
Loss Prevention Engineering
Define safety philosophies and design criteria that reduce risk through engineering.
We examine the technical basis, operating requirements and relevant interfaces of an assignment, helping your team understand the implications and decide what action is required.
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01Translate risk findings into safety philosophies, separation requirements and safer layouts.

Define safety philosophies and design criteria that reduce risk through engineering.

Review spacing, separation, access and escape provisions to reduce escalation risk.
02Engineer and assess firewater, detection and active and passive protection systems.

Design firewater networks and components around credible fire demand and hydraulic performance.

Assess whether existing firewater and protection arrangements meet credible facility demands.

Evaluate detector location and coverage using geographic and risk-based assessment.

Engineer integrated fire suppression and structural protection measures.
03Review buildability, electrical safety, alarms and the human interfaces of technical systems.

Review design practicality with construction teams before work reaches site.

Assess the safety and operability implications of proposed design changes.

Review electrical safety, operability and protective arrangements against project requirements.

Define alarm philosophy and rationalise alarms to support effective operator response.

Review critical tasks, interfaces and procedures to improve human-system interaction.
04Assess overpressure scenarios and the design and adequacy of relief and flare systems.

Assess relief scenarios, sizing and network performance for overpressure protection.
Specialist engineering advice and reviews for defined technical and operating decisions.
Tell us about your project, operational challenge or workforce development need.
Discuss your requirements