EfficiencyImprovement Class Reference

#include <EfficiencyImprovement.h>

Public Member Functions
	EfficiencyImprovement (double currentFlueGasOxygen, double newFlueGasOxygen, double currentFlueGasTemp, double newFlueGasTemp, double currentCombustionAirTemp, double newCombustionAirTemp, double currentEnergyInput)
double	getCurrentFlueGasOxygen () const
void	setCurrentFlueGasOxygen (double currentFlueGasOxygen)
double	getNewFlueGasOxygen () const
void	setNewFlueGasOxygen (double newFlueGasOxygen)
double	getCurrentFlueGasTemp () const
void	setCurrentFlueGasTemp (double currentFlueGasTemp)
double	getNewFlueGasTemp () const
void	setNewFlueGasTemp (double newFlueGasTemp)
double	getCurrentCombustionAirTemp () const
void	setCurrentCombustionAirTemp (double currentCombustionAirTemp)
double	getNewCombustionAirTemp () const
void	setNewCombustionAirTemp (double newCombustionAirTemp)
double	getCurrentEnergyInput () const
void	setCurrentEnergyInput (double currentEnergyInput)
double	getCurrentExcessAir ()
double	getNewExcessAir ()
double	getCurrentHeatInput ()
double	getNewHeatInput ()
double	getCurrentAirSpecificHeat ()
double	getNewAirSpecificHeat ()
double	getCurrentAirCorrection ()
double	getNewAirCorrection ()
double	getCurrentCombustionAirCorrection ()
double	getNewCombustionAirCorrection ()
double	getCurrentAvailableHeat ()
double	getNewAvailableHeat ()
double	getNewFuelSavings ()
double	getCurrentFuelSavings ()
double	getNewEnergyInput ()
	EfficiencyImprovement (double currentFlueGasOxygen, double newFlueGasOxygen, double currentFlueGasTemp, double newFlueGasTemp, double currentCombustionAirTemp, double newCombustionAirTemp, double currentEnergyInput)
double	getCurrentFlueGasOxygen () const
void	setCurrentFlueGasOxygen (double currentFlueGasOxygen)
double	getNewFlueGasOxygen () const
void	setNewFlueGasOxygen (double newFlueGasOxygen)
double	getCurrentFlueGasTemp () const
void	setCurrentFlueGasTemp (double currentFlueGasTemp)
double	getNewFlueGasTemp () const
void	setNewFlueGasTemp (double newFlueGasTemp)
double	getCurrentCombustionAirTemp () const
void	setCurrentCombustionAirTemp (double currentCombustionAirTemp)
double	getNewCombustionAirTemp () const
void	setNewCombustionAirTemp (double newCombustionAirTemp)
double	getCurrentEnergyInput () const
void	setCurrentEnergyInput (double currentEnergyInput)
double	getCurrentExcessAir ()
double	getNewExcessAir ()
double	getCurrentHeatInput ()
double	getNewHeatInput ()
double	getCurrentAirSpecificHeat ()
double	getNewAirSpecificHeat ()
double	getCurrentAirCorrection ()
double	getNewAirCorrection ()
double	getCurrentCombustionAirCorrection ()
double	getNewCombustionAirCorrection ()
double	getCurrentAvailableHeat ()
double	getNewAvailableHeat ()
double	getNewFuelSavings ()
double	getCurrentFuelSavings ()
double	getNewEnergyInput ()
	EfficiencyImprovement (double currentFlueGasOxygen, double newFlueGasOxygen, double currentFlueGasTemp, double newFlueGasTemp, double currentCombustionAirTemp, double newCombustionAirTemp, double currentEnergyInput)
double	getCurrentFlueGasOxygen () const
void	setCurrentFlueGasOxygen (double currentFlueGasOxygen)
double	getNewFlueGasOxygen () const
void	setNewFlueGasOxygen (double newFlueGasOxygen)
double	getCurrentFlueGasTemp () const
void	setCurrentFlueGasTemp (double currentFlueGasTemp)
double	getNewFlueGasTemp () const
void	setNewFlueGasTemp (double newFlueGasTemp)
double	getCurrentCombustionAirTemp () const
void	setCurrentCombustionAirTemp (double currentCombustionAirTemp)
double	getNewCombustionAirTemp () const
void	setNewCombustionAirTemp (double newCombustionAirTemp)
double	getCurrentEnergyInput () const
void	setCurrentEnergyInput (double currentEnergyInput)
double	getCurrentExcessAir ()
double	getNewExcessAir ()
double	getCurrentHeatInput ()
double	getNewHeatInput ()
double	getCurrentAirSpecificHeat ()
double	getNewAirSpecificHeat ()
double	getCurrentAirCorrection ()
double	getNewAirCorrection ()
double	getCurrentCombustionAirCorrection ()
double	getNewCombustionAirCorrection ()
double	getCurrentAvailableHeat ()
double	getNewAvailableHeat ()
double	getNewFuelSavings ()
double	getCurrentFuelSavings ()
double	getNewEnergyInput ()

