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Consequence and Risk Modelling
The iEE’s Process Safety Management (PSM) Consequence Modelling team delivers reliable, high-quality studies and mitigation recommendations to support industries handling explosive, flammable, and toxic materials. Our expertise covers the full project lifecycle, from feasibility studies and front-end assessments to brownfield and retrofit projects, ensuring solutions that are both effective and tailored to each client's specific requirements.
By combining established engineering practices with advanced modelling techniques, we provide accurate risk assessments and practical, cost-effective mitigation strategies that align with our clients' operational, safety, and business objectives.
The PSM team is committed to sharing its expertise, engaging proactively with stakeholders, and adapting to the unique needs of every project. Through open communication and close collaboration, we work hand in hand with our clients to achieve successful outcomes and deliver lasting value.
The IEE PSM team’s strength stems from its ability to transform challenges into opportunities, delivering unique, reliable, and effective mitigation solutions. Our approach combines a thorough understanding of physical phenomena with strong engineering and design expertise to achieve practical and sustainable outcomes.
Our Services
The iEE’s PSM team provides modelling and mitigation services across all industrial sectors, helping optimize clients’ operational sustainability and safety.
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Facility Siting studies as per American Petroleum Institute API RP 752/753 “Management of Hazards Associated with Location of Process Plant Permanent/Portable Buildings”
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Quantitative Risk Assessment
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Emergency response planning
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Control room location study
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Land use planning, land development, modelling assistance and mitigation studies
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Land use planning and land development for high density residential, commercial and sensitive categories, optimisation studies
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Land use plot plan development and optimisation for new facilities and usage
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Design of blast, fire and toxic mitigation barriers at the source
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Design of blast venting tunnels (concrete or steel)
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Mitigation explosions and toxic releases at the source
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Vulnerability analysis for a human exposed to blast, thermal radiation and toxic loads
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Evaluation of internal and external blast loads and mitigation
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Building damage evaluation as per highest industry standards
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Glazing system damage evaluation and design as per GSA, ASTM
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Computational Fluid Dynamics (CFD)
