Latest revision as of 20:42, 6 July 2020

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
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
Main methods are:
- Replacing the "Air in" in a burner/combustor with (sometimes dilluted) oxygen
- Chemical Looping Combustion

[[Category: Power ? ]

@@ Line 3: / Line 3: @@
 *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
+*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
 *Main methods are:
+**Replacing the "Air in" in a burner/combustor with (sometimes dilluted) oxygen
 **[[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)
+=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=