Therefore, the aims of this work were: a) to study, by means of
experimental design and analysis of variance (ANOVA), the influence
of mixtures of waste fish oil, palm oil and waste frying oil as feedstock
on the fuel characteristics of the biodiesel obtained, b) to obtain, by
means of response surface methodology, the feedstock mixture that
optimizes viscosity, oxidative stability and cold flow properties of the
biodiesel produced, and c) to determine, by means of multi-objective
optimization, the feedstock mixture that optimizes simultaneously the
fuel properties of the biodiesel samples.
Therefore, the aims of this work were: a) to study, by means ofexperimental design and analysis of variance (ANOVA), the influenceof mixtures of waste fish oil, palm oil and waste frying oil as feedstockon the fuel characteristics of the biodiesel obtained, b) to obtain, bymeans of response surface methodology, the feedstock mixture thatoptimizes viscosity, oxidative stability and cold flow properties of thebiodiesel produced, and c) to determine, by means of multi-objectiveoptimization, the feedstock mixture that optimizes simultaneously thefuel properties of the biodiesel samples.
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