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Processing of Moringa oleifera seeds using different equipments to obtain coagulant solution

机译:使用不同设备加工辣木种子以获得混凝剂溶液

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This work was condcted to assess four different equipments used in processing seeds of Moringa oleifera to produce a coagulant solution to be used in water treatment with the turbidity obtained synthetically. Six coagulant solutions with different types of processing were used in assays of coagulation, flocculation and sedimentation in Jar-Test equipment. The dose of coagulant solution was 500 mg L-1 and the evaluated parameters were turbidity and apparent color. After 30 min of sedimentation, it was clear that the best processes to reduce turbidity and apparent color were the pestle and grinder, respectively, however, in both cases the sieving of the powder was essential in reducing the parameters in question. Using a blender and a mixer the reduction rates of turbidity and apparent color were the lowest. The grinding of the seeds during processing in the grinder and the pestle remove part of the oil present in them, which does not occur when using the blender and mixer, stating that the removal of oil present in the seeds result in a more efficient coagulant solution.
机译:这项工作旨在评估用于加工辣木种子以生产混凝剂溶液的四种不同设备,该混凝剂溶液可用于水处理,并具有合成浊度。在Jar-Test设备中使用六种不同处理类型的混凝剂溶液进行混凝,絮凝和沉淀分析。凝结剂溶液的剂量为500 mg L-1,评估的参数为浊度和表观颜色。沉淀30分钟后,很明显,降低混浊度和表观颜色的最佳方法分别是研杵和研磨机,但是,在两种情况下,对粉末进行筛分对于降低相关参数至关重要。使用搅拌机和混合机,浊度和表观颜色的降低率最低。在研磨机和杵中加工过程中对种子进行研磨会去除其中存在的部分油,这在使用搅拌器和混合器时不会发生,这表明去除种子中存在的油会导致更有效的凝结剂溶液。

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