Abstract
Pyrolysis of peat could convert this material into useful fuels and valuable hydrocarbons. A study of peat pyrolysis can also serve as a useful bridge between studies of coal pyrolysis and biomass pyrolysis. Using an analytical model of pyrolysis that has previously been applied to biomass and to coal, we present here the results of applications of this model to a representative peat. The analysis suggests means of organizing and processing rate and yield data that should be useful in applications of pyrolysis for the production of fuels and chemicals.
Acknowledgements
The analytical part of this work was supported by funds from the Mick A. Naulin Foundation awarded by Mr. Charles Clancy and the Environmental Systems Commercial Space Technology Center program funds awarded by NASA. The experimental part was supported by National Science Funds of China (No. 20476068, No. 2004CB217602).