Template:Qo Data Section

Tag (Long/Short)	Input / Calc	Description/Calculated Variables / Options
CopyToClipboard		The mass flow, temperature, pressure and composition of the material in the pipe will be copied to the clipboard. This can then be used to configure a Feeder using the PasteData Button in the Options Section. See How do I copy Stream data to a Feeder?
Include Properties		Displays a list of properties that the user can view or hide by clicking on the required property.
	Energy	Fields related to Thermodynamic properties, e.g. Hz, Hs, Cp, etc.
	Saturation	Fields related to the properties of the default Saturation species (usually H2O).
	pH_Estimate	Fields related to the pH estimate
	Charge	Fields related to Charge
	Transport	Transport properties such as viscosity and thermal conductivity
	DensityCorrections	Additional density correction variables
	HeatsOfCombustion	The Heat of Combustion is the heat released (i.e. enthalpy change) if the stream components undergo complete combustion with oxygen to produce carbon dioxide gas and water. Available from Build 139. (Replaces old Heating Values option.)
	ValuesAtUserTandP	Additional variables will be evaluated at the user defined temperature and pressure
	SolutionImpurities	Impurity flows, fractions and concentrations.
	H2OProperties	Properties of pure water and steam
	WaterQuality	Properties of water streams such as hardness, alkalinity and oxygen demand
The following variables defines the species model that is used to calculate the physical properties of the stream, such as density, heat capacity, etc. The SpModel.Reqd field is only shown if more than one Species Model is available in the project (e.g. Standard and Bayer3). On a Qi, QFeed or QProd page, it is an input field, on a Qo page, it is a result field. The Species Model should only be explicitly chosen when a change in Species Model is required. In most cases SpModel.Reqd should simply be set to Inherit.
SpModel.Reqd	Inherit	Upstream configuration will be used.
	Standard	All the variables are calculated using the Mass Weighted Mean of the species.
	Species Model	Use an alternative species model, such as 'Bayer3' or 'Potash'.
SpModel.Used	Standard	The Standard species model is being used.
	Species Model	An alternative species model is being used.
SpModelType	Display	This field displays the Species Model type (or Name) used.
SpModelIdNo	Display	This field displays a unique number generated when the Species Model is created.
ShowHeatingValues	Tickbox	Removed in Build 139. If ticked, then the calorific Heating Values of the material in the stream will be displayed. From Build 139, refer to Heats Of Combustion.
RangeChecksOn	Tickbox	This field is only shown on a QFeed page of units. If ticked, then range checks will be not be performed on the QFeed. Range checks can be globally switched off on the Plant Model - Settings tab page.
Qualities
Lockup.Action	Input / Display	The user may select Modify Content. The 'Lockup' values are set on the 'DLockup' tab. The field displays the actual state of the Lock Up function: If this has been enabled then this will display 'Lockup.Action(On)', otherwise it will display 'Lockup.Action'. Please see LockUp for more information. Note: Lockup must first be enabled on the Plant Model - Qualities Tab and created upstream of the surge unit before the user may modify it here.
MatTrack.Action	Input / Display	The user may select Modify Content. The 'Tracking' values are set on the 'DTrack' tab. The field displays the actual state of the Material Tracking function: If this has been enabled then this will display 'MatTrack.Action(On)', otherwise it will display 'MatTrack.Action'. Please see Material Tracking for more information. Note: Material Tracking must first be configured on the Plant Model - Qualities Tab and created upstream of the surge unit before the user may modify it here.
SzDist.Action	Input / Display	The user may select Modify Content. The 'Size Distribution' values are set on the 'DSz' tab. The field displays the actual state of the Size Distribution function: If this has been enabled then this will display 'SzDist.Action(On)', otherwise it will display 'SzDist.Action'. Please see Size Distribution (PSD) for more information. Note: Size Distribution must first be created upstream of the surge unit before the user may modify it here.
