Health, Safety, Security and Environment
Introduction to Operational Risk Management HAZOP
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Introduction to Operational Risk Management HAZOP Course
Introduction:
We frequently utilize the HAZOP Operational Risk Management technique to find possible hazards in the system and to find operability problems that could result in goods that are incompatible.
Course Objectives:
By the end of the HAZOP Operational Risk Management course, you will be able to:
- Understand the concepts of risk assessment and risk management
- Understand risk assessment and evaluation - qualitative, quantitative and semi-quantitative risks
- Risk Identification and Analysis Techniques - Checklists, Risk Characterization, HAZOP Operational Risk Management, FMEA Failure Methods, and Task Based Risk Assessment
- Cause and effect analysis - the role of fault trees and event trees in preventing accidents
- Understand HAZOP Operational Risk Management Studies, their benefits and shortcomings
- Understand the requirements of the team leader or facilitator, transcriber and team members during HAZOP . Operational Risk Management Studies
- Able to facilitate the study of operational risk management HAZOP
Who Should Attend?
The HAZOP Operational Risk Management Online Course is suitable for:
- Health, Safety, and Environment staff
- project Engineers
- maintenance staff
- Process engineers involved in design and modification
- Instrumentation and control Engineers
Course Outlines:
Introduction to risk assessment
- Introduction to the training seminar: introduction by delegates and teachers; Objectives of the training seminar
- Risk and risk concepts and assessment
- Risk Assessment Methods
- Integrating risk assessment into risk management
- Qualitative, quantitative and semi-quantitative risk assessment methodologies
Risk Assessment Techniques: HAZOP . Operational Risk Management
- Introduction to risk identification and analysis techniques
- Risk Identification and Analysis Techniques - HAZOP . Operational Risk Management
- Where and when to use HAZOP operational risk management and requirements for a successful HAZOP study
- HAZOP . Operational Risk Management Studies Team Formation
- Guiding words and process variables used in HAZOP . operational risk management studies
Leadership techniques in operational risk management HAZOP
- HAZOP Team Leader/Facilitator Requirements
- HAZOP copier requirements
- facilitating HAZOP studies - what to do and what not to do
- Information required to allow successful HAZOP studies
- Review of commercial software used in HAZOP and MOC
Analysis of the results
- The theory behind fire, explosion and toxic dispersion modeling used in quantitative risk assessments
- Types of fires and their effect on people and equipment
- Types of explosions and their effects on people and equipment
- Review the available programs for the calculations of the results
The role of quantitative risk assessment QRA
- Introduction to Quantitative Risk Assessment (QRA)
- The role of event tree analysis in scenario development
- The role of fault tree analysis for multi-cause analysis
- Requests for ETA and FTA Fault Tree Analysis
- Data on failure to use in QRA's quantitative risk assessment
- Societal and individual risks
- Review of available programs for quantitative risk assessments
- Return the report on the fifth day and discuss it
- Program review and introduction