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An environmentally sustainable alternative is the use of biodiesel, fuel made from oil crops, recycled vegetable oils and fats. This research was focused on the fruit of the palm Elaeis guineensis. The oil was extracted and characterized physic chemically having a pulp oil yield of 51.91%, free fatty acid of 27.48%, iodine value of 52.29 cgI2/g, value peroxide of 31.3 meq/kg, density of 0.9031 g/cm 3 and refractive index of 1.4541. In the biodiesel fatty acid was 3.8%, iodine value of 90.03 cgI2/g, the peroxide value of 6.46 meq/kg, the density of 0.8603 g/cm 3 , and the refractive index was 1.4588. FTIR spectroscopic characterization for biodiesel evidenced by the vibration band at 1743.29 cm -1 , characteristics of fatty acid methyl esters. Mass spectrometry showed a signal m/z of 270, corresponding to the molecular ion (C17H34O2 + ), obtained from palmitic fatty acid, which presents a signal corresponding to the molecular ion (C16 H32O2 + ) at m/z 256.

ANÁLISIS DE LA CAPACIDAD DE DRENADO DE CELULOSA DE BAGAZO DE CAÑA DE AZÚCAR