SzSSA.Action	Input / Display	The user may select Modify Content. The 'SSA' values are set on the 'SSA' tab. The field displays the actual state of the SSA function: If this has been enabled then this will display 'SzSSA.Action(On)', otherwise it will display 'SzSSA.Action'. Please see Specific Surface Area (SSA) for more information. Note: SSA must first be created upstream of the surge unit before the user may modify it here.
Lockup.InUse	Display	Displays the state of the LockUp function: Yes or No.
MatTrack.InUse	Display	Displays the state of the Material Tracking function: Yes or No.
SzDist.InUse	Display	Displays the state of the Size Distribution (PSD) function: Yes or No.
SzSSA.InUse	Display	Displays the state of the Specific Surface Area (SSA) function: Yes or No.
Properties These properties are related to the material flowing in the stream, e.g. mass fraction, volumetric flow, density, etc.
Temperature / T	Calc	The temperature of the incoming material.
Pressure / P	Calc	The pressure of the incoming material.
Mass Flow
MassFlow / Qm	Calc	The total mass flow into the pipe.
SolidMassFlow / SQm	Calc	The mass of solids flowing into the pipe.
LiquidMassFlow / LQm	Calc	The mass of liquids flowing into the pipe.
VapourMassFlow / VQm	Calc	The mass of vapour flowing into the pipe.
SlurryMassFlow / SLQm	Calc	The mass of slurry flowing into the pipe.
AqDissolvedMassFlow / AqDissQm	Calc	The mass of dissolved aqueous species flowing into the pipe. This will be the flow of all aqueous species excluding water.
AqueousMassFlow / AqQm	Calc	The mass of all aqueous species (including water) flowing into the pipe.
Volume Flow
VolFlow / Qv	Calc	The total volume flow into the pipe.
SolidVolFlow / SQv	Calc	The volume of solids flowing into the pipe.
LiquidVolFlow / LQv	Calc	The volume of liquids flowing into the pipe.
VapourVolFlow / VQv	Calc	The volume of vapour flowing into the pipe.
SlurryVolFlow / SLQv	Calc	The volume of slurry flowing into the pipe.
Normal Volume Flow
NVolFlow / NQv	Calc	The normalised volumetric flow through the pipe. The volume is calculated at Normal Temperature and Presure (NTP). NTP can be specified by the user in the configuration file (see Project Configuration (cfg File)). Default values are 20°C and 101.325kPa.
SolidNVolFlow / SNQv	Calc	The Normal volume of solids flowing into the pipe.
LiquidNVolFlow / LNQv	Calc	The Normal volume of liquids flowing into the pipe.
VapourNVolFlow / VNQv	Calc	The Normal volume of vapour flowing into the pipe.
SlurryNVolFlow / SLNQv	Calc	The Normal volume of slurry flowing into the pipe.
Totalised Mass Flow These fields are only visible in a dynamic project, when Audit is turned on from the Plant Model. Only some of these fields may be shown depending on the Totaliser Flow options chosen.
Total.TotalMass / Total.Mt	Calc	The total mass which has flowed through the pipe since the model started running.
Total.SolidMass / Total.SMt	Calc	The total mass of solids which has flowed through the pipe since the model started running.
Total.LiquidMass / Total.LMt	Calc	The total mass of liquids which has flowed through the pipe since the model started running.
Total.VapourMass / Total.VMt	Calc	The total mass of vapour which has flowed through the pipe since the model started running.
Total.SlurryMass / Total.SLMt	Calc	The total mass of slurry (solids + liquids) which has flowed through the pipe since the model started running.
Totalised Volume Flow These fields are only visible in a dynamic project when Audit is turned on from the Plant Model. Only some of these fields may be shown depending on the Totaliser Flow options chosen.
Total.TotalVolume / Total.Vt	Calc	The total volume which has flowed through the pipe since the model started running.
Total.SolidVolume / Total.SVt	Calc	The total volume of solids which has flowed through the pipe since the model started running.
Total.LiquidVolume / Total.LVt	Calc	The total volume of liquids which has flowed through the pipe since the model started running.
