Self-heating of coal depends partly on intrinsic, coal-related factors. This article aims to discuss the Smith–Glasser index as a potential indicator of the self-heating propensity of a large set of bituminous coals with similar heating value but different origins. For this purpose, recorded properties and experience were reviewed for 7.5 million tonnes of coal delivered to the same power plant operator. The results suggest that the propensity to self-heat can be conveniently indicated by Smith–Glasser index that only involves routinely measured moisture and volatile contents of coal. The results appear consistent with the observed incidences of self-heating in storage
Samples from New Zealand and Australia have been tested in an adiabatic oven to assess the effect of...
The critical oxidation temperature or the crossing point temperature is often used as a parameter in...
There are many physical factors that can affect the self-heating rate of coal. The presence of seam ...
Self-heating of coal depends partly on intrinsic, coal-related factors. This article aims to discuss...
Self-heating in coal has been studied for well over one hundred years, yet there is no accurate or r...
A new two-metre column self-heating test procedure has been developed at the University of Queenslan...
jfs.sagepub.com Observations on the Smith– Glasser index for self-heating of bituminous coa
Pulverised New Zealand coal samples have been tested from an initial temperature of 40 degreesC and ...
The problem of spontaneous heating has been experienced by all coal producing countries. To address ...
A 2-m, adiabatic column has been successfully refurbished and recommissioned for coal self-heating r...
There are many physical factors that can affect the self-heating rate of coal. The presence of seam ...
ABSTRACT: A new laboratory has been established in the Division of Mining and Minerals Process Engi...
The acceleration of coal self-heating has long been attributed to the presence of reactive pyrite. H...
The propensity of the coal towards spontaneous heating is most needed parameters for strategic plann...
Spontaneous heating of coals continues to be a major environmental, safety and economic concern in c...
Samples from New Zealand and Australia have been tested in an adiabatic oven to assess the effect of...
The critical oxidation temperature or the crossing point temperature is often used as a parameter in...
There are many physical factors that can affect the self-heating rate of coal. The presence of seam ...
Self-heating of coal depends partly on intrinsic, coal-related factors. This article aims to discuss...
Self-heating in coal has been studied for well over one hundred years, yet there is no accurate or r...
A new two-metre column self-heating test procedure has been developed at the University of Queenslan...
jfs.sagepub.com Observations on the Smith– Glasser index for self-heating of bituminous coa
Pulverised New Zealand coal samples have been tested from an initial temperature of 40 degreesC and ...
The problem of spontaneous heating has been experienced by all coal producing countries. To address ...
A 2-m, adiabatic column has been successfully refurbished and recommissioned for coal self-heating r...
There are many physical factors that can affect the self-heating rate of coal. The presence of seam ...
ABSTRACT: A new laboratory has been established in the Division of Mining and Minerals Process Engi...
The acceleration of coal self-heating has long been attributed to the presence of reactive pyrite. H...
The propensity of the coal towards spontaneous heating is most needed parameters for strategic plann...
Spontaneous heating of coals continues to be a major environmental, safety and economic concern in c...
Samples from New Zealand and Australia have been tested in an adiabatic oven to assess the effect of...
The critical oxidation temperature or the crossing point temperature is often used as a parameter in...
There are many physical factors that can affect the self-heating rate of coal. The presence of seam ...