Optimizing the Production of Biodiesel from Waste Cooking Oil Utilizing Industrial Waste-Derived MgO/CaO Catalysts

Biodiesel manufacturing using waste cooking oil is a cost-effective method for lowering the costs of production. Composites composed of CaO and MgO recovered from industrial waste may be utilized to create ecologically heterogeneous transesterification catalysts. The activity of the catalysts and the impacts of calcination temperatures and various weight percentages were examined. The efficiency of the MgO/CaO catalyst for producing biodiesel from waste cooking oil was studied under optimum conditions. The properties and structure of the catalysts were characterized by scanning electron microscopy, X-ray diffraction, and Fourier transform infrared, which proved the acceptable performance of the catalysts for transesterification of waste cooking oil.

Automated summary

Manufacturing biodiesel from waste cooking oil using composites composed of CaO and MgO recovered from industrial waste is a cost-effective method. The efficiency of the catalysts was studied under optimal conditions, and it was proven that the MgO/CaO catalysts perform well in transesterification of waste cooking oil.