ANEXOS
- VOLUME 6
Anexo
6 - OUTPUT PROGRAMA SAFETI/PHAST
Angra3
Imported
Model Folder Eventos Iniciad
EI 001 H2 Cilindro
Base Case
User-Defined
Data
Material
Material
Identifier HYDROGEN
Type
of Vessel Pressurized
Gas
Pressure
Specification Pressure
specified
Discharge
Pressure (gauge) 168 bar
Discharge
Temperature 25 degC
Inventory
of material to discharge 1 kg
Scenario
Type
of Event Catastrophic
rupture
Phase Vapor
Vessel/Tank
Release
Type Instantaneous
Building
Wake Option None
Location
[Elevation 1 m]
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund No
bund present
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 1 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material HYDROGEN
Temperature 25.00 degC
Pressure 169.01 bar
Inventory 1.00 kg
Scenario Catastrophic
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -209.02 degC
Final
Velocity 1,986.77 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -209.02 degC
Final
Velocity 1,986.77 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -209.02 degC
Final
Velocity 1,986.77 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -209.02 degC
Final
Velocity 1,986.77 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Consequence
Results
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(750000) 18.75 s 6.10683 7.9687 6.28505
LFL
(40000) 18.75 s 6.4546 7.9687 6.54908
LFL
Frac (40000) 18.75 s 6.4546 7.9687 6.54908
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(750000) 18.75 s 14.6397 7.45189 4.38876
LFL
(40000) 18.75 s 12.8629 7.45189 3.96945
LFL
Frac (40000) 18.75 s 12.8629 7.45189 3.96945
Weather
4
UFL
(750000) 18.75 s 7.95282
LFL
(40000) 18.75 s 7.95282
LFL
Frac (40000) 18.75 s 7.95282
Weather
4
UFL
(750000) 18.75 s 3.71267
LFL
(40000) 18.75 s 3.71267
LFL
Frac (40000) 18.75 s 3.71267
Fireball
Hazard
Weather
1 Weather 2 Weather 3
Fireball
Flame Status Hazard Hazard Hazard
Weather
4
Fireball
Flame Status Hazard
Radiation
Effects: Fireball Ellipse
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 22.818 22.818 22.818
Radiation
Level 18 kW/m2 12.1358 12.1358 12.1358
Radiation
Level 52 kW/m2 6.96472 6.96472 6.96472
Weather
4
Radiation
Level 5 kW/m2 22.818
Radiation
Level 18 kW/m2 12.1358
Radiation
Level 52 kW/m2 6.96472
Flash
Fire Envelope
All
flammable results are reported at the cloud centreline height
Distance
(m)
Weather
1 Weather 2 Weather 3
Furthest
Extent 40000 ppm 6.4546 7.9687 6.54908
Furthest
Extent 40000 ppm 6.4546 7.9687 6.54908
Heights
(m) for above distances
Weather
1 Weather 2 Weather 3
Furthest
Extent 40000 ppm 12.8629 7.45189 3.96945
Furthest
Extent 40000 ppm 12.8629 7.45189 3.96945
All
flammable results are reported at the cloud centreline height
Weather
4
Furthest
Extent 40000 ppm 7.95282
Furthest
Extent 40000 ppm 7.95282
Weather
4
Furthest
Extent 40000 ppm 3.71267
Furthest
Extent 40000 ppm 3.71267
Explosion
Effects: Early Explosion
Early
Explosions are assumed to be centered at the release location
Explosion
Model Used : TNT
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg 1 1 1
Weather
4
Supplied
Flammable Mass kg 1
Distance
(m) at Overpressure Levels
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar No
Hazard No Hazard No Hazard
Overpressure 0.127487 bar No
Hazard No Hazard No Hazard
Overpressure 1.06869 bar No
Hazard No Hazard No Hazard
Weather
4
Overpressure 0.0686465 bar No
Hazard
Overpressure 0.127487 bar No
Hazard
Overpressure 1.06869 bar No
Hazard
Used
Mass (kg) at Overpressure Levels
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar 1 1 1
Overpressure 0.127487 bar 1 1 1
Overpressure 1.06869 bar 1 1 1
Weather
4
Overpressure 0.0686465 bar 1
Overpressure 0.127487 bar 1
Overpressure 1.06869 bar 1
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 02 H2 Tubulão
Base Case
User-Defined
Data
Material
Material
Identifier HYDROGEN
Type
of Vessel Pressurized
Gas
Pressure
Specification Pressure
specified
Discharge
Pressure (gauge) 165 bar
Discharge
Temperature 25 degC
Inventory
of material to discharge 30 kg
Scenario
Type
of Event Catastrophic
rupture
Phase Vapor
Vessel/Tank
Release
Type Instantaneous
Building
Wake Option None
Location
[Elevation 1 m]
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund No
bund present
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Flammable
Method
to use for explosions TNT
Jet
Fire Method Shell
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 30 kg
Multi
Energy Explosion
Use
Unconfined Volumes No
Use
Fractions No
Use
1st Confined Source No
Use
2nd Confined Source No
Use
3rd Confined Source No
Use
4th Confined Source No
Use
5th Confined Source No
Use
6th Confined Source No
Use
7th Confined Source No
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material HYDROGEN
Temperature 25.00 degC
Pressure 166.01 bar
Inventory 30.00 kg
Scenario Catastrophic
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -208.67 degC
Final
Velocity 1,984.83 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -208.67 degC
Final
Velocity 1,984.83 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -208.67 degC
Final
Velocity 1,984.83 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -208.67 degC
Final
Velocity 1,984.83 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Consequence
Results
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(750000) 18.75 s 22.9634 33.066 24.3565
LFL
(40000) 18.75 s 22.9634 33.066 24.6871
LFL
Frac (40000) 18.75 s 22.9634 33.066 24.6871
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(750000) 18.75 s 58.474 33.5958 19.6983
LFL
(40000) 18.75 s 58.474 33.5958 17.5817
LFL
Frac (40000) 18.75 s 58.474 33.5958 17.5817
Weather
4
UFL
(750000) 18.75 s 29.6369
LFL
(40000) 18.75 s 29.6369
LFL
Frac (40000) 18.75 s 29.6369
Weather
4
UFL
(750000) 18.75 s 15.4397
LFL
(40000) 18.75 s 15.4397
LFL
Frac (40000) 18.75 s 15.4397
Fireball
Hazard
Weather
1 Weather 2 Weather 3
Fireball
Flame Status Hazard Hazard Hazard
Weather
4
Fireball
Flame Status Hazard
Radiation
Effects: Fireball Ellipse
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 67.0928 67.0928 67.0928
Radiation
Level 18 kW/m2 35.8872 35.8872 35.8872
Radiation
Level 52 kW/m2 20.6227 20.6227 20.6227
Weather
4
Radiation
Level 5 kW/m2 67.0928
Radiation
Level 18 kW/m2 35.8872
Radiation
Level 52 kW/m2 20.6227
Flash
Fire Envelope
All
flammable results are reported at the cloud centreline height
Distance
(m)
Weather
1 Weather 2 Weather 3
Furthest
Extent 40000 ppm 22.9634 33.066 24.6871
Furthest
Extent 40000 ppm 22.9634 33.066 24.6871
Heights
(m) for above distances
Weather
1 Weather 2 Weather 3
Furthest
Extent 40000 ppm 58.474 33.5958 17.5817
Furthest
Extent 40000 ppm 58.474 33.5958 17.5817
All
flammable results are reported at the cloud centreline height
Weather
4
Furthest
Extent 40000 ppm 29.6369
Furthest
Extent 40000 ppm 29.6369
Weather
4
Furthest
Extent 40000 ppm 15.4397
Furthest
Extent 40000 ppm 15.4397
Explosion
Effects: Early Explosion
Early
Explosions are assumed to be centered at the release location
Explosion
Model Used : TNT
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg 30 30 30
Weather
4
Supplied
Flammable Mass kg 30
Distance
(m) at Overpressure Levels
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar No
Hazard No Hazard No Hazard
Overpressure 0.127487 bar No
Hazard No Hazard No Hazard
Overpressure 1.06869 bar No
Hazard No Hazard No Hazard
Weather
4
Overpressure 0.0686465 bar No
Hazard
Overpressure 0.127487 bar No
Hazard
Overpressure 1.06869 bar No
Hazard
Used
Mass (kg) at Overpressure Levels
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar 30 30 30
Overpressure 0.127487 bar 30 30 30
Overpressure 1.06869 bar 30 30 30
Weather
4
Overpressure 0.0686465 bar 30
Overpressure 0.127487 bar 30
Overpressure 1.06869 bar 30
Explosion
Effects: Late Ignition
Explosion
Model Used : TNT
Explosion
Location Criterion: Cloud Front (LFL Fraction)
All
distances are measured from the Source
All
flammable results are reported at the cloud centreline height
Maximum
Distance (m) at Overpressure Level
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar No
Hazard No Hazard No Hazard
Overpressure 0.127487 bar No
Hazard No Hazard No Hazard
Overpressure 1.06869 bar No
Hazard No Hazard No Hazard
Weather
4
Overpressure 0.0686465 bar No
Hazard
Overpressure 0.127487 bar No
Hazard
Overpressure 1.06869 bar No
Hazard
Supplementary
Data at 0.0686465 bar
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Weather
4
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Supplementary
Data at 0.127487 bar
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Weather
4
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Supplementary
Data at 1.06869 bar
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Weather
4
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 03 H2 Tubulão
Base Case
User-Defined
Data
Material
Material
Identifier HYDROGEN
Type
of Vessel Pressurized
Gas
Pressure
Specification Pressure
specified
Discharge
Pressure (gauge) 165 bar
Discharge
Temperature 25 degC
Inventory
of material to discharge 30 kg
Scenario
Type
of Event Line
rupture
Phase Vapor
Supply
Pump Head No
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 12.7 mm
Vessel/Tank
Release
Type Instantaneous
Building
Wake Option None
Location
[Elevation 1 m]
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund No
bund present
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Outdoor
Release Direction Horizontal
Flammable
Method
to use for explosions TNT
Jet
Fire Method Shell
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 30 kg
Multi
Energy Explosion
Use
Unconfined Volumes No
Use
Fractions No
Use
1st Confined Source No
Use
2nd Confined Source No
Use
3rd Confined Source No
Use
4th Confined Source No
Use
5th Confined Source No
Use
6th Confined Source No
Use
7th Confined Source No
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material HYDROGEN
Temperature 25.00 degC
Pressure 166.01 bar
Inventory 30.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -177.66 degC
Final
Velocity 500.00 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate 3.52985E-001 kg/s
Release
Duration 84.99 s
Orifice
Velocity 500.00 m/s
Exit
Pressure 17.67 bar
Exit
Temperature -48.08 degC
Discharge
Coefficient 0.86
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -177.66 degC
Final
Velocity 500.00 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate 3.52985E-001 kg/s
Release
Duration 84.99 s
Orifice
Velocity 500.00 m/s
Exit
Pressure 17.67 bar
Exit
Temperature -48.08 degC
Discharge
Coefficient 0.86
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -177.66 degC
Final
Velocity 500.00 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate 3.52985E-001 kg/s
Release
Duration 84.99 s
Orifice
Velocity 500.00 m/s
Exit
Pressure 17.67 bar
Exit
Temperature -48.08 degC
Discharge
Coefficient 0.86
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.00 fraction
FinalTemperature -177.66 degC
Final
Velocity 500.00 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate 3.52985E-001 kg/s
Release
Duration 84.99 s
Orifice
Velocity 500.00 m/s
Exit
Pressure 17.67 bar
Exit
Temperature -48.08 degC
Discharge
Coefficient 0.86
Expanded
Radius 0.01 m
Consequence
Results
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(750000) 18.75 s 0.446739 0.441867 0.437097
