Designing a Fuzzy Controller of Crude Oil Dilution in Palm Oil Mills

E. W. Sinuraya, Denis, O. S. Siregar, Risdiyanto Ginting
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Abstract

Palm oil market on Indonesia started growing rapidly. But, palm oil production on Indonesia still far from effective. With an automatic controller system nowadays has many effects on various field. On palm oil processing field, one of factor that need using controller is dilution. Dilution of crude oil from the screw press process at the palm oil mill is intended to separate crude palm oil (CPO) and sludge in the clarification process (clarifier tank). Dilution is done by adding diluted water (dilution water) to crude oil with a composition of 30%. This study discusses the fuzzy controller design simulation on the control of dilution of crude palm oil (CPO) with diluted water. As a result, the system output characteristics obtained in the form of peak time $tp=1.589$ seconds, settling time $ts=3.145$ seconds, maximum overshoot $Mp=0.4$ and rise time $tr= 1.386$ seconds.
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棕榈油厂原油稀释模糊控制器的设计
印尼的棕榈油市场开始迅速增长。但是,印尼的棕榈油生产仍远未见效。如今,自动控制系统在各个领域有着广泛的应用。在棕榈油加工领域,需要使用控制器的因素之一是稀释。棕榈油厂螺旋压榨过程中的原油稀释是为了在澄清过程(澄清池)中分离粗棕榈油(CPO)和污泥。稀释的方法是在原油中加入30%的稀释水(稀释水)。本研究探讨了用稀水控制粗棕榈油(CPO)稀释的模糊控制器设计仿真。得到的系统输出特性为峰值时间$tp=1.589$秒,稳定时间$ts=3.145$秒,最大超调值$Mp=0.4$,上升时间$tr= 1.386$秒。
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