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 Risk and Reliability Analysis
 

Complete Cadre Risk Assessment Capabilities can be brought to your company. Improve efficiency and reliability!

  • Program Development and Oversight
    • Risk and Reliability program development based on regulator requirements
    • Application of the results of PRA's to the surveillance, maintenance, and inspection programs at operating facilities
    • Review of risk based products (Event Trees, Fault Trees) and submittals (NRC Licensing Documents)
    • Maintenance Plan Development (preventative and predictive) based on Process/Economics/Human Risk
    • Reliability Centered Maintenance Plan Development

  • Conventional Risk Assessments
    • Chemical Hazards Analysis (HAZOP)
    • Integrated Safety Management (ISM)
    • Failure Mode and Effects Analysis (FMEA)
    • Probabilistic Risk and Safety Assessment (PRA/PSA)
    • Reliability and Availability Engineering
    • Root Cause Analysis
    • Human Reliability Analysis (HRA)
    • Risk analysis, accident initiator identification, event and fault tree construction, external analysis, failure data development, and quantification
    • Analysis and interpretation of failure data from the Occurrence Reporting and Processing Systems
    • Reliability/Vulnerability analysis of energy systems
    • Risk-based siting investigation for hazardous facilities

  • Non-Conventional Services (Process Development)
    • Master Plant Logic Diagrams
    • Applications can be tailored to your specific needs**

    **Example: State of the art Methodology was developed for the Operations Risk Assessment supporting the nation's largest radioactive hazardous waste disposal facility.

    The process entailed real-time risk evaluation of the design as it progressed. This methodology linked fault trees using conventional development tools to event trees in Microsoft™ Excel along with scenarios developed from numerous HAZOP analyses.

    The result was a real-time risk meter which could be used to identify system importance to risk/risk aversion and to gauge the relative safety of the design.

 
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