Add to ORKGIt is well known that combustion of biomass derivedfuels may lead to problems with high-temperaturecorrosion (HTC). The HTC process is largely based onthe release and transformation of chlorine and alkalimatter together with sulphur compounds during thecombustion process. However, these components mayalso interact with other critical parts of the combustionchemistry and the present work focuses on howpotassium chloride and sulphur dioxide may influencethe oxidation of carbon monoxide (CO) and theformation of nitrogen monoxide (NO)
During combustion of biomass, alkali and chlorine species are released to the gas phase, species whi...
The effect of HCl and SO_2 on CO oxidation in pulverised coal flames was investigated experimentally...
The lime used for sulfur capture in circulating fluidized bed (CFB) boilers interferes with the NO/N...
It is well known that combustion of biomass derived fuels may lead to problems with high-temperature...
It is well known that combustion of biomass derived fuels may lead to problems with high-temperature...
It is well known that combustion of biomass derived fuels may lead to problems with high-temperature...
It is well known that combustion of biomass derived fuels may lead to problems with high-temperature...
The use of low-quality fuels in power generation plants is typically motivated by the potential for ...
Drastic cuts in global CO2 emissions are needed to mitigate global warming and limit the average tem...
This paper studies the consequences on high temperature corrosion when biomass is co-fired with coal...
Drastic cuts in global CO2 emissions are needed to mitigate the global warming. The power generation...
This project investigates how alkali metals, chlorine and sulfur interact and affect the oxidation o...
This paper studies the consequences on high temperature corrosion when biomass is co-fired with coal...
Selective non-catalytic reduction (SNCR) is an effective way to limit NO emissions in power plants. ...
AbstractThis paper studies the consequences on high temperature corrosion when biomass is co-fired w...
During combustion of biomass, alkali and chlorine species are released to the gas phase, species whi...
The effect of HCl and SO_2 on CO oxidation in pulverised coal flames was investigated experimentally...
The lime used for sulfur capture in circulating fluidized bed (CFB) boilers interferes with the NO/N...
It is well known that combustion of biomass derived fuels may lead to problems with high-temperature...
It is well known that combustion of biomass derived fuels may lead to problems with high-temperature...
It is well known that combustion of biomass derived fuels may lead to problems with high-temperature...
It is well known that combustion of biomass derived fuels may lead to problems with high-temperature...
The use of low-quality fuels in power generation plants is typically motivated by the potential for ...
Drastic cuts in global CO2 emissions are needed to mitigate global warming and limit the average tem...
This paper studies the consequences on high temperature corrosion when biomass is co-fired with coal...
Drastic cuts in global CO2 emissions are needed to mitigate the global warming. The power generation...
This project investigates how alkali metals, chlorine and sulfur interact and affect the oxidation o...
This paper studies the consequences on high temperature corrosion when biomass is co-fired with coal...
Selective non-catalytic reduction (SNCR) is an effective way to limit NO emissions in power plants. ...
AbstractThis paper studies the consequences on high temperature corrosion when biomass is co-fired w...
During combustion of biomass, alkali and chlorine species are released to the gas phase, species whi...
The effect of HCl and SO_2 on CO oxidation in pulverised coal flames was investigated experimentally...
The lime used for sulfur capture in circulating fluidized bed (CFB) boilers interferes with the NO/N...