course | Risk Management for the Oil and Gas Industry Masterclass

Fundamentals of Risk Management
 

• Defining risk and the importance of risk management
• Risks in the Oil and Gas Industry (Onshore and Offshore)
• Unquantifiable Risk
• Safety Culture and Risk Acceptance
• Human Factors and The Error-Inducing Environment
• Efficiency And Strategic Risk Management Line
• Technical And Operational Knowledge
• Hazard Reduction
• Agents (People) Evacuation
• Emergency Control
• Unpredictability Reduction 

Risk Management Systems

• Risk Management in The Corporate Environment
• Centralization And Decentralization of Risk Management
• Association Of Different Technical Areas
• Historical Data Records and Indicator Management
• Risk Management, Occupational Safety and Safety Engineering
• Risk-Based Design - Risk-Based Design
• Safety Peer Review (Spr)
• Accident Investigation
• Safety Testing Systems (Surveillance Systems)
• Capillarity Of Risk Management Concepts and Principles
• Applicable Technical Standards
• Learning From Recent Cases of Failure in The Oil & Gas Industry

ISO Standards and Business Continuity in the Oil and Gas

• Risk Management Frameworks & ISO31000
• Implementing ISO standards
• Fundamental Principles of Business Continuity Management in Oil & Gas
• Implementation of a BCMS in accordance with ISO 22301 & ISO 27031
• Incident and emergency response management
• Business Impact Analysis (BIA) and Risk Assessment
• The relationship between BCMS and compliance with the other Risk Management requirements
• Planning implementation of a Business Continuity Management System (BCMS)

Technical and Operational Knowledge

• Knowing upstream installations
• Drilling ship and completion
• Primary processing equipment 3.1.3 fixed offshore platforms
• Semi-submersible offshore platforms
• Floating offshore production, storage, and transfer platforms (FPSO)
• Special offshore platforms
• Knowing downstream installations
• Refining facilities and petrochemical plants
• Transport and distribution
• Sea terminals (onshore or at shore)
• Knowing process safety
• Containment loss (liquid and gas leaks)
• Stable or explosive burning combustion
• Safety in physical and chemical hydrocarbon processes
• Knowing the operational practice (field experience)
• Strategies for addressing operational failures
• Performance of professionals in operational, field, and project activities
• Project routines
• Safety systems design documents 

Hazard Reduction
 

• Segmentation Of Hydrocarbon Inventory
• Arrangement And Layout Techniques
• Blocking Segmentation Techniques
• Emergency Disposal of Hydrocarbon Inventory
• Pressure Relief and Depressurization
• Dispersion And Controlled Burning
• Emergency Automatic Shutdown 

Agents (People) Evacuation

• Importance Of Escape And Abandonment Systems
• Accidents In Hydrocarbon Inventory Facilities And Survival
• Human X System Interaction During Escape And Abandonment
• Escape And Abandon Operation
• Technical Recommendations for Escape And Abandonment Systems
• Possible Operational Sequences
• Dimensions And Basic Recommendations for Escape Routes
• Evacuation, Escape, and Rescue Studies
• Spaces With Access Limitations and Machine Rooms
• Applicable Materials for Escape and Abandonment Systems
• Muster Stations and Abandonment Points
• Sea Survival Equipment
• Lifeboats (Lifeboats)
• Liferafts (Lifeboats)
• Rescue Boat
• Salvage Equipment 

Emergency Control
 

• Electric Generation Systems
• Ventilation, Heating, and Air Conditioning Systems
• Flushing, Purging, and Inerting Systems
• Gas Detection Systems
• Fire Detection Systems
• Automatic Fire Fighting and Protection Systems
• Additional Fire Protection Systems
• Passive Fire Protection
• Confined Equipment Protection Systems
• Subsea Safety Equipment
• Performance Of Brigadists and Rescuers
• Crisis Management and Decision Making
• Identifying And Selecting Accidental Scenarios
• Safety Special Strategies Applicable to Automation
• Redundancy Design and Safety Systems Starting
• Understanding Explosion Phenomena 
• Unpredictability Reduction

• Quantitative And Qualitative Risk Analysis
• Preliminary Risk Analysis (PRA)
• Preliminary Hazard Analysis (PHA Or Hazid)
• Operational Hazard Analysis (Hazop)
• Other Risk Analysis Techniques

Human and System Interaction
 

Human Error
 

•  The Impact of Human Error on Accidents
•  Human Behaviour and Safety
• Considering Human Behaviour in Projects
• Technology Illiteracy as A Threat to Safety

Human Factors
 

• Main Influences Related to Human Factors
• Human Factors Analysis
• Human Factor Treatment Programs
• Human Factors in The Technology Enterprise Life Cycle
• Limitations of Quantification Techniques Related to Human Reliability
• Rapid Entire Body Assessment (Reba)
   

Example Application of The Reba Technique
 

• Human Body Mechanics During Task Execution
• Anthropometry                                          
• Static Work
• Repetitive Work, Cumulative Trauma, and Use of Hand Tools
• Reba Evaluation
• Reba Recommendations