#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 ()

Private Attributes
double	currentFlueGasOxygen_ = 0.0

double	newFlueGasOxygen_ = 0.0

double	currentFlueGasTemp_ = 0.0

double	newFlueGasTemp_ = 0.0

double	currentCombustionAirTemp_ = 0.0

double	newCombustionAirTemp_ = 0.0

double	currentEnergyInput_ = 0.0

double	currentExcessAir_

double	newExcessAir_

double	currentHeatInput_

double	newHeatInput_

double	currentAirSpecificHeat_

double	newAirSpecificHeat_

double	currentAirCorrection_

double	newAirCorrection_

double	currentCombustionAirCorrection_

double	newCombustionAirCorrection_

double	currentAvailableHeat_

double	newAvailableHeat_

double	currentFuelSavings_

double	newFuelSavings_

double	newEnergyInput_

Detailed Description

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

Definition at line 19 of file EfficiencyImprovement.h.

Constructor & Destructor Documentation

◆ EfficiencyImprovement()

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()

double EfficiencyImprovement::getCurrentAirCorrection ( )

Gets the current air correction

Returns: double, current air correction in btu

◆ getCurrentAirSpecificHeat()

double EfficiencyImprovement::getCurrentAirSpecificHeat ( )

Gets the current specific heat of air

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

◆ getCurrentAvailableHeat()

double EfficiencyImprovement::getCurrentAvailableHeat ( )

Gets the current available heat

Returns: double, current available heat as % of HHV

◆ getCurrentCombustionAirCorrection()

double EfficiencyImprovement::getCurrentCombustionAirCorrection ( )

Gets the combustion air correction

Returns: double, combustion air correction in btu

◆ getCurrentCombustionAirTemp()

double EfficiencyImprovement::getCurrentCombustionAirTemp ( ) const

inline

Gets the current temperature of combustion air

Returns: double, current temperature of combustion air in °F

Definition at line 128 of file EfficiencyImprovement.h.

◆ getCurrentEnergyInput()

double EfficiencyImprovement::getCurrentEnergyInput ( ) const

inline

Gets the current energy input

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

Definition at line 160 of file EfficiencyImprovement.h.

◆ getCurrentExcessAir()

double EfficiencyImprovement::getCurrentExcessAir ( )

Gets the current excess air

Returns: double, current excess air as %

◆ getCurrentFlueGasOxygen()

double EfficiencyImprovement::getCurrentFlueGasOxygen ( ) const

inline

Gets the current % of dry flue gas oxygen

Returns: double, current % of dry flue gas oxygen

Definition at line 68 of file EfficiencyImprovement.h.

◆ getCurrentFlueGasTemp()

double EfficiencyImprovement::getCurrentFlueGasTemp ( ) const

inline

Gets the current temperature of flue gas

Returns: double, current temperature of flue gas in °F

Definition at line 98 of file EfficiencyImprovement.h.

◆ getCurrentFuelSavings()

double EfficiencyImprovement::getCurrentFuelSavings ( )

inline

Gets the current fuel savings

Returns: double, current fuel savings as %

Definition at line 266 of file EfficiencyImprovement.h.

◆ getCurrentHeatInput()

double EfficiencyImprovement::getCurrentHeatInput ( )

Gets the current heat input in °F

Returns: double, current heat input in °F

◆ getNewAirCorrection()

double EfficiencyImprovement::getNewAirCorrection ( )

Gets the new air correction

Returns: double, new air correction in btu

◆ getNewAirSpecificHeat()

double EfficiencyImprovement::getNewAirSpecificHeat ( )

Gets the new specific heat of air

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

◆ getNewAvailableHeat()

double EfficiencyImprovement::getNewAvailableHeat ( )

Gets the new available heat

Returns: double, new available heat as % of HHV

◆ getNewCombustionAirCorrection()

double EfficiencyImprovement::getNewCombustionAirCorrection ( )

Gets the combustion air correction

Returns: double, combustion air correction in btu

◆ getNewCombustionAirTemp()

double EfficiencyImprovement::getNewCombustionAirTemp ( ) const

inline

Gets the new temperature of combustion air

Returns: double, new temperature of combustion air in °F

Definition at line 145 of file EfficiencyImprovement.h.

