Hassan Zare Aliaabadi - Department of chemical engineering, Faculty of engineering, University of Quchan, Iran
Samane Mohamadnejad - Department of chemical engineering, Faculty of engineering, University of Quchan, Iran
Zeynab Farokhi - Department of chemical engineering, Faculty of engineering, University of Quchan, Iran

These instructions give you guidelines for preparing papers for the 1stOil shale is supplementary energy for a conventional source of energy in the world. Kinetic modeling is necessary to use oil shale in different processes. Isothermal and nonisothermal methods have been used to investigate the kinetics of oil generation during Pyrolysis and decomposition. In this paper kinetic processes using non-isothermal thermal analysis is described briefly, and introduce particularly Isoconversional method and model free methods, such as Friedman, Flynn–Wall–Ozawa (FWO), and Kissinger– Akahira–Sunose (KAS) and The correlation of kinetic parameters and the apparent kinetic models is discussed. Model fitting methods are capable of identifying reaction models suitable for the description of complex kinetics, in this literature, it is Explained Specifically the Master plots based on both the integral and differential forms of kinetic data. After introducing methods, the values of kinetic parameter determined such as activation energy, frequency factor and reaction order; at the final section, results of several investigation on different area oil shale is.

Oil shale, Reaction model, Isoconversional method, Master Plot, KAS method, Activation energy