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Process and product analysis of the village-scale processing of sweetpotato in the Philippines

机译:菲律宾甘薯村规模加工的过程和产品分析

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摘要

Village level root crop processing system in the Philippines was evaluated using sweetpotato (cv. Kogane sengan and Shiro satsuma) as materials. The PRCRTC chipper/grater had more pronounced power fluctuation in grating than in chipping and peaking during the loading of the roots. The grinder had the highest energy requirement than the other machines, but the power fluctuation was relatively stable regardless of the amount of materials loaded. The finisher had a stable power fluctuation, and its power increased as either the loading rate or rpm was increased. Size and weight of chips and fineness modulus of grates were affected by the rpm of the blades. Percent recoveries of dried chips, fine flour and dried grates for Kogane sengan, at 12% moisture content, were 33.3%, 21.4%, and 30.4%, respectively.
机译:使用SweetPotato(CV.Kogane Sengan和Shiro Satsuma)评估菲律宾的村级根作作物处理系统作为材料。 PRCRTC Chipper / Grater在绞合过程中的碎裂中具有更明显的功率波动,并且在根部装载时达到峰值。 磨床比其他机器的能量需求最高,但无论装载的材料量如何,功率波动都相对稳定。 整理器具有稳定的功率波动,随着装载速率或RPM的增加而增加。 碎片的碎片的尺寸和重量和胶炉的细度模量受到叶片的RPM的影响。 Kogane Sengan的干芯片,精细粉末和干燥炉籽的百分比分别为12%的水分含量,分别为33.3%,21.4%和30.4%。

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