Bibliographic citations
Lazarte, C., (2020). Obtención de combustibles líquidos por pirólisis de aceites lubricantes usados provenientes de motores de vehículos [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/21609
Lazarte, C., Obtención de combustibles líquidos por pirólisis de aceites lubricantes usados provenientes de motores de vehículos [Tesis]. PE: Universidad Nacional de Ingeniería; 2020. http://hdl.handle.net/20.500.14076/21609
@misc{renati/711253,
title = "Obtención de combustibles líquidos por pirólisis de aceites lubricantes usados provenientes de motores de vehículos",
author = "Lazarte Hermitaño, César Wilbert",
publisher = "Universidad Nacional de Ingeniería",
year = "2020"
}
In recent years, Peru has decreased its oil production and increased the import of its derivatives such as: diesel, lubricating oils, among others. Lubricating oils used in vehicle engines are discarded without any control, adulterated, burned or re-refined for reuse as lubricating material. Inadequate waste disposal, especially of the hazardous type, generates major harmful effects on people's health and environmental components. The main purpose of this research is to apply physical and chemical transformations to convert used lubricant oils from vehicle engines into a liquid fuel that can be used as a component material in oil refinery blends, thus reducing Peru's foreign exchange expenses when importing fuels and improving the current final disposal of used lubricant oils. To achieve the main purpose of this research, a system was designed and built to treat used lubricating oils, where the separation of impurities, pyrolysis of the used oil and the cooling of the outlet current of the reaction products took place. The product obtained is subjected to laboratory analysis in order to characterize its physicochemical properties and thus evaluate its quality. The operating conditions to which the used lubricating oil was submitted are 430°C, 460°C, 480°C and 520°C at the reactor temperatures, maintaining a pressure of 68 kPa abs and it is at 480°C where a liquid product with better characteristics for blending with diesel produced in an oil refinery was obtained.
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