Detailed Description

Efficiency Improvement calculator class Used to help calculate potential fuel savings by increasing the efficiency of the furnace.

Definition at line 19 of file EfficiencyImprovement.h.

Constructor & Destructor Documentation

EfficiencyImprovement() [1/3]

EfficiencyImprovement::EfficiencyImprovement ( double  currentFlueGasOxygen, double  newFlueGasOxygen, double  currentFlueGasTemp, double  newFlueGasTemp, double  currentCombustionAirTemp, double  newCombustionAirTemp, double  currentEnergyInput  )

inline

Constructor for the efficiency improvement calculator

Parameters

currentFlueGasOxygen	double, current % dry of flue gas oxygen
newFlueGasOxygen	double, new % dry of flue gas oxygen
currentFlueGasTemp	double, current temperature of flue gas in °F
newFlueGasTemp	double, new temperature of flue gas in °F
currentCombustionAirTemp	double, current temperature of combustion air in °F
newCombustionAirTemp	double, new temperature of combustion air in °F
currentEnergyInput	double, current energy input in MM Btu/hr

Definition at line 35 of file EfficiencyImprovement.h.

EfficiencyImprovement() [2/3]

EfficiencyImprovement::EfficiencyImprovement ( double  currentFlueGasOxygen, double  newFlueGasOxygen, double  currentFlueGasTemp, double  newFlueGasTemp, double  currentCombustionAirTemp, double  newCombustionAirTemp, double  currentEnergyInput  )

inline

Constructor for the efficiency improvement calculator

Parameters

currentFlueGasOxygen	double, current % dry of flue gas oxygen
newFlueGasOxygen	double, new % dry of flue gas oxygen
currentFlueGasTemp	double, current temperature of flue gas in °F
newFlueGasTemp	double, new temperature of flue gas in °F
currentCombustionAirTemp	double, current temperature of combustion air in °F
newCombustionAirTemp	double, new temperature of combustion air in °F
currentEnergyInput	double, current energy input in MM Btu/hr

Definition at line 35 of file EfficiencyImprovement.h.

EfficiencyImprovement() [3/3]

EfficiencyImprovement::EfficiencyImprovement ( double  currentFlueGasOxygen, double  newFlueGasOxygen, double  currentFlueGasTemp, double  newFlueGasTemp, double  currentCombustionAirTemp, double  newCombustionAirTemp, double  currentEnergyInput  )

inline

Constructor for the efficiency improvement calculator

Parameters

currentFlueGasOxygen	double, current % dry of flue gas oxygen
newFlueGasOxygen	double, new % dry of flue gas oxygen
currentFlueGasTemp	double, current temperature of flue gas in °F
newFlueGasTemp	double, new temperature of flue gas in °F
currentCombustionAirTemp	double, current temperature of combustion air in °F
newCombustionAirTemp	double, new temperature of combustion air in °F
currentEnergyInput	double, current energy input in MM Btu/hr

Definition at line 35 of file EfficiencyImprovement.h.

Member Function Documentation

getCurrentAirCorrection() [1/3]

double EfficiencyImprovement::getCurrentAirCorrection

(

)

Gets the current air correction

Returns

double, current air correction in btu

Definition at line 42 of file EfficiencyImprovement.cpp.

getCurrentAirCorrection() [2/3]

double EfficiencyImprovement::getCurrentAirCorrection

(

)

Gets the current air correction

Returns

double, current air correction in btu

getCurrentAirCorrection() [3/3]

double EfficiencyImprovement::getCurrentAirCorrection

(

)

Gets the current air correction

Returns

double, current air correction in btu

getCurrentAirSpecificHeat() [1/3]

double EfficiencyImprovement::getCurrentAirSpecificHeat

(

)

