Layer of Protection Analysis
Save 10% on public training courses scheduled through April 30, 2020. Registration and payment must be processed by March 1, 2020. This discount cannot be combined with any other offer(s). See also 15% Team Discount.
Layer of protection analysis (LOPA) is the newest methodology for hazard evaluation and risk assessment. On a sliding scale of sophistication and rigor, LOPA lies between the qualitative end of the scale (characterized by methods such as hazard and operability [HAZOP] analysis and what-if analysis) and the quantitative end (characterized by methods using fault trees and event trees). LOPA helps the analyst make consistent decisions on the adequacy of existing or proposed layers of protection against an accident scenario. The technique is ideally suited for companies striving to meet specific risk targets or to lower risk as low as reasonably practicable (ALARP).
Background and prior training in qualitative hazard evaluation methodologies (such as previous attendance at Process Hazard Analysis Leader training or the equivalent) are strongly recommended because LOPA builds on the skills and knowledge needed for hazard evaluations.
WHO SHOULD ATTEND THIS COURSE?
- Executives who want to expand their risk management strategies by adding LOPA
- Safety specialists who are familiar with existing methods and want to add LOPA to their skill set
- Risk analysts who have used qualitative hazard technologies and need to perform LOPA
- Process engineers, chemists, operations and maintenance personnel, and others who may be affected by LOPA recommendations
WHAT WILL I LEARN IN THIS COURSE?
- Learn rules for how and when to use LOPA
- Learn how to develop scenarios for either a new process or changes to a process
- Learn how to develop scenarios starting from a qualitative hazard evaluation (e. g. HAZOP analysis)
- Learn to estimate the frequency category for the initiating event of a scenario
- Learn how to determine the consequence category for the unmitigated scenario
- Learn how to determine which protection layers meet the criteria for independence and uniqueness
- Learn how to calculate the scenario risk
- Learn how companies around the world are using LOPA to determine which scenarios pose the greatest risk and which scenarios have residual risk that is too high
- Receive a detailed student notebook with example problems and solutions
- Receive a copy of the CCPS book on LOPA
- Receive example risk acceptance and judgment protocols
- Receive a certificate of completion
- 1.2 CEUs, 1.2 COCs, 2.0 CMs, ABIH approval #10-241
DURATION: 2 DAYS
|Start/End Dates||Location Information||Register|
|18 May - 19 May 2020||Spring, TX
|09 Nov - 10 Nov 2020||Spring, TX
Day 1: 8:00 a.m. to 5:00 p.m.
- Fundamentals of Risk Judgment
- Relationship of Regulations and Standards
- History of LOPA
- Relationship of qualitative and quantitative risk judgment
- Overview of LOPA
- What is LOPA?
- How does LOPA work?
- Examples of industry variations on LOPA
- Scenario Development
- Starting with hazard evaluations
- Design evaluations
- Limiting definitions
- Consequence categories
- Initiating Events
- Enabling conditions
- Frequency categories
- Independent Protection Layers: definitions, riles and examples
- Basics of worksheet calculations
- Workshop: Scenario evaluations
Day 2: 8:00 a.m. to 3:00 p.m.
- Case Studies and Workshop: Pulling it all together
- Risk Tolerance Criteria
- Development and implementation
- Dealing with liability concerns
- Special Applications; facility siting and safety interlocks with workshops
Mr. Rick Curtis - Senior Risk Engineer, ABS Consulting
John Farquharson - Senior Risk/Reliability Engineer, ABS Consulting
- Combined Course: Layer of Protection Analysis and Safety Integrity Level
- Process Hazard Analysis Leader
- Safety Integrity Level
- Advanced PHA Leader
- Revalidating Process Hazard Analyses
- HazardReview LEADER™, world-class PHA/HAZOP/LOPA software integrated with Microsoft® Office.
- This course in taught by professionals who have many years of LOPA experience and who also co-authored Layer of Protection Analysis: Simplified Process Risk Assessment, published by CCPS.