Oxy-Fuel Combustion Process - Revision history

Eric: Added some more information

2020-07-06T20:42:56Z

Added some more information

← Older revision		Revision as of 20:42, 6 July 2020
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	**Replacing the "Air in" in a burner/combustor with (sometimes dilluted) oxygen		**Replacing the "Air in" in a burner/combustor with (sometimes dilluted) oxygen
	**[[Chemical Looping Combustion]]		**[[Chemical Looping Combustion]]

			=Usage in [[Gas Turbine]] s =
			*[https://www.researchgate.net/publication/257157012_Characteristics_of_oxy-fuel_combustion_in_gas_turbines "Characteristics of oxy-fuel combustion in gas turbines" ]

	=Internal Links=		=Internal Links=

Eric: Minor Typo Fix

2020-07-06T20:39:02Z

Minor Typo Fix

← Older revision		Revision as of 20:39, 6 July 2020
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	*Thus nitrogen dioxides are near impossible		*Thus nitrogen dioxides are near impossible
	*Also reduces exhaust/flue gas volume		*Also reduces exhaust/flue gas volume
	*Outside of cases where the ~~fuek~~ contains sulfur compounds or heavy metals, the flue gas is almost pure carbon dioxide and water vapor		*Outside of cases where the flue contains sulfur compounds or heavy metals, the flue gas is almost pure carbon dioxide and water vapor
	*The water can be condensed leaving near pure carbon dioxide for use in [[CO2 Enrichment]], Industrial Use (Chemical Reactant, Woking Fluid, Carbonation etc), or for [[Carbon Capture and Storage]] workflows		*The water can be condensed leaving near pure carbon dioxide for use in [[CO2 Enrichment]], Industrial Use (Chemical Reactant, Woking Fluid, Carbonation etc), or for [[Carbon Capture and Storage]] workflows
	*Main methods are:		*Main methods are:

Eric: Minor Clarification

2020-07-06T20:38:45Z

Minor Clarification

← Older revision		Revision as of 20:38, 6 July 2020
Line 3:		Line 3:
	*Thus nitrogen dioxides are near impossible		*Thus nitrogen dioxides are near impossible
	*Also reduces exhaust/flue gas volume		*Also reduces exhaust/flue gas volume
	*~~Depending on if~~ the ~~fuel~~ contains sulfur compounds or heavy metals, almost pure carbon dioxide and water vapor ~~result~~		*Outside of cases where the fuek contains sulfur compounds or heavy metals, the flue gas is almost pure carbon dioxide and water vapor
	*The water can be condensed leaving near pure carbon dioxide for use in [[CO2 Enrichment]], Industrial Use (Chemical Reactant, Woking Fluid, Carbonation etc), or for [[Carbon Capture and Storage]] workflows		*The water can be condensed leaving near pure carbon dioxide for use in [[CO2 Enrichment]], Industrial Use (Chemical Reactant, Woking Fluid, Carbonation etc), or for [[Carbon Capture and Storage]] workflows
	*Main methods are:		*Main methods are:
			**Replacing the "Air in" in a burner/combustor with (sometimes dilluted) oxygen
	**[[Chemical Looping Combustion]]		**[[Chemical Looping Combustion]]
	**[[Pressure Swing Absorbtion]] optimised for oxygen concentration (especially nitrogen removal, other gasses would mainly just lower oxygen/volume levels but not react (argon, xenon, etc)

	=Internal Links=		=Internal Links=

Eric: Updated the page to the more recent formatting style

2020-07-06T20:36:20Z

Updated the page to the more recent formatting style

← Older revision		Revision as of 20:36, 6 July 2020
Line 9:		Line 9:
	**[[Pressure Swing Absorbtion]] optimised for oxygen concentration (especially nitrogen removal, other gasses would mainly just lower oxygen/volume levels but not react (argon, xenon, etc)		**[[Pressure Swing Absorbtion]] optimised for oxygen concentration (especially nitrogen removal, other gasses would mainly just lower oxygen/volume levels but not react (argon, xenon, etc)

	=~~See Also~~=		=Internal Links=
	*		*

	=~~Useful~~ Links=		=External Links=
	*		*

			[[Category: Power ? ]

Eric: Created Page + Added Basic Sections/Info

2020-03-15T23:17:23Z

Created Page + Added Basic Sections/Info

New page

=Basics=
*Industrial Combustion (For heating, gassification, or other processes) that uses pure oxygen for oxidiser
*Thus nitrogen dioxides are near impossible
*Also reduces exhaust/flue gas volume
*Depending on if the fuel contains sulfur compounds or heavy metals, almost pure carbon dioxide and water vapor result
*The water can be condensed leaving near pure carbon dioxide for use in [[CO2 Enrichment]], Industrial Use (Chemical Reactant, Woking Fluid, Carbonation etc), or for [[Carbon Capture and Storage]] workflows
*Main methods are:
**[[Chemical Looping Combustion]]
**[[Pressure Swing Absorbtion]] optimised for oxygen concentration (especially nitrogen removal, other gasses would mainly just lower oxygen/volume levels but not react (argon, xenon, etc)

=See Also=
*

=Useful Links=
*