Gets the current specific heat of air

Returns

double, current specific heat of air in Btu/(lb*°F)

Definition at line 32 of file EfficiencyImprovement.cpp.

getCurrentAirSpecificHeat() [2/3]

double EfficiencyImprovement::getCurrentAirSpecificHeat

(

)

Gets the current specific heat of air

Returns

double, current specific heat of air in Btu/(lb*°F)

getCurrentAirSpecificHeat() [3/3]

double EfficiencyImprovement::getCurrentAirSpecificHeat

(

)

Gets the current specific heat of air

Returns

double, current specific heat of air in Btu/(lb*°F)

getCurrentAvailableHeat() [1/3]

double EfficiencyImprovement::getCurrentAvailableHeat

(

)

Gets the current available heat

Returns

double, current available heat as % of HHV

getCurrentAvailableHeat() [2/3]

double EfficiencyImprovement::getCurrentAvailableHeat

(

)

Gets the current available heat

Returns

double, current available heat as % of HHV

Definition at line 70 of file EfficiencyImprovement.cpp.

getCurrentAvailableHeat() [3/3]

double EfficiencyImprovement::getCurrentAvailableHeat

(

)

Gets the current available heat

Returns

double, current available heat as % of HHV

getCurrentCombustionAirCorrection() [1/3]

double EfficiencyImprovement::getCurrentCombustionAirCorrection

(

)

Gets the combustion air correction

Returns

double, combustion air correction in btu

Definition at line 56 of file EfficiencyImprovement.cpp.

getCurrentCombustionAirCorrection() [2/3]

double EfficiencyImprovement::getCurrentCombustionAirCorrection

(

)

Gets the combustion air correction

Returns

double, combustion air correction in btu

getCurrentCombustionAirCorrection() [3/3]

double EfficiencyImprovement::getCurrentCombustionAirCorrection

(

)

Gets the combustion air correction

Returns

double, combustion air correction in btu

getCurrentCombustionAirTemp() [1/3]

double EfficiencyImprovement::getCurrentCombustionAirTemp ( ) const

inline

Gets the current temperature of combustion air

Returns

double, current temperature of combustion air in °F

Definition at line 153 of file EfficiencyImprovement.h.

getCurrentCombustionAirTemp() [2/3]

double EfficiencyImprovement::getCurrentCombustionAirTemp ( ) const

inline

Gets the current temperature of combustion air

Returns

double, current temperature of combustion air in °F

Definition at line 153 of file EfficiencyImprovement.h.

getCurrentCombustionAirTemp() [3/3]

double EfficiencyImprovement::getCurrentCombustionAirTemp ( ) const

inline

Gets the current temperature of combustion air

Returns

double, current temperature of combustion air in °F

Definition at line 153 of file EfficiencyImprovement.h.

getCurrentEnergyInput() [1/3]

double EfficiencyImprovement::getCurrentEnergyInput ( ) const

inline

Gets the current energy input

Returns

double, current energy input in MM Btu/hr

Definition at line 191 of file EfficiencyImprovement.h.

getCurrentEnergyInput() [2/3]

double EfficiencyImprovement::getCurrentEnergyInput ( ) const

inline

Gets the current energy input

Returns

double, current energy input in MM Btu/hr

Definition at line 191 of file EfficiencyImprovement.h.

getCurrentEnergyInput() [3/3]

double EfficiencyImprovement::getCurrentEnergyInput ( ) const

inline

Gets the current energy input

Returns

double, current energy input in MM Btu/hr

Definition at line 191 of file EfficiencyImprovement.h.

getCurrentExcessAir() [1/3]

double EfficiencyImprovement::getCurrentExcessAir

(

)

Gets the current excess air

Returns

double, current excess air as %

getCurrentExcessAir() [2/3]

double EfficiencyImprovement::getCurrentExcessAir

(

)

Gets the current excess air

Returns

double, current excess air as %

getCurrentExcessAir() [3/3]

double EfficiencyImprovement::getCurrentExcessAir

(

)

Gets the current excess air

Returns

double, current excess air as %

Definition at line 12 of file EfficiencyImprovement.cpp.

getCurrentFlueGasOxygen() [1/3]

double EfficiencyImprovement::getCurrentFlueGasOxygen ( ) const

inline

Gets the current % of dry flue gas oxygen

Returns

double, current % of dry flue gas oxygen

Definition at line 77 of file EfficiencyImprovement.h.