◆ getNewEnergyInput()

double EfficiencyImprovement::getNewEnergyInput ( )

Gets the new fuel savings

Returns: double, new fuel savings as %

◆ getNewExcessAir()

double EfficiencyImprovement::getNewExcessAir ( )

Gets the new excess air

Returns: double, new excess air as %

◆ getNewFlueGasOxygen()

double EfficiencyImprovement::getNewFlueGasOxygen ( ) const

inline

Gets the new % of dry flue gas oxygen

Returns: double, new % of dry flue gas oxygen

Definition at line 83 of file EfficiencyImprovement.h.

◆ getNewFlueGasTemp()

double EfficiencyImprovement::getNewFlueGasTemp ( ) const

inline

Gets the new temperature of flue gas

Returns: double, new temperature of flue gas in °F

Definition at line 113 of file EfficiencyImprovement.h.

◆ getNewFuelSavings()

double EfficiencyImprovement::getNewFuelSavings ( )

Gets the new fuel savings

Returns: double, new fuel savings as %

◆ getNewHeatInput()

double EfficiencyImprovement::getNewHeatInput ( )

Gets the new heat input in °F

Returns: double, new heat input in °F

◆ setCurrentCombustionAirTemp()

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 136 of file EfficiencyImprovement.h.

◆ setCurrentEnergyInput()

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 168 of file EfficiencyImprovement.h.

◆ setCurrentFlueGasOxygen()

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 76 of file EfficiencyImprovement.h.

◆ setCurrentFlueGasTemp()

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 106 of file EfficiencyImprovement.h.

◆ setNewCombustionAirTemp()

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 153 of file EfficiencyImprovement.h.

◆ setNewFlueGasOxygen()

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 91 of file EfficiencyImprovement.h.

◆ setNewFlueGasTemp()

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 121 of file EfficiencyImprovement.h.

Member Data Documentation

◆ currentAirCorrection_

double EfficiencyImprovement::currentAirCorrection_

private

Definition at line 292 of file EfficiencyImprovement.h.

◆ currentAirSpecificHeat_

double EfficiencyImprovement::currentAirSpecificHeat_

private

Definition at line 290 of file EfficiencyImprovement.h.

◆ currentAvailableHeat_

double EfficiencyImprovement::currentAvailableHeat_

private

Definition at line 296 of file EfficiencyImprovement.h.

◆ currentCombustionAirCorrection_

double EfficiencyImprovement::currentCombustionAirCorrection_

private

Definition at line 294 of file EfficiencyImprovement.h.

◆ currentCombustionAirTemp_

double EfficiencyImprovement::currentCombustionAirTemp_ = 0.0

private

Definition at line 281 of file EfficiencyImprovement.h.

◆ currentEnergyInput_

double EfficiencyImprovement::currentEnergyInput_ = 0.0

private

Definition at line 283 of file EfficiencyImprovement.h.

◆ currentExcessAir_

double EfficiencyImprovement::currentExcessAir_

private

Definition at line 286 of file EfficiencyImprovement.h.

◆ currentFlueGasOxygen_

double EfficiencyImprovement::currentFlueGasOxygen_ = 0.0

private

Definition at line 277 of file EfficiencyImprovement.h.

◆ currentFlueGasTemp_

double EfficiencyImprovement::currentFlueGasTemp_ = 0.0

private

Definition at line 279 of file EfficiencyImprovement.h.

◆ currentFuelSavings_

double EfficiencyImprovement::currentFuelSavings_

private

Definition at line 298 of file EfficiencyImprovement.h.

◆ currentHeatInput_

double EfficiencyImprovement::currentHeatInput_

private

Definition at line 288 of file EfficiencyImprovement.h.

