suite/docs/solid__liquid__flue__gas__material_8h_source.html

#pragma once


namespace solid_liquid_flue_gas_material {


double totalHeatLoss(const double flue_gas_temperature, const double excess_air,

                     const double combustion_air_temperature, const double fuel_temperature,

                     const double moisture_in_air_combustion, const double ash_discharge_temperature,

                     const double unburned_carbon_in_ash, const double carbon, const double hydrogen,

                     const double sulphur, const double inert_ash, const double o2, const double moisture,

                     const double nitrogen, const double ambient_air_temp_f = 60);


double calculateExcessAirFromFlueGasO2(double flue_gas_o2, double carbon, double hydrogen, double sulphur,

                                       double inert_ash, double o2, double moisture, double nitrogen,

                                       double moisture_in_air_combustion);


double calculateFlueGasO2(double excess_air, double carbon, double hydrogen, double sulphur, double inert_ash,

                          double o2, double moisture, double nitrogen, double moisture_in_air_combustion);


double calculateHeatingValueFuel(double carbon, double hydrogen, double sulphur, double inert_ash, double o2,

                                 double moisture, double nitrogen);


double calculateStoichiometricAir(double carbon, double hydrogen, double sulphur, double inert_ash, double o2,

                                  double moisture, double nitrogen);


}; // namespace solid_liquid_flue_gas_material

solid_liquid_flue_gas_material::calculateFlueGasO2
double calculateFlueGasO2(double excess_air, double carbon, double hydrogen, double sulphur, double inert_ash, double o2, double moisture, double nitrogen, double moisture_in_air_combustion)
Calculates flue gas O2 fraction given excess air and fuel composition.

solid_liquid_flue_gas_material::totalHeatLoss
double totalHeatLoss(const double flue_gas_temperature, const double excess_air, const double combustion_air_temperature, const double fuel_temperature, const double moisture_in_air_combustion, const double ash_discharge_temperature, const double unburned_carbon_in_ash, const double carbon, const double hydrogen, const double sulphur, const double inert_ash, const double o2, const double moisture, const double nitrogen, const double ambient_air_temp_f=60)
Calculates total heat loss for solid/liquid fuel flue gas.

solid_liquid_flue_gas_material::calculateHeatingValueFuel
double calculateHeatingValueFuel(double carbon, double hydrogen, double sulphur, double inert_ash, double o2, double moisture, double nitrogen)
Calculates the heating value of the fuel based on composition.

solid_liquid_flue_gas_material::calculateStoichiometricAir
double calculateStoichiometricAir(double carbon, double hydrogen, double sulphur, double inert_ash, double o2, double moisture, double nitrogen)
Calculates the stoichiometric air required for complete combustion of the given fuel composition.

solid_liquid_flue_gas_material::calculateExcessAirFromFlueGasO2
double calculateExcessAirFromFlueGasO2(double flue_gas_o2, double carbon, double hydrogen, double sulphur, double inert_ash, double o2, double moisture, double nitrogen, double moisture_in_air_combustion)
Calculates excess air percentage given flue gas O2 levels using iterative algorithm.

solid_liquid_flue_gas_material
Contains functions for flue gas material calculations.