RESEARCH OF CATALYTIC PROCESSING OF LIGHT PYROLYSIS RESIN – BY-PRODUCT OF ETHYLENE PRODUCTION

The quantitative and qualitative composition of the light pyrolysis resin was preliminarily studied on an Agilent Technologies 7820A gas chromatograph, amount benzene its mono-, di-, trialkyl derivatives determined. By catalytic thermal treatment, mass fraction in increased from 37.94 to 47.38%. benzene-toluene separated by rectification presence petroleum-polymer residue investigated. Unlike traditional methods, catalyst is not ready for process, it synthesized directly based system's components- alkyl during process. At normal atmospheric pressure, at low temperatures a short period, processed with cheaper catalyst. Thus, less capital, energy consumption, metal content process reduce cost toluene. same time, Al complex stimulated oligomerization polymerization processes system, causing formation residue. In this way, percentage valuable components (benzene toluene) enriched