◆ newAirCorrection_

double EfficiencyImprovement::newAirCorrection_

private

Definition at line 293 of file EfficiencyImprovement.h.

◆ newAirSpecificHeat_

double EfficiencyImprovement::newAirSpecificHeat_

private

Definition at line 291 of file EfficiencyImprovement.h.

◆ newAvailableHeat_

double EfficiencyImprovement::newAvailableHeat_

private

Definition at line 297 of file EfficiencyImprovement.h.

◆ newCombustionAirCorrection_

double EfficiencyImprovement::newCombustionAirCorrection_

private

Definition at line 295 of file EfficiencyImprovement.h.

◆ newCombustionAirTemp_

double EfficiencyImprovement::newCombustionAirTemp_ = 0.0

private

Definition at line 282 of file EfficiencyImprovement.h.

◆ newEnergyInput_

double EfficiencyImprovement::newEnergyInput_

private

Definition at line 300 of file EfficiencyImprovement.h.

◆ newExcessAir_

double EfficiencyImprovement::newExcessAir_

private

Definition at line 287 of file EfficiencyImprovement.h.

◆ newFlueGasOxygen_

double EfficiencyImprovement::newFlueGasOxygen_ = 0.0

private

Definition at line 278 of file EfficiencyImprovement.h.

◆ newFlueGasTemp_

double EfficiencyImprovement::newFlueGasTemp_ = 0.0

private

Definition at line 280 of file EfficiencyImprovement.h.

◆ newFuelSavings_

double EfficiencyImprovement::newFuelSavings_

private

Definition at line 299 of file EfficiencyImprovement.h.

◆ newHeatInput_

double EfficiencyImprovement::newHeatInput_

private

Definition at line 289 of file EfficiencyImprovement.h.

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

include/processHeat/EfficiencyImprovement.h

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ EfficiencyImprovement()

Member Function Documentation

◆ getCurrentAirCorrection()

◆ getCurrentAirSpecificHeat()

◆ getCurrentAvailableHeat()

◆ getCurrentCombustionAirCorrection()

◆ getCurrentCombustionAirTemp()

◆ getCurrentEnergyInput()

◆ getCurrentExcessAir()

◆ getCurrentFlueGasOxygen()

◆ getCurrentFlueGasTemp()

◆ getCurrentFuelSavings()

◆ getCurrentHeatInput()

◆ getNewAirCorrection()

◆ getNewAirSpecificHeat()

◆ getNewAvailableHeat()

◆ getNewCombustionAirCorrection()

◆ getNewCombustionAirTemp()

◆ getNewEnergyInput()

◆ getNewExcessAir()

◆ getNewFlueGasOxygen()

◆ getNewFlueGasTemp()

◆ getNewFuelSavings()

◆ getNewHeatInput()

◆ setCurrentCombustionAirTemp()

◆ setCurrentEnergyInput()

◆ setCurrentFlueGasOxygen()

◆ setCurrentFlueGasTemp()

◆ setNewCombustionAirTemp()

◆ setNewFlueGasOxygen()

◆ setNewFlueGasTemp()

Member Data Documentation

◆ currentAirCorrection_

◆ currentAirSpecificHeat_

◆ currentAvailableHeat_

◆ currentCombustionAirCorrection_

◆ currentCombustionAirTemp_

◆ currentEnergyInput_

◆ currentExcessAir_

◆ currentFlueGasOxygen_

◆ currentFlueGasTemp_

◆ currentFuelSavings_

◆ currentHeatInput_

◆ newAirCorrection_

◆ newAirSpecificHeat_

◆ newAvailableHeat_

◆ newCombustionAirCorrection_

◆ newCombustionAirTemp_

◆ newEnergyInput_

◆ newExcessAir_

◆ newFlueGasOxygen_

◆ newFlueGasTemp_

◆ newFuelSavings_

◆ newHeatInput_