Newly developed incineration technology for municipal solid waste (MSW) to reduce dioxins emission from stoker incineration plants incorporates oxygen-enriched primary air to promote intense firing of waste on the grate and recirculated flue gas as secondary air to promote gaseous combustion in the furnace and reduce NOx. Combustion tests conducted using actual MSW incineration facilities demonstrated the excellent performance of this technology in low dioxins emission, reduced flue gas flow rate, the quality of ash, and operation stability. This is believed to be one of the most promising candidates for the next-generation waste incineration technology. 1
In several countries worldwide, combustion and incineration are the second main option for waste man...
In several countries worldwide, combustion and incineration are the second main option for waste man...
Combustion is a unique phenomenon in that it is used to control pollution and it is, at the same tim...
The conventional mass burn systems for municipal solid waste (MSW) emit large amount of acidic gases...
The combustion of wastes has very significant benefits in reducing the volume of waste materials and...
The co-combustion of municipal solid waste (MSW) is a novel and highly integrated design combining c...
The highly lethal toxicity of dioxin(PCDD/PCDFs)has generated concern regarding its effects on human...
The thermal treatment of waste by incineration is considered an ultimate solution in order to get ri...
The thermal treatment of waste by incineration is considered an ultimate solution in order to get ri...
Conventional incineration systems for hospital waste (HW) emit large amounts of particulate matter (...
The Linde® Oxygen Combustion System has been demonstrated successfully at the EPA Denney Farm site a...
AbstractDioxins have been widely concerned for its high carcinogenicity and possibility of long-term...
The present review discusses the current views on methods to minimise dioxins, namely polychlorinate...
For the operators of small incineration plants for chemotoxic or radioactive hazardous waste, advanc...
This paper reports on the field experience with a novel method for the enhanced control of transient...
In several countries worldwide, combustion and incineration are the second main option for waste man...
In several countries worldwide, combustion and incineration are the second main option for waste man...
Combustion is a unique phenomenon in that it is used to control pollution and it is, at the same tim...
The conventional mass burn systems for municipal solid waste (MSW) emit large amount of acidic gases...
The combustion of wastes has very significant benefits in reducing the volume of waste materials and...
The co-combustion of municipal solid waste (MSW) is a novel and highly integrated design combining c...
The highly lethal toxicity of dioxin(PCDD/PCDFs)has generated concern regarding its effects on human...
The thermal treatment of waste by incineration is considered an ultimate solution in order to get ri...
The thermal treatment of waste by incineration is considered an ultimate solution in order to get ri...
Conventional incineration systems for hospital waste (HW) emit large amounts of particulate matter (...
The Linde® Oxygen Combustion System has been demonstrated successfully at the EPA Denney Farm site a...
AbstractDioxins have been widely concerned for its high carcinogenicity and possibility of long-term...
The present review discusses the current views on methods to minimise dioxins, namely polychlorinate...
For the operators of small incineration plants for chemotoxic or radioactive hazardous waste, advanc...
This paper reports on the field experience with a novel method for the enhanced control of transient...
In several countries worldwide, combustion and incineration are the second main option for waste man...
In several countries worldwide, combustion and incineration are the second main option for waste man...
Combustion is a unique phenomenon in that it is used to control pollution and it is, at the same tim...