Total.VapourVolume / Total.VVt	Calc	The total volume of vapour which has flowed through the pipe since the model started running.
Total.SlurryVolume / Total.SLVt	Calc	The total volume of slurry (solids + liquids) which has flowed through the pipe since the model started running.
First Flow These fields are only visible in a dynamic project when Audit is turned on from the Plant Model. Only some of these fields may be shown depending on the First Flow options chosen.
Qm.At.Step	Calc	The step that flow first occurs in the pipe since the model started running.
Qm.At.Time	Calc	The time that flow first occurs in the pipe since the model started running.
Density See the section on Density for further information.
Density / Rho	Calc	Calculated Density of the material
SolidDensity / SRho	Calc	Density of the solids phase
LiquidDensity / LRho	Calc	Density of the liquid phase
VapourDensity / VRho	Calc	Density of the vapour phase
SlurryDensity / SLRho	Calc	Density of the Slurry (Liquid and Solid phase)
SolidConc	Calc	The solids concentration at stream temperature.
Density Correction Please see included properties - Density Correction.
Mass Fractions
SolidFrac / Sf	Calc	Solids mass fraction
LiquidFrac / Lf	Calc	Liquid mass fraction
VapourFrac / Vf	Calc	Vapour mass fraction
SlurryFrac / SLf	Calc	Available from Build 139.31388. Slurry (solids + liquids) mass fraction.
Slurry.SolidFrac / Slurry.Sf	Calc	Solids mass fraction on slurry basis (solids + liquids)
Slurry.LiquidFrac / Slurry.Lf	Calc	Liquid mass fraction on slurry basis (solids + liquids)
Volume Fractions
SolidVolFrac / Svf	Calc	Solids volume fraction
LiquidVolFrac / Lvf	Calc	Liquid volume fraction
VapourVolFrac / Vvf	Calc	Vapour volume fraction
SlurryVolFrac / SLvf	Calc	Available from Build 139.31388. Slurry (solids + liquids) volume fraction.
Slurry.SolidVolFrac / Slurry.Svf	Calc	Available from Build 139.31388. Solids volume fraction on slurry basis (solids + liquids)
Slurry.LiquidVolFrac / Slurry.Lvf	Calc	Available from Build 139.31388. Liquid volume fraction on slurry basis (solids + liquids)
Molar Flow
MoleFlow / QMl	Calc	The total number of moles flowing through the unit.
SolidMoleFlow / SQMl	Calc	The number of moles of solids flowing through the unit.
LiquidMoleFlow / LQMl	Calc	The total number of moles of liquids flowing through the unit.
VapourMoleFlow / VQMl	Calc	The total number of moles of vapours flowing through the unit.
SlurryMoleFlow / SLQMl	Calc	The total number of moles of solids and liquids flowing through the unit.
Molar Fractions
MlSolidFrac / MlSf	Calc	Solids molar fraction
MlLiquidFrac / MlLf	Calc	Liquid molar fraction
MlVapourFrac / MlVf	Calc	Vapour molar fraction
MlSlurryFrac / MlSLf	Calc	Available from Build 139.31388. Slurry (solids + liquids) molar fraction.
MoleWt	Calc	The average molecular weight of all the species.
SolidMoleWt / SMoleWt	Calc	Available from Build 139. The average molecular weight of all solid species.
LiquidMoleWt / LMoleWt	Calc	Available from Build 139. The average molecular weight of all liquid species.
VapourMoleWt / VMoleWt	Calc	Available from Build 139. The average molecular weight of all vapour species.
Energy Values Please see included properties - Energy.
Values at User Defined T and P Please see included properties - Values at User Defined T and P.
Solubility Values Please see included properties - Solubility.
Saturation Values Please see included properties - Saturation .
Acidity (pH) Please see included properties - Acidity
Charge Please see included properties - Charge
Transport Properties Please see included properties - Transport
Heating Values Removed in Build 139. Please see included properties - Heating Values. From Build 139, refer to Heats of Combustion.
Heats of Combustion Available from Build 139. Please see included properties - Heats of Combustion.
Solution Impurities Please see included properties - Solution Impurities
H2O Properties Please see included properties - H2O Properties
User Property Calculations Users can define their own calculations (called User Property Calculations) in the Project Configuration (cfg File) which will be displayed on the Qi/Qo page. Refer to Calculation Configuration for more details.