LFL
(40000) 18.75 s 19.5377 16.8262 16.0548
LFL
Frac (40000) 18.75 s 19.5377 16.8262 16.0548
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(750000) 18.75 s 1.00004 1.00004 1.00004
LFL
(40000) 18.75 s 4.81144 3.63063 3.07313
LFL
Frac (40000) 18.75 s 4.81144 3.63063 3.07313
Weather
4
UFL
(750000) 18.75 s 0.432428
LFL
(40000) 18.75 s 15.6039
LFL
Frac (40000) 18.75 s 15.6039
Weather
4
UFL
(750000) 18.75 s 1.00004
LFL
(40000) 18.75 s 2.63171
LFL
Frac (40000) 18.75 s 2.63171
Jet
Fire Hazard
Weather
1 Weather 2 Weather 3
Jet
Fire Status Hazard Hazard Hazard
Flame
Direction Horizontal Horizontal Horizontal
Weather
4
Jet
Fire Status Hazard
Flame
Direction Horizontal
Radiation
Effects: Jet Fire Ellipse
This
table gives the distances to the specified radiation levels
for
each jet fire listed in the above hazard table
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 25.2852 22.8975 21.313
Radiation
Level 12.5 kW/m2 22.4206 20.0692 18.4925
Radiation
Level 37.5 kW/m2 19.8697 17.5503 16.0706
Weather
4
Radiation
Level 5 kW/m2 20.2609
Radiation
Level 12.5 kW/m2 17.4382
Radiation
Level 37.5 kW/m2 15.0475
Flash
Fire Envelope
All
flammable results are reported at the cloud centreline height
Distance
(m)
Weather
1 Weather 2 Weather 3
Furthest
Extent 40000 ppm 19.5377 16.8262 16.0548
Furthest
Extent 40000 ppm 19.5377 16.8262 16.0548
Heights
(m) for above distances
Weather
1 Weather 2 Weather 3
Furthest
Extent 40000 ppm 4.81144 3.63063 3.07313
Furthest
Extent 40000 ppm 4.81144 3.63063 3.07313
All
flammable results are reported at the cloud centreline height
Weather
4
Furthest
Extent 40000 ppm 15.6039
Furthest
Extent 40000 ppm 15.6039
Weather
4
Furthest
Extent 40000 ppm 2.63171
Furthest
Extent 40000 ppm 2.63171
Explosion
Effects: Late Ignition
Explosion
Model Used : TNT
Explosion
Location Criterion: Cloud Front (LFL Fraction)
All
distances are measured from the Source
All
flammable results are reported at the cloud centreline height
Maximum
Distance (m) at Overpressure Level
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar No
Hazard No Hazard No Hazard
Overpressure 0.127487 bar No
Hazard No Hazard No Hazard
Overpressure 1.06869 bar No
Hazard No Hazard No Hazard
Weather
4
Overpressure 0.0686465 bar No
Hazard
Overpressure 0.127487 bar No
Hazard
Overpressure 1.06869 bar No
Hazard
Supplementary
Data at 0.0686465 bar
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Weather
4
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Supplementary
Data at 0.127487 bar
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Weather
4
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Supplementary
Data at 1.06869 bar
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Weather
4
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 04-OD - UBP
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 8.075E4 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Supply
Pump Head No
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 2 mm
Vessel/Tank
Release
Type Instantaneous
Building
Wake Option None
Location
Elevation 0.5 m
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging User defined averaging time supplied
User-Defined
Average Time 18.75 s
Bund
Status
of Bund Bund
present
Area
of Dike 48 m2
[Type
of Bund Surface Concrete]
Bund
Height 0.5 m
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 4 m
Building
Length 8.7 m
Building
Width 5.5 m
Type
of Ventilation Natural
ventilation
Droplet
state No
droplets trapped
Flammable
Method
to use for explosions TNT
Jet
Fire Method Shell
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 8.075E4 kg
Multi
Energy Explosion
Use
Unconfined Volumes No
Use
Fractions No
Use
1st Confined Source No
Use
2nd Confined Source No
Use
3rd Confined Source No
Use
4th Confined Source No
Use
5th Confined Source No
Use
6th Confined Source No
Use
7th Confined Source No
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 80,750.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.22 m/s
Droplet
Diameter 0.67 mm
Continuous
Release Data:
Mass
Flowrate 5.14228E-004 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 0.22 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.00 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.00 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.22 m/s
Droplet
Diameter 0.67 mm
Continuous
Release Data:
Mass
Flowrate 5.14228E-004 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 0.22 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.00 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.00 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.22 m/s
Droplet
Diameter 0.67 mm
Continuous
Release Data:
Mass
Flowrate 5.14228E-004 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 0.22 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.00 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.00 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.22 m/s
Droplet
Diameter 0.67 mm
Continuous
Release Data:
Mass
Flowrate 5.14228E-004 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 0.22 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.00 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.00 m
Consequence
Results
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0 0 0
LFL
(7000) 18.75 s 0 0 0
LFL
Frac (7000) 18.75 s 0 0 0
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0 0 0
LFL
(7000) 18.75 s 0 0 0
LFL
Frac (7000) 18.75 s 0 0 0
Weather
4
UFL
(52866.8) 18.75 s 0
LFL
(7000) 18.75 s 0
LFL
Frac (7000) 18.75 s 0
Weather
4
UFL
(52866.8) 18.75 s 0
LFL
(7000) 18.75 s 0
LFL
Frac (7000) 18.75 s 0
In-Building
Release Notes
**
Warning **
Although
the average concentration in the building is below
the
lower flammable limit, local concentrations could exceed
this
value. A fire or explosion in the building is possible.
The
plume does not clear the building wake.
All
results could be affected by the wake.
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 05-OD - UBP
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 8.075E4 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 10 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 25 mm
Line
length 30 m
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
[Elevation 1 m]
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 48 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 4 m
Building
Length 8.7 m
Building
Width 5.5 m
Vent
Flowrate 2.952E5 m3/hr
Type
of Ventilation Forced
Ventilation
Droplet
state No
droplets trapped
Building
Exhaust Diameter 1.2 m
Vent
Type Roof
Vent
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 8.075E4 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 80,750.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Consequence
Results
Distance
to Concentration Results
LFL
(7000) 18.75 s 1.01057 1.01057 1.01057
LFL
Frac (7000) 18.75 s 1.01057 1.01057 1.01057
Weather
4
UFL
(52866.8) 18.75 s 0
LFL
(7000) 18.75 s 0
LFL
Frac (7000) 18.75 s 0
Weather
4
UFL
(52866.8) 18.75 s 1.01057
LFL
(7000) 18.75 s 1.01057
LFL
Frac (7000) 18.75 s 1.01057
Jet
Fire Hazard
Weather
1 Weather 2 Weather 3
Jet
Fire Status No
Hazard No Hazard No Hazard
Flame
Direction Horizontal Horizontal Horizontal
Weather
4
Jet
Fire Status No
Hazard
Flame
Direction Horizontal
In-Building
Release Notes
**
Warning **
Although
the average concentration in the building is below
the
lower flammable limit, local concentrations could exceed
this
value. A fire or explosion in the building is possible.
The
plume does not clear the building wake.
All
results could be affected by the wake.
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0 0 0
LFL
(7000) 18.75 s 0 0 0
LFL
Frac (7000) 18.75 s 0 0 0
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 1.01057 1.01057 1.01057
EI 06-OD - UBP
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 8.075E4 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 10 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 25 mm
Line
length 30 m
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
Elevation 0.5 m
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 48 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 4 m
Building
Length 8.7 m
Building
Width 5.5 m
Vent
Flowrate 2.952E5 m3/hr
Type
of Ventilation Forced
Ventilation
Droplet
state No
droplets trapped
Building
Exhaust Diameter 1.8 m
Vent
Type Roof
Vent
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 8.075E4 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 80,750.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Consequence
Results
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0 0 0
LFL
(7000) 18.75 s 0 0 0
LFL
Frac (7000) 18.75 s 0 0 0
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0.515859 0.515859 0.515859
LFL
(7000) 18.75 s 0.515859 0.515859 0.515859
LFL
Frac (7000) 18.75 s 0.515859 0.515859 0.515859
Weather
4
UFL
(52866.8) 18.75 s 0
LFL
(7000) 18.75 s 0
LFL
Frac (7000) 18.75 s 0
Weather
4
UFL
(52866.8) 18.75 s 0.515859
LFL
(7000) 18.75 s 0.515859
LFL
Frac (7000) 18.75 s 0.515859
Jet
Fire Hazard
Weather
1 Weather 2 Weather 3
Jet
Fire Status No
Hazard No Hazard No Hazard
Flame
Direction Horizontal Horizontal Horizontal
Weather
4
Jet
Fire Status No
Hazard
Flame
Direction Horizontal
In-Building
Release Notes
**
Warning **
Although
the average concentration in the building is below
the
lower flammable limit, local concentrations could exceed
this
value. A fire or explosion in the building is possible.
The
plume does not clear the building wake.
All
results could be affected by the wake.
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 07-OD - UBP
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 8.075E4 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 10 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 25 mm
Line
length 30 m
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
Elevation 0.5 m
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 48 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 4 m
Building
Length 8.7 m
Building
Width 5.5 m
Vent
Flowrate 2.952E5 m3/hr
Type
of Ventilation Forced
Ventilation
Droplet
state No
droplets trapped
Building
Exhaust Diameter 1.8 m
Vent
Type Roof
Vent
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 8.075E4 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 80,750.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Consequence
Results
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0 0 0
LFL
(7000) 18.75 s 0 0 0
LFL
Frac (7000) 18.75 s 0 0 0
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0.515859 0.515859 0.515859
LFL
(7000) 18.75 s 0.515859 0.515859 0.515859
LFL
Frac (7000) 18.75 s 0.515859 0.515859 0.515859
Weather
4
UFL
(52866.8) 18.75 s 0
LFL
(7000) 18.75 s 0
LFL
Frac (7000) 18.75 s 0
Weather
4
UFL
(52866.8) 18.75 s 0.515859
LFL
(7000) 18.75 s 0.515859
LFL
Frac (7000) 18.75 s 0.515859
Jet
Fire Hazard
Weather
1 Weather 2 Weather 3
Jet
Fire Status No
Hazard No Hazard No Hazard
Flame
Direction Horizontal Horizontal Horizontal
Weather
4
Jet
Fire Status No
Hazard
Flame
Direction Horizontal
In-Building
Release Notes
**
Warning **
Although
the average concentration in the building is below
the
lower flammable limit, local concentrations could exceed
this
value. A fire or explosion in the building is possible.
