Pyrolysis Kinetics and Characteristics of Wood-Based Materials from Municipal Solid Waste

Lin Chen; Shu Zhong Wang; Zhi Qiang Wu; Hai Yu Meng; Jun Zhao

doi:10.4028/www.scientific.net/AMR.960-961.442

Paper Titles

Coal and Wood Chips Co-Pyrolysis Study
p.422

Experimental Investigation on Heat Transfer Characteristics of Thin Film Evaporation
p.427

Influence of Inlet Mass Flow Rate on Heat Transfer of Supercritical Liquefied Natural Gas in Horizontal Tubes
p.433

Numerical Simulation of Heat Transfer of Liquefied Natural Gas in Horizontal Circular Tubes under Supercritical Pressure
p.438

Pyrolysis Kinetics and Characteristics of Wood-Based Materials from Municipal Solid Waste
p.442

Research and Improvement of the Difficulties of FCB Function of Subcritical Units
p.447

The Experiment for Vertical Rectangular Micro-Channel Flow Boiling
p.451

Preparation of SiO₂–TiO₂ Nanocomposite and Its Application on Elemental Mercury Removal in Simulated Flue Gas
p.456

Effects of pH on Hg⁰Re-Emission in WFGD
p.462

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Pyrolysis Kinetics and Characteristics of Wood-Based Materials from Municipal Solid Waste

Abstract:

Wood-based materials from Municipal Solid Waste have the potential of covering a significant part of the future demand on gasification capacities. However, their pyrolysis kinetics and gasification behavior has not yet been fully investigated. This paper describes the pyrolysis characteristics of typing paper and Chinese parasol from municipal solid waste applying the non-isothermal thermogravimetric analysis, the apparent activation energy and the pre-exponential factor were obtained by kinetics analysis at the heating rate of 10/20/40 ^oC•min^-1.