With increase in number of vehicles worldwide the amount of waste tires is also increasing.
These waste tires are either discarded to a dump site or burnt in open air. In both the cases …

Waste tires are well known to have appropriate disposal or reprocessing problems under
environmental and economically sustainable conditions. The pyrolysis represents valid …

The influence of particle size (0.3 and 5.0 mm) and heating rate (5, 10, and 20° C min–1) on
the kinetic parameters of pyrolysis of waste tire was studied by thermogravimetric analysis …

The purpose of the present study was the analysis of possible routes for the pyrolysis
reaction mechanism of rubber tyre wastes (RT). For this purpose, an evaluation was …

This article provides a critical review of past efforts over the last three decades at modeling
the pyrolysis and gas activation of waste tires. The various forms of the Arrhenius kinetic rate …

Land applied disposal of waste tires has far-reaching environmental, economic, and human
health consequences. Pyrolysis represents a potential waste management solution …

Tire pyrolysis kinetics was investigated to explore an economically viable design for the
pyrolysis process. Derivative thermogravimetry (DTG) and thermogravimetric analysis (TGA) …

Previous studies conducted on the pyrolysis of used rubber were either directed towards the
yield and properties of liquid fuel or focused towards the generation of carbon black as end …

The pyrolysis oil fraction is highly attractive for pyrolysis products. A simulated flowsheet
model of a waste tire pyrolysis process is presented in this paper. A kinetic rate-based …

In this paper, a kinetic study of the devolatilization of tire rubber has been performed in a
thermobalance using nitrogen as carrier gas. The main operation variables have been …