XES Solutions

Process Safety

Our Process Safety solutions

Our Process Safety solutions integrate best practices from high-risk industries to deliver effective risk reduction and regulatory compliance.

We provide tailored solutions to identify, assess, and mitigate hazards in complex processes, safeguarding people, assets, and operations. Our expertise spans process hazard analysis, safety integrity level assessments, management of change, safety audits, and more.

By embedding safety principles throughout the operational lifecycle, we help businesses enhance reliability, ensure compliance, and foster a proactive safety culture.

HAZOP

Hazard and Operability Study - A structured method for identifying risks in process design and operations by analysing deviations from intended functions.

HAZID

Hazard Identification Study – A preliminary risk assessment to identify safety hazards related to plant layout, process design and equipment placement

QRA

Quantitative Risk Assessment – Data driven approach that evaluates the likelihood and consequences of hazardous events using failure rate data, consequence modelling and risk tolerance criteria.

LOPA

Layer of Protection Analysis - A risk assessment technique that evaluates multiple safeguards or barriers against process hazards.

Consequence Modelling

Using simulation software we predict the effects of hazardous events such as toxic gas dispersion, thermal radiation and overpressure impacts.

Bowtie Analysis

A visual risk assessment method that maps hazard pathways along with preventive and mitigative barriers.
HAZOP

Hazard and Operability Study – A structured method for identifying risks in process design and operations by analysing deviations from intended functions.

Hazard Identification Study – A preliminary risk assessment to identify safety hazards related to plant layout, process design and equipment placement

Quantitative Risk Assessment – Data driven approach that evaluates the likelihood and consequences of hazardous events using failure rate data, consequence modelling and risk tolerance criteria.

Layer of Protection Analysis – A risk assessment technique that evaluates multiple safeguards or barriers against process hazards.

Using simulation software we predict the effects of hazardous events such as toxic gas dispersion, thermal radiation and overpressure impacts.

A visual risk assessment method that maps hazard pathways along with preventive and mitigative barriers.

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