In the process of forming metallurgical coke, coal is heated in the absence of oxygen to cause both phase changes and chemical reactions to take place that lead to the release of volatile compounds and the 'softening ' of the coal to form a fluid phase
Dynamic measurements of physical, chemical and thermal changes in the transformation of coal maceral...
For high-caking Warkworth and low-caking K-Prima coals, Geiseler plastometry, differential scanning ...
The reactions and transformations of mineral and nonmineral inorganic species in Victorian (MOR) and...
During pyrolysis and carbonization of coal, the viscoelastic properties vary across a wide range, wi...
A fundamental study on the behaviour of heating coal macerals has been undertaken using two novel th...
Complex morphological transformations accompany the chemical reactions occurring during the pyrolysi...
DoctorThe effort for utilizing non- or slightly coking coals have been extensively made to produce h...
Coal utilization involves two major stages: coal pyrolysis and char combustion. Figure 1.1 summarize...
The thermoplastic development of an Australian coking coal was investigated by linking thermal swell...
When coal is heated in the absence of oxygen it softens at approximately 400 degrees C, becomes visc...
The coupling pyrolysis and gasification (CPG) process in the fluidized bed reactor to produce methan...
Coal conversion technologies offer the potential to supplement and improve the supply of liquid fuel...
The pyrolysis characteristics of a series of bituminous coals, along with an anthracite and a lignit...
The thermoplastic development of a coking coal was studied before and after treatment to study the i...
This dissertation discusses theoretical and experimental research on coal pyrolysis. In the theoret...
Dynamic measurements of physical, chemical and thermal changes in the transformation of coal maceral...
For high-caking Warkworth and low-caking K-Prima coals, Geiseler plastometry, differential scanning ...
The reactions and transformations of mineral and nonmineral inorganic species in Victorian (MOR) and...
During pyrolysis and carbonization of coal, the viscoelastic properties vary across a wide range, wi...
A fundamental study on the behaviour of heating coal macerals has been undertaken using two novel th...
Complex morphological transformations accompany the chemical reactions occurring during the pyrolysi...
DoctorThe effort for utilizing non- or slightly coking coals have been extensively made to produce h...
Coal utilization involves two major stages: coal pyrolysis and char combustion. Figure 1.1 summarize...
The thermoplastic development of an Australian coking coal was investigated by linking thermal swell...
When coal is heated in the absence of oxygen it softens at approximately 400 degrees C, becomes visc...
The coupling pyrolysis and gasification (CPG) process in the fluidized bed reactor to produce methan...
Coal conversion technologies offer the potential to supplement and improve the supply of liquid fuel...
The pyrolysis characteristics of a series of bituminous coals, along with an anthracite and a lignit...
The thermoplastic development of a coking coal was studied before and after treatment to study the i...
This dissertation discusses theoretical and experimental research on coal pyrolysis. In the theoret...
Dynamic measurements of physical, chemical and thermal changes in the transformation of coal maceral...
For high-caking Warkworth and low-caking K-Prima coals, Geiseler plastometry, differential scanning ...
The reactions and transformations of mineral and nonmineral inorganic species in Victorian (MOR) and...