The Activation Energies and Optimum Temperatures of Olive Oil Hydrolysis By Lipase Porcine Pancreas

Justyna Miłek

doi:10.2478/eces-2021-0026

Abstract

Lipase activity is a perfect indicator for the monitoring of processes of bioremediation of degraded soils. Lipase is also used in the processes of oil hydrolysis in wastewater treatment. To be able to predict and model processes with used lipase in environmental operations, knowledge of the kinetic parameters of the process are required. The paper presents the determined values of activation energies and optimum temperatures for porcine pancreas lipase. The parameters were estimated based on the literature of the activity curves vs. temperature for hydrolysis of olive oil by lipase. It was noticed that concentration of gum arabic added as an emulsifier during lipase activity measurements influences on the obtained values of determined parameters. A mathematical model describing the effect of temperature on porcine pancreas lipase activity was used. Based on the comparison analysis, the optimum temperature T_opt were obtained in the range from 313.30 ±0.56 to 319.62 ±0.96 K, activation energies E_a were from 51 ±10 to 82.6 ±9.9 kJ/mol, and values of deactivation energies E_d were in the range from 122.7 ±4.0 to 150.9 ±5.8 kJ/mol.

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The Activation Energies and Optimum Temperatures of Olive Oil Hydrolysis By Lipase Porcine Pancreas

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