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DyCarnica Management Consultancy
Karin Koglbauer MA, MBA
The Cleanbustion Computation Model combines a SNCR reaction model with a gaseous combustion reaction model. The SNCR reaction model handles the “N”-reactions while the combustion reaction model handles the “C”-reactions. As result, the Cleanbustion Computation Model can handle any combined “N & C” reactions. Especially from the point of NOx reduction, C-components are able to support selective N-reducing agents and work as reactions enhancer.
There are 428 partial chemical reactions included to attain the most accurate approximation of real SNCR-states.
Input Parameters
N2: Nm³/Nm³ dry gas
O2: Nm³/Nm³ dry gas
CO2 Nm³/Nm³ dry gas
H2O Nm³/Nm³ humid gas
NOX mg/Nm³ dry gas at present oxygen level
NH3 mg/Nm³ dry gas
NH2CONH2 mg/Nm³ dry gas
Reference Oxygen equal to present oxygen level
The following Input Parameters are set for constant
Pressure: 1013.25 hPa
CO: 0.00 mg/Nm³
SO2: 0.00 mg/Nm³
NOX-Ratio: nNOX = 0.95n NO + 0.05n NO2 n in mol/Nm³