The
plume does not clear the building wake.
All
results could be affected by the wake.
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 08-OD - UBP
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 8.075E4 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 10 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 25 mm
Line
length 30 m
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
Elevation 0.5 m
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 48 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 4 m
Building
Length 8.7 m
Building
Width 5.5 m
Vent
Flowrate 2.952E5 m3/hr
Type
of Ventilation Forced
Ventilation
Droplet
state No
droplets trapped
Building
Exhaust Diameter 1.8 m
Vent
Type Roof
Vent
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 8.075E4 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 80,750.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.57 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 9.22264E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.57 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Consequence
Results
Distance
to Concentration Results
UFL
(52866.8) 18.75 s 0.515859
LFL
(7000) 18.75 s 0.515859
LFL
Frac (7000) 18.75 s 0.515859
Jet
Fire Hazard
Weather
1 Weather 2 Weather 3
Jet
Fire Status No
Hazard No Hazard No Hazard
Flame
Direction Horizontal Horizontal Horizontal
Weather
4
Jet
Fire Status No
Hazard
Flame
Direction Horizontal
In-Building
Release Notes
**
Warning **
Although
the average concentration in the building is below
the
lower flammable limit, local concentrations could exceed
this
value. A fire or explosion in the building is possible.
The
plume does not clear the building wake.
All
results could be affected by the wake.
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0 0 0
LFL
(7000) 18.75 s 0 0 0
LFL
Frac (7000) 18.75 s 0 0 0
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0.515859 0.515859 0.515859
LFL
(7000) 18.75 s 0.515859 0.515859 0.515859
LFL
Frac (7000) 18.75 s 0.515859 0.515859 0.515859
Weather
4
UFL
(52866.8) 18.75 s 0
LFL
(7000) 18.75 s 0
LFL
Frac (7000) 18.75 s 0
Weather
4
EI 09-OD - UBP
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 750 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 10 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 50 mm
Line
length 30 m
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
Elevation 0.5 m
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 48 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 4 m
Building
Length 8.7 m
Building
Width 5.5 m
Vent
Flowrate 2.952E5 m3/hr
Type
of Ventilation Forced
Ventilation
Droplet
state No
droplets trapped
Building
Exhaust Diameter 1.8 m
Vent
Type Roof
Vent
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 750 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 750.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 3.91 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.59657E+000 kg/s
Release
Duration 134.01 s
Orifice
Velocity 3.91 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 3.91 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.59657E+000 kg/s
Release
Duration 134.01 s
Orifice
Velocity 3.91 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 3.91 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.59657E+000 kg/s
Release
Duration 134.01 s
Orifice
Velocity 3.91 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 3.91 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.59657E+000 kg/s
Release
Duration 134.01 s
Orifice
Velocity 3.91 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.03 m
Consequence
Results
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0 0 0
LFL
(7000) 18.75 s 0.0504807 0.069571 0.0615835
LFL
Frac (7000) 18.75 s 0.0504807 0.069571 0.0615835
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0.515758 0.515758 0.515758
LFL
(7000) 18.75 s 5.17968 4.23813 3.5543
LFL
Frac (7000) 18.75 s 5.17968 4.23813 3.5543
Weather
4
UFL
(52866.8) 18.75 s 0
LFL
(7000) 18.75 s 0.0733032
LFL
Frac (7000) 18.75 s 0.0733032
Weather
4
UFL
(52866.8) 18.75 s 0.515758
LFL
(7000) 18.75 s 3.18463
LFL
Frac (7000) 18.75 s 3.18463
Jet
Fire Hazard
Weather
1 Weather 2 Weather 3
Jet
Fire Status Hazard Hazard Hazard
Flame
Direction Horizontal Horizontal Horizontal
Weather
4
Jet
Fire Status Hazard
Flame
Direction Horizontal
Radiation
Effects: Jet Fire Ellipse
This
table gives the distances to the specified radiation levels
for
each jet fire listed in the above hazard table
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 120.138 108.764 101.109
Radiation
Level 12.5 kW/m2 104.026 93.1736 86.4847
Radiation
Level 37.5 kW/m2 Not
Reached Not
Reached Not Reached
Weather
4
Radiation
Level 5 kW/m2 95.9037
Radiation
Level 12.5 kW/m2 81.9304
Radiation
Level 37.5 kW/m2 Not
Reached
Flash
Fire Envelope
All
flammable results are reported at the cloud centreline height
Distance
(m)
Weather
1 Weather 2 Weather 3
Furthest
Extent 7000 ppm 0.0504807 0.069571 0.0615835
Furthest
Extent 7000 ppm 0.0504807 0.069571 0.0615835
Heights
(m) for above distances
Weather
1 Weather 2 Weather 3
Furthest
Extent 7000 ppm 5.17968 4.23813 3.5543
Furthest
Extent 7000 ppm 5.17968 4.23813 3.5543
All
flammable results are reported at the cloud centreline height
Weather
4
Furthest
Extent 7000 ppm 0.0733032
Furthest
Extent 7000 ppm 0.0733032
Weather
4
Furthest
Extent 7000 ppm 3.18463
Furthest
Extent 7000 ppm 3.18463
In-Building
Release Notes
**
Warning **
The
average concentration in the building is above the lower
flammable
limit. A fire or explosion in the building is likely.
The
plume does not clear the building wake.
All
results could be affected by the wake.
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 10-OD - UBP
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 3000 kg
Scenario
Type
of Event Catastrophic
rupture
Phase Liquid
Tank
Head 1 m
Pipe
Line
length 30 m
Vessel/Tank
Release
Type Instantaneous
Building
Wake Option None
Location
Elevation 0.5 m
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging User defined averaging time supplied
User-Defined
Average Time 18.75 s
Bund
Status
of Bund Bund
present
Area
of Dike 48 m2
[Type
of Bund Surface Concrete]
Bund
Height 0.5 m
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 4 m
Building
Length 8.7 m
Building
Width 5.5 m
Type
of Ventilation Natural
ventilation
Droplet
state No
droplets trapped
Flammable
Method
to use for explosions TNT
Jet
Fire Method Shell
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 3000 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 3,000.00 kg
Scenario Catastrophic
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Consequence
Results
Fireball
Hazard
Weather
1 Weather 2 Weather 3
Fireball
Flame Status No
Hazard No Hazard No Hazard
Weather
4
Fireball
Flame Status No
Hazard
Explosion
Effects: Early Explosion
Early
Explosions are assumed to be centered at the release location
Explosion
Model Used : TNT
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg 3000 3000 3000
Weather
4
Supplied
Flammable Mass kg 3000
Distance
(m) at Overpressure Levels
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar No
Hazard No Hazard No Hazard
Overpressure 0.127487 bar No
Hazard No Hazard No Hazard
Overpressure 1.06869 bar No
Hazard No Hazard No Hazard
Weather
4
Overpressure 0.0686465 bar No
Hazard
Overpressure 0.127487 bar No
Hazard
Overpressure 1.06869 bar No
Hazard
Used
Mass (kg) at Overpressure Levels
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar 0 0 0
Overpressure 0.127487 bar 0 0 0
Overpressure 1.06869 bar 0 0 0
Weather
4
Overpressure 0.0686465 bar 0
Overpressure 0.127487 bar 0
Overpressure 1.06869 bar 0
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 11-OD - ULB
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 5950 kg
Scenario
Type
of Event Catastrophic
rupture
Phase Liquid
Tank
Head 1 m
Vessel/Tank
Release
Type Instantaneous
Building
Wake Option None
Location
[Elevation 1 m]
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 14 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 2.5 m
Building
Length 6.7 m
Building
Width 2.2 m
Type
of Ventilation Natural
ventilation
Droplet
state No
droplets trapped
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 5950 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 5,950.00 kg
Scenario Catastrophic
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Consequence
Results
Explosion
Effects: Early Explosion
Weather
4
Supplied
Flammable Mass kg 5950
Distance
(m) at Overpressure Levels
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar No
Hazard No Hazard No Hazard
Overpressure 0.127487 bar No
Hazard No Hazard No Hazard
Overpressure 1.06869 bar No
Hazard No Hazard No Hazard
Weather
4
Overpressure 0.0686465 bar No
Hazard
Overpressure 0.127487 bar No
Hazard
Overpressure 1.06869 bar No
Hazard
Used
Mass (kg) at Overpressure Levels
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar 0 0 0
Overpressure 0.127487 bar 0 0 0
Overpressure 1.06869 bar 0 0 0
Weather
4
Overpressure 0.0686465 bar 0
Overpressure 0.127487 bar 0
Overpressure 1.06869 bar 0
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
Fireball
Hazard
Weather
1 Weather 2 Weather 3
Fireball
Flame Status No
Hazard No Hazard No Hazard
Weather
4
Fireball
Flame Status No
Hazard
Explosion
Effects: Early Explosion
Early
Explosions are assumed to be centered at the release location
Explosion
Model Used : TNT
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg 5950 5950 5950
EI 12-OD - ULB
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized (at
atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 5950 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 10 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 20 mm
Line
length 30 m
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
[Elevation 1 m]
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 14 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 2.5 m
Building
Length 6.7 m
Building
Width 2.2 m
Vent
Flowrate 1908 m3/hr
Type
of Ventilation Forced
Ventilation
Droplet
state No
droplets trapped
Building
Exhaust Diameter 0.5 m
Vent
Type Wall
Vent
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 5950 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 5,950.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.23 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.11027E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.23 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.23 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.11027E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.23 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.23 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.11027E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.23 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.23 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.11027E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.23 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Consequence
Results
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 1.42136 0.994962 0.813564
LFL
(7000) 18.75 s 10.0904 7.37776 6.07967
LFL
Frac (7000) 18.75 s 10.0904 7.37776 6.07967
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0.227867 0.661463 0.796979
LFL
(7000) 18.75 s 0 0 0
LFL
Frac (7000) 18.75 s 0 0 0
Weather
4
UFL
(52866.8) 18.75 s 0.674846
LFL
(7000) 18.75 s 4.86059
LFL
Frac (7000) 18.75 s 4.86059
Weather
4
UFL
(52866.8) 18.75 s 0.876171
LFL
(7000) 18.75 s 0
LFL
Frac (7000) 18.75 s 0
Jet
Fire Hazard
Weather
1 Weather 2 Weather 3
Jet
Fire Status Hazard Hazard Hazard
Flame
Direction Horizontal Horizontal Horizontal
Weather
4
Jet
Fire Status Hazard
Flame
Direction Horizontal
Radiation
Effects: Jet Fire Ellipse
This
table gives the distances to the specified radiation levels
for
each jet fire listed in the above hazard table
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 45.948 42.2493 39.0138
Radiation
Level 12.5 kW/m2 Not
Reached Not
Reached 34.0169
Radiation
Level 37.5 kW/m2 Not
Reached Not
Reached Not Reached
Weather
4
Radiation
Level 5 kW/m2 36.6869
Radiation
Level 12.5 kW/m2 32.3781
Radiation
Level 37.5 kW/m2 Not
Reached
Flash
Fire Envelope
All
flammable results are reported at the cloud centreline height
Distance
(m)
Weather
1 Weather 2 Weather 3
Furthest
Extent 7000 ppm 10.0904 7.37776 6.07967
Furthest
Extent 7000 ppm 10.0904 7.37776 6.07967
Heights
(m) for above distances
Weather
1 Weather 2 Weather 3
Furthest
Extent 7000 ppm 0 0 0
Furthest
Extent 7000 ppm 0 0 0
All
flammable results are reported at the cloud centreline height
Weather
4
Furthest
Extent 7000 ppm 4.86059
Furthest
Extent 7000 ppm 4.86059
Weather
4
Furthest
Extent 7000 ppm 0
Furthest
Extent 7000 ppm 0
Explosion
Effects: Late Ignition
Explosion
Model Used : TNT
Explosion
Location Criterion: Cloud Front (LFL Fraction)
All
distances are measured from the Source
All
flammable results are reported at the cloud centreline height
Maximum
Distance (m) at Overpressure Level
Weather
1
Overpressure 0.0686465 bar No
Hazard
Overpressure 0.127487 bar No
Hazard
Overpressure 1.06869 bar No
Hazard
Supplementary
Data at 0.0686465 bar
Weather
1
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Supplementary
Data at 0.127487 bar
Weather
1
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Supplementary
Data at 1.06869 bar
Weather
1
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
In-Building
Release Notes
**
Warning **
The
average concentration in the building is above the lower
flammable
limit. A fire or explosion in the building is likely.
