3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 1
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DataFile E:\Manuals\Tutorial\FLARE\Practice\MEKPCO DESIGN.fsw
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QUALITY ASSURANCE CONTROL SHEET

Check Code

Calculations By


Date


Time


Calculations Approved by


Date


Time


3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 2
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DataFile E:\Manuals\Tutorial\FLARE\Practice\MEKPCO DESIGN.fsw
Time 3/16/2022 5:30:11 PM
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Calculation Options

General
Method Flaresim API Nbr Flame Elem. 100 Calculation mode Sizing
Element Position 50 Active Environment Environment 1 Noise Method Spectrum
Liquid Buoyancy 0.030 m/s Pipe Buoyancy 3.048 m/s Sonic Buoyancy 4.572 m/s

Options
Expert Mode Ignored Windchill Ignored Noise Attenuation Active
Jet Dispersion Ignored Gaussian Dispersion Ignored
Run Dynamics False Run Case Studies True

Heat Transfer Coef. in W/m2/K Temperature Rise Calculations
HTC = 1.25 * WindSpeed^ 1.00 + 4.54 Wind speed below 4.572 m/s Exposure Time 900.0 s
HTC = 3.18 * WindSpeed^ 0.75 + 0.00 For higher wind speeds Nbr of Steps 90

Emission Data
NOX Basis Mass/Heat Release CO Basis Mass/Heat Release HC Basis Mass/Heat Release
NOX Rate 0.0292347 kg/GJ CO Rate 0.1589964 kg/GJ HC Rate 0.0601608 kg/GJ

Fitting Data
Fitting Tip Fitting Point <All Active>
Fitting Result ----- Fitting Error -----

Sizing Information
Stack to be sized Stack 1 Minimum Length 5.00 m Maximum Length 100.00 m
Sizing Wind Direction ----- Sizing Wind Speed ----- Calculated Size -----

Pressure Profile
Pressure Tolerance 0.100 Pa Tip Elements 4 Riser Elements 40

Dispersion Data
Jet Disp. Averaging Short Jet Disp. Stop Conc. 0.0000100 mole/mole

Environmental data

Environment: Environment 1 - Active

Atmosphere
Pressure 101325.000 Pa Temperature 288.7 K Humidity 10.00 %
Wind Speed 20.000 m/s Wind Direction 0.00 °

Background
BackGround Noise 60.0 dB Solar Radiation 1040 W/m2
Inc. Background Noise Ignored Inc. Solar Radiation Ignored

Transmissivity
Method Calculated Min Value ----- Max Value -----


3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 3
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DataFile E:\Manuals\Tutorial\FLARE\Practice\MEKPCO DESIGN.fsw
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Wind Rose Calculations
Wind Speed Array Ignored Wind Speed vs Direction Ignored

Dispersion Data
Stability Class PasquillD Terrain Class Rural Surface Roughness 0.20 m
Wind Reference Height 10.00 m Correct Wind Speed False

Stack Configuration Data

Stack: Stack 1 - Active

Input Data

Base point name Stack 1 (Base) Base refers to Origin
Base - Northing 0.00 m Base - Easting 0.00 m Base - Elevation 0.00 m
Base - Angle from North 0.00 ° Base - Angle to Horizontal 0.00 ° Base - Radius 0.00 m
Stack
Rotation from North 0.00 ° Angle to Horizontal 90.00 ° Stack Length -----

Sterile Area
Elevation 0.00 m Noise Basis Noise Run SA Calcs False

Fluid Data

Fluid: Fluid 1

Input Data

Thermo Method Flaresim
Use Temp Corr. False Use RK ZFactor True

LHV 20278.00 J/kg Tc 139.5 K LEL 5.00 %
Fluid Temperature 321.0 K Pc 3526862.857 Pa Saturation 100.00 %
Molecular Weight 11.440 Cp/Cv 1.310 Ref. Pressure 251325.000 Pa

Results

Flue to Feed Volume Ratio ----- Stoichiometric O2 -----
Enthalpy @ 25°C ----- Enthalpy @ Fluid Temp. -----

Stoichiometric Flue Gas Composition
Carbon Dioxide ----- Water ----- Oxygen -----
Nitrogen ----- Sulphur Dioxide -----


3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 4
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DataFile E:\Manuals\Tutorial\FLARE\Practice\MEKPCO DESIGN.fsw
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Tip Data

Tip: Tip 1 - Active

Input Data

General
Tip Type Pipe Located on stack Stack 1 Nbr of Burners 1
Angle to Horizontal 90.00 ° Angle to North 0.00 °
Tip Length 5.00 m Tip Diameter 1199.94 mm Tip Opening 100.00 %
Seal Type Molecular 1 Diameter Basis Tip

Fluids
Fluid Fluid 1 LP Fluid Assist Fluid
Fluid Mass Flow 78.389 kg/s LP Mass Flow 0.000 kg/s Assist Mass Flow 0.000 kg/s
Fluid Mole Flow 6.852 kgmole/s LP Mole Flow 0.000 kgmole/s

Pressure Drop
Riser Diameter 1199.94 mm Tip Outlet Pressure ----- Contraction Coeff. 1.000
Roughness 0.02500 mm Exit Loss 1.000

Flame and Radiation
F Factor Method Generic Pipe
Combustion Air Ratio 1.000 Flame Temperature 2273.0 K
Flame Length Method Flaresim
Radiation Method Global Flame Element Count 100 Element Position 50.00 %

Noise
Noise Method Acoustic Eff. Comb. Efficiency 0.00010 % Peak Frequency 500 Hz
Jet Noise Method Flaresim

Purge Gas
Purge Gas Fluid Nitrogen Purge Area Basis Stack Purge Fixed Velocity 0.060 m/s
Purge Fixed Volume Flow 0.000 m3/s Purge HUSA O2 6.00 % Purge HUSA Height 7.62 m

