exSILentia® - Comprehensive Safety Lifecycle Tool

exSILentia® streamlines the Process Safety Management work process and the Functional Safety Lifecycle by providing: easy to use best-in-class tools, Intelligen

Sisters U empowers women with education, resources and opportunities to benefit the community. If you are interested in advertising in U Magazine, please contact info@sistersu.com. We offer various sponsorship levels that are tax deductible since our fou

Maximizing Risk Reduction through Collection and Analysis of Operation & Maintenance Data.

“The exida SILAlarm alarm rationalization tool and master alarm database makes it easy or DeltaV users to cost-effectively implement an ISA-18.2 compliant alarm management program. SILAlarm’s integration with DeltaV enables seamless import / export

Alarm Management | Advanced Alarm Rationalization Tool

Maximizing Risk Reduction through Collection and Analysis of Operation & Maintenance Data. What is SILStat ™ ? SIStat captures key operational and maintenance data (such as equipment ailures, process demands, success or ailure o protection layers, proo test results, execution o mandatory maintenance activities, etc.,) or review and analysis as required by the IEC 61511 / ISA 84.00.01-2004 standard and as part o compliance with an OSHA Process Safety Management (PSM) Mechanical Integrity Program . The IEC 61511 / ISA 84.00.01-2004 functional safety lifecycle consists of three main phases: » Analysis » Realization » Operation & Maintenance When optimizing the risk reduction o safety instrumented functions and other layers o protection, it is necessary to collect actual perormance data so that it can be compared to the expected perormance (determined during the Analysis and Realization phases). Operation and Maintenance data (such as demands and ailures) can be used to determine the actual risk posed by a hazard scenario and the efectiveness o the individual layers o protection. Comparing actual (achieved) risk reduction vs. expected risk reduction allows saety practitioners to evaluate the efectiveness o their risk reduction design and take appropriate action. Maintenance Report Operation Report Performance Data Derived from Actual Operation Performance Data Used in Original Risk Analysis Failure and Demand Rate Database Analyse Failures and Demands Type of Incident ALL FAILURES / DEMANDS RANDOM HARDWARE FAILURE/DEMAND Analyse New Data Performance Comparison DEMAND OR FAILURE RATE ABOVE PREDICTED Revised Risk Analysis NECESSARY RISK REDUCTION OR ALLOWED HAZARD RATE NOT ACHIEVED SYSTEMATIC FAILURE Modification Request Requirements or Operational Saety Data Analysis and Review [IEC 61508] 2

Improve the performance of your operators through efective Alarm Management . Typical alarm management issues that hamper operator performance » Alarm Overload (Too many alarms) » Alarm Floods » Nuisance Alarms » Chattering / Fleeting Alarms » Standing / Stale Alarms » Bad Actors / Frequently Occurring Alarms » Redundant Alarms » Alarms without a Response » Alarms with the Wrong Priority

Practical SIL Target Selection Risk Analysis per the IEC 61511 Safety Lifecycle Dr. Eric W. Scharpf Heidi J. Hartmann Harold W Thomas exida.com L.L.C. 64 N. Main Street Sellersville, PA, 18960

Practical SIL Target Selection Risk Analysis per the IEC 61511 Safety Lifecycle Practical SIL Target Selection Risk Analysis per the IEC 61511 Safety Lifecycle Practical SIL Target Selection Risk Analysis per the IEC 61511 Safety Lifecycle

Electrical & Mechanical Component Reliability Handbook Third Edition Volume 1: Electrical Components exida.com L.L.C. 64 N. Main Street Sellersville, PA, 18960 USA Electrical & Mechanical Component

Final Elements & the IEC 61508 and IEC 61511 Functional Safety Standards Final Elements & the IEC 61508 and IEC 61511 Functional Safety Standards Final Elements & the IEC 61508 and IEC 61511 Functional Safety Standards

Functional Safety - An IEC 61508 SIL 3 Compliant Development Process Functional Safety - An IEC 61508 SIL 3 Compliant Development Process Functional Safety - An IEC 61508 SIL 3 Compliant Development Process

Maximizing Risk Reduction through Collection and Analysis of Operation & Maintenance Data with SILStat Maximizing Risk Reduction through Collection and Analysis of Operation & Maintenance Data with SILStat