getCurrentFlueGasOxygen() [2/3]

double EfficiencyImprovement::getCurrentFlueGasOxygen ( ) const

inline

Gets the current % of dry flue gas oxygen

Returns

double, current % of dry flue gas oxygen

Definition at line 77 of file EfficiencyImprovement.h.

getCurrentFlueGasOxygen() [3/3]

double EfficiencyImprovement::getCurrentFlueGasOxygen ( ) const

inline

Gets the current % of dry flue gas oxygen

Returns

double, current % of dry flue gas oxygen

Definition at line 77 of file EfficiencyImprovement.h.

getCurrentFlueGasTemp() [1/3]

double EfficiencyImprovement::getCurrentFlueGasTemp ( ) const

inline

Gets the current temperature of flue gas

Returns

double, current temperature of flue gas in °F

Definition at line 115 of file EfficiencyImprovement.h.

getCurrentFlueGasTemp() [2/3]

double EfficiencyImprovement::getCurrentFlueGasTemp ( ) const

inline

Gets the current temperature of flue gas

Returns

double, current temperature of flue gas in °F

Definition at line 115 of file EfficiencyImprovement.h.

getCurrentFlueGasTemp() [3/3]

double EfficiencyImprovement::getCurrentFlueGasTemp ( ) const

inline

Gets the current temperature of flue gas

Returns

double, current temperature of flue gas in °F

Definition at line 115 of file EfficiencyImprovement.h.

getCurrentFuelSavings() [1/3]

double EfficiencyImprovement::getCurrentFuelSavings ( )

inline

Gets the current fuel savings

Returns

double, current fuel savings as %

Definition at line 301 of file EfficiencyImprovement.h.

getCurrentFuelSavings() [2/3]

double EfficiencyImprovement::getCurrentFuelSavings ( )

inline

Gets the current fuel savings

Returns

double, current fuel savings as %

Definition at line 301 of file EfficiencyImprovement.h.

getCurrentFuelSavings() [3/3]

double EfficiencyImprovement::getCurrentFuelSavings ( )

inline

Gets the current fuel savings

Returns

double, current fuel savings as %

Definition at line 301 of file EfficiencyImprovement.h.

getCurrentHeatInput() [1/3]

double EfficiencyImprovement::getCurrentHeatInput

(

)

Gets the current heat input in °F

Returns

double, current heat input in °F

Definition at line 22 of file EfficiencyImprovement.cpp.

getCurrentHeatInput() [2/3]

double EfficiencyImprovement::getCurrentHeatInput

(

)

Gets the current heat input in °F

Returns

double, current heat input in °F

getCurrentHeatInput() [3/3]

double EfficiencyImprovement::getCurrentHeatInput

(

)

Gets the current heat input in °F

Returns

double, current heat input in °F

getNewAirCorrection() [1/3]

double EfficiencyImprovement::getNewAirCorrection

(

)

Gets the new air correction

Returns

double, new air correction in btu

getNewAirCorrection() [2/3]

double EfficiencyImprovement::getNewAirCorrection

(

)

Gets the new air correction

Returns

double, new air correction in btu

Definition at line 49 of file EfficiencyImprovement.cpp.

getNewAirCorrection() [3/3]

double EfficiencyImprovement::getNewAirCorrection

(

)

Gets the new air correction

Returns

double, new air correction in btu

getNewAirSpecificHeat() [1/3]

double EfficiencyImprovement::getNewAirSpecificHeat

(

)

Gets the new specific heat of air

Returns

double, new specific heat of air in Btu/(lb*°F)

getNewAirSpecificHeat() [2/3]

double EfficiencyImprovement::getNewAirSpecificHeat

(

)

Gets the new specific heat of air

Returns

double, new specific heat of air in Btu/(lb*°F)

Definition at line 37 of file EfficiencyImprovement.cpp.

getNewAirSpecificHeat() [3/3]

double EfficiencyImprovement::getNewAirSpecificHeat

(

)

Gets the new specific heat of air

Returns

double, new specific heat of air in Btu/(lb*°F)

getNewAvailableHeat() [1/3]

double EfficiencyImprovement::getNewAvailableHeat

(

)

