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Second-order Effects in the Kinetics of Oil Shale Pyrolysis.
Fausett-DW; George-JH; Carpenter-HC
NTIS: PB 231 279 :21 pages
This Bureau of Mines publication presents a system of thermal decompositions providing an adequate description of the mechanism of oil shale pyrolysis. Specific rate constants for systems of thermal decompositions studied are estimated via a least-squares procedure. The estimates thus obtained provide a mathematical model of the corresponding thermal decomposition system. A model that generates a good fit to published Bureau of Mines experimental data, in comparison with other models studied, is based on a thermal decomposition system consisting of two first-order reactions and three second-order reactions. Values computed for the specific rate constants corresponding to this system are shown to exhibit a temperature dependence that is in good agreement with the arrhenius equation. Work done in cooperation with the University of Wyoming.
IH; Report of Investigations
NTIS Accession No.
NTIS: PB 231 279
Page last reviewed: April 12, 2019
Content source: National Institute for Occupational Safety and Health Education and Information Division