ProSET® Overview

ProSET® – Process Safety Evaluation Toolset combines a family of modules allowing the user to complete risk assessment activities part of the Functional Safety Lifecycle, as required by international standards such as IEC 61508 and IEC 61511.

ProSET® is a family of three tools including:

SIL Comp® – The Complete SIL Compliance Software Suite for SIL Determination, SIL Verification, Safety Requirement Specification (SRS) and Cost Benefit Analysis (CBA)

PHA Comp – The Process Hazard Analysis Compliance Tool for use in PHA studies such as Hazard and Operability studies (HAZOP studies)

DATA Comp – Operation & Maintenance Data Collection Toolset to evaluate achieved demand rates, failure rates and back calculations of SIL Verification results

A list of features of each of the modules are presented below:

Project Settings

  • Workshop sessions manager (including attendees)
  • Drawing numbers manager
  • Site structures manager
  • Assumptions manager
  • Project Information

SIL Comp®

SIL Determination

  • Risk Profile Manager
  • SIL Determination via
    • LOPA
    • Risk Graphs
    • Risk Matrix
    • Combination of Risk Graph and LOPA
    • Combination of Risk Matrix and LOPA
  • Mode of Operation selection:
    • Low Demand
    • Continuous Demand
  • Selection of consequences for specific hazards
  • Configuration of custom Initiating Events, Independent Protection Layers (IPLs) and Conditional Modifiers.
  • Results summary
  • Target Selection via:
    • Assessed Consequence Category
    • Custom SIL Target
    • Custom PFD Target
  • SIL Status settings of:
    • Open
    • Closed
    • Hold
    • Development
    • Mothballed
    • Out Of Service
    • Custom
  • Cost Benefit Analysis, CBA, via As Low As Reasonably Practicable (ALARP)
  • SIL Determination report generation
  • SIL Assessment (Determination and Verification combined) report generation

SIL Verification

  • Works in tandem with SIL Determination using SIL Target, PFD/PFH Target and SIL Status
  • Allows voting of independent channels from 1oo2 to 3oo4.
  • Use of Subsystems allowing complex SIFs to be modelled e.g. 1oo2 Subsystem configuration of which each subsystem could contain voting
  • Modelling of Non-redundant voting allowing for all elements to be included within a single calculation for duty / standby arrangements e.g. single valve in operation in a SIF but could be lined up to stream A or stream B therefore 1oo1 voting but could be either element
  • Allows for the configuration of Custom Failure Rate data attained from manufacturers or other sources
  • Allows custom MooN voting for non-independent channels, with maximum N value of 15
  • Live view Reliability Block Diagram (RBD) when configuring a Branch
  • Complete RBD view of SIF
  • Architectural Assessment using either IEC 61508:2010 Route 1H or IEC 61511:2016 method
  • Estimation of achieved response time and evaluation of whether the process safety time has Sensitivity Analysis for optimisation of the SIF
  • SIL Verification report generation
  • SIL Assessment (Determination and Verification combined) report generation

Safety Requirement Specification

  • Works in tandem with SIL Determination, extracting the Sources of Demand, Demand Rate on SIF and the SIL Target and PFD Target
  • Allows for input of information to pre-configured fields as per the requirements set in IEC 61511
  • SRS report generation

PHA Comp

  • Management of Nodes
  • Default and Custom Deviations (Parameter and Guideword combinations)
  • Actions Manager
  • Assignees Manager
  • Risk Ranking of Cause / Consequences
  • PHA report generation
  • PHA Actions report generation

DATA Comp

  • Configuration of Elements installation data (date installed, Serial Number, Service, decommissioning data etc)
  • Record demands and failures per element
  • Evaluates failure data by group (based on the Device, Failure Mode used and Duty Type)
  • Recalculates your PFD/PFH Achieved (from SIL Verification) based on your actual failure rates
  • Recalculates your Demand Rate (from SIL Determination) based on your actual Demands
  • Results are shown as to whether your Demands, Failure Rates and recalculated PFD/PFH Achieved values are better or worse than predicted
  • DATA Comp report generation

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Action Assessed Deviation Assumptions Attendees Branch Broadly Acceptable Risk Cause CBA Changelog Channel Columns Conditional Modifiers Consequence Continuous Demand CSV Custom Data Custom Failure Rate Custom XML Dangerous Failure Mode DATA Comp Defaults Determination Method Deviation Device Device Duty Drawing Number Edit Master Element Elements Example Export Factors Failure Rate FARADIP Filtering Getting Started Guidewords Hazard Human Error IEC 61508 Import Initiating Event Installation IPLs License LOPA Low Demand Mission Time Mitigated Event Frequency Mode Of Determination Mode of Operation Modules Mouseover Node Notes Operator Failure Parameters PFD PFD Achieved PFD Target PHA PHA Comp Placeholders Plant Life Project Overview RBD Recommendations Reports Result Risk Graph Risk Profile Risk Ranking Rows Safeguard Safety Requirement Specification Searching Sensitivity Analysis Sessions SIF SIL Achieved SIL Comp SIL Determination SIL Target SIL Verification SIS Sorting SRS Status Summary Target Frequency Target PFD Target PFH Target Risk Frequency Target Selection Target SIL Use As New Used Text Use Existing