Gets the new available heat

Returns

double, new available heat as % of HHV

getNewAvailableHeat() [2/3]

double EfficiencyImprovement::getNewAvailableHeat

(

)

Gets the new available heat

Returns

double, new available heat as % of HHV

Definition at line 78 of file EfficiencyImprovement.cpp.

getNewAvailableHeat() [3/3]

double EfficiencyImprovement::getNewAvailableHeat

(

)

Gets the new available heat

Returns

double, new available heat as % of HHV

getNewCombustionAirCorrection() [1/3]

double EfficiencyImprovement::getNewCombustionAirCorrection

(

)

Gets the combustion air correction

Returns

double, combustion air correction in btu

getNewCombustionAirCorrection() [2/3]

double EfficiencyImprovement::getNewCombustionAirCorrection

(

)

Gets the combustion air correction

Returns

double, combustion air correction in btu

Definition at line 63 of file EfficiencyImprovement.cpp.

getNewCombustionAirCorrection() [3/3]

double EfficiencyImprovement::getNewCombustionAirCorrection

(

)

Gets the combustion air correction

Returns

double, combustion air correction in btu

getNewCombustionAirTemp() [1/3]

double EfficiencyImprovement::getNewCombustionAirTemp ( ) const

inline

Gets the new temperature of combustion air

Returns

double, new temperature of combustion air in °F

Definition at line 172 of file EfficiencyImprovement.h.

getNewCombustionAirTemp() [2/3]

double EfficiencyImprovement::getNewCombustionAirTemp ( ) const

inline

Gets the new temperature of combustion air

Returns

double, new temperature of combustion air in °F

Definition at line 172 of file EfficiencyImprovement.h.

getNewCombustionAirTemp() [3/3]

double EfficiencyImprovement::getNewCombustionAirTemp ( ) const

inline

Gets the new temperature of combustion air

Returns

double, new temperature of combustion air in °F

Definition at line 172 of file EfficiencyImprovement.h.

getNewEnergyInput() [1/3]

double EfficiencyImprovement::getNewEnergyInput

(

)

Gets the new fuel savings

Returns

double, new fuel savings as %

getNewEnergyInput() [2/3]

double EfficiencyImprovement::getNewEnergyInput

(

)

Gets the new fuel savings

Returns

double, new fuel savings as %

getNewEnergyInput() [3/3]

double EfficiencyImprovement::getNewEnergyInput

(

)

Gets the new fuel savings

Returns

double, new fuel savings as %

Definition at line 94 of file EfficiencyImprovement.cpp.

getNewExcessAir() [1/3]

double EfficiencyImprovement::getNewExcessAir

(

)

Gets the new excess air

Returns

double, new excess air as %

Definition at line 17 of file EfficiencyImprovement.cpp.

getNewExcessAir() [2/3]

double EfficiencyImprovement::getNewExcessAir

(

)

Gets the new excess air

Returns

double, new excess air as %

getNewExcessAir() [3/3]

double EfficiencyImprovement::getNewExcessAir

(

)

Gets the new excess air

Returns

double, new excess air as %

getNewFlueGasOxygen() [1/3]

double EfficiencyImprovement::getNewFlueGasOxygen ( ) const

inline

Gets the new % of dry flue gas oxygen

Returns

double, new % of dry flue gas oxygen

Definition at line 96 of file EfficiencyImprovement.h.

getNewFlueGasOxygen() [2/3]

double EfficiencyImprovement::getNewFlueGasOxygen ( ) const

inline

Gets the new % of dry flue gas oxygen

Returns

double, new % of dry flue gas oxygen

Definition at line 96 of file EfficiencyImprovement.h.

getNewFlueGasOxygen() [3/3]

double EfficiencyImprovement::getNewFlueGasOxygen ( ) const

inline

Gets the new % of dry flue gas oxygen

Returns

double, new % of dry flue gas oxygen

Definition at line 96 of file EfficiencyImprovement.h.

getNewFlueGasTemp() [1/3]

double EfficiencyImprovement::getNewFlueGasTemp ( ) const

inline

Gets the new temperature of flue gas

Returns

double, new temperature of flue gas in °F

Definition at line 134 of file EfficiencyImprovement.h.

getNewFlueGasTemp() [2/3]

double EfficiencyImprovement::getNewFlueGasTemp ( ) const

inline

Gets the new temperature of flue gas

Returns

double, new temperature of flue gas in °F

Definition at line 134 of file EfficiencyImprovement.h.