WQ Tab Pages

Please see included properties - Material Flow Section - Water Quality.

Sp and EC Tab Pages

The Sp tab shows the actual species flows in a stream. It has mainly read only variables, except for the options that determine the species fractional basis and how the flows in columns 2 onwards are displayed. The method by which Fractions and Concentrations is calculated is affected by the Phase which is chosen. The Sp tab shows the species flows. The optional EC tab shows the elemental and component flows. Elements and Components are listed alphabetically.

The View Options allow the user to display the Species, Component and Elemental flows in columns 2 onwards in different ways. Not all options are available for the Species, Compounds and Elements.

If the BasisPerColumn option is ticked on the Views Tab of the Plant Model, then the basis can be selected for each individual column on the Sp page. If the BasisPerColumn option is NOT ticked, then the Basis can only be set once for all columns on the Sp page.

The Basis and Display options for the Elements section of the EC page and the Components section of the EC page can only be set once for all columns.

Phase Basis

Tag	Option	Description
Species Page (Sp)
SpBasis	All	The total mass or volume of the {{{UnitOp}}} will be used when calculating fractional values or concentrations.
	Phase	The mass or volume of each phase (solid, liquid or gas) will be used when calculating fractional values or concentrations.
	Individual Phase	The mass or volume of each Individual phase (solid, liquid, aqueous, organic, gas, etc.) will be used when calculating fractional values or concentrations.
Elements and Compounds Page (EC)
EleBasis	All	The total mass or volume of the {{{UnitOp}}} will be used when calculating elemental fractional values or concentrations.
	Phase	The mass or volume of each phase (solid, liquid or gas) will be used when calculating elemental fractional values or concentrations.
	Individual Phase	The mass or volume of each Individual phase (solid, liquid, aqueous, organic, gas, etc.) will be used when calculating elemental fractional values or concentrations.
EleDisplay Only visible if Phase or Individual Phase is chosen for EleBasis	Sol,Liq,Vap	Only visible if Phase is chosen for EleBasis. The solid, liquid and vapour elemental displays will be shown.
	Sol,Liq	Only visible if EleBasis = Phase. The solid and liquid elemental displays will be shown.
	Liq,Vap	Only visible if EleBasis = Phase. The liquid and vapour elemental displays will be shown.
	Sol,Vap	Only visible if EleBasis = Phase. The solid and vapour elemental displays will be shown.
	Sol	Only visible if EleBasis = Phase. Only the solid elemental displays will be shown.
	Liq	Only visible if EleBasis = Phase. Only the liquid elemental displays will be shown.
	Vap	Only visible if EleBasis = Phase. Only the vapour elemental displays will be shown.
	IPhaseX	Only visible if EleBasis = Individual Phase. Only the elemental displays for the chosen IPhase will be shown.
CmpBasis	All	The total mass or volume of the {{{UnitOp}}} will be used when calculating component fractional values or concentrations.
	Phase	The mass or volume of each phase (solid, liquid or gas) will be used when calculating component fractional values or concentrations.
CmpDisplay Only visible if Phase is chosen for CmpBasis	Sol,Liq,Vap	The solid, liquid and vapour component displays will be shown.
	Sol,Liq	The solid and liquid component displays will be shown.
	Liq,Vap	The liquid and vapour component displays will be shown.
	Sol,Vap	The solid and vapour component displays will be shown.
	Sol	Only the solid component displays will be shown.
	Liq	Only the liquid component displays will be shown.
	Vap	Only the vapour component displays will be shown.

View Options

View Option	Visible on Sp Tab	Visible on EC Tab	Description
Mass Flow	Yes	Yes	Mass Flow Rate of the species, element or component.
Mass Frac	Yes	Yes	Mass Fraction of the species, element or component.
Conc	Yes	Yes	The species, element or component concentration at {{{UnitOp}}} temperature and pressure, as mass/volume.
Conc25	Yes	Yes	The species, element or component concentration at 25°C and {{{UnitOp}}} pressure, as mass/volume.
Mole Flow	Yes	Yes	Mole Flow Rate of the species, element or component.
Mole Frac	Yes	Yes	Mole Fraction of the species, element or component.
Mole Conc	Yes	Yes	The species, element or component molar concentration at {{{UnitOp}}} temperature and pressure, as moles/volume.
Mole Conc25	Yes	Yes	The species, element or component molar concentration at 25°C and {{{UnitOp}}} pressure, as moles/volume.
Molality	Yes	Yes	The molar concentration per unit mass of water (solvent) for aqueous species only, excluding water. Available from Build 139.
Vol Flow	Yes	No	Volume Flow Rate of the species.
Vol Frac	Yes	No	Volume Fraction of the species.
NVol Flow	Yes	No	Normalised Volume Flow Rate of the species. This is calculated at the user defined normal temperature and pressure.
NVol Frac	Yes	No	Normalised Volume Fraction of the species. This is calculated at the user defined normal temperature and pressure.
Equiv Conc	Yes	No	Only relevant for ionic charged species. The equivalent concentration at {{{UnitOp}}} temperature and pressure, as equivalent/volume. Based on calculated equivalent weight.
Equiv Conc25	Yes	No	Only relevant for ionic charged species. The equivalent concentration at 25°C and {{{UnitOp}}} pressure, as equivalent/volume. Based on calculated equivalent weight.
PartialP	Yes	No	The partial pressure of the gaseous species only.
PartialPFrac	Yes	No	The partial pressure fraction of the gaseous species only.
Specific Hf	Yes	No	Specific enthalpy of the species, expressed as energy per unit mass.
Specific Hz	Yes	No	Specific Hz of the species, expressed as energy per unit mass.
Specific Hs	Yes	No	Specific Hs of the species, expressed as energy per unit mass.
Total Hf	Yes	No	Total enthalpy of the species, expressed as energy per unit time.
Total Hz	Yes	No	Total Hz of the species, expressed as energy per unit time.
Total Hs	Yes	No	Total Hs of the species, expressed as energy per unit time.

Please see Species Flow Section for more details.