Either it could be a separation of fines from the coarser material or separation of oil from sand, Hydrocyclone is proven and versatile equipment in the mineral, mining, and petroleum industry. Due to the cost and energy effectiveness with a low maintenance requirement, Hydrocyclones are ubiquitously in the industries since 1894. Using high centrifugal force, ores can be separated, classify, or filter from the solid and liquid component of feed. In the conventional Hydrocyclon, separation of material is based on particle size. The heavier particle will be situated towards the wall, and consecutively it reports to the underflow. In the case of the small size, they will be more tends to report in overflow through the opposite direction of spiral flow, which formed due to the pressure gap from outward to center. In Hydrocyclone, we can say with confidence that the partition efficiency or separation efficiency at any particle size could not be ideal(100%). One reason is the error in the
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