getNewFlueGasTemp() [3/3]

double EfficiencyImprovement::getNewFlueGasTemp ( ) const

inline

Gets the new temperature of flue gas

Returns

double, new temperature of flue gas in °F

Definition at line 134 of file EfficiencyImprovement.h.

getNewFuelSavings() [1/3]

double EfficiencyImprovement::getNewFuelSavings

(

)

Gets the new fuel savings

Returns

double, new fuel savings as %

getNewFuelSavings() [2/3]

double EfficiencyImprovement::getNewFuelSavings

(

)

Gets the new fuel savings

Returns

double, new fuel savings as %

Definition at line 87 of file EfficiencyImprovement.cpp.

getNewFuelSavings() [3/3]

double EfficiencyImprovement::getNewFuelSavings

(

)

Gets the new fuel savings

Returns

double, new fuel savings as %

getNewHeatInput() [1/3]

double EfficiencyImprovement::getNewHeatInput

(

)

Gets the new heat input in °F

Returns

double, new heat input in °F

getNewHeatInput() [2/3]

double EfficiencyImprovement::getNewHeatInput

(

)

Gets the new heat input in °F

Returns

double, new heat input in °F

getNewHeatInput() [3/3]

double EfficiencyImprovement::getNewHeatInput

(

)

Gets the new heat input in °F

Returns

double, new heat input in °F

Definition at line 27 of file EfficiencyImprovement.cpp.

setCurrentCombustionAirTemp() [1/3]

void EfficiencyImprovement::setCurrentCombustionAirTemp ( double  currentCombustionAirTemp )

inline

Sets the current temperature of combustion air

Parameters

currentCombustionAirTemp

double, current temperature of combustion in °F

Definition at line 163 of file EfficiencyImprovement.h.

setCurrentCombustionAirTemp() [2/3]

void EfficiencyImprovement::setCurrentCombustionAirTemp ( double  currentCombustionAirTemp )

inline

Sets the current temperature of combustion air

Parameters

currentCombustionAirTemp

double, current temperature of combustion in °F

Definition at line 163 of file EfficiencyImprovement.h.

setCurrentCombustionAirTemp() [3/3]

void EfficiencyImprovement::setCurrentCombustionAirTemp ( double  currentCombustionAirTemp )

inline

Sets the current temperature of combustion air

Parameters

currentCombustionAirTemp

double, current temperature of combustion in °F

Definition at line 163 of file EfficiencyImprovement.h.

setCurrentEnergyInput() [1/3]

void EfficiencyImprovement::setCurrentEnergyInput ( double  currentEnergyInput )

inline

Sets the current energy input

Parameters

currentEnergyInput

double, current, current energy input in MM Btu/hr

Definition at line 201 of file EfficiencyImprovement.h.

setCurrentEnergyInput() [2/3]

void EfficiencyImprovement::setCurrentEnergyInput ( double  currentEnergyInput )

inline

Sets the current energy input

Parameters

currentEnergyInput

double, current, current energy input in MM Btu/hr

Definition at line 201 of file EfficiencyImprovement.h.

setCurrentEnergyInput() [3/3]

void EfficiencyImprovement::setCurrentEnergyInput ( double  currentEnergyInput )

inline

Sets the current energy input

Parameters

currentEnergyInput

double, current, current energy input in MM Btu/hr

Definition at line 201 of file EfficiencyImprovement.h.

setCurrentFlueGasOxygen() [1/3]

void EfficiencyImprovement::setCurrentFlueGasOxygen ( double  currentFlueGasOxygen )

inline

Sets the current % of dry flue gas oxygen

Parameters

currentFlueGasOxygen

double, current % of dry flue gas oxygen

Definition at line 87 of file EfficiencyImprovement.h.

setCurrentFlueGasOxygen() [2/3]

void EfficiencyImprovement::setCurrentFlueGasOxygen ( double  currentFlueGasOxygen )

inline

Sets the current % of dry flue gas oxygen

Parameters

currentFlueGasOxygen

double, current % of dry flue gas oxygen

Definition at line 87 of file EfficiencyImprovement.h.

setCurrentFlueGasOxygen() [3/3]

void EfficiencyImprovement::setCurrentFlueGasOxygen ( double  currentFlueGasOxygen )

inline

Sets the current % of dry flue gas oxygen

Parameters

currentFlueGasOxygen

double, current % of dry flue gas oxygen

Definition at line 87 of file EfficiencyImprovement.h.