The
plume does not clear the building wake.
All
results could be affected by the wake.
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 13-OD - ULB
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 5950 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 10 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 20 mm
Line
length 30 m
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
[Elevation 1 m]
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 14 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 2.5 m
Building
Length 6.7 m
Building
Width 2.2 m
Vent
Flowrate 1908 m3/hr
Type
of Ventilation Forced
Ventilation
Droplet
state No
droplets trapped
Building
Exhaust Diameter 0.5 m
Vent
Type Wall
Vent
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 5950 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 5,950.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.23 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.11027E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.23 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.23 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.11027E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.23 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.23 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.11027E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.23 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 2.23 m/s
Droplet
Diameter 0.49 mm
Continuous
Release Data:
Mass
Flowrate 5.11027E-001 kg/s
Release
Duration 9,900.00 s
Orifice
Velocity 2.23 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.01 m
Consequence
Results
Distance
to Concentration Results
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0.227867 0.661463 0.796979
LFL
(7000) 18.75 s 0 0 0
LFL
Frac (7000) 18.75 s 0 0 0
Weather
4
UFL
(52866.8) 18.75 s 0.674846
LFL
(7000) 18.75 s 4.86059
LFL
Frac (7000) 18.75 s 4.86059
Weather
4
UFL
(52866.8) 18.75 s 0.876171
LFL
(7000) 18.75 s 0
LFL
Frac (7000) 18.75 s 0
Jet
Fire Hazard
Weather
1 Weather 2 Weather 3
Jet
Fire Status Hazard Hazard Hazard
Flame
Direction Horizontal Horizontal Horizontal
Weather
4
Jet
Fire Status Hazard
Flame
Direction Horizontal
Radiation
Effects: Jet Fire Ellipse
This
table gives the distances to the specified radiation levels
for
each jet fire listed in the above hazard table
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 45.948 42.2493 39.0138
Radiation
Level 12.5 kW/m2 Not
Reached Not
Reached 34.0169
Radiation
Level 37.5 kW/m2 Not
Reached Not
Reached Not Reached
Weather
4
Radiation
Level 5 kW/m2 36.6869
Radiation
Level 12.5 kW/m2 32.3781
Radiation
Level 37.5 kW/m2 Not
Reached
Flash
Fire Envelope
All
flammable results are reported at the cloud centreline height
Distance
(m)
Weather
1 Weather 2 Weather 3
Furthest
Extent 7000 ppm 10.0904 7.37776 6.07967
Furthest
Extent 7000 ppm 10.0904 7.37776 6.07967
Heights
(m) for above distances
Weather
1 Weather 2 Weather 3
Furthest
Extent 7000 ppm 0 0 0
Furthest
Extent 7000 ppm 0 0 0
All
flammable results are reported at the cloud centreline height
Weather
4
Furthest
Extent 7000 ppm 4.86059
Furthest
Extent 7000 ppm 4.86059
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 1.42136 0.994962 0.813564
LFL
(7000) 18.75 s 10.0904 7.37776 6.07967
LFL
Frac (7000) 18.75 s 10.0904 7.37776 6.07967
Flash
Fire Envelope
Weather
4
Furthest
Extent 7000 ppm 0
Furthest
Extent 7000 ppm 0
Explosion
Effects: Late Ignition
Explosion
Model Used : TNT
Explosion
Location Criterion: Cloud Front (LFL Fraction)
All
distances are measured from the Source
All
flammable results are reported at the cloud centreline height
Maximum
Distance (m) at Overpressure Level
Weather
1
Overpressure 0.0686465 bar No
Hazard
Overpressure 0.127487 bar No
Hazard
Overpressure 1.06869 bar No
Hazard
Supplementary
Data at 0.0686465 bar
Weather
1
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Supplementary
Data at 0.127487 bar
Weather
1
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Supplementary
Data at 1.06869 bar
Weather
1
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
In-Building
Release Notes
**
Warning **
The
average concentration in the building is above the lower
flammable
limit. A fire or explosion in the building is likely.
The
plume does not clear the building wake.
All
results could be affected by the wake.
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 14-OD - Ar livre
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 8500 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 100 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 80 mm
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
[Elevation 1 m]
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 54 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Outdoor
Release Direction Horizontal
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 8500 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 8,500.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.20 degC
Final
Velocity 22.29 m/s
Droplet
Diameter 0.22 mm
Continuous
Release Data:
Mass
Flowrate 8.17428E+001 kg/s
Release
Duration 103.98 s
Orifice
Velocity 22.29 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.20 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.04 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.20 degC
Final
Velocity 22.29 m/s
Droplet
Diameter 0.22 mm
Continuous
Release Data:
Mass
Flowrate 8.17428E+001 kg/s
Release
Duration 103.98 s
Orifice
Velocity 22.29 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.20 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.04 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.20 degC
Final
Velocity 22.29 m/s
Droplet
Diameter 0.22 mm
Continuous
Release Data:
Mass
Flowrate 8.17428E+001 kg/s
Release
Duration 103.98 s
Orifice
Velocity 22.29 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.20 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.04 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.20 degC
Final
Velocity 22.29 m/s
Droplet
Diameter 0.22 mm
Continuous
Release Data:
Mass
Flowrate 8.17428E+001 kg/s
Release
Duration 103.98 s
Orifice
Velocity 22.29 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.20 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.04 m
Consequence
Results
Pool
Vaporization Results
N.B.
Pool vaporization segments begin when the cloud has left the pool
Weather
1 Weather 2 Weather 3
Liquid
Rainout fraction 0.999059 0.997213 0.996866
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 1556.25 1210.98 1006.42
Pool
Vaporization Rate kg/s 0.0904299 0.0988678 0.103961
Cloud
Segment 2
Cloud
Segment Duration s 2568.55 2894.57 2424.56
Pool
Vaporization Rate kg/s 0.109608 0.124308 0.129682
Cloud
Segment 3
Cloud
Segment Duration s 1124.15 5794.45 6469.02
Pool
Vaporization Rate kg/s 0.125505 0.171692 0.169133
Cloud
Segment 4
Cloud
Segment Duration s 4651.05
Pool
Vaporization Rate kg/s 0.171873
Maximum
Pool Radius m 19.2959 19.2696 19.2627
Weather
4
Liquid
Rainout fraction 0.996445
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 870.195
Pool
Vaporization Rate kg/s 0.107229
Cloud
Segment 2
Cloud
Segment Duration s 2091.83
Pool
Vaporization Rate kg/s 0.133982
Cloud
Segment 3
Cloud
Segment Duration s 628.925
Pool
Vaporization Rate kg/s 0.148531
Cloud
Segment 4
Cloud
Segment Duration s 6309.05
Pool
Vaporization Rate kg/s 0.168231
Maximum
Pool Radius m 19.256
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 9.82109 10.2733 10.0688
LFL
(7000) 18.75 s 9.89683 10.3629 10.1639
LFL
Frac (7000) 18.75 s 9.89683 10.3629 10.1639
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0.265236 0.282861 0.301945
LFL
(7000) 18.75 s 0.262555 0.279198 0.297682
LFL
Frac (7000) 18.75 s 0.262555 0.279198 0.297682
Weather
4
UFL
(52866.8) 18.75 s 11.1876
LFL
(7000) 18.75 s 11.3983
LFL
Frac (7000) 18.75 s 11.3983
Weather
4
UFL
(52866.8) 18.75 s 0.241495
LFL
(7000) 18.75 s 0.228855
LFL
Frac (7000) 18.75 s 0.228855
Jet
Fire Hazard
Weather
1 Weather 2 Weather 3
Jet
Fire Status Hazard Hazard Hazard
Flame
Direction Horizontal Horizontal Horizontal
Weather
4
Jet
Fire Status Hazard
Flame
Direction Horizontal
Radiation
Effects: Jet Fire Ellipse
This
table gives the distances to the specified radiation levels
for
each jet fire listed in the above hazard table
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 30.2886 44.0645 43.0747
Radiation
Level 12.5 kW/m2 Not
Reached 36.6568 36.1887
Radiation
Level 37.5 kW/m2 Not
Reached Not
Reached Not Reached
Weather
4
Radiation
Level 5 kW/m2 43.1635
Radiation
Level 12.5 kW/m2 36.7166
Radiation
Level 37.5 kW/m2 Not
Reached
Early
Pool Fire Hazard
Weather
1 Weather 2 Weather 3
Early
Pool Fire Status Hazard Hazard Hazard
Weather
4
Early
Pool Fire Status Hazard
Radiation
Effects: Early Pool Fire Ellipse
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 50.2314 57.1021 61.2114
Radiation
Level 12.5 kW/m2 30.2014 31.1413 31.7197
Radiation
Level 37.5 kW/m2
Weather
4
Radiation
Level 5 kW/m2 65.5696
Radiation
Level 12.5 kW/m2 33.1088
Radiation
Level 37.5 kW/m2
Late
Pool Fire Hazard
Weather
1 Weather 2 Weather 3
Late
Pool Fire Status Hazard Hazard Hazard
Weather
4
Late
Pool Fire Status Hazard
Radiation
Effects: Late Pool Fire Ellipse
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 50.2314 57.1021 61.2114
Radiation
Level 12.5 kW/m2 30.2014 31.1413 31.7197
Radiation
Level 37.5 kW/m2 Not
Reached Not
Reached Not Reached
Weather
4
Radiation
Level 5 kW/m2 65.5696
Radiation
Level 12.5 kW/m2 33.1088
Radiation
Level 37.5 kW/m2 Not
Reached
Flash
Fire Envelope
All
flammable results are reported at the cloud centreline height
Distance
(m)
Weather
1 Weather 2 Weather 3
Furthest
Extent 7000 ppm 9.89683 10.3629 10.1639
Furthest
Extent 7000 ppm 9.89683 10.3629 10.1639
Heights
(m) for above distances
Weather
1 Weather 2 Weather 3
Furthest
Extent 7000 ppm 0.262555 0.279198 0.297682
Furthest
Extent 7000 ppm 0.262555 0.279198 0.297682
All
flammable results are reported at the cloud centreline height
Weather
4
Furthest
Extent 7000 ppm 11.3983
Furthest
Extent 7000 ppm 11.3983
Weather
4
Furthest
Extent 7000 ppm 0.228855
Furthest
Extent 7000 ppm 0.228855
Explosion
Effects: Late Ignition
Explosion
