Expert Safety Hazard Analysis and Engineering Consulting Services Advanced Analysis Australia 

Advanced Analysis provides specialised consulting for explosion, fire, and dispersion hazards across high-risk industries including oil & gas, hydrogen, energy storage, mining, and defence.

Our work covers the full lifecycle of safety assessment, from concept design through to regulatory approval.

Typical consulting areas include:

• Explosion consequence analysis for gas, dust, and BESS events.

• Fire and gas detection mapping and optimisation.

• BLEVE and pressure vessel rupture studies.

• Explosion risk assessment and Bow-Tie analysis.

• Accident investigation and forensic reconstruction.

• Hydrogen and new energy safety assessments.

All studies are performed using validated methods and our proprietary explosion simulation tool, exploCFD, ensuring results are transparent, physics-based, and defensible.

To learn more, visit our Page or Contact us to discuss your project requirements.

Each facility presents unique conditions, i.e., layout, materials, processes, and risk tolerance, all influence how hazards behave.

At Advanced Analysis, we don’t apply generic templates. Every study begins with a detailed review of the facility’s geometry, ventilation, and operating context to ensure the modelling accurately reflects real conditions.

Our engineer experts then build a tailored simulation environment in exploCFD, incorporating:

• Site-specific geometry and congestion patterns.

• Weather and ventilation conditions.

• Chemical properties and inventory data.

• Ignition scenarios and consequence thresholds relevant to the client’s standards.

This approach ensures that the results are meaningful to the site being assessed, supporting design decisions, safety cases, and regulatory submissions with confidence.

For examples of few past studies, see our Case Studies section.

Regulatory approval often depends on clear evidence that hazards have been properly identified, quantified, and controlled.

Analysis provides detailed, transparent reports designed for direct submission to safety authorities, environmental agencies, and insurers.

Every key assumption is traceable, and every result can be reproduced, giving reviewers confidence in the technical basis of the conclusions.

Where required, our engineers participate in technical meetings or hearings to explain the methodology and modelling outcomes. This end-to-end support ensures our clients can move from assessment to approval efficiently and with confidence.

Advanced Analysis has worked with a wide range of industries, including LNG plants, refineries, hydrogen refuelling stations, chemical terminals, battery-energy storage systems (BESS), data centres, and offshore platforms.

Projects have ranged from large-scale explosion consequence studies and fire safety assessments to targeted dispersion analyses for critical equipment and occupied buildings.

For examples, visit our Case Studies section.

A fire safety assessment should be commissioned when planning new facilities, changing layouts, or introducing new materials that may alter risk. It is also important after incidents, near misses, or regulatory audits to confirm that fire and explosion protection systems are still effective.

At Advanced Analysis, our assessments identify gaps in passive and active protection measures, confirm compliance with local and international standards, and recommend improvements that can be implemented immediately or phased over time.

For further information, see our Fire Risk Assessment and Dust Audit pages.

Each of these tools answers a different question:

• Bow-Tie Analysis defines how incidents occur and what barriers prevent or mitigate them.

• Quantitative Risk Assessment (QRA) estimates how often those incidents may happen and their overall risk contribution.

• Consequence Modelling predicts what physically happens if an event occurs: fire, explosion, or toxic release.

Together, they form a complete picture of risk.

At Advanced Analysis, these methods can be applied individually or combined, depending on the project’s needs.

When performed together, consequence modelling results from exploCFD can directly inform Bow-Tie or QRA studies, keeping inputs consistent and scientifically defensible.

This approach ensures each element, cause, likelihood, and physical consequence, is aligned and transparent to both engineers and regulators.

If you would like to discuss your project needs or request assistance, please visit our Contact us page.