Pyrolysis and liquefaction of industrial rubber wastes

H. P. Wang; K. S. Lin; C. J. Lin; C. W. Kuo

doi:10.1080/09593331908616732

Pyrolysis and liquefaction of industrial rubber wastes

H. P. Wang, K. S. Lin, C. J. Lin, C. W. Kuo

Department of Environmental Engineering

Research output: Contribution to journal › Article › peer-review

5 Citations (Scopus)

Abstract

Pyrolysis and liquefaction of rubber wastes in hot motor oil with product oils recycling were investigated. By using a thermogravimetric method, pyrolysis of rubber wastes can be described satisfactorily by the corresponding rate equation: dX/dt = (6.91×10¹⁸±5.05) exp ((−245.88±10.62) / (8.314×10⁻³T))×(1−X)^0.85±0.13. In liquefaction experiments, rubber wastes were contacted with hot motor oil (oil/rubber wt. ratio = 5). Liquefaction of rubber wastes at 643 K generates approximately 89.3% of heavy and light oils and 9.7% of gases, and 1.0% of solid residues. The NMR and FTIR data of product oils are suggestive of the occurrence of cyclization, to some extent, in the rubber liquefaction reaction and the aromatics in product light oil may be highly methyl substituted.

Original language	English
Pages (from-to)	755-759
Number of pages	5
Journal	Environmental Technology (United Kingdom)
Volume	19
Issue number	7
DOIs	https://doi.org/10.1080/09593331908616732
Publication status	Published - 1998 Jul 1

All Science Journal Classification (ASJC) codes

Environmental Chemistry
Water Science and Technology
Waste Management and Disposal

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title = "Pyrolysis and liquefaction of industrial rubber wastes",

abstract = "Pyrolysis and liquefaction of rubber wastes in hot motor oil with product oils recycling were investigated. By using a thermogravimetric method, pyrolysis of rubber wastes can be described satisfactorily by the corresponding rate equation: dX/dt = (6.91×1018±5.05) exp ((−245.88±10.62) / (8.314×10−3T))×(1−X)0.85±0.13. In liquefaction experiments, rubber wastes were contacted with hot motor oil (oil/rubber wt. ratio = 5). Liquefaction of rubber wastes at 643 K generates approximately 89.3% of heavy and light oils and 9.7% of gases, and 1.0% of solid residues. The NMR and FTIR data of product oils are suggestive of the occurrence of cyclization, to some extent, in the rubber liquefaction reaction and the aromatics in product light oil may be highly methyl substituted.",

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AU - Wang, H. P.

AU - Lin, K. S.

AU - Lin, C. J.

AU - Kuo, C. W.

PY - 1998/7/1

Y1 - 1998/7/1

N2 - Pyrolysis and liquefaction of rubber wastes in hot motor oil with product oils recycling were investigated. By using a thermogravimetric method, pyrolysis of rubber wastes can be described satisfactorily by the corresponding rate equation: dX/dt = (6.91×1018±5.05) exp ((−245.88±10.62) / (8.314×10−3T))×(1−X)0.85±0.13. In liquefaction experiments, rubber wastes were contacted with hot motor oil (oil/rubber wt. ratio = 5). Liquefaction of rubber wastes at 643 K generates approximately 89.3% of heavy and light oils and 9.7% of gases, and 1.0% of solid residues. The NMR and FTIR data of product oils are suggestive of the occurrence of cyclization, to some extent, in the rubber liquefaction reaction and the aromatics in product light oil may be highly methyl substituted.

AB - Pyrolysis and liquefaction of rubber wastes in hot motor oil with product oils recycling were investigated. By using a thermogravimetric method, pyrolysis of rubber wastes can be described satisfactorily by the corresponding rate equation: dX/dt = (6.91×1018±5.05) exp ((−245.88±10.62) / (8.314×10−3T))×(1−X)0.85±0.13. In liquefaction experiments, rubber wastes were contacted with hot motor oil (oil/rubber wt. ratio = 5). Liquefaction of rubber wastes at 643 K generates approximately 89.3% of heavy and light oils and 9.7% of gases, and 1.0% of solid residues. The NMR and FTIR data of product oils are suggestive of the occurrence of cyclization, to some extent, in the rubber liquefaction reaction and the aromatics in product light oil may be highly methyl substituted.

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Pyrolysis and liquefaction of industrial rubber wastes

Abstract

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