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*{{pl|Flue gas desulfurization}} *{{pl|Flue gas emissions from fossil fuel combustion}}

|[[Image:Flue Gas Desulfurization.jpg|350px]]<BR><BR>'''Absorber in a large flue gas desulfurization unit'''||[[Image:Hydrocracker 1.jpg|350px]]<BR><BR>'''Hydro

...us, the carbon dioxide in the raw natural gas ends up in the incinerator [[flue gas stack]].

...where special burner designs are used to remove [[nitrogen oxides]] and [[flue gas desulfurization]] systems are used to remove [[sulfur dioxide]] from the co

{{r|Flue gas emissions from fossil fuel combustion}}

...[[nitrogen]] (N₂) and 21 volume percent oxygen, the resultant [[flue gas]] from the combustion of a fuel will contain nitrogen plus the products of ...source of the oxygen, nitrogen is by far the largest part of the resultant flue gas.

...tant emissions. For example: the emissions from a [[combustion]] furnace [[flue gas stack]]. ...rom a source, such as ash [[Entrainment (engineering)|entrained]] in the [[flue gas]] emitted from a [[coal|coal-fired]] furnace. Secondary PM is produced in

{{r|Flue gas stack}}

...at I mention the use of amines for CO₂ capture from power plant flue gas stacks.

**''Comparative economics of advanced regenerable flue gas desulfurization processes'', EPRI CS-1381, Electric Power Research Institut **"Options for SO2 reduction", U.S. EPA Symposium on Flue Gas Desulfurization, Florida, November 1977 (co-authored with A.V. Slack)

...t.png]]<BR><BR>'''Outside and inside pressure difference causes draft in a flue gas stack'''

{{r|Flue gas emissions from fossil fuel combustion}}

*[[Flue gas desulfurization]] *[[Flue gas emissions from fossil fuel combustion]]

...lower density than the ambient air. For example, the emissions from the [[flue gas stack]]s of industrial furnaces are buoyant because they are considerably w ...wer Plant.jpg/credit|{{Four Corners Power Plant.jpg/credit}}<br/>|}}Before flue gas desulfurization was installed, the emissions from this [[conventional coal-

...lower density than the ambient air. For example, the emissions from the [[flue gas stack]]s of industrial furnaces are buoyant because they are considerably w ...wer Plant.jpg/credit|{{Four Corners Power Plant.jpg/credit}}<br/>|}}Before flue gas desulfurization was installed, the emissions from this [[conventional coal-

...[[electrostatic precipitator]]s used to remove that ash from the boiler [[flue gas]], and for creating a [[Vacuum (science)|vacuum]] pressure in [[steam turbi

* [[Venturi scrubber]]s used in [[flue gas desulfurization]] systems.

...me=Bishop/><ref name=Beychok/> The air may be provided by [[Flue gas stack#flue gas stack draft (draught)|natural draft]] or by forced aeration using large fan

:;*[[Flue gas stack|Stack]] height determination,

...age [[Cyclone separator|cyclones]] that remove entrained catalyst from the flue gas, ===Regenerator flue gas===