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Thermal cracking or fast pyrolysis of waste cooking oil (WCO) was performed in a continuous pilot plant operating under isothermal conditions. The experiments were carried out varying the temperature (475, 500 and 525°C) and the residence time (5–70s) to obtain experimental data in order to construct a kinetic model based on chemical lumps. The kinetic model of the waste cooking oil is based on four...
Thermal cracking experiments were carried out to promote the conversion of waste cooking oil into a biofuel which is similar to gasoline (light-naphtha). Temperature and residence time were varied in order to analyze their effects on the light-naphtha characteristics in terms of acid value and chemical composition, (paraffins, i-paraffins, olefins, naphthenes, oxygenates and aromatics). The PIONA...
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