Safety & Process Safety

Explore our full range of  safety, and process safety services designed to meet regulatory standards and support sustainable industrial growth across the GCC.

We offer integrated Safety and Process Safety Engineering services designed to identify, assess, and mitigate operational risks. By combining technical safety expertise with deep operational insight, we help clients across energy, chemicals, oil & gas, and related sectors enhance plant safety and asset performance. Our holistic approach ensures through-life risk management while supporting long-term operational excellence.

Process Hazard Assessments

Process Hazard Assessments are structured methodologies used to identify potential hazards and evaluate associated risks within industrial processes.

Inherent SHE Assessment
Hazard Identification (HAZID)
Hazard & Operability Study (HAZOP)
Layers of Protection Analysis (LOPA)
Pre-commissioning & Commissioning safety review
Process Hazard Review
Verification and revalidation of hazard studies
Retrospective Process Hazard Assessment
Process Hazard Assessment Action management and close out

Consequence Modelling

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Consequence Modelling is a technique used to simulate and quantify the potential effects of hazardous events—such as fires, explosions, or toxic releases—on people, assets, and the environment.

Identification of flammable, explosive and toxic materials
Identify credible accidental release scenarios
Consider potential for domino effects
Dispersion studies for flammable or toxic materials
Effect of thermal radiation due to fires
Effects of blast overpressure
Flare and vent stack sizing calculations and study
Cryogenic spill assessment
Safety engineering design including AFP, PFP requirement
Support risk assessment studies e.g. QRA and OBRA
Support the predictive aspects of COMAH safety report

Occupied Building Risk Assessment

Occupied buildings located on major hazard sites must be designed to withstand credible scenarios such as fires, explosions, and toxic releases, ensuring the safety of personnel and continuity of operations.

Initial assessment to identify occupied buildings
Occupied building risk assessment (OBRA) report
Advise on optimal building location during design.
Update or validate existing OBRA reports.
Develop risk controls and ALARP justifications.

Fire Risk Assessment

Fire Risk Assessment is essential for facilities handling flammable materials, especially in manufacturing. Operators of COMAH sites are legally required to assess fire hazards, identify risks, and implement effective control or mitigation measures to ensure safety

Check fire protection, training, and emergency response.
Review safety procedures and equipment maintenance.
Assess plant design, containment, and detection systems.

DSEAR Risk Assessments

DSEAR Risk Assessments are essential for high-hazard industries handling flammable or explosive substances. They ensure proper measures are in place to prevent or control explosive atmospheres and protect both people and assets.

Conduct HAC with ventilation checks, modelling, and drawings.
Prepare DSEAR reports with compliance gap analysis.
Assess ignition risks and verify ATEX-rated equipment.
Support DHA through HAC and ignition assessments.
Specify ATEX-certified equipment for hazardous zones.
Recommend locations for new equipment installations.
Assist with safety signage and equipment labelling.
Review site equipment for ATEX compliance.
Coordinate explosive dust lab testing.
Support safety systems and emergency planning.

Process Engineering

Our experienced Process Engineering team supports clients at all levels, from graduate to principal engineers, using industry-standard tools and methods.

Process Engineering Feasibility Studies
Process Engineering Concept design
Process plant operational improvement and support
Process Safety Engineering
Process Modelling
P and ID updates and Management

Pressure Relief Health Check

Pressure relief systems are critical in high-hazard industries to protect against overpressure or vacuum conditions.

They must be properly sized and maintained throughout their lifecycle to prevent incidents like fires, explosions, or toxic releases.

Perform health check of existing relief systems.
Review available documentation and installation details.
Risk-rank relief streams to develop a compliance roadmap.
Assess sample documentation and recommend improvements.