Petroleum Safety Training Course

Lesson 1 • Safety Culture and Human Factors

Examines how organisational culture and human behaviour drive incident rates. Builds awareness of cognitive biases and leadership behaviours that shape safety outcomes.

Lesson 2 • Overview of the Petroleum Industry

Maps the full petroleum value chain from exploration to retail distribution. Provides context for where safety risks emerge at each operational stage.

Lesson 3 • Hazard Identification Fundamentals

Introduces systematic methods for recognising physical, chemical, and process hazards. Lays the groundwork for risk assessment techniques covered in later chapters.

Lesson 4 • Regulatory and Standards Framework

Introduces the regulatory bodies and international standards governing petroleum safety. Connects compliance obligations to practical on-site safety requirements.

Lesson 1 • Process and Mechanical Hazards

Identifies hazards arising from high-pressure systems, rotating equipment, and heat sources. Connects equipment failure modes to potential injury and loss-of-containment events.

Lesson 2 • Properties of Petroleum Hydrocarbons

Covers flammability, toxicity, and physical properties of crude oil, natural gas, and refined products. Understanding these properties is essential for accurate hazard assessment.

Lesson 3 • Risk Prioritisation and Control Hierarchy

Applies the hierarchy of controls to rank and select risk reduction measures. Students develop risk registers and assign control responsibilities.

Lesson 4 • Risk Assessment Methodologies

Teaches qualitative and quantitative risk assessment tools used in petroleum operations. Students select and apply appropriate methods based on hazard complexity.

Lesson 1 • Fire Triangle and Combustion Science

Explains the chemistry of combustion and conditions required for ignition. This scientific foundation supports all subsequent fire prevention and suppression strategies.

Lesson 2 • Flammable Atmosphere Monitoring

Covers gas detection technologies and monitoring strategies for flammable vapours. Continuous and portable monitoring systems are evaluated for operational suitability.

Lesson 3 • Fire Prevention Programmes and Audits

Establishes structured fire prevention programmes including inspection schedules and audits. Integrates prevention activities into the facility safety management system.

Lesson 4 • Ignition Source Management

Identifies and controls all potential ignition sources in petroleum environments. Effective ignition control is the primary barrier against fire and explosion events.

Lesson 1 • Respiratory Protection Programmes

Covers respiratory hazard assessment and respirator selection for petroleum environments. Includes fit testing, medical clearance, and programme administration requirements.

Lesson 2 • PPE Selection and Standards

Guides selection of PPE based on hazard type, exposure level, and performance standards. Correct selection is the last line of defence when engineering controls are insufficient.

Lesson 3 • Safety Instrumented Systems

Introduces safety instrumented systems that automatically respond to process deviations. Students understand SIS design principles and their role in preventing major accidents.

Lesson 4 • Lockout and Tagout Procedures

Establishes energy isolation procedures to protect workers during maintenance activities. Covers all energy forms encountered in petroleum facilities.

Lesson 1 • Confined Space Entry Procedures

Details the roles, responsibilities, and procedural steps for authorised confined space entry. Emphasises attendant duties and entrant communication protocols.

Lesson 2 • Permit-to-Work System Design

Explains the structure and governance of permit-to-work systems for controlling high-risk work. Effective PTW systems coordinate simultaneous operations and prevent conflicts.

Lesson 3 • Atmospheric Testing and Monitoring

Covers the sequence and methods for testing confined space atmospheres before and during entry. Accurate atmospheric data is the foundation of safe entry decisions.

Lesson 4 • Confined Space Hazard Recognition

Defines confined spaces and identifies the atmospheric, engulfment, and entrapment hazards within them. Petroleum facilities contain numerous confined spaces requiring rigorous control.

Lesson 1 • Mechanical Integrity Programmes

Covers inspection, testing, and maintenance programmes that ensure equipment reliability. Mechanical integrity failures are a primary pathway to loss-of-containment events.

Lesson 2 • PSM System Elements and Architecture

Introduces the full set of PSM elements and their interdependencies. Students understand how each element contributes to preventing catastrophic process failures.

Lesson 3 • Management of Change Procedures

Establishes a systematic process for evaluating safety impacts before implementing changes. Uncontrolled change is a leading cause of major process accidents.

Lesson 4 • Process Hazard Analysis Techniques

Teaches structured PHA methods including HAZOP and FMEA for identifying process deviations. PHA findings drive engineering and procedural safeguard decisions.

Lesson 1 • Emergency Response Planning

Establishes the components of a comprehensive emergency response plan for petroleum operations. Plans must address all credible emergency scenarios identified through risk assessment.

Lesson 2 • Spill and Release Response

Addresses containment, recovery, and notification procedures for petroleum spills and releases. Rapid, effective response minimises environmental damage and regulatory liability.

Lesson 3 • Fire and Explosion Emergency Response

Covers tactical response to petroleum fires and explosion events at facility and field levels. Students evaluate suppression options and evacuation decision criteria.

Lesson 4 • Incident Command System Application

Applies the incident command system structure to petroleum emergency management. ICS enables scalable, coordinated response across multiple agencies and disciplines.

Lesson 1 • Behaviour-Based Safety Programmes

Applies behavioural observation techniques to reinforce safe work practices. BBS programmes complement engineering controls by addressing human performance factors.

Lesson 2 • Safety Auditing and Inspection Programmes

Develops structured audit and inspection programmes to verify SMS effectiveness. Findings are graded, tracked, and closed through a formal corrective action process.

Lesson 3 • Continuous Improvement and Learning Organisations

Embeds systematic learning from incidents, audits, and near-misses into operational culture. Students design feedback loops that sustain long-term safety performance improvement.

Lesson 4 • Safety Performance Measurement

Establishes leading and lagging indicator systems to monitor safety performance. Balanced metrics enable proactive intervention before incidents occur.