Table 2 shows the constants when the Langmuir model was
applied to experimental data sample, and the constants RL have
low values were 0.088, 0.077 and 0.067; for the samples using
methanol, ethanol and propanol that relates with the yield of
biodiesel production when is used FC-6 biocatalyst, and the coefficients
find in a range between 0.98979 and 95 976, that indicate a
adjustment low for samples, reason by was chosen, another model
to compare results. Table 2 evidences adjustment from the experimental
data using Freundlich’s model. The constants of adsorption
and the R value show a more reduced range of 0.99954–0.99998,
indicating that this model suggests a better adjustment to the
experimental data obtained in this. The higher values for the maximum
yield of biodiesel were found for the samples with FC-6
biocatalyst impregnated using isobutanol; the constant values of Kf
evidence a highest affinity between this biocatalyst and the reaction
system.
Table 2 shows the constants when the Langmuir model wasapplied to experimental data sample, and the constants RL havelow values were 0.088, 0.077 and 0.067; for the samples usingmethanol, ethanol and propanol that relates with the yield ofbiodiesel production when is used FC-6 biocatalyst, and the coefficientsfind in a range between 0.98979 and 95 976, that indicate aadjustment low for samples, reason by was chosen, another modelto compare results. Table 2 evidences adjustment from the experimentaldata using Freundlich’s model. The constants of adsorptionand the R value show a more reduced range of 0.99954–0.99998,indicating that this model suggests a better adjustment to theexperimental data obtained in this. The higher values for the maximumyield of biodiesel were found for the samples with FC-6biocatalyst impregnated using isobutanol; the constant values of Kfevidence a highest affinity between this biocatalyst and the reactionsystem.
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