CascadeHeatHighToLow Class Reference

Classes
struct	Output

Public Member Functions
	CascadeHeatHighToLow (GasCompositions gasCompositions, double fuelHV, double fuelCost, double priFiringRate, double priExhaustTemperature, double priExhaustO2, double priCombAirTemperature, double priOpHours, double secFiringRate, double secExhaustTemperature, double secExhaustO2, double secCombAirTemperature, double secOpHours, const double fuelTempF=60, const double ambientAirTempF=60, const double combAirMoisturePerc=0)
CascadeHeatHighToLow::Output	calculate ()

Private Attributes
double	stoichAirVolume = 0
double	priExcessAir = 0
double	secExcessAir = 0
double	priAvailableHeat = 0
double	secAvailableHeat = 0
double	priFlueSpecHeat = 0
double	priFlueDensity = 0
double	fuelHV = 0
double	fuelCost = 0
double	priFiringRate = 0
double	priExhaustTemperature = 0
double	priExhaustO2 = 0
double	priCombAirTemperature = 0
double	priOpHours = 0
double	secFiringRate = 0
double	secExhaustTemperature = 0
double	secExhaustO2 = 0
double	secCombAirTemperature = 0
double	secOpHours = 0

Detailed Description

Definition at line 19 of file CascadeHeatHighToLow.h.

Constructor & Destructor Documentation

CascadeHeatHighToLow()

CascadeHeatHighToLow::CascadeHeatHighToLow ( GasCompositions  gasCompositions, double  fuelHV, double  fuelCost, double  priFiringRate, double  priExhaustTemperature, double  priExhaustO2, double  priCombAirTemperature, double  priOpHours, double  secFiringRate, double  secExhaustTemperature, double  secExhaustO2, double  secCombAirTemperature, double  secOpHours, const double  fuelTempF = 60, const double  ambientAirTempF = 60, const double  combAirMoisturePerc = 0  )

inline

Parameters

gasCompositions	Constructor for GasCompositions with which flue gas losses will be calculated. All molecule parameters are the percentage of that molecule present in the fuel
substance	name - string
CH4	% - double
C2H6	% - double
N2	% - double
H2	% - double
C3H8	% - double
C4H10_CnH2n	% - double
H2O	% - double
CO	% - double
CO2	% - double
SO2	% - double
O2	% - double
fuelHV	double, units Btu/SCF
fuelCost	double, units $/MMBtu
priFiringRate	double, units MMBtu/hr
priExhaustTemperature	double, units F
priExhaustO2	double, percentage / fraction
priCombAirTemperature	double, units F
priOpHours	double, units hrs/yr
secFiringRate	double, units MMBtu/hr
secExhaustTemperature	double, units F
secExhaustO2	double, percentage / fraction
secCombAirTemperature	double, units F
secOpHours	double, units hrs/yr

Definition at line 71 of file CascadeHeatHighToLow.h.

Member Function Documentation

calculate()

CascadeHeatHighToLow::Output CascadeHeatHighToLow::calculate

(

)

Returns

Parameters

priFlueVolume	double
hxEnergyRate	double
eqEnergySupply	double
effOpHours	double
energySavings	double
costSavings	double
hourlySavings	double
priExcessAir	double, percentage / fraction
priAvailableHeat	double, percentage / fraction
secExcessAir	double, percentage / fraction
secAvailableHeat	double, percentage / fraction

Member Data Documentation

fuelCost

double CascadeHeatHighToLow::fuelCost = 0

private

Definition at line 118 of file CascadeHeatHighToLow.h.

fuelHV

double CascadeHeatHighToLow::fuelHV = 0

private

Definition at line 118 of file CascadeHeatHighToLow.h.

priAvailableHeat

double CascadeHeatHighToLow::priAvailableHeat = 0

private

Definition at line 116 of file CascadeHeatHighToLow.h.

priCombAirTemperature

double CascadeHeatHighToLow::priCombAirTemperature = 0

private

Definition at line 119 of file CascadeHeatHighToLow.h.

priExcessAir

double CascadeHeatHighToLow::priExcessAir = 0

private

Definition at line 116 of file CascadeHeatHighToLow.h.

priExhaustO2

double CascadeHeatHighToLow::priExhaustO2 = 0

private

Definition at line 119 of file CascadeHeatHighToLow.h.

priExhaustTemperature

double CascadeHeatHighToLow::priExhaustTemperature = 0

private

Definition at line 119 of file CascadeHeatHighToLow.h.

priFiringRate

double CascadeHeatHighToLow::priFiringRate = 0

private

Definition at line 119 of file CascadeHeatHighToLow.h.

priFlueDensity

double CascadeHeatHighToLow::priFlueDensity = 0

private

Definition at line 117 of file CascadeHeatHighToLow.h.

priFlueSpecHeat

double CascadeHeatHighToLow::priFlueSpecHeat = 0

private

Definition at line 117 of file CascadeHeatHighToLow.h.

priOpHours

double CascadeHeatHighToLow::priOpHours = 0

private

Definition at line 119 of file CascadeHeatHighToLow.h.

secAvailableHeat

double CascadeHeatHighToLow::secAvailableHeat = 0

private

Definition at line 116 of file CascadeHeatHighToLow.h.

secCombAirTemperature

double CascadeHeatHighToLow::secCombAirTemperature = 0

private

Definition at line 120 of file CascadeHeatHighToLow.h.

secExcessAir

double CascadeHeatHighToLow::secExcessAir = 0

private

Definition at line 116 of file CascadeHeatHighToLow.h.

secExhaustO2

double CascadeHeatHighToLow::secExhaustO2 = 0

private

Definition at line 120 of file CascadeHeatHighToLow.h.

secExhaustTemperature

double CascadeHeatHighToLow::secExhaustTemperature = 0

private

Definition at line 120 of file CascadeHeatHighToLow.h.

secFiringRate

double CascadeHeatHighToLow::secFiringRate = 0

private

Definition at line 120 of file CascadeHeatHighToLow.h.

secOpHours

double CascadeHeatHighToLow::secOpHours = 0

private

Definition at line 120 of file CascadeHeatHighToLow.h.

stoichAirVolume

double CascadeHeatHighToLow::stoichAirVolume = 0

private

Definition at line 116 of file CascadeHeatHighToLow.h.

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The documentation for this class was generated from the following file:

• include/processHeat/CascadeHeatHighToLow.h