The production of ash particles from coal combustion limits it`s use as a fuel. On mechanism by which small ash particles are formed is the generation of submicron aerosols through a vaporization/condensation mechanism. Previous work has shown that coal cleaning can lead to increased emissions of aerosols. This research will investigate the means or aerosol formation in coals and the effects that various methods of coal cleaning have on aerosol production, and whether or not cleaning can be performed in a manner that will not lend itself to aerosol formation
The principal activities during this quarter involved the global experiments. Ash was sampled from a...
The technical objectives of this project are: (a) To identify the partitioning of inorganic coal con...
Formation mechanisms of the fly ash and bottom ash during circulating fluidised bed combustion of a ...
Coal ash, and particularly fine fly ash, remain one of the principal practical and environmental pro...
Previous work has shown that pulverized bituminous coals that were treated by coal cleaning (via fro...
The results of a theoretical study of the formation and growth of the submicron flyash aerosol aroun...
The mechanism of submicron particle formation during pulverized coal combustion is examined. Residua...
In recent years, fine particles have been found to be the cause of various harmful effects on health...
During pulverized coal combustion, a fume of submicron particles is formed from the mineral matter i...
Coal combustion is a source of inorganic particulate matter (ash), which can deposit in boilers and ...
During pulverized coal combustion, a fume of submicron particles is formed from the mineral matter i...
General models of aerosol dynamics, originally developed to simulate atmospheric aerosol behavior, ...
In many countries, legislation has been enacted to set guidelines for ambient concentrations and to ...
Aerosol particulates are generated by coal combustion. The amount and properties of aerosol particul...
The global drive to lessen the emission of greenhouse gases in the power industry has seen an increa...
The principal activities during this quarter involved the global experiments. Ash was sampled from a...
The technical objectives of this project are: (a) To identify the partitioning of inorganic coal con...
Formation mechanisms of the fly ash and bottom ash during circulating fluidised bed combustion of a ...
Coal ash, and particularly fine fly ash, remain one of the principal practical and environmental pro...
Previous work has shown that pulverized bituminous coals that were treated by coal cleaning (via fro...
The results of a theoretical study of the formation and growth of the submicron flyash aerosol aroun...
The mechanism of submicron particle formation during pulverized coal combustion is examined. Residua...
In recent years, fine particles have been found to be the cause of various harmful effects on health...
During pulverized coal combustion, a fume of submicron particles is formed from the mineral matter i...
Coal combustion is a source of inorganic particulate matter (ash), which can deposit in boilers and ...
During pulverized coal combustion, a fume of submicron particles is formed from the mineral matter i...
General models of aerosol dynamics, originally developed to simulate atmospheric aerosol behavior, ...
In many countries, legislation has been enacted to set guidelines for ambient concentrations and to ...
Aerosol particulates are generated by coal combustion. The amount and properties of aerosol particul...
The global drive to lessen the emission of greenhouse gases in the power industry has seen an increa...
The principal activities during this quarter involved the global experiments. Ash was sampled from a...
The technical objectives of this project are: (a) To identify the partitioning of inorganic coal con...
Formation mechanisms of the fly ash and bottom ash during circulating fluidised bed combustion of a ...