Combustion characteristics and kinetics of partial gasified coal char (PGC-char) were investigated in this article. Two-stage distributed activation energy model (TS-DAEM) and simple model were used to model the combustion kinetics. The experimental results showed that the combustion characteristics of PGC-chars varied with coal types and percentage of gasification. Modeling results showed that TS-DAEM could suitably describe the combustion of PGC-char. The activation energy and preexponential factor increased with the increasing of PGC-char gasification percentage, but the percent of high reactivity part decreased. This indicated that the difficulty reactive part in the partial gasified coal char became more and more with the gasification ...
In order to explain the influence of the coal ash on the combustion characteristics of coal, the phy...
An investigation was undertaken to determine the effect of carbon structural properties on the react...
This study was performed to analyse the adaptability of the self-developed char reactivity model and...
Transient kinetics experiments have been used to characterize the combustion reactivity and the reac...
Summarization: The combustion behavior and kinetics of various biomass chars, a lignite and a hard c...
This paper deals with the application of a solid-gas reaction model which can describe the combustio...
Coal utilization involves two major stages: coal pyrolysis and char combustion. Figure 1.1 summarize...
The combustion characteristics of chars derived from a bituminous coal (Datung, also denoted as DT) ...
Isothermal and non-isothermal gasification kinetics of coal char were investigated by using thermogr...
Combustion process of bituminous coal, steam coal, anthracite (AC) and semi-coke were investigated t...
The gasification reactivities of eight types of Western Canadian coals ranking from bituminous to l...
A coal particle model is developed with an aim to identify the suitable kinetic reaction properties ...
The thermal reactivity and kinetics of five coal chars, a biomass char, and two coal/biomass char bl...
Reactivity of Göttelborn char over a broad range of particle temperature (1500–3000 K) and partial o...
A brief description is given of devolatilization of raw coal and combustion of the residual char. Ma...
In order to explain the influence of the coal ash on the combustion characteristics of coal, the phy...
An investigation was undertaken to determine the effect of carbon structural properties on the react...
This study was performed to analyse the adaptability of the self-developed char reactivity model and...
Transient kinetics experiments have been used to characterize the combustion reactivity and the reac...
Summarization: The combustion behavior and kinetics of various biomass chars, a lignite and a hard c...
This paper deals with the application of a solid-gas reaction model which can describe the combustio...
Coal utilization involves two major stages: coal pyrolysis and char combustion. Figure 1.1 summarize...
The combustion characteristics of chars derived from a bituminous coal (Datung, also denoted as DT) ...
Isothermal and non-isothermal gasification kinetics of coal char were investigated by using thermogr...
Combustion process of bituminous coal, steam coal, anthracite (AC) and semi-coke were investigated t...
The gasification reactivities of eight types of Western Canadian coals ranking from bituminous to l...
A coal particle model is developed with an aim to identify the suitable kinetic reaction properties ...
The thermal reactivity and kinetics of five coal chars, a biomass char, and two coal/biomass char bl...
Reactivity of Göttelborn char over a broad range of particle temperature (1500–3000 K) and partial o...
A brief description is given of devolatilization of raw coal and combustion of the residual char. Ma...
In order to explain the influence of the coal ash on the combustion characteristics of coal, the phy...
An investigation was undertaken to determine the effect of carbon structural properties on the react...
This study was performed to analyse the adaptability of the self-developed char reactivity model and...