2009
DOI: 10.3989/gya.021409
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Producción de biodiesel a partir de residuos grasos animales por vía enzimática

Abstract: RESUMEN Producción de biodiesel a partir de residuos grasos animales por vía enzimáticaGrasas animales extraídas directamente de residuos orgánicos de un matadero municipal fueron empleadas con éxito en la reacción de transesterificación como materia prima alternativa de bajo costo para la producción de biodiesel. Las reacciones de transesterificación se realizaron por vía enzimática con dos lipasas comerciales N435 y RM IM. De las dos enzimas probadas, la enzima N435 fue la más eficiente tanto en el sistema l… Show more

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Cited by 8 publications
(1 citation statement)
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“…Cesarini et al (2013) evaluated the production of biodiesel with soluble enzyme Callera Trans L. and crude soybean oil with a high content of free fatty acids (7.8 wt%), and 96% yield of methyl esters was reached after 24 h reaction at 35 °C and 200 rpm. Rivera et al (2009) studied different types of enzymes (NS 435 and RM IM) and the NS 435 afforded about 75% ethyl ester conversion, while the RM IM enzyme showed 35% ethyl ester conversion. Zenevicz et al (2017) produced esters via hydroesterification using frying oil by a continuous ultrasound process using Lipozyme TL IM enzyme for the hydrolysis step and the Novozym 435 enzyme for the esterification step, obtaining 79% conversion after 9 min of reaction.…”
Section: Evaluation Of Enzymatic Esters Production From Chicken Fattymentioning
confidence: 99%
“…Cesarini et al (2013) evaluated the production of biodiesel with soluble enzyme Callera Trans L. and crude soybean oil with a high content of free fatty acids (7.8 wt%), and 96% yield of methyl esters was reached after 24 h reaction at 35 °C and 200 rpm. Rivera et al (2009) studied different types of enzymes (NS 435 and RM IM) and the NS 435 afforded about 75% ethyl ester conversion, while the RM IM enzyme showed 35% ethyl ester conversion. Zenevicz et al (2017) produced esters via hydroesterification using frying oil by a continuous ultrasound process using Lipozyme TL IM enzyme for the hydrolysis step and the Novozym 435 enzyme for the esterification step, obtaining 79% conversion after 9 min of reaction.…”
Section: Evaluation Of Enzymatic Esters Production From Chicken Fattymentioning
confidence: 99%