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Enhancing the efficiency process for separation of dry shell and palm kernel

机译:加强干壳和棕榈仁分离的效率流程

摘要

Palm oil Processing Palm kernel is one of the products from palm oil mills. In kernel recovery plant, the separation of kernel and shell from cracked mixture is carried out using a combination of dry and wet separation. The objective of this study were to enhance the efficiency process for separation of dry shell an palm kernel as well as to maximizing the recovery of dry kernel and shell based on the installation of four stage winnowing column. This user friendly and compact separation device uses forced draught principle instead of the usual induced draught. The air flow velocity in each separating column can be adjust via the blower (damper) located at the ground or an elevated level. The effect of velocity and fan air speed in activity of separation must take in consideration. The parameter that has been monitored during the trials was dirt & shell content in production kernel, kernel losses and effect of velocity on efficiency of separation. The system was also equipped with a unit of a small vibro clay bath to minimize the kernel losses by recovering the very fine kernel pieces generated from the screw press. The system was capable separate drier kernel shell. The total kernel loss from dry and wet separation also could be minimized. This four stage winnowing system also reduces the waste effluent from the mill promoting more environmental friendly technology for the oil palm industry.
机译:棕榈油加工棕榈仁是棕榈油厂的产品之一。在颗粒回收工厂中,使用干分离和湿分离相结合的方法从裂化混合物中分离出内核和壳。这项研究的目的是在安装四级风选塔的基础上,提高分离干壳和棕榈仁的效率,并最大程度地提高干果和壳的回收率。这种用户友好且紧凑的分离装置采用强制通风原理,而不是通常引起的通风。每个分离塔中的空气流速可以通过位于地面或高处的鼓风机(风门)进行调节。必须考虑速度和风扇风速对分离活动的影响。试验期间已监测的参数是生产仁中的污垢和壳含量,仁损失和速度对分离效率的影响。该系统还配备了一个小型振动黏土浴,以通过回收螺旋压榨机产生的非常细的果仁碎片来最大程度地减少果仁损失。该系统具有独立的干燥机内核外壳。干和湿分离产生的总籽粒损失也可以降至最低。该四级风选系统还减少了工厂的废液排放,为油棕行业提供了更多环保技术。

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  • 作者

    Mohd Iezany Rosli;

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  • 年度 2013
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