Autothermal pyrolysis of peat in conditions of free movement in layer

Abstract

Abstract. Modern trends of energy saving provide actuality of research. Ability to implement pyrolyze in autothermally mode was investigated. Method of research is a physical experiment. As a result of research are obtained: dependency diagram as the thickness layer of the angle inclination of working surface, dependency diagram as the fall ash of the angle inclination of working surface, dependency diagram as the moving rate of peat of the pyrolysis temperature with different inclinations of working surface.

Thermophysical properties of the products of low-grade fuels thermal recycling

“…The possibility of autothermal process of low temperature pyrolysis is shown in researches of A.V. Kazakov [10,11], A.N. Subbotin ɢ R.N.…”

The Outlook for Low-Grade Fuels in Tomsk Region: Research Experience at Tomsk Polytechnic University

“…Mentioned disadvantages can be eliminated by a heat processing of raw materials into energy products of acceptable quality, such as solid composite [8][9][10][11][12], liquid [13][14][15] or gaseous fuels [16][17][18]. Given the advantages of the gaseous fuels energy use (possibility of combustion process automating, ecological compatibility, low abrasive deterioration of heating surfaces and intensive heat transfer due to higher flow velocities available), the authors examined processing of low-grade raw material to a gaseous fuel.…”

Thermal Conversion of the Peat to Combustible Gases

“…High oxygen content is negatively affects on the calorific value of dry mass, however, this amount of oxygen is inherent in "young" coals. At the same time, high oxygen content in the fuel leads to the conclusion that during the thermal conversion of fuels will be observed exothermic heat effect, which will allow, either reduce the amount of heat depending on the process temperature, involved into the process, or to arrange it in autothermal mode [3,4].…”