Grate: Difference between revisions

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The following characteristics influence the design of the [[Incineration|incineration]] chamber:

*Shape and size of the [[Incineration|incineration]] [[Grate]]

*Sufficient residence time for the [[Flue ~~Gases~~|flue gases]] in the hot furnace

*Sufficient residence time for the [[Flue Gas|flue gases]] in the hot furnace

*Partial cooling of [[Flue ~~Gases~~|flue gases]] by the injection of secondary air

*Partial cooling of [[Flue Gas|flue gases]] by the injection of secondary air

[[File:Different furnace designs with differing direction of the flue gas and the waste flow.png|400px|right|Different furnace designs with differing direction of the flue gas and the waste flow. All rights reserved.]]

The detailed design of a [[Combustion|combustion]] chamber is usually linked to the [[Grate]] type. Its precise design demands certain compromises as the process requirements change with the fuel characteristics. In general, three different designs can be distinguished based on the flow direction of the [[Flue ~~Gases~~|flue gases]] in relation to the [[Waste|waste]] flow: unidirectional current, counter-current and medium current.

The detailed design of a [[Combustion|combustion]] chamber is usually linked to the [[Grate]] type. Its precise design demands certain compromises as the process requirements change with the fuel characteristics. In general, three different designs can be distinguished based on the flow direction of the [[Flue Gas|flue gases]] in relation to the [[Waste|waste]] flow: unidirectional current, counter-current and medium current.

@@ Line 42: / Line 42: @@
 The following characteristics influence the design of the [[Incineration|incineration]] chamber:
 *Shape and size of the [[Incineration|incineration]] [[Grate]]
-*Sufficient residence time for the [[Flue Gases|flue gases]] in the hot furnace
+*Sufficient residence time for the [[Flue Gas|flue gases]] in the hot furnace
-*Partial cooling of [[Flue Gases|flue gases]] by the injection of secondary air
+*Partial cooling of [[Flue Gas|flue gases]] by the injection of secondary air
 <br clear=all />
 [[File:Different furnace designs with differing direction of the flue gas and the waste flow.png|400px|right|Different furnace designs with differing direction of the flue gas and the waste flow. All rights reserved.]]
-The detailed design of a [[Combustion|combustion]] chamber is usually linked to the [[Grate]] type. Its precise design demands certain compromises as the process requirements change with the fuel characteristics. In general, three different designs can be distinguished based on the flow direction of the [[Flue Gases|flue gases]] in relation to the [[Waste|waste]] flow: unidirectional current, counter-current and medium current.
+The detailed design of a [[Combustion|combustion]] chamber is usually linked to the [[Grate]] type. Its precise design demands certain compromises as the process requirements change with the fuel characteristics. In general, three different designs can be distinguished based on the flow direction of the [[Flue Gas|flue gases]] in relation to the [[Waste|waste]] flow: unidirectional current, counter-current and medium current.
 <br clear=all />