Model Used : TNT
Explosion
Location Criterion: Cloud Front (LFL Fraction)
All
distances are measured from the Source
All
flammable results are reported at the cloud centreline height
Maximum
Distance (m) at Overpressure Level
Weather
2 Weather 3 Weather 4
Overpressure 0.0686465 bar No
Hazard No Hazard No Hazard
Overpressure 0.127487 bar No
Hazard No Hazard No Hazard
Overpressure 1.06869 bar No
Hazard No Hazard No Hazard
Supplementary
Data at 0.0686465 bar
Weather
2 Weather 3 Weather 4
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Supplementary
Data at 0.127487 bar
Weather
2 Weather 3 Weather 4
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Supplementary
Data at 1.06869 bar
Weather
2 Weather 3 Weather 4
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 15-OD - Ar livre
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 2.55E4 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 100 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 80 mm
Line
length 20 m
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
[Elevation 1 m]
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 54 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Outdoor
Release Direction Horizontal
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 2.55E4 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 25,500.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.24 degC
Final
Velocity 17.79 m/s
Droplet
Diameter 0.33 mm
Continuous
Release Data:
Mass
Flowrate 6.52522E+001 kg/s
Release
Duration 390.79 s
Orifice
Velocity 17.79 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.24 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.04 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.24 degC
Final
Velocity 17.79 m/s
Droplet
Diameter 0.33 mm
Continuous
Release Data:
Mass
Flowrate 6.52522E+001 kg/s
Release
Duration 390.79 s
Orifice
Velocity 17.79 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.24 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.04 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.24 degC
Final
Velocity 17.79 m/s
Droplet
Diameter 0.33 mm
Continuous
Release Data:
Mass
Flowrate 6.52522E+001 kg/s
Release
Duration 390.79 s
Orifice
Velocity 17.79 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.24 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.04 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.24 degC
Final
Velocity 17.79 m/s
Droplet
Diameter 0.33 mm
Continuous
Release Data:
Mass
Flowrate 6.52522E+001 kg/s
Release
Duration 390.79 s
Orifice
Velocity 17.79 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.24 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.04 m
Consequence
Results
Pool
Vaporization Results
Cloud
Segment Duration s 5868.01
Pool
Vaporization Rate kg/s 0.495021
Maximum
Pool Radius m 33.4062 33.3819 33.3676
Weather
4
Liquid
Rainout fraction 0.997194
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 1120.32
Pool
Vaporization Rate kg/s 0.272266
Cloud
Segment 2
Cloud
Segment Duration s 786.93
Pool
Vaporization Rate kg/s 0.387892
Cloud
Segment 3
Cloud
Segment Duration s 7992.75
Pool
Vaporization Rate kg/s 0.488654
Maximum
Pool Radius m 33.3563
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 7.45692 8.43648 8.25713
LFL
(7000) 18.75 s 7.49031 8.51532 8.36207
LFL
Frac (7000) 18.75 s 7.49031 8.51532 8.36207
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
UFL
(52866.8) 18.75 s 0.247848 0.222633 0.242285
LFL
(7000) 18.75 s 0.245702 0.218994 0.236615
LFL
Frac (7000) 18.75 s 0.245702 0.218994 0.236615
Weather
4
UFL
(52866.8) 18.75 s 8.74612
LFL
(7000) 18.75 s 8.83957
LFL
Frac (7000) 18.75 s 8.83957
Weather
4
UFL
(52866.8) 18.75 s 0.232863
LFL
(7000) 18.75 s 0.227345
LFL
Frac (7000) 18.75 s 0.227345
Jet
Fire Hazard
Weather
1 Weather 2 Weather 3
Jet
Fire Status Hazard Hazard Hazard
Flame
Direction Horizontal Horizontal Horizontal
Weather
4
Jet
Fire Status Hazard
Flame
Direction Horizontal
Radiation
Effects: Jet Fire Ellipse
This
table gives the distances to the specified radiation levels
for
each jet fire listed in the above hazard table
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 33.1208 35.5053 35.5535
Radiation
Level 12.5 kW/m2 Not
Reached Not
Reached 29.5543
Radiation
Level 37.5 kW/m2 Not
Reached Not
Reached Not Reached
Weather
4
Radiation
Level 5 kW/m2 35.6123
Radiation
Level 12.5 kW/m2 30.2666
Radiation
Level 37.5 kW/m2 Not
Reached
Early
Pool Fire Hazard
Weather
1 Weather 2 Weather 3
Early
Pool Fire Status Hazard Hazard Hazard
Weather
4
Early
Pool Fire Status Hazard
Radiation
Effects: Early Pool Fire Ellipse
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 46.932 54.2695 58.3435
Radiation
Level 12.5 kW/m2 27.1314 28.6637 29.3141
Radiation
Level 37.5 kW/m2
Weather
4
Radiation
Level 5 kW/m2 61.8536
Radiation
Level 12.5 kW/m2 30.1536
Radiation
Level 37.5 kW/m2
Late
Pool Fire Hazard
Weather
1 Weather 2 Weather 3
Late
Pool Fire Status Hazard Hazard Hazard
Weather
4
Late
Pool Fire Status Hazard
Radiation
Effects: Late Pool Fire Ellipse
Distance
(m)
Weather
1 Weather 2 Weather 3
Radiation
Level 5 kW/m2 69.1658 78.6894 84.8987
Radiation
Level 12.5 kW/m2 41.8974 42.9006 43.1151
Radiation
Level 37.5 kW/m2 Not
Reached Not
Reached Not Reached
Weather
4
Radiation
Level 5 kW/m2 90.0435
Radiation
Level 12.5 kW/m2 43.6567
Radiation
Level 37.5 kW/m2 Not
Reached
Flash
Fire Envelope
All
flammable results are reported at the cloud centreline height
Distance
(m)
Weather
1 Weather 2 Weather 3
Furthest
Extent 7000 ppm 7.49031 8.51532 8.36207
Furthest
Extent 7000 ppm 7.49031 8.51532 8.36207
Heights
(m) for above distances
Weather
1 Weather 2 Weather 3
Furthest
Extent 7000 ppm 0.245702 0.218994 0.236615
Furthest
Extent 7000 ppm 0.245702 0.218994 0.236615
All
flammable results are reported at the cloud centreline height
Weather
4
Furthest
Extent 7000 ppm 8.83957
Furthest
Extent 7000 ppm 8.83957
Weather
4
Furthest
Extent 7000 ppm 0.227345
Furthest
Extent 7000 ppm 0.227345
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
Pool
Vaporization Results
N.B.
Pool vaporization segments begin when the cloud has left the pool
Weather
1 Weather 2 Weather 3
Liquid
Rainout fraction 0.998581 0.997908 0.997524
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 1751.16 1505.18 1276.02
Pool
Vaporization Rate kg/s 0.237398 0.26205 0.269372
Cloud
Segment 2
Cloud
Segment Duration s 1276.33 1087.92 913.964
Pool
Vaporization Rate kg/s 0.325915 0.362942 0.376856
Cloud
Segment 3
Cloud
Segment Duration s 1004.5 7306.9 7710.02
Pool
Vaporization Rate kg/s 0.413352 0.495389 0.493032
Cloud Segment 4
EI 16-OD - Ar livre
Base Case
User-Defined
Data
Material
Material
Identifier ÓLEO
DIESEL MARÍTIMO
Material
to Track ÓLEO
DIESEL MARÍTIMO
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 2.55E4 kg
Scenario
Type
of Event Catastrophic
rupture
Phase Liquid
Tank
Head 1 m
Vessel/Tank
Release
Type Instantaneous
Building
Wake Option None
Location
[Elevation 1 m]
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is not set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 54 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 2.55E4 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material ÓLEO
DIESEL MARÍTIMO
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 25,500.00 kg
Scenario Catastrophic
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Consequence
Results
Fireball
Hazard
Weather
1 Weather 2 Weather 3
Fireball
Flame Status No
Hazard No Hazard No Hazard
Weather
4
Fireball
Flame Status No
Hazard
Explosion
Effects: Early Explosion
Early
Explosions are assumed to be centered at the release location
Explosion
Model Used : TNT
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg 25500 25500 25500
Weather
4
Supplied
Flammable Mass kg 25500
Distance
(m) at Overpressure Levels
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar No
Hazard No Hazard No Hazard
Overpressure 0.127487 bar No
Hazard No Hazard No Hazard
Overpressure 1.06869 bar No
Hazard No Hazard No Hazard
Weather
4
Overpressure 0.0686465 bar No
Hazard
Overpressure 0.127487 bar No
Hazard
Overpressure 1.06869 bar No
Hazard
Used
Mass (kg) at Overpressure Levels
Weather
1 Weather 2 Weather 3
Overpressure 0.0686465 bar 0 0 0
Overpressure 0.127487 bar 0 0 0
Overpressure 1.06869 bar 0 0 0
Weather
4
Overpressure 0.0686465 bar 0
Overpressure 0.127487 bar 0
Overpressure 1.06869 bar 0
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 17-Hidrazina 15%
Base Case
User-Defined
Data
Material
Material
Identifier HIDRAZINE
15%
Material
to Track HIDRAZINE
15%
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 1000 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 15 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 25 mm
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
[Elevation 1 m]
Dispersion
Concentration of Interest 50 ppm
Averaging
time associated with Concentration IDLH
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 16.1 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 2.5 m
Building
Length 6.7 m
Building
Width 2.2 m
Type
of Ventilation Natural
ventilation
Droplet
state No
droplets trapped
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 1000 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material HIDRAZINE
15%
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 1,000.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 5.20 m/s
Droplet
Diameter 0.46 mm
Continuous
Release Data:
Mass
Flowrate 2.54526E+000 kg/s
Release
Duration 392.89 s
Orifice
Velocity 5.20 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 5.20 m/s
Droplet
Diameter 0.46 mm
Continuous
Release Data:
Mass
Flowrate 2.54526E+000 kg/s
Release
Duration 392.89 s
Orifice
Velocity 5.20 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 5.20 m/s
Droplet
Diameter 0.46 mm
Continuous
Release Data:
Mass
Flowrate 2.54526E+000 kg/s
Release
Duration 392.89 s
Orifice
Velocity 5.20 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 5.20 m/s
Droplet
Diameter 0.46 mm
Continuous
Release Data:
Mass
Flowrate 2.54526E+000 kg/s
Release
Duration 392.89 s
Orifice
Velocity 5.20 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.01 m
Consequence
Results
Pool
Vaporization Results
N.B.
