The volatile materials released during the heating of solid fuels ignite at relatively low temperatures releasing heat function of their quantity and quality. This heat raises the temperature of the solid residue creating the conditions for his ignition and burning. In the case of burning of the pulverized coal the phenomenon of production, ignition and burning of volatile materials are studied in different articles
During pulverized fuel combustion, inorganic elements such as alkalis, sulfur, chlorine, calcium and...
This work proposes a method for quantifying volatile organic compounds (VOCs) in coal, fly ash and ...
The physical and chemical properties as well as the oxidative potential (OP) of water soluble compon...
Five coals containing 1% to 5% sulfur and \u3c0.3% to 0.5% chlorine were co-fired with simulated ref...
Coal and biomass emit gases during storage. The composition and quantity of these gases is dependent...
The quantity of volatiles evolved from a coal at a fast rate of heating has been shown to be a funct...
The chemistry involved in the propagation of pulverised biomass flames is not well understood. Howev...
With recent decisions to temporarily delay or even cancel coal conversion scenarios involving liquef...
Measurements have been made of the distribution of temperature and low molecular weight gases within...
A large amount of research has been conducted on the gas phase thermochemistry of flaming combustion...
A new technique that allows dynamic measurement of thermal properties, expansion and the elemental c...
Le risque écotoxicologique des métaux issus des processus de combustion dépend de leur concentration...
The physical, thermal, and chemical behavior of pulverized coal particles during thermal decompositi...
The cone calorimeter technique was employed to investigate the burning characteristics and compositi...
AbstractA new technique that allows dynamic measurement of thermal properties, expansion and the ele...
During pulverized fuel combustion, inorganic elements such as alkalis, sulfur, chlorine, calcium and...
This work proposes a method for quantifying volatile organic compounds (VOCs) in coal, fly ash and ...
The physical and chemical properties as well as the oxidative potential (OP) of water soluble compon...
Five coals containing 1% to 5% sulfur and \u3c0.3% to 0.5% chlorine were co-fired with simulated ref...
Coal and biomass emit gases during storage. The composition and quantity of these gases is dependent...
The quantity of volatiles evolved from a coal at a fast rate of heating has been shown to be a funct...
The chemistry involved in the propagation of pulverised biomass flames is not well understood. Howev...
With recent decisions to temporarily delay or even cancel coal conversion scenarios involving liquef...
Measurements have been made of the distribution of temperature and low molecular weight gases within...
A large amount of research has been conducted on the gas phase thermochemistry of flaming combustion...
A new technique that allows dynamic measurement of thermal properties, expansion and the elemental c...
Le risque écotoxicologique des métaux issus des processus de combustion dépend de leur concentration...
The physical, thermal, and chemical behavior of pulverized coal particles during thermal decompositi...
The cone calorimeter technique was employed to investigate the burning characteristics and compositi...
AbstractA new technique that allows dynamic measurement of thermal properties, expansion and the ele...
During pulverized fuel combustion, inorganic elements such as alkalis, sulfur, chlorine, calcium and...
This work proposes a method for quantifying volatile organic compounds (VOCs) in coal, fly ash and ...
The physical and chemical properties as well as the oxidative potential (OP) of water soluble compon...