Abstract
This study aims to process tire waste into liquid fuel (liquid products), using the pyrolysis process. The pyrolysis process produces liquid, gas, and solid residual products. Pyrolysis instruments consist of reactors, stainless pipes, glass pipes, condensers and electric stoves. The raw material used is waste vehicle tire with a weight of 1000 grams. Clay tile catalyst is used to assist the process of condensing gases into liquid products with catalyst variations of 0, 3%, 5% and 10%. The catalyst is placed on the pipe before the condenser. The pyrolysis temperature is set at 500 ° C, with a pyrolysis time of 2 hours. The highest liquid product occurs when using a 3% catalyst, with a yield of 38.7% liquid product and 57% residual solids derived from 1000 grams of tire waste. Liquid products were analyzed using GC- MS (Gas Chromatography-Mass spectrometry), liquid products containing hydrocarbons with a C5-C12 (gasoline) fraction of 80.94%.
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