IDEMUDIA ISOKEN EMMANUEL

The global edible oil industry is dominated by palm oil due to its high yield, versatility, and economic importance. Although Nigeria was once the world’s leading producer of palm oil, its current contribution to global output is less than 2%, largely due to outdated and inefficient processing technologies, particularly at the small-scale production level. One of the critical stages affected is the clarification process, which significantly influences the quality of the final product.

This study focuses on the design and fabrication of an improved diesel-powered palm oil clarifier specifically intended for small-scale producers. The machine is developed to enhance processing efficiency, improve product quality, and reduce the labor-intensive and rudimentary methods currently in use. The design addresses key challenges in the clarification stage by introducing a more effective separation process, thereby minimizing impurities and improving oil yield and quality.

The proposed system is tailored to meet the needs of rural and small-scale oil palm farmers who lack access to advanced processing technologies. By improving the efficiency of palm oil clarification, the machine is expected to contribute to increased productivity, better product quality, and enhanced economic returns for local producers. The study concludes that the adoption of improved mechanized clarification technology is essential for revitalizing Nigeria’s palm oil sector and strengthening its competitiveness in the global market.