Pool vaporization segments begin when the cloud has left the pool
Weather
1 Weather 2 Weather 3
Liquid
Rainout fraction 0.9961 0.994118 0.992324
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 202.351 154.381 145.203
Pool
Vaporization Rate kg/s 0.00383344 0.00409285 0.00431676
Cloud
Segment 2
Cloud
Segment Duration s 9697.65 9745.62 9754.8
Pool
Vaporization Rate kg/s 0.00433423 0.00475031 0.00503423
Maximum
Pool Radius m 2.2638 2.2638 2.2638
Weather
4
Liquid
Rainout fraction 0.990425
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 169
Pool
Vaporization Rate kg/s 0.00461157
Cloud
Segment 2
Cloud
Segment Duration s 9731
Pool
Vaporization Rate kg/s 0.00523406
Maximum
Pool Radius m 2.2638
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
User
Conc (50) 1800 s 115.18 99.2863 92.6319
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
User
Conc (50) 1800 s 1 1 1
Weather
4
User
Conc (50) 1800 s 89.3972
Weather
4
User
Conc (50) 1800 s 1
Distance
to Equivalent Toxic Dose
Toxic
Calculation Method = Mixture Probit
Concentration(ppm) Reference
Time Distance (m)
Weather
1 Weather 2 Weather 3
User
Conc (50) 1800 s 96.2532 83.7768 82.3989
Toxic
Calculation Method = Mixture Probit
Weather
4
User
Conc (50) 1800 s 56.1935
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 18-Hidrazina 15%
Base Case
User-Defined
Data
Material
Material
Identifier HIDRAZINE
15%
Material
to Track HIDRAZINE
15%
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 4000 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Supply
Pump Head No
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 50 mm
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
[Elevation 1 m]
Dispersion
Concentration of Interest 50 ppm
Averaging
time associated with Concentration IDLH
ERPG
selection ERPG
is set
IDLH
selection IDLH
is set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 16.1 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 2.5 m
Building
Length 6.7 m
Building
Width 2.2 m
Type
of Ventilation Natural
ventilation
Droplet
state No
droplets trapped
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 4000 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material HIDRAZINE
15%
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 4,000.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 1.84 m/s
Droplet
Diameter 0.67 mm
Continuous
Release Data:
Mass
Flowrate 3.60146E+000 kg/s
Release
Duration 1,110.66 s
Orifice
Velocity 1.84 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.00 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 1.84 m/s
Droplet
Diameter 0.67 mm
Continuous
Release Data:
Mass
Flowrate 3.60146E+000 kg/s
Release
Duration 1,110.66 s
Orifice
Velocity 1.84 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.00 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 1.84 m/s
Droplet
Diameter 0.67 mm
Continuous
Release Data:
Mass
Flowrate 3.60146E+000 kg/s
Release
Duration 1,110.66 s
Orifice
Velocity 1.84 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.00 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 1.84 m/s
Droplet
Diameter 0.67 mm
Continuous
Release Data:
Mass
Flowrate 3.60146E+000 kg/s
Release
Duration 1,110.66 s
Orifice
Velocity 1.84 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.00 degC
Discharge
Coefficient 0.61
Expanded
Radius 0.03 m
Consequence
Results
Pool
Vaporization Results
Cloud
Segment Duration s 44.89 44.89 44.89
Pool
Vaporization Rate kg/s 0.00248373 0.00285403 0.00304093
Cloud
Segment 2
Cloud
Segment Duration s 9855.11 9855.11 9855.11
Pool
Vaporization Rate kg/s 0.00455866 0.00513742 0.00543347
Maximum
Pool Radius m 2.2638 2.2638 2.2638
Weather
4
Liquid
Rainout fraction 0.994743
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 44.89
Pool
Vaporization Rate kg/s 0.00314202
Cloud
Segment 2
Cloud
Segment Duration s 9855.11
Pool
Vaporization Rate kg/s 0.00560589
Maximum
Pool Radius m 2.2638
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
User
Conc (50) 1800 s 95.1898 88.6261 86.0946
ERPG
1 (10) 3600 s 215.358 189.38 183.145
ERPG
2 (50) 3600 s 89.9421 83.3955 80.5125
ERPG
3 (80) 3600 s 72.8229 66.6813 65.18
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
User
Conc (50) 1800 s 1 1 1
ERPG
1 (10) 3600 s 0 0 0
ERPG
2 (50) 3600 s 0 0 0
ERPG
3 (80) 3600 s 0 0 0
Weather
4
User
Conc (50) 1800 s 84.5163
ERPG
1 (10) 3600 s 180.554
ERPG
2 (50) 3600 s 78.8541
ERPG
3 (80) 3600 s 64.0174
Weather
4
User
Conc (50) 1800 s 1
ERPG
1 (10) 3600 s 0
ERPG
2 (50) 3600 s 0
ERPG
3 (80) 3600 s 0
Distance
to Equivalent Toxic Dose
Toxic
Calculation Method = Mixture Probit
Concentration(ppm) Reference
Time Distance (m)
Weather
1 Weather 2 Weather 3
User
Conc (50) 1800 s 166.884 127.306 110.364
ERPG
1 (10) 3600 s 248.395 179.436 186.557
ERPG
2 (50) 3600 s 110.225 87.6529 78.2919
ERPG
3 (80) 3600 s 86.3082 70.0026 62.0121
Toxic
Calculation Method = Mixture Probit
Weather
4
User
Conc (50) 1800 s 100.69
ERPG
1 (10) 3600 s 150.324
ERPG
2 (50) 3600 s 72.6847
ERPG
3 (80) 3600 s 56.368
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
Pool
Vaporization Results
N.B.
Pool vaporization segments begin when the cloud has left the pool
Weather
1 Weather 2 Weather 3
Liquid
Rainout fraction 0.99882 0.997617 0.996223
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
EI 19-Hidrazina 15%
Base Case
User-Defined
Data
Material
Material
Identifier HIDRAZINE
15%
Material
to Track HIDRAZINE
15%
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 4000 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 15 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 25 mm
Line
length 100 m
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
[Elevation 1 m]
Dispersion
Concentration of Interest 50 ppm
Averaging
time associated with Concentration IDLH
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 16.1 m2
[Type
of Bund Surface Concrete]
[Bund
Height 0 m]
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 2.5 m
Building
Length 6.7 m
Building
Width 2.2 m
Type
of Ventilation Natural
ventilation
Droplet
state No
droplets trapped
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 4000 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material HIDRAZINE
15%
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 4,000.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 1.64 m/s
Droplet
Diameter 0.46 mm
Continuous
Release Data:
Mass
Flowrate 8.03026E-001 kg/s
Release
Duration 4,981.16 s
Orifice
Velocity 1.64 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 1.64 m/s
Droplet
Diameter 0.46 mm
Continuous
Release Data:
Mass
Flowrate 8.03026E-001 kg/s
Release
Duration 4,981.16 s
Orifice
Velocity 1.64 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 1.64 m/s
Droplet
Diameter 0.46 mm
Continuous
Release Data:
Mass
Flowrate 8.03026E-001 kg/s
Release
Duration 4,981.16 s
Orifice
Velocity 1.64 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.01 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.03 degC
Final
Velocity 1.64 m/s
Droplet
Diameter 0.46 mm
Continuous
Release Data:
Mass
Flowrate 8.03026E-001 kg/s
Release
Duration 4,981.16 s
Orifice
Velocity 1.64 m/s
Exit
Pressure 1.01 bar
Exit
Temperature 25.03 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.01 m
Consequence
Results
Pool
Vaporization Results
N.B.
