Energy from Waste: Difference between revisions

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The large majority of incinerators built and operating to date in the UK are based on 'conventional' [[Combustion]] type incineration, with some development of [[Gasification]] and [[Pyrolysis]] types over the last 10 to 15 years in the UK, with varying degrees of success. These [[ATT]]/[[ACT]] types of technology were encouraged by the [[subsidy]] available for power generation under the [[Renewables Obligation]].

The large majority of [[Incineration|incinerators]] built and operating to date in the UK are based on 'conventional' [[Combustion]] type incineration, with some development of [[Gasification]] and [[Pyrolysis]] types over the last 10 to 15 years in the UK, with varying degrees of success. These [[ATT]]/[[ACT]] types of technology were encouraged by the [[subsidy]] available for power generation under the [[Renewables Obligation]].

The three types of incineration'[[EfW]] can have a variety of different furnaces (also termed kilns and reactors) and associated systems to ensure the uniform treatment and residence time of the waste in the kiln/reactor. The most common kilns/furnaces are [[Grate]] based (there are at least five different type of [[Grate]]), with [[Fluidised Bed]] kilns/furnaces more commonly used in [[Gasification]].

The three types of [[Incineration|incineration]]/[[EfW]] can have a variety of different furnaces (also termed kilns and reactors) and associated systems to ensure the uniform treatment and residence time of the waste in the kiln/reactor. The most common kilns/furnaces are [[Grate]] based (there are at least five different type of [[Grate]]), with [[Fluidised Bed]] kilns/furnaces more commonly used in [[Gasification]].

==Overview==

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-The large majority of incinerators built and operating to date in the UK are based on 'conventional' [[Combustion]] type incineration, with some development of [[Gasification]] and [[Pyrolysis]] types over the last 10 to 15 years in the UK, with varying degrees of success. These [[ATT]]/[[ACT]] types of technology were encouraged by the [[subsidy]] available for power generation under the [[Renewables Obligation]].
+The large majority of [[Incineration|incinerators]] built and operating to date in the UK are based on 'conventional' [[Combustion]] type incineration, with some development of [[Gasification]] and [[Pyrolysis]] types over the last 10 to 15 years in the UK, with varying degrees of success. These [[ATT]]/[[ACT]] types of technology were encouraged by the [[subsidy]] available for power generation under the [[Renewables Obligation]].
-The three types of incineration'[[EfW]] can have a variety of different furnaces (also termed kilns and reactors) and associated systems to ensure the uniform treatment and residence time of the waste in the kiln/reactor. The most common kilns/furnaces are [[Grate]] based (there are at least five different type of [[Grate]]), with [[Fluidised Bed]] kilns/furnaces more commonly used in [[Gasification]].
+The three types of [[Incineration|incineration]]/[[EfW]] can have a variety of different furnaces (also termed kilns and reactors) and associated systems to ensure the uniform treatment and residence time of the waste in the kiln/reactor. The most common kilns/furnaces are [[Grate]] based (there are at least five different type of [[Grate]]), with [[Fluidised Bed]] kilns/furnaces more commonly used in [[Gasification]].
 ==Overview==