Course Overview
How is an oil field developed? Discovery of an oil and gas field is the commencement of a new process. Almost immediately, we want to know what its potential is and what the development options are in terms of subsurface plans and facilities. To answer these questions, a systematic approach is required to evaluate the discovery, forecast the reservoir behaviour under expected producing conditions, and design the optimum facilities to meet forecasted production.
What is a field development plan? The Zoe training course will provide you with the most advanced knowledge and expertise to master the science of off-shore gas field development planning. The training with practical case studies and the latest theoretical information will empower you to take responsible and senior positions at a government and multinational organisation with huge potential for growth within the organisations.
Why This Course Is Required?
Offshore gas field development requires sophisticated planning to balance high capital investment, complex reservoir conditions, technical uncertainty, and regulatory obligations where industry case studies and regulatory guidelines demonstrate that an integrated, phased approach combining geoscience, engineering, and economic modeling is essential for optimal value extraction and risk reduction. The complexity of modern offshore gas operations requires specialized knowledge in advanced reservoir modeling and regulatory compliance where companies using structured field development plans (FDPs), robust reservoir and facility modeling, and scenario-based decision frameworks consistently achieve better project outcomes, enhanced recovery, and minimized surprises during execution while ensuring competitive advantage through systematic implementation of integrated planning methodologies and comprehensive risk management frameworks.
The essential need for comprehensive training in offshore gas field development planning is underscored by its critical role in independent decision validation where proper understanding of structured field development plans is crucial for helping regulators and investors verify resource potential, optimize capital allocation, and ensure compliance with licensing terms and best practices. Offshore gas development professionals must master the principles of cost and risk reduction and value maximization and stakeholder alignment, understand integrated teams using scenario models and dynamic simulation software, and apply proper field development methodologies to ensure organizations achieve accurate reserve quantification, more reliable production forecasts, and competitive advantage through clearer regulatory compliance, detailed appraisal drilling, dynamic reservoir modeling, and iterative scenario planning that enables rapid de-risking and comprehensive consideration of all regulatory, environmental, and commercial factors.
Research demonstrates that offshore gas field development requires sophisticated planning to balance high capital investment, complex reservoir conditions, technical uncertainty, and regulatory obligations, with industry case studies showing that an integrated, phased approach combining geoscience, engineering, and economic modeling is essential for optimal value extraction and risk reduction, while companies using structured field development plans consistently achieve better project outcomes, enhanced recovery, and minimized execution surprises.
Course Objectives
The key objective of this program is to equip professionals with:
- Appreciation and understanding subsurface aspects, reservoir and fluid characterization, both from a geoscience and engineering point of view
- The knowledge of the type of subsurface engineering studies required to plan the development and exploitation of an offshore gas discovery, covering well and reservoir aspects
- Understanding of various facility types used for offshore gas development and how environmental factors and the reserves level will influence the optimum choice of development
- Understanding the importance of working as an integrated team, including interfaces with facilities engineering and commercial areas
- To develop technical knowledge related to gas fields management and handling
- Advanced competency in structured field development plan (FDP) preparation and regulatory compliance
- Expertise in dynamic simulation software including Schlumberger Petrel and CMG GEM
- Enhanced understanding of appraisal drilling optimization and iterative scenario planning
- Skills in multi-field offshore development coordination and integrated team management
- Proficiency in risk-based strategies and minimum, central, and maximum production case modeling
Master offshore gas field development planning excellence and drive project success. Enroll today to become an expert in Offshore Gas Field Development Planning Program!
Training Methodology
The training courses at Zoe Talent Solutions are updated according to the academic and professional background of the audience for each batch respectively.
The training framