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Introduction
Course Introduction
- In high-hazard process industries, conventional hazard identification approaches frequently overlook subtle process deviations that can escalate into major accidents with severe consequences for people, assets and the environment. This HAZOP training develops advanced capabilities in structured process hazard analysis methodologies, enabling professionals to systematically identify potential deviations, evaluate consequences and implement effective safeguards. Participants master team facilitation, risk ranking and recommendation development while integrating findings with broader process safety management frameworks. The process hazard analysis course oil gas emphasis equips leaders to enhance major accident prevention across complex operations. This course can be facilitated in London, Dubai, Kuala Lumpur, Nairobi, and other major business centres on client-preferred dates.
Why Choose This Course?
- • Master structured deviation analysis techniques that systematically uncover both obvious and latent process risks across complex oil and gas and petrochemical operations
• Strengthening capabilities in leading multi-disciplinary HAZOP study teams, managing group dynamics and generating high-quality, actionable recommendations that drive effective risk reduction
• Develop rigorous consequence assessment, likelihood evaluation and risk prioritisation skills that support defensible decision-making and resource allocation for major hazard control
• Build robust documentation, reporting and action tracking processes that ensure recommendations are implemented, verified and sustained throughout the asset lifecycle
• Integrate process hazard analysis outputs with broader process safety management, management of change and operational integrity frameworks for coherent risk control
• Create sustainable organisational capability in structured process hazard analysis that reduces reliance on external consultants and accelerates continuous improvement in major accident prevention
Who Should Attend ?
- • Process Safety Engineers and HAZOP Study Leaders responsible for conducting and facilitating structured hazard studies in oil and gas and petrochemical facilities
• Plant Managers, Operations Managers and Technical Managers accountable for process safety and major hazard control across high-hazard process operations
• HSE Managers and Chemical Process Engineers involved in design, operations and risk assessment for oil and gas, petrochemical and utilities assets
• Technical Safety Specialists and Risk Engineers conducting process hazard analysis and supporting safety case development
• Project Engineers and Design Managers integrating hazard analysis into new facilities, modifications and major projects in the energy sector
• Senior professionals transitioning into process safety leadership roles with responsibility for HAZOP programme governance and study quality assurance
5 Days
06 Jul – 10 Jul 2026
Dubai
£3,815
Choose the date and location that suits you:
Learning Objectives
- By the end of this masterclass, participants will be able to:
• Lead a full HAZOP study team to systematically identify process deviations and assess consequence severity across oil and gas and petrochemical operations
• Apply structured guideword-based methodologies to conduct comprehensive process hazard analysis that reveals both obvious and latent risks in complex process systems
• Evaluate consequences, assess likelihood and prioritise risks using consistent, defensible criteria that support effective safeguard selection and resource allocation
• Facilitate multi-disciplinary HAZOP workshops that generate high-quality recommendations, manage team dynamics and maintain analytical rigour under time and operational constraints
• Integrate HAZOP outputs with process safety management frameworks, management of change processes and operational integrity systems to ensure coherent and sustained risk control
• Develop robust documentation, reporting and action tracking processes that ensure recommendations are implemented, verified and embedded into operational practice
• Apply advanced analytical techniques, including AI-assisted process hazard modelling, to enhance deviation identification, scenario development and risk assessment quality
• Build organisational capability for sustainable process hazard analysis excellence through targeted training, quality assurance and continuous improvement of study processes
Course Delivery Approach
- • Detailed examination of real-world process hazard analysis challenges, successful HAZOP studies and lessons from oil and gas and petrochemical operational environments
• Interactive workshops focused on guideword application, deviation identification, consequence assessment and recommendation development using realistic process scenarios
• Structured group exercises developing full HAZOP study plans, conducting simulated workshops and producing complete study documentation and action plans
• Facilitated case study analysis of actual process incidents, examining both effective hazard identification and missed opportunities for prevention
• Reflective practice and peer review sessions examining facilitation techniques, team dynamics and opportunities for enhanced analytical rigour
• Personal and organisational action planning with expert facilitation to support immediate application and measurable advancement in process hazard analysis capability
Course Syllabus
- MODULE 01
Foundations and Principles of Structured Process Hazard Analysis
• Examining the evolution of process hazard analysis from prescriptive checklists to systematic, deviation-based methodologies that address complex process interactions
• Defining key concepts of process deviation, consequence, safeguard and risk within the context of major accident prevention in high-hazard operations
