Search results

...they are emitted to the [[Earth's atmosphere|atmosphere]] from the final [[flue gas stack]] (commonly referred to as a chimney). It is very important not to cool the

{{r|Flue gas stack}}

...eatment in dust removal and other equipment before being vented from the [[flue gas stack]]. Ambient air is blown through the second, smaller sector by a [[centrifug

Prior to the advent of strict environmental protection regulations, tall [[flue gas stack]]s (i.e., chimneys) were built to disperse rather than remove the sulfur di

*{{pl|Flue gas stack}}

{{r|Flue gas stack}}

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

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

...tant emissions. For example: the emissions from a [[combustion]] furnace [[flue gas stack]].

...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 warmer ...pollutant emissions (for example, the emissions from a combustion furnace flue gas stack). Point sources are also characterized as being either elevated or at groun

...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 warmer ...pollutant emissions (for example, the emissions from a combustion furnace flue gas stack). Point sources are also characterized as being either elevated or at groun

...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 fans or b

...ns and data involving plumes from typical combustion sources such as the [[flue gas stack]]s from [[steam-generating boiler]]s burning [[fossil fuel]]s in large [[po

...ns and data involving plumes from typical combustion sources such as the [[flue gas stack]]s from [[steam-generating boiler]]s burning [[fossil fuel]]s in large [[po

...0-5809-642-4}}></ref>which uses the so-called ''stack effect'' of a tall [[flue gas stack]] or other enclosed structure where the warm inside air ''naturally'' rises

...0-5809-642-4}}></ref>which uses the so-called ''stack effect'' of a tall [[flue gas stack]] or other enclosed structure where the warm inside air ''naturally'' rises

| 28. [[Flue gas stack]] ...e gas then exits to the atmosphere via tall [[flue gas stack]]s. A typical flue gas stack may be about 150 to 250 metres tall to disperse the remaining flue gas comp

...for an adequate combustion air supply as well as adequate [[Flue gas stack|flue gas stack draft]].

...for an adequate combustion air supply as well as adequate [[Flue gas stack|flue gas stack draft]].

...pollution emissions|emissions]], such as scrubbers upstream of the tall [[flue gas stack]]s on power plants and other industrial facilities, [[catalytic converter]]