setCurrentFlueGasTemp() [1/3]

void EfficiencyImprovement::setCurrentFlueGasTemp ( double  currentFlueGasTemp )

inline

Sets the current temperature of flue gas

Parameters

currentFlueGasTemp

double, current temperature of flue gas in °F

Definition at line 125 of file EfficiencyImprovement.h.

setCurrentFlueGasTemp() [2/3]

void EfficiencyImprovement::setCurrentFlueGasTemp ( double  currentFlueGasTemp )

inline

Sets the current temperature of flue gas

Parameters

currentFlueGasTemp

double, current temperature of flue gas in °F

Definition at line 125 of file EfficiencyImprovement.h.

setCurrentFlueGasTemp() [3/3]

void EfficiencyImprovement::setCurrentFlueGasTemp ( double  currentFlueGasTemp )

inline

Sets the current temperature of flue gas

Parameters

currentFlueGasTemp

double, current temperature of flue gas in °F

Definition at line 125 of file EfficiencyImprovement.h.

setNewCombustionAirTemp() [1/3]

void EfficiencyImprovement::setNewCombustionAirTemp ( double  newCombustionAirTemp )

inline

Sets the new temperature of combustion air

Parameters

newCombustionAirTemp

double, new temperature of combustion in °F

Definition at line 182 of file EfficiencyImprovement.h.

setNewCombustionAirTemp() [2/3]

void EfficiencyImprovement::setNewCombustionAirTemp ( double  newCombustionAirTemp )

inline

Sets the new temperature of combustion air

Parameters

newCombustionAirTemp

double, new temperature of combustion in °F

Definition at line 182 of file EfficiencyImprovement.h.

setNewCombustionAirTemp() [3/3]

void EfficiencyImprovement::setNewCombustionAirTemp ( double  newCombustionAirTemp )

inline

Sets the new temperature of combustion air

Parameters

newCombustionAirTemp

double, new temperature of combustion in °F

Definition at line 182 of file EfficiencyImprovement.h.

setNewFlueGasOxygen() [1/3]

void EfficiencyImprovement::setNewFlueGasOxygen ( double  newFlueGasOxygen )

inline

Sets the new % of dry flue gas oxygen

Parameters

newFlueGasOxygen

double, new % of dry flue gas oxygen

Definition at line 106 of file EfficiencyImprovement.h.

setNewFlueGasOxygen() [2/3]

void EfficiencyImprovement::setNewFlueGasOxygen ( double  newFlueGasOxygen )

inline

Sets the new % of dry flue gas oxygen

Parameters

newFlueGasOxygen

double, new % of dry flue gas oxygen

Definition at line 106 of file EfficiencyImprovement.h.

setNewFlueGasOxygen() [3/3]

void EfficiencyImprovement::setNewFlueGasOxygen ( double  newFlueGasOxygen )

inline

Sets the new % of dry flue gas oxygen

Parameters

newFlueGasOxygen

double, new % of dry flue gas oxygen

Definition at line 106 of file EfficiencyImprovement.h.

setNewFlueGasTemp() [1/3]

void EfficiencyImprovement::setNewFlueGasTemp ( double  newFlueGasTemp )

inline

Sets the new temperature of flue gas

Parameters

newFlueGasTemp

double, new temperature of flue gas in °F

Definition at line 144 of file EfficiencyImprovement.h.

setNewFlueGasTemp() [2/3]

void EfficiencyImprovement::setNewFlueGasTemp ( double  newFlueGasTemp )

inline

Sets the new temperature of flue gas

Parameters

newFlueGasTemp

double, new temperature of flue gas in °F

Definition at line 144 of file EfficiencyImprovement.h.

setNewFlueGasTemp() [3/3]

void EfficiencyImprovement::setNewFlueGasTemp ( double  newFlueGasTemp )

inline

Sets the new temperature of flue gas

Parameters

newFlueGasTemp

double, new temperature of flue gas in °F

Definition at line 144 of file EfficiencyImprovement.h.

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

• _CPack_Packages/Darwin/STGZ/amo_tools_suite--Darwin-x86_64/amo_tools_suite/include/calculator/furnace/EfficiencyImprovement.h
• src/calculator/furnace/EfficiencyImprovement.cpp