• Establishing the strategic case for rigorous process hazard analysis as a core element of process safety management and operational integrity
• Identifying the organisational, technical and human factors that influence the quality and effectiveness of structured hazard studies
• Developing a structured approach to scoping process hazard analysis requirements based on process complexity, hazard profile and lifecycle stage
• Creating personal and team capability assessments to accelerate development of process hazard analysis competence
MODULE 02
HAZOP Study Preparation, Scope Definition and Team Assembly
• Applying structured approaches to define study scope, boundaries, objectives and success criteria for process hazard analysis in operational and project contexts
• Identifying and assembling multi-disciplinary study teams with appropriate technical expertise, operational knowledge and facilitation capability
• Developing comprehensive study plans that address information requirements, documentation standards and resource allocation for effective analysis
• Managing interfaces with design, operations, maintenance and project teams to ensure relevant input and ownership of study outcomes
• Establishing quality assurance checkpoints and governance arrangements that maintain analytical rigour throughout the study process
• Building capability to adapt study preparation approaches for new facilities, modifications, revalidations and operational reviews
MODULE 03
Guideword Application, Deviation Generation and Scenario Development
• Applying standard guidewords systematically to generate credible process deviations across all relevant parameters and operational modes
• Developing realistic deviation scenarios that consider normal operations, start-up, shutdown, maintenance and emergency conditions
• Integrating process knowledge, operational experience and design information to ensure comprehensive and relevant deviation identification
• Managing the balance between thoroughness and efficiency in deviation generation while avoiding duplication and irrelevant scenarios
• Building capability to recognise and address common pitfalls in deviation identification, including confirmation bias and incomplete parameter coverage
• Establishing documentation standards that capture deviations, causes and initial consequence descriptions clearly and consistently
MODULE 04
Consequence Analysis, Severity Assessment and Risk Prioritisation
• Applying structured techniques to identify and evaluate potential consequences of process deviations, including safety, environmental, operational and asset impacts
• Developing consistent severity assessment criteria that support defensible risk ranking and prioritisation across different types of consequence
• Integrating consequence analysis with existing risk assessment frameworks and major accident hazard identification processes
• Managing uncertainty in consequence estimation while maintaining analytical rigour and transparency in risk prioritisation
• Building capability to communicate consequence and risk findings effectively to diverse stakeholders including management and regulatory audiences
• Establishing review processes that validate consequence assessments and ensure consistency across study teams and facilities
MODULE 05
Safeguard Evaluation, Gap Identification and Recommendation Formulation
• Applying systematic approaches to identify existing safeguards and evaluate their effectiveness in preventing or mitigating identified process deviations
• Developing clear criteria for determining safeguard adequacy and identifying gaps that require additional risk reduction measures
• Formulating specific, actionable and prioritised recommendations that address identified gaps while considering operational practicality and cost-effectiveness
• Integrating recommendations with management of change, project execution and operational improvement processes to ensure timely implementation
• Building capability to develop layered safeguard strategies that provide defence-in-depth against high-consequence scenarios
• Establishing documentation and tracking processes that maintain clear linkage between deviations, safeguards, gaps and recommendations
MODULE 06
HAZOP Workshop Facilitation, Leadership and Managing Team Dynamics
• Developing advanced facilitation skills to lead multi-disciplinary teams through structured deviation analysis while maintaining focus, rigour and inclusivity
• Managing common facilitation challenges including dominant participants, scope creep, time pressure and conflicting technical opinions
• Applying questioning techniques, summarising methods and consensus-building approaches that enhance analytical quality and team engagement
• Building capability to adapt facilitation style to different team compositions, organisational cultures and study contexts
• Establishing protocols for managing sensitive findings, dissenting views and confidentiality requirements during and after workshops
• Creating continuous improvement processes that capture facilitation lessons and strengthen future study leadership capability
MODULE 07
Documentation Standards, Reporting and Action Tracking Excellence
• Designing clear, comprehensive and auditable HAZOP study reports that communicate findings, risk assessments and recommendations effectively to all stakeholders
• Developing standardised documentation templates and quality criteria that ensure consistency, completeness and traceability across studies
• Establishing robust action tracking, responsibility assignment and verification processes that ensure recommendations are implemented and effectiveness confirmed
• Integrating HAZOP documentation with process safety information systems, safety cases and operational procedures for sustained use
