Health, Safety, and Environmental (HSE) Management in the Petroleum Industry

Introduction:

A healthy, safe, and environmentally friendly culture of health, safety, and environment (HSE) is defined as a broad term but more of a purposeful design and target for oil industry management to protect everyday operations. There are high stakes in the petroleum business; hence, there is a need to concentrate on preventing incidents. Effective emergency plans include evacuation procedures, containment, and mitigation strategies. Additionally, asset and personnel location monitoring technologies, if deployed, may help control risks and hazards during emergencies.

This oil and gas training course on HSE is purposefully organized to ensure that learners appreciate the positive attributes in the safety management system of any oil and gas productive firm. The training covers enhancing workplace occupational safety while maximizing operational and productivity metrics for the organization.

Objectives:

After successful completion of the health, safety, and environment (HSE) training course, learners will be able to:

• Understand all ergonomic and procedural workplace provisions for themselves and their colleagues while performing work to preserve the working environment.
• Respond to environmental needs, especially concerning materials and waste management, by increasing awareness of specific techniques.
• Enhance readiness to participate in developing corporate structures, systems, and processes designed to eliminate workplace hazards and protect workers and their surroundings.
• Bolster understanding and abilities in implementing measures that enhance corporate productivity by lowering occupational risk costs, facilitating personal career growth.
• Improve attitude, ability, and willingness to adopt and maximize the benefits of new technologies for safety and operational effectiveness.
• Develop active concern for environmental enhancement by participating in awareness programs and HSE management practices.

Training Methodology:

• PowerPoint presentations
• Case studies
• Group discussions
• Problem-solving sessions
• Role-plays
• Q&A sessions
• Simulations

Course Outline:

Unit 1: HSE Management in the Context of the Oil & Gas Industry

Module 1: The Foundation and Generic HSE Principles

• Explore and Produce (E&P) Risks
• Loss Prevention Principles
• Domino Theory
• Iceberg Theory
• Critical Success Factors
• Competence Management
• Attaining World-Class HSE Performance
• Maturity Profiles in HSE

Module 2: Anatomy of the HSE System

• Blueprint for Successful Cultural Metrics (Hearts and Minds)
• Safety Management/Risk Management Paradigms
• Tailoring International Standards within a Bespoke HSE-MS
• Adoption of Golden Rules for Operational Safety
• Blueprint of the HSE System (Policy/Standards/Procedures)
• Dissection of HSE System Elements

Module 3: Operational HSE-Related Issues

• SIMOPS/Bridging Documents Integration
• Importance of Safety Cases
• Safe Operations of Equipment (Drilling, Production, Pipelines, Storage Tanks, Off-loading, and Transport)

Module 4: Terminology and General HSE Instruments and Tools

• Overview of HSE Instruments/Tools
• Use of Tripod, QRA, SIL, Bow-tie for Safety Analysis
• Importance of Process Safety and Layers of Protection Analysis (LOPA)
• Basics of Asset Integrity and Safety Critical Elements (SCE)
• Human Aspects in Safety Assessments
• Applicative Software (QRA, Bow-tie)
• Hazard Recognition and Risk Essentials
• Task Risk Assessment and Hazard Recognition Approaches

Module 5: HSE-MS Implementation and Available Tools

• Permit-to-Work System Basic Concepts
• Development of Workplace Observation Strategy
• Implementation of Stop and Go/Last Minute Risk Assessment Strategies
• Workplace Control through Housekeeping
• Structured System for Incident Investigation
• Management of Change Terminology

Unit 2: Hydrogen Sulphide (H2S) Basic Concepts

• Detailed Properties of H2S
• H2S Production Methods
• History and Composition of H2S
• Color, Smell, Solubility, and Vapor Density of H2S
• H2S as a Flammable, Explosive, and Corrosive Substance
• Risks from H2S Exposure
• Effects of H2S on Humans
• Exposure Guidelines (OSHA, NIOSH)
• Presence of H2S in Different Environments
• H2S Monitoring Methods
• Personal Protective Equipment (PPE)
• Selection of Respirators
• Implementation of H2S Work Procedures
• Contingency Planning and Response Operations
• Rescue Actions and Emergency Policies

Unit 3: Emergency Response Management

• Life Safety Reactions
• Evacuation and Shelter Policy
• Shelter-In-Place and Lockdown Planning
• Stabilization of Incidents
• Timely Emergency Management Plans
• Crisis Communication Plan Objectives
• Roles and Responsibilities in Emergency Situations
• Site and Facility Preparation
• Training Exercises and Activities
• Stepwise Guide for Creating Emergency Response Plans
• Preservation and Protection of Properties

Unit 4: First Aid Basics for Everyone

Part One:

• Session Outcomes
• Emergency Scene Recognition and Reporting Systems
• Safety Methods
• Comprehensive Evaluation of Injuries
• Handling Breathing Issues, Choking, and Heart Problems
• Managing Shock, Diabetes, and Seizures

Part Two: First Aid in Workplace Training Manual

• Management of Wounds: Cuts, Grazes, and Punctures
• Burns and Eye Trauma
• Dealing with Dangerous Substances
• Addressing Musculoskeletal Disorders
• Trauma to Head, Neck, and Spine Management
• Fracture Management and Sun/Heat/Cold-Related Diseases
• Managing Bites, Stings, and Plant-Associated Allergic Reactions