Emission Data
NOX Basis Mass/Heat Release CO Basis Mass/Heat Release HC Basis Mass/Heat Release
NOX Rate 0.0292347 kg/GJ CO Rate 0.1589964 kg/GJ HC Rate 0.0601608 kg/GJ

Tip: Tip 1 - Results

General
Flame Length ----- Heat Release ----- Tip End - Northing -----
API Flame Length ----- Frac.Heat Radiated ----- Tip End - Easting -----
Exit Temperature ----- Actual Volume Flow ----- Tip End - Elevation -----
Assist Fluid Mass Flow ----- Assist Fluid Flow Ratio ----- Wind Speed At Tip -----


3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 5
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DataFile E:\Manuals\Tutorial\FLARE\Practice\MEKPCO DESIGN.fsw
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Velocities and Pressure Drop
Exit Velocity ----- Tip Outlet pres. ----- Total Outlet pres. -----
Sonic Velocity ----- Tip Backpres. ----- Total Backpres. -----
Exit Mach Number ----- Seal Backpres. ----- Total Backpres. -----
Contraction Coeff. ----- Stack Backpres. ----- Total Backpres. -----
Tip Pressure Drop ----- Tip Total Pressure Drop -----
Seal Pressure Drop ----- Seal Total Pressure Drop -----
Stack Pressure Drop ----- Stack Total Pressure Drop -----

Flame Shape Points
X Y Z

3D Flame Shape Chart


3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 6
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DataFile E:\Manuals\Tutorial\FLARE\Practice\MEKPCO DESIGN.fsw
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2D Flame Shape Chart, Northing-Easting

2D Flame Shape Chart, Northing-Elevation


3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 7
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DataFile E:\Manuals\Tutorial\FLARE\Practice\MEKPCO DESIGN.fsw
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2D Flame Shape Chart, Easting-Elevation

Noise Results
Peak sound pressure
Distance ----- Sound pressure -----

Noise Spectrum Results

Frequency
Hz
Total PWL
dB
Combustion PWL
dB
Jet PWL
dB
31.3 ----- ----- -----
62.5 ----- ----- -----
125.0 ----- ----- -----
250.0 ----- ----- -----
500.0 ----- ----- -----
1000.0 ----- ----- -----
2000.0 ----- ----- -----
4000.0 ----- ----- -----
8000.0 ----- ----- -----
16000.0 ----- ----- -----


3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 8
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DataFile E:\Manuals\Tutorial\FLARE\Practice\MEKPCO DESIGN.fsw
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Noise Spectrum

Combustion Results General
Adiabatic Flame Temperature ----- Calculated Flame Temperature -----

Combustion Gas Mass Flow

Combustion Gas Mole Flow

Purge Gas Results
Fixed velocity rate ----- Fixed volume velocity ----- Fixed volume rate -----
HUSA velocity ----- Reduced HUSA velocity ----- API velocity -----
HUSA rate ----- Reduced HUSA rate ----- API flow -----

Receptor Points

Receptor Point Summary

Name Status Northing Easting Elevation Radiation Avg. Noise Noise NoiseA Temp.
m m m W/m2 dB dB dB K
Point 1 Active 0.00 0.00 0.00 ----- ----- ----- ----- -----


3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 9
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DataFile E:\Manuals\Tutorial\FLARE\Practice\MEKPCO DESIGN.fsw
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Name Status Northing Easting Elevation Radiation Avg. Noise Noise NoiseA Temp.
m m m W/m2 dB dB dB K

Receptor Point: Point 1 - Active

Input Data

Location Properties Sizing
Northing 0.00 m Emissivity 0.70 Max. Radiation 1040 W/m2
Easting 0.00 m Absorbtivity 0.70 Observed Radiation -----
Elevation 0.00 m Mass per Area 24.0 kg/m2 Max. Noise -----
Location rel. to Origin Area Ratio 2.000 Max. Average Noise -----
Angle From North 0.00 ° Mass Cp 450.000 J/kg/K Max.A Noise -----
Angle To Horizontal 0.00 ° Initial Temp. 288.7 K Max.Temp. -----
Radius 0.00 m Orientation None
Local Environment Global
Threshold TDU 290
Threshold Temperature 373.15

Results

Noise
Radiation ----- Temperature ----- Average Noise -----
Concentration ----- Local Wind Speed ----- Noise -----
Time to TDU Limit ----- Time to Temp. Limit ----- Noise A (*) -----

Noise Spectrum Results

Frequency Noise Noise A (*)
31.3 Hz ----- -----
62.5 Hz ----- -----
125.0 Hz ----- -----
250.0 Hz ----- -----
500.0 Hz ----- -----
1000.0 Hz ----- -----
2000.0 Hz ----- -----
4000.0 Hz ----- -----
8000.0 Hz ----- -----
16000.0 Hz ----- -----

(*) Noise A = Noise weighted for human ear sensitivity


3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 10
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DataFile E:\Manuals\Tutorial\FLARE\Practice\MEKPCO DESIGN.fsw
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Noise Chart


Time Dependent Curves

Time Temp. TDU Time Temp. TDU
s K (kW/m2)4/3.s s K (kW/m2)4/3.s


3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 11
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DataFile E:\Manuals\Tutorial\FLARE\Practice\MEKPCO DESIGN.fsw
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Temperature Chart

TDU Chart


3/16/2022 5:30:11 PM Flaresim 2021.2.55 Page 12
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Messages

Level Message
Info: Calculations started at 3/16/2022 5:29:06 PM
Info: Calculating base case
Fatal: Sizing calculation failed : Stack lower than minimum height specified in Calculation Options
Info: Calculations completed at 5:29:06 PM