THOR-X

1 REGULATORY REGION

Region:

ℹ️ Emergency zones (AEGL, IDLH) remain the same for all regions. Only occupational TWA limits change.

2 UNIT SYSTEM

Imperial

3 CHEMICAL

Select Chemical:

Formula:

CAS Number:

DOT Number:

Molecular Weight (g/mol):

Specific Gravity:

Physical State:

Conversion:

Boiling Point:

Flash Point:

Freezing Point:

Vapor Pressure:

Ionization Potential:

Heat of Vaporization:

Gas Density:

Specific Heat Ratio:

Reactivity:

LEL (Lower Explosive Limit):

UEL (Upper Explosive Limit):

5 CLIMATE

📝 Modo Manual 🛰️ Modo Automático (Weather.gov / OpenWeatherMap)

⏳ Esperando ubicación...

Desconectado

Wind Speed (m/s):

Air Temperature (°C):

Stability Class (A-F):

Wind Direction (°):

7 SOURCE

Vertical Tank Horizontal Tank Pipeline

Internal Pressure (bar):

Internal Temperature (°C):

Leak Diameter (mm):

Leak Height (m):

Tank Base Height (m): Distance from tank base to ground (negative = buried tank)

Tank/Pipeline Diameter (m):

Tank/Pipeline Length (m):

Liquid Percentage (%):

Continuous Release Mode (Use fixed leak rate instead of orifice calculation)

VERTICAL TANK

8 GRAPH CONFIGURATION

Max Distance (m):

Max Width (m):

4 INCIDENT LOCATION

Location Method:

📋 Manual Coordinates 🏠 Search Address 📱 Current Location 🗺️ Select on Map

Lat: --, Lng: --

📍 Selected Location:

Site: --

Coordinates: --

Elevation: -- m

Site Name: Latitude (°): Longitude (°): Elevation (m):

Address or Location:

Use GPS to get your current location

Click on the map to select the incident location

Lat: --, Lng: --

6 OBSTACLES & MIXING

Drag Factor

0.30 1.00 1.00

1.00=open field; 0.80=suburban; 0.60=urban/trees; 0.50–0.40=dense industrial; 0.30=street canyons.

Mixing Loss

0.50 1.00 1.00

1.00=no extra loss; 0.90=mild entrainment; 0.75=complex equipment; 0.60=strong wakes; 0.50=congested near-field.

Analiza diferencias de nivel en el terreno, alrededor de la ubicación del incidente

📊 Wind (effective): i — m/s = Wind Speed × Drag Factor × Mixing Factor

THOR-X

1 REGULATORY REGION

2 UNIT SYSTEM

3 CHEMICAL

5 CLIMATE

7 SOURCE

8 GRAPH CONFIGURATION

4 INCIDENT LOCATION

Location Method:

6 OBSTACLES & MIXING

📊 OUTPUT RESULTS

Simulation Results

Hazard Zones (Central Axis)

Leak Evolution (Dynamic Model)

Dispersion Plume (Thermal Top View)

🗺️ Satellite 3D Map Top View

🏔️ Satellite 3D Map Side View

Dispersion Plume (Thermal Side View)

1 REGULATORY REGION

2 UNIT SYSTEM

3 CHEMICAL

5 CLIMATE

7 SOURCE

8 GRAPH CONFIGURATION

4 INCIDENT LOCATION

Location Method:

6 OBSTACLES & MIXING

📊 OUTPUT RESULTS

Simulation Results

Hazard Zones (Central Axis)

Leak Evolution (Dynamic Model)

Dispersion Plume (Thermal Top View)

🗺️ Satellite 3D Map Top View

🏔️ Satellite 3D Map Side View

Dispersion Plume (Thermal Side View)

📖 Encyclopedia