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Energetic Utilization of Used Tires

Tipo de material: TextoTextoSeries ; Energy Sources, 24, p.843-854, 2002Trabajos contenidos:
  • Zabaniotou, A
  • Lagoudakis, J
  • Toumanidou, E
  • Stavropoulos, G
Tema(s): Recursos en línea: Resumen: In this study, used tire pyrolysis experiments were performed in a captive sample reactor, at atmospheric pressure, under a helium atmosphere. The effects of temperature on the yields and composition of the pyrolysis products were investigated. Char yield decreased with the temperature of pyrolysis, while total gas yield increased. Tar and liquid hydrocarbons increased slightly with temperature. Experiments combined with a . rst-order kinetic model allowed the estimation of the kinetic parameters for total weight loss. The char produced by pyrolysis was burned and its reactivity was measured as a function of pyrolysis temperature. It was found that there was a decline in reactivity for charring temperatures above 650°C and that char produced at low pyrolysis temperature is preferable for medium heating value solid fuel uses.
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In this study, used tire pyrolysis experiments were performed in a captive sample reactor, at atmospheric pressure, under a helium atmosphere. The effects of temperature on the yields and composition of the pyrolysis products were investigated. Char yield decreased with the temperature of pyrolysis, while total gas yield increased. Tar and liquid hydrocarbons increased slightly with temperature. Experiments combined with a . rst-order kinetic model allowed the estimation of the kinetic parameters for total weight loss. The char produced by pyrolysis was burned and its reactivity was measured as a function of pyrolysis temperature. It was found that there was a decline in reactivity for charring temperatures above 650°C and that char produced at low pyrolysis temperature is preferable for medium heating value solid fuel uses.

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