Pool vaporization segments begin when the cloud has left the pool
Weather
1 Weather 3 Weather 4
Liquid
Rainout fraction 0.996454 0.989886 0.987699
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 82.3556 9900 9900
Pool
Vaporization Rate kg/s 0.00104524 0.0047704 0.00492661
Cloud
Segment 2
Cloud
Segment Duration s 34.2844
Pool
Vaporization Rate kg/s 0.00250673
Cloud
Segment 3
Cloud
Segment Duration s 26.1625
Pool
Vaporization Rate kg/s 0.00326271
Cloud
Segment 4
Cloud
Segment Duration s 22.32
Pool
Vaporization Rate kg/s 0.00386802
Cloud
Segment 5
Cloud
Segment Duration s 19.8375
Pool
Vaporization Rate kg/s 0.0043934
Cloud
Segment 6
Cloud
Segment Duration s 16.68
Pool
Vaporization Rate kg/s 0.00483648
Cloud
Segment 7
Cloud
Segment Duration s 9698.36
Pool
Vaporization Rate kg/s 0.00435024
Maximum
Pool Radius m 2.2638 2.2638 2.2638
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 3 Weather 4
User
Conc (50) 1800 s 92.9501 71.7404 67.3013
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 3 Weather 4
User
Conc (50) 1800 s 1 1 1
Distance
to Equivalent Toxic Dose
Toxic
Calculation Method = Mixture Probit
Concentration(ppm) Reference
Time Distance (m)
Weather
1 Weather 3 Weather 4
User
Conc (50) 1800 s 140.147 115.645 >50000
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 20-Hidrazina 15%
Base Case
User-Defined
Data
Material
Material
Identifier HIDRAZINE
15%
Material
to Track HIDRAZINE
15%
Type
of Vessel Unpressurized
(at atmospheric pressure)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 2000 kg
Scenario
Type
of Event Catastrophic
rupture
Phase Liquid
Tank
Head 1 m
Vessel/Tank
Release
Type Instantaneous
Building
Wake Option None
Location
[Elevation 1 m]
Dispersion
Concentration of Interest 50 ppm
Averaging
time associated with Concentration IDLH
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is set
STEL
selection STEL
is not set
User
Defined Averaging User defined averaging time supplied
User-Defined
Average Time 18.75 s
Bund
Status
of Bund No
bund present
[Type
of Bund Surface Concrete]
Bund
Height 0.5 m
[Bund
Failure Modeling Bund
cannot fail]
Flammable
Method
to use for explosions TNT
Jet
Fire Method Shell
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 2000 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material HIDRAZINE
15%
Temperature 25.00 degC
Pressure 1.01 bar
Inventory 2,000.00 kg
Scenario Catastrophic
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 1.00 fraction
FinalTemperature 25.00 degC
Final
Velocity 0.00 m/s
Droplet
Diameter 0.72 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Consequence
Results
Pool
Vaporization Results
Weather
2 Weather 3 Weather 4
Release
Segment 1
Release
Duration s 0.001 0.001 0.001
Liquid
Rainout fraction 1 1 1
Release
Segment 1 Cloud Segment 1
Cloud
Segment Duration s 53.29 60.4506 46.9225
Pool
Vaporization Rate kg/s 0.0575127 0.0644383 0.06696
Total
Vapor Flowrate kg/s 0.0575127 0.0644383 0.06696
Release
Segment 1 Cloud Segment 2
Cloud
Segment Duration s 374.166 437.955 40.9681
Pool
Vaporization Rate kg/s 0.0654708 0.0708678 0.0765826
Total
Vapor Flowrate kg/s 0.0654708 0.0708678 0.0765826
Release
Segment 1 Cloud Segment 3
Cloud
Segment Duration s 9472.54 9401.59 9812.11
Pool
Vaporization Rate kg/s 0.0496046 0.0515413 0.054054
Total
Vapor Flowrate kg/s 0.0496046 0.0515413 0.054054
Maximum
Pool Radius m 7.99329 7.99316 7.99306
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
2 Weather 3 Weather 4
User
Conc (50) 1800 s 117.92 96.4316 85.0261
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
2 Weather 3 Weather 4
User
Conc (50) 1800 s 1 1 1
Distance
to Equivalent Toxic Dose
Toxic
Calculation Method = Mixture Probit
Concentration(ppm) Reference
Time Distance (m)
Weather
2 Weather 3 Weather 4
User
Conc (50) 1800 s 206.956 190.344 134.013
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 21-Amônia 25%
Base Case
User-Defined
Data
Material
Material
Identifier AMÔNIA
25%
Material
to Track AMÔNIA
25%
Type
of Vessel Saturated Liquid
(Equilibrium vapor/liquid)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 5000 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 30 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 50 mm
Line
length 2 m
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
[Elevation 1 m]
Dispersion
Concentration of Interest 300 ppm
Averaging
time associated with Concentration IDLH
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is set
STEL
selection STEL
is not set
User
Defined Averaging No user defined averaging time supplied
Bund
Status
of Bund Bund
present
Area
of Dike 15.3 m2
[Type
of Bund Surface Concrete]
Bund
Height 0.5 m
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 5.5 m
Building
Length 7.5 m
Building
Width 2.6 m
Type
of Ventilation Natural
ventilation
Droplet
state No
droplets trapped
Flammable
Method
to use for explosions TNT
Jet
Fire Method Shell
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 5000 kg
Multi
Energy Explosion
Use
Unconfined Volumes No
Use
Fractions No
Use
1st Confined Source No
Use
2nd Confined Source No
Use
3rd Confined Source No
Use
4th Confined Source No
Use
5th Confined Source No
Use
6th Confined Source No
Use
7th Confined Source No
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material AMÔNIA
25%
Temperature 25.00 degC
Pressure 2.63 bar
Inventory 5,000.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.96 fraction
FinalTemperature -2.69 degC
Final
Velocity 343.89 m/s
Droplet
Diameter 0.01 mm
Continuous
Release Data:
Mass
Flowrate 1.39239E+001 kg/s
Release
Duration 359.09 s
Orifice
Velocity 343.89 m/s
Exit
Pressure 1.01 bar
Exit
Temperature -2.69 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.96 fraction
FinalTemperature -2.69 degC
Final
Velocity 343.89 m/s
Droplet
Diameter 0.01 mm
Continuous
Release Data:
Mass
Flowrate 1.39239E+001 kg/s
Release
Duration 359.09 s
Orifice
Velocity 343.89 m/s
Exit
Pressure 1.01 bar
Exit
Temperature -2.69 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.96 fraction
FinalTemperature -2.69 degC
Final
Velocity 343.89 m/s
Droplet
Diameter 0.01 mm
Continuous
Release Data:
Mass
Flowrate 1.39239E+001 kg/s
Release
Duration 359.09 s
Orifice
Velocity 343.89 m/s
Exit
Pressure 1.01 bar
Exit
Temperature -2.69 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.96 fraction
FinalTemperature -2.69 degC
Final
Velocity 343.89 m/s
Droplet
Diameter 0.01 mm
Continuous
Release Data:
Mass
Flowrate 1.39239E+001 kg/s
Release
Duration 359.09 s
Orifice
Velocity 343.89 m/s
Exit
Pressure 1.01 bar
Exit
Temperature -2.69 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.03 m
Consequence
Results
Pool
Vaporization Results
N.B.
Pool vaporization segments begin when the cloud has left the pool
Weather
1 Weather 2 Weather 3
Liquid
Rainout fraction 0.334544 0.0450398 0.00816586
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 132.25 134.56 129.391
Pool
Vaporization Rate kg/s 0.119691 0.0229911 0.00738501
Cloud
Segment 2
Cloud
Segment Duration s 52.0306 51.0806 49.5
Pool
Vaporization Rate kg/s 0.301966 0.0611903 0.0191284
Explosion
Effects: Late Ignition
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Supplementary
Data at 1.06869 bar
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Weather
4
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
Pool
Vaporization Results
Cloud
Segment 3
Cloud
Segment Duration s 40.7194 40.11 39.41
Pool
Vaporization Rate kg/s 0.385847 0.0784391 0.0241204
Cloud
Segment 4
Cloud
Segment Duration s 35.0156 34.265 34.5094
Pool
Vaporization Rate kg/s 0.449535 0.0914975 0.0279434
Cloud
Segment 5
Cloud
Segment Duration s 60.3944 58.6069 59.5956
Pool
Vaporization Rate kg/s 0.524308 0.106712 0.0324494
Cloud
Segment 6
Cloud
Segment Duration s 75.5924 71.4324 51.4424
Pool
Vaporization Rate kg/s 0.616988 0.12693 0.0374081
Cloud
Segment 7
Cloud
Segment Duration s 9504 9509.95 20.3044
Pool
Vaporization Rate kg/s 0.112406 0.0164979 0.041645
Cloud
Segment 8
Cloud
Segment Duration s 8631.34
Pool
Vaporization Rate kg/s 0.00346986
Maximum
Pool Radius m 7.41926 2.67401 1.09074
Weather
4
Liquid
Rainout fraction 0.000509611
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 105.576
Pool
Vaporization Rate kg/s 0.00147031
Cloud
Segment 2
Cloud
Segment Duration s 46.33
Pool
Vaporization Rate kg/s 0.00334197
Cloud
Segment 3
Cloud
Segment Duration s 37.845
Pool
Vaporization Rate kg/s 0.00409438
Cloud
Segment 4
Cloud
Segment Duration s 64.6519
Pool
Vaporization Rate kg/s 0.0048573
Cloud
Segment 5
Cloud
Segment Duration s 221.762
Pool
Vaporization Rate kg/s 0.00574466
Maximum
Pool Radius m 0.204618
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
User
Conc (300) 1800 s 813.222 760.84 714.899
UFL
(250000) 18.75 s 14.0409 12.5044 11.3069
LFL
(160000) 18.75 s 37.4951 29.7366 24.9821
LFL
Frac (160000) 18.75 s 37.4951 29.7366 24.9821
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
User
Conc (300) 1800 s 1 1 1
UFL
(250000) 18.75 s 0.694258 0.770577 0.81979
LFL
(160000) 18.75 s 0 0 0
LFL
Frac (160000) 18.75 s 0 0 0
Weather
4
User
Conc (300) 1800 s 637.566
UFL
(250000) 18.75 s 10.3309
LFL
(160000) 18.75 s 21.8548
LFL
Frac (160000) 18.75 s 21.8548
Weather
4
User
Conc (300) 1800 s 1
UFL
(250000) 18.75 s 0.856891
LFL
(160000) 18.75 s 0
LFL
Frac (160000) 18.75 s 0
Distance
to Equivalent Toxic Dose
Toxic
Calculation Method = Mixture Probit
Concentration(ppm) Reference
Time Distance (m)
Weather
1 Weather 2 Weather 3
User
Conc (300) 1800 s 417.752 415.086 410.232
Toxic
Calculation Method = Mixture Probit
Weather
4
User
Conc (300) 1800 s 368.013
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 22-Amônia 25%
Base Case
User-Defined
Data
Material
Material
Identifier AMÔNIA
25%
Material
to Track AMÔNIA
25%
Type
of Vessel Saturated Liquid
(Equilibrium vapor/liquid)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 5000 kg
Scenario
Type
of Event Line
rupture
Phase Liquid
Pump
head 100 m
Supply
Pump Head Yes
Tank
Head 1 m
Number
of Excess Flow Valves 0
Number
of Non-Return Valves 0
Number
of Shut-Off Valves 0
Pipe
Pipe
Diameter 50 mm
Vessel/Tank
Release
Type Continuous
Building
Wake Option None
Location
[Elevation 1 m]
Dispersion
Concentration of Interest 300 ppm
Averaging
time associated with Concentration IDLH
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is set
STEL
selection STEL
is not set
User
Defined Averaging User defined averaging time supplied
User-Defined
Average Time 18.75 s
Bund
Status
of Bund Bund
present
Area
of Dike 15.3 m2
[Type
of Bund Surface Concrete]
Bund
Height 0.5 m
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 5.5 m
Building
Length 7.5 m
Building
Width 2.6 m
Type
of Ventilation Natural
ventilation
Droplet
state No
droplets trapped
Flammable
Method
to use for explosions TNT
Jet
Fire Method Shell
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 5000 kg
Multi
Energy Explosion
Use
Unconfined Volumes No
Use
Fractions No
Use
1st Confined Source No
Use
2nd Confined Source No
Use
3rd Confined Source No
Use
4th Confined Source No
Use
5th Confined Source No
Use
6th Confined Source No
Use
7th Confined Source No
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material AMÔNIA
25%
Temperature 25.00 degC
Pressure 2.63 bar
Inventory 5,000.00 kg
Scenario Line
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.97 fraction
FinalTemperature -2.69 degC
Final
Velocity 376.70 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate 1.75585E+001 kg/s
Release
Duration 284.76 s
Orifice
Velocity 376.70 m/s
Exit
Pressure 1.01 bar
Exit
Temperature -2.69 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.97 fraction
FinalTemperature -2.69 degC
Final
Velocity 376.70 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate 1.75585E+001 kg/s
Release
Duration 284.76 s
Orifice
Velocity 376.70 m/s
Exit
Pressure 1.01 bar
Exit
Temperature -2.69 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.97 fraction
FinalTemperature -2.69 degC
Final
Velocity 376.70 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate 1.75585E+001 kg/s
Release
Duration 284.76 s
Orifice
Velocity 376.70 m/s
Exit
Pressure 1.01 bar
Exit
Temperature -2.69 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.03 m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.97 fraction
FinalTemperature -2.69 degC
Final
Velocity 376.70 m/s
Droplet
Diameter 0.00 mm
Continuous
Release Data:
Mass
Flowrate 1.75585E+001 kg/s
Release
Duration 284.76 s
Orifice
Velocity 376.70 m/s
Exit
Pressure 1.01 bar
Exit
Temperature -2.69 degC
Discharge
Coefficient 0.60
Expanded
Radius 0.03 m
Consequence
Results
Pool
Vaporization Results
N.B.
Pool vaporization segments begin when the cloud has left the pool
Weather
1 Weather 2 Weather 3
Liquid
Rainout fraction 0.307222 0.041809 0.00197669
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 109.202 117.181 168.351
Pool
Vaporization Rate kg/s 0.109543 0.0215749 0.0050059
Cloud
Segment 2
Cloud
Segment Duration s 42.7031 42.8419 71.8994
Explosion
Effects: Late Ignition
-
Explosion Centre m 0
Supplementary
Data at 0.127487 bar
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Weather
4
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Supplementary
Data at 1.06869 bar
Weather
1 Weather 2 Weather 3
Supplied
Flammable Mass kg No
Hazard No Hazard No Hazard
Used
Flammable Mass kg No
Hazard No Hazard No Hazard
Overpressure
Radius m 0 0 0
Distance
to:
-
Ignition Source m No
Hazard No Hazard No Hazard
-
Cloud Front/Centre m No
Hazard No Hazard No Hazard
-
Explosion Centre m 0 0 0
Weather
4
Supplied
Flammable Mass kg No
Hazard
Used
Flammable Mass kg No
Hazard
Overpressure
Radius m 0
Distance
to:
-
Ignition Source m No
Hazard
-
Cloud Front/Centre m No
Hazard
-
Explosion Centre m 0
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Pool
Vaporization Results
Pool
Vaporization Rate kg/s 0.282041 0.0588045 0.0116918
Cloud
Segment 3
Cloud
Segment Duration s 33.0544 33.1875 58.1727
Pool
Vaporization Rate kg/s 0.364151 0.075858 0.0146239
Cloud
Segment 4
Cloud
Segment Duration s 28.2 28.8 52.2
Pool
Vaporization Rate kg/s 0.426716 0.0888977 0.0161027
Cloud
Segment 5
Cloud
Segment Duration s 48.4706 48.5925 59.4369
Pool
Vaporization Rate kg/s 0.500337 0.104174 0.01414
Cloud
Segment 6
Cloud
Segment Duration s 58.7764 59.7252 70.6431
Pool
Vaporization Rate kg/s 0.588637 0.124026 0.0119414
Cloud
Segment 7
Cloud
Segment Duration s 9579.59 9569.67 89.31
Pool
Vaporization Rate kg/s 0.10483 0.0155203 0.00938105
Cloud
Segment 8
Cloud
Segment Duration s 144.21
Pool
Vaporization Rate kg/s 0.00580293
Cloud
Segment 9
Cloud
Segment Duration s 378.077
Pool
Vaporization Rate kg/s 0.00210785
Cloud
Segment 10
Cloud
Segment Duration s 125.708
Pool
Vaporization Rate kg/s 0.00143897
Maximum
Pool Radius m 7.1663 2.61106 0.521011
Weather
4
Liquid
Rainout fraction 0.000624195
Initial
Vapor Cloud
Time
Pool Left Behind
Cloud
Segment 1
Cloud
Segment Duration s 92.16
Pool
Vaporization Rate kg/s 0.00155076
Cloud
Segment 2
Cloud
Segment Duration s 38.3706
Pool
Vaporization Rate kg/s 0.00373387
Cloud
Segment 3
Cloud
Segment Duration s 30.7594
Pool
Vaporization Rate kg/s 0.0046373
Cloud
Segment 4
Cloud
Segment Duration s 27.0856
Pool
Vaporization Rate kg/s 0.00532192
Cloud
Segment 5
Cloud
Segment Duration s 47.2469
Pool
Vaporization Rate kg/s 0.00608765
Cloud
Segment 6
Cloud
Segment Duration s 41.6
Pool
Vaporization Rate kg/s 0.00689331
Cloud
Segment 7
Cloud
Segment Duration s 16.897
Pool
Vaporization Rate kg/s 0.00761225
Cloud
Segment 8
Cloud
Segment Duration s 366.048
Pool
Vaporization Rate kg/s 0.00448296
Maximum
Pool Radius m 0.263101
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
User
Conc (300) 1800 s 904.542 860.777 788.008
UFL
(250000) 18.75 s 15.5862 14.024 12.8189
LFL
(160000) 18.75 s 43.3648 34.1305 28.348
LFL
Frac (160000) 18.75 s 43.3648 34.1305 28.348
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
User
Conc (300) 1800 s 1 1 1
UFL
(250000) 18.75 s 0.680755 0.759679 0.812259
LFL
(160000) 18.75 s 0 0 0
LFL
Frac (160000) 18.75 s 0 0 0
Weather
4
User
Conc (300) 1800 s 715.822
UFL
(250000) 18.75 s 11.8862
LFL
(160000) 18.75 s 25.078
LFL
Frac (160000) 18.75 s 25.078
Weather
4
User
Conc (300) 1800 s 1
UFL
(250000) 18.75 s 0.837874
LFL
(160000) 18.75 s 0
LFL
Frac (160000) 18.75 s 0
Distance
to Equivalent Toxic Dose
Toxic
Calculation Method = Mixture Probit
Concentration(ppm) Reference
Time Distance (m)
Weather
1 Weather 2 Weather 3
User
Conc (300) 1800 s 413.515 428.557 414.612
Toxic
Calculation Method = Mixture Probit
Weather
4
User
Conc (300) 1800 s 381.718
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative
Humidity fraction 0.7
EI 23-Amônia 25%
Base Case
User-Defined
Data
Material
Material
Identifier AMÔNIA
25%
Material
to Track AMÔNIA
25%
Type
of Vessel Saturated Liquid
(Equilibrium vapor/liquid)
Pressure
Specification Pressure
not used
Discharge
Temperature 25 degC
Inventory
of material to discharge 5000 kg
Scenario
Type
of Event Catastrophic
rupture
Phase Liquid
Vessel/Tank
Release
Type Instantaneous
Building
Wake Option None
Location
[Elevation 1 m]
Dispersion
Concentration of Interest 300 ppm
Averaging
time associated with Concentration IDLH
ERPG
selection ERPG
is not set
IDLH
selection IDLH
is set
STEL
selection STEL
is not set
User
Defined Averaging User defined averaging time supplied
User-Defined
Average Time 18.75 s
Bund
Status
of Bund Bund
present
Area
of Dike 15.3 m2
[Type
of Bund Surface Concrete]
Bund
Height 0.5 m
[Bund
Failure Modeling Bund
cannot fail]
Indoor/Outdoor
Building
Height 5.5 m
Building
Length 7.5 m
Building
Width 2.6 m
Type
of Ventilation Natural
ventilation
Droplet
state No
droplets trapped
Flammable
Method
to use for explosions TNT
Jet
Fire Method Shell
Dispersion
Ignition
Location No
ignition location
Inventory
of material to Disperse 5000 kg
CASE Name: Data
Discharge
Data
User-Defined
Quantities
Material AMÔNIA
25%
Temperature 25.00 degC
Pressure 2.63 bar
Inventory 5,000.00 kg
Scenario Catastrophic
rupture
Calculated
Quantities
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 1
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.03 fraction
FinalTemperature -2.69 degC
Final
Velocity 272.32 m/s
Droplet
Diameter 0.06 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 2
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.03 fraction
FinalTemperature -2.69 degC
Final
Velocity 272.32 m/s
Droplet
Diameter 0.06 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 3
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.03 fraction
FinalTemperature -2.69 degC
Final
Velocity 272.32 m/s
Droplet
Diameter 0.06 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Weather: Imported
Model Folder Eventos Iniciadores\angra3 weathers\Weather 4
Mass
Flow of Air (Vent from Vapor Space Only) n/a
Average
Values for Segment Number 1
Liquid
Fraction 0.03 fraction
FinalTemperature -2.69 degC
Final
Velocity 272.32 m/s
Droplet
Diameter 0.06 mm
Continuous
Release Data:
Mass
Flowrate n/a kg/s
Release
Duration n/a s
Orifice
Velocity n/a m/s
Exit
Pressure n/a bar
Exit
Temperature n/a degC
Discharge
Coefficient n/a
Expanded
Radius n/a m
Consequence
Results
Distance
to Concentration Results
The
height for user defined concentrations is the user defined height 1 m
All
toxic results are reported at the toxic effect height 0 m
All
flammable results are reported at the cloud centreline height
Concentration(ppm) Averaging
Time Distance (m)
Weather
1 Weather 2 Weather 3
User
Conc (300) 1800 s 37.2623 67.6614 289.225
UFL
(250000) 18.75 s 1374.19 2689.2 2579.37
LFL
(160000) 18.75 s 1374.19 2689.2 2579.37
LFL
Frac (160000) 18.75 s 1374.19 2689.2 2579.37
Concentration(ppm) Averaging
Time Heights (m) for above distances
Weather
1 Weather 2 Weather 3
User
Conc (300) 1800 s 1 1 1
UFL
(250000) 18.75 s 371.232 248.565 194.752
LFL
(160000) 18.75 s 371.232 248.565 194.752
LFL
Frac (160000) 18.75 s 371.232 248.565 194.752
Weather
4
User
Conc (300) 1800 s 337.83
UFL
(250000) 18.75 s 3369.04
LFL
(160000) 18.75 s 3369.04
LFL
Frac (160000) 18.75 s 3369.04
Weather
4
User
Conc (300) 1800 s 1
UFL
(250000) 18.75 s 177.349
LFL
(160000) 18.75 s 177.349
LFL
Frac (160000) 18.75 s 177.349
Distance
to Equivalent Toxic Dose
Toxic
Calculation Method = Mixture Probit
Concentration(ppm) Reference
Time Distance (m)
Weather
1 Weather 2 Weather 3
User
Conc (300) 1800 s 28.7394 30.2768 50.376
Toxic
Calculation Method = Mixture Probit
Weather
4
User
Conc (300) 1800 s 90.6612
Weather
Conditions
Weather
1 Weather 2 Weather 3
Wind
Speed m/s 1 2 3
Pasquill
Stability D D D
Surface
Roughness Parameter 0.33 0.33 0.33
Atmospheric
Temperature degC 24.85 24.85 24.85
Surface
Temperature degC 29 29 29
Relative
Humidity fraction 0.7 0.7 0.7
Weather
4
Wind
Speed m/s 4
Pasquill
Stability D
Surface
Roughness Parameter 0.33
Atmospheric
Temperature degC 24.85
Surface
Temperature degC 29
Relative Humidity fraction 0.7
|
