蔗糖损失是巨大的,导致糖回收率下降。在正常破碎季期间,在运输过程中,收获后的收获质量蔗糖损失约为1.0单位,但在加工过程中这些损失进一步升级。这些损失是由收获的拐杖和研磨果汁中的反转,酸,乙醇和葡聚糖形成引起的。建议使用许多化学品和杀生物剂,以最大限度地减少现场的收获后蔗糖损失和铣削串联。进行了一项研究,以评估效果OJ化学(BKC + SMS)和电解水(Ecofriendly配方)对磨机中纤维化甘蔗的应用后初级汁和混合汁的质量。结果表明,通过EW和化学处理分别在初级汁中倾斜0.41和1.68单位的POL%果汁的显着增加。初级汁液中纯度的纯度增加3.49和1.42个单位,通过EW和化学处理在混合果汁中增加2.82和1.36单位。酸转化酶活性和用这两种制剂处理的初级和混合汁中还原糖形成的显着下降。我们的研究表明,通过应用电解水和基于BKC + SMS的制剂,可以最大限度地减少研磨机水平的收获后处理损失。

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