• Building capability to present and defend study findings in governance, regulatory and project decision-making forums
• Creating review and continuous improvement processes that enhance documentation quality and action closure rates over time
MODULE 08
Integration of HAZOP Outputs with Process Safety Management and Lifecycle Processes
• Aligning process hazard analysis outputs with broader process safety management elements including operating procedures, training and mechanical integrity programmes
• Integrating HAZOP findings into management of change processes to ensure risk implications of modifications are systematically evaluated and controlled
• Developing approaches to maintain the currency of hazard analysis through revalidation, operational reviews and incident learning processes
• Building capability to use HAZOP outputs for safety case development, regulatory submissions and stakeholder communication
• Establishing governance mechanisms that ensure process hazard analysis remains integrated with, rather than separate from, operational decision-making
• Creating continuous improvement processes that strengthen the linkage between hazard analysis and overall process safety performance
MODULE 09
AI-Assisted Process Hazard Modelling and Digital Tools for Enhanced Analysis
• Assessing opportunities to leverage AI-assisted process hazard modelling and digital tools to enhance deviation identification, scenario development and risk assessment
• Developing approaches to integrate digital process models, simulation outputs and data analytics into structured hazard analysis workflows
• Managing data quality, model validation and human oversight requirements when applying advanced analytical tools to process hazard studies
• Building organisational capability to evaluate, select and implement digital tools that improve analysis quality without compromising methodological rigour
• Establishing governance and quality assurance processes for AI-assisted and digital-enhanced hazard analysis outputs
• Creating continuous improvement mechanisms that capture lessons from digital tool applications and evolve analytical capabilities over time
MODULE 10
Building Organisational Capability for Sustainable Process Hazard Analysis Excellence
• Assessing current organisational maturity in process hazard analysis and identifying strategic development priorities for sustained excellence
• Designing targeted training, coaching and competency frameworks that build process hazard analysis and facilitation skills across relevant functions
• Embedding structured hazard analysis thinking into design, operations, maintenance and project processes to sustain proactive risk identification
• Creating knowledge management systems that capture, share and apply lessons from HAZOP studies across facilities and the organisation
• Anticipating future challenges in process hazard analysis arising from technological change, operational complexity and evolving risk landscapes
• Developing personal and organisational roadmaps for sustained process hazard analysis excellence and major accident prevention capability
Organisational Impact
- • Reduced likelihood and consequence of major accidents through systematic identification and control of process deviations across high-hazard operations
• Improved design quality, operational integrity and management of change effectiveness resulting from integrated process hazard analysis practice
• Stronger governance visibility, assurance confidence and regulatory standing through rigorous, well-documented and defensible hazard studies
• Enhanced organisational learning and continuous improvement capability through structured capture and application of hazard analysis insights
• Sustainable internal expertise in process hazard analysis that accelerates risk reduction and reduces reliance on external study support
• Clear demonstration of process hazard analysis contribution to major accident prevention, operational resilience and long-term organisational value
Personal Impact
- • Advanced technical and facilitation expertise in structured process hazard analysis directly applicable to senior process safety and technical safety leadership roles
• Greater confidence and competence in leading complex HAZOP studies, managing multi-disciplinary teams and generating high-quality, actionable recommendations
• Enhanced analytical, facilitation and communication skills for influencing design, operational and strategic decisions through evidence-based hazard analysis
• Stronger professional credibility and ability to build organisational capability in process hazard analysis across facilities and project teams
• Clearer development pathway toward senior process safety, technical safety and major hazard governance roles in the energy sector
• Expanded perspective on how disciplined, structured process hazard analysis creates lasting protection for people, assets and operational continuity
• General Notes
• Sector customisation available on request
• Training material provided
• Elevoris Certificate of Training issued to all participants
• Optional post-programme advisory coaching available
• In high-hazard process operations, the ability to systematically uncover and control subtle process deviations is fundamental to preventing catastrophic events. By mastering structured process hazard analysis and effective study facilitation, professionals create the conditions for safer, more resilient operations that protect people, assets and long-term value.
• Enrol now in the HAZOP & Process Hazard Analysis Masterclass to develop the analytical rigour, facilitation mastery and strategic insight required to lead high-quality process hazard studies that deliver lasting improvements in major accident prevention and operational integrity.
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