The objective of these coordinated experimental and modeling studies is to develop an improved understanding of the kinetics of coal devolatilization which are relevant to suspension firing of powdered coal. These fundamental kinetic studies address several topics related to an improved understanding of pulverized coal combustion and includes both homogeneous and hetergeneous reactions. The principal topics include: (a) the pyrolysis and devolatilization of coal; and (b) the formation of char. Research activities include small-scale experimentation, interpretation of experimental results in terms of mechanistic understanding and the development and validation of kinetic models of fundamental processes. 6 refs., 20 figs., 7 tabs
Coal gasification and combustion are strongly dependent on devolatilization step. Aim of this work i...
Most coal devolatilization studies so far have focussed on the determination o f reaction rates for ...
Coal utilization involves two major stages: coal pyrolysis and char combustion. Figure 1.1 summarize...
The objective of these coordinated experimental and modeling studies is to develop an improved under...
Devolatilization is the first step in coal combustion and gasification, thus an accurate kinetic mod...
A brief description is given of devolatilization of raw coal and combustion of the residual char. Ma...
Abstract An important aspect in understanding coal/biomass combustion and gasification is the descri...
Devolatilization behavior of different coals and biomasses under heating conditions typical of conve...
Knowledge of the coal devolatilisation rate is of great importance because it exerts a marked effect...
A coal particle combustion model starting from the devolatilization to the final char combustion is ...
The importance of coal pyrolysis studies for the development of energy technologies is evident, sinc...
This dissertation discusses theoretical and experimental research on coal pyrolysis. In the theoret...
In order to simulate the reaction processes of industrial coal reactors on computers, the reaction k...
This research comprises the coal pyrolysis by thermogravimetry (TG/DTG). During the pyrolysis of the...
In an earlier mathematical model of laminar pulverized coal-air combustion, supported by added CH4, ...
Coal gasification and combustion are strongly dependent on devolatilization step. Aim of this work i...
Most coal devolatilization studies so far have focussed on the determination o f reaction rates for ...
Coal utilization involves two major stages: coal pyrolysis and char combustion. Figure 1.1 summarize...
The objective of these coordinated experimental and modeling studies is to develop an improved under...
Devolatilization is the first step in coal combustion and gasification, thus an accurate kinetic mod...
A brief description is given of devolatilization of raw coal and combustion of the residual char. Ma...
Abstract An important aspect in understanding coal/biomass combustion and gasification is the descri...
Devolatilization behavior of different coals and biomasses under heating conditions typical of conve...
Knowledge of the coal devolatilisation rate is of great importance because it exerts a marked effect...
A coal particle combustion model starting from the devolatilization to the final char combustion is ...
The importance of coal pyrolysis studies for the development of energy technologies is evident, sinc...
This dissertation discusses theoretical and experimental research on coal pyrolysis. In the theoret...
In order to simulate the reaction processes of industrial coal reactors on computers, the reaction k...
This research comprises the coal pyrolysis by thermogravimetry (TG/DTG). During the pyrolysis of the...
In an earlier mathematical model of laminar pulverized coal-air combustion, supported by added CH4, ...
Coal gasification and combustion are strongly dependent on devolatilization step. Aim of this work i...
Most coal devolatilization studies so far have focussed on the determination o f reaction rates for ...
Coal utilization involves two major stages: coal pyrolysis and char combustion. Figure 1.1 summarize...