Table 2 presents the analysis results of the oil. The average chemical composition of the oil is CH1.34O0.28N0.01. The oil was characterized by lower oxygen content than that of the orig- inal feedstock. The significant decrease in the oxygen content of the oil compared to the original feedstock is favorable since the high oxygen content is not attractive for the production of transport fuels. The calorific value of the oil was 26.22 MJ kg 1. The calorific value of the oils was lower than that of petroleum fuels (40 MJ/kg) [11]. The H/C ratios of oils were greater than that of the raw material. A comparison of H/C ratios with conventional fuels indicates that the H/C ratios of the oils obtained in this study lie between those of light and heavy petroleum products [48].