Consequence Modeling

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Release Modeling

Model the release of single and multiphase fluids from pressurized vessels and pipelines using B&I’s consequence modeling tools.

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Dispersion Modeling

Model dispersion of atmospheric releases using one of B&I’s simple or more complex modeling tools.

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Fire Modeling

Model jet fire and pool fire consequences using industry standard models that include the Chamberlain and API models.

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Worlds First Engineering

Dependable Systems

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Reliability Modeling

Model the effects of component failures in complex, redundant, systems using modern network analsis methods that go beyond standard fault-trees.

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Networks

Use our network analysis tools to enumerate the behavior of complex systems. These tools can be applied to a wide variety of problems that include logistics optimistion (travelling salesman), decision-making, and reliability analysis.

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Markov Analysis

Use our markov and network analysis tools to estimate the reliability of real systems with dependencies, complimentary states, etc.

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SIL

Use our SIL (Safety Integrity Level) tools to determine how to allocate control functions between your basic process controls, human interactions and safety instrumented systems.

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Worlds First Engineering

Hazard Assesment

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HAZard IDentification

Systematically identify your hazards at the right time during your projects and operations.

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HAZards & OPerability

Use our Hazards and Operability analysis (HAZOP) facilitators to conduct process hazard analysis at the right stages of your projects and operations.

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FMECA

Failure Modes Effects and Criticality Analysis

Conduct failure modes, effecs and criticality analysis (FMECAs) on your new or novel equipment to ensure it meets your expected performance criteria.

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Bowtie Analysis

Conduct bowtie analysis to ensure adequate measures are taken to prevent, detect, control, and mitigate, an ensemble of accident scenarios corresponding to a specific hazard.

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Worlds First Engineering

Ionizing Radiation

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Radioactive Sources

Use our build up and decay models to simulate the accumulation of radioactive material in your oil and gas process equipment.

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Radiation Dose and Protection

Use our simple point kernel models, and more complex monte carlo model (MCNP), to determine radiation fluence and dose equivalent. Use the results to demonstrate de minimis risk or regulatory compliance.

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Radiation Dispersion

Model the dispersion of radioactive material taking account of the full decay chain for a range of environmental conditions. Or, use our monte carlo simulator to develop probabilistic dose equivalent and risk estimates.

Worlds First Engineering

People - Process - Equipment

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People Systems

Technical Safety Training, Procedures, Human Factors, Operational Discipline.

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Work Processes

Risk Management, Safety Case, HSE Activities Planning, MOC, Action tracking, Hazard Identification and Assessments, Auditing, Regulatory Support, and Decision Making.

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Integrity Critical Equipment

Integrity Critical Performance Criteria, Codes and Standards, SIL Assessments, Dependability (RAM) Analysis, Network Analysis, Release, Dispersion, and Consequence modeling.

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Worlds First Engineering

Regulatory Compliance

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Safety Case

We’ve written 7 Safety Cases covering fixed and floating platforms in the US Gulf of Mexico and UK North Sea. Let us manage the development and authoring of your design and operations safety cases.

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DWOPs

We’ve written 2 Deepwater Operations Plans (DWOPs) for facilities located in the Gulf of Mexico. Let us work with your Regulatory Affairs team to manage and develop yours too.

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PHAs for PSM

We have extensive experience conducting process hazard analysis in support of OSHA’s process safety management regulations. Let us help you conduct the relevant assessments and follow through to implementation and sharing of lessons learned.