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Engineering clarity for hazardous releases

From release scenario to defensible risk insight.

HazardBench brings source-term analysis, dispersion, fire and explosion consequences, QRA, mapping and reporting into one guided engineering workspace.

Traceable methods Bilingual reports Protected computation
Consequence overviewLIVE MODEL
Release rate6.42 kg/s
Dense-gas reach1,840 m
Risk contour10⁻⁶ /yr
Centreline concentrationlog scale
Stability DStability F
Calculation engineSERVER PROTECTED
300+material records
6stability classes
16wind sectors
PDF · XLSX · JSONengineering outputs
01 / CAPABILITIES

One workspace. A connected consequence picture.

Move through the analysis in a guided sequence while keeping inputs, assumptions and results visible and reportable.

01

Release & dispersion

Pressurised, two-phase, pool and direct releases with passive and dense-gas dispersion behaviour.

02

Fire & explosion

Jet fire, pool fire, flash fire, BLEVE and VCE workflows including Multi-Energy and Baker–Strehlow–Tang.

03

Quantitative risk

Event trees, individual-risk contours, lethality profiles and societal F–N assessment.

04

Maps & reports

Georeferenced consequence contours and structured PDF, spreadsheet and JSON deliverables.

02 / EVIDENCE

Validation claims you can inspect.

Evidence is classified by what was actually compared—field data, published references and public software—without presenting unavailable commercial comparisons as completed work.

  • Public field datasets
  • Published-reference verification
  • Numerical acceptance gates
  • Explicit applicability warnings
FIELD DATABurro · Desert Tortoise · Thorney IslandDense-gas dispersion evidence
PUBLISHED CURVESTNO Multi-Energy · Baker–Strehlow–TangReference-curve verification
CLAIM BOUNDARYCommercial comparison not claimedTransparent evidence classification
03 / WORKFLOW

A clear path from assumptions to decision.

  1. 01

    Define

    Choose the material, scenario and source conditions.

  2. 02

    Model

    Run weather cases and consequence models consistently.

  3. 03

    Review

    Interrogate curves, maps, thresholds and risk metrics.

  4. 04

    Report

    Export traceable engineering evidence for review.

HAZARDBENCH

Bring consequence and risk analysis into one disciplined workflow.

Access is restricted to authorised users. Calculations run behind an authenticated server boundary.

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