Development and Testing of a Power Operated Coconut Oil Expeller

K. AmrethaKrishnan.A., M. Manshooba.P., Sameer Abdurahiman, L. Saroop.C., R. Jayan.P.
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Abstract

Although, large scale coconut oil extraction is excessively available, it cannot meet the requirements for a small scale farmer. Deficiency in coconut production and high cost of coconut oil extraction impede the small scale coconut farming. To overcome these problems a power operated coconut oil expeller was developed and tested. It consists of a screw shaft, a prime mover, barrel, hopper and outlets are fitted on a supporting frame. The feed rate was optimized to 3.5 kg h -1 and in order to increase oil recovery. The sliced copra is fed to expeller through hopper and get compressed between screw shaft and the barrel. The effective compression and the amount oil recovered depend on moisture content. The optimum moisture was founded as 7.2% (wb), and observed that at this moisture content 53.25% maximum of oil recovery was obtained. The efficiency of the expeller is 84.8 at a working cost @ Rs 4 per kg.
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动力椰子油榨油机的研制与试验
虽然,大规模的椰子油提取是过度的,但它不能满足小农的要求。椰子产量不足和椰子油提取成本高阻碍了小规模的椰子种植。为了克服这些问题,一种动力操作的椰子油挤出机被开发和测试。它由一个螺旋轴,一个原动机,桶,料斗和出口安装在一个支撑框架。为了提高原油采收率,将进料速度优化为3.5 kg h -1。切好的椰肉通过料斗被送入出料机,在螺杆轴和料筒之间被压缩。有效压缩和采油量取决于含水率。优选出最佳含水率为7.2% (wb),在此含水率下可获得最大采收率53.25%。风机的效率为84.8,工作成本为每公斤4卢比。
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