Simulation of Centrifugal System for Oil-Water Separation in Waste Cooking oil Filtration System

Abstract

An investigation and analysis of a centrifugal system for the separation of used cooking oil and water were presented in this research. The aim is to optimize the separation efficiency and enhance the recovery of oil from the mixture. The study utilizes fluid simulation techniques to model the behaviours of the fluid flow within the system and analyses its performance under different operating conditions. Parameters such as the velocity of the centrifugal system, flow rates of the inlet and outlet fluids, and the geometry of the system are considered. The obtained results were presented and compared with existing literature, highlighting the effectiveness of the centrifugal system in achieving oil-water separation. Additionally, velocity contour plots are generated to visualize the flow patterns and provide insights into the fluid dynamics. The findings contribute to a better understanding of the separation process and offer potential avenues for further optimization. The outcomes of this project have implications for the efficient management and recycling of used cooking oil, which is a significant environmental concern. The project provides valuable insights into the design and operation of centrifugal systems for oil-water separation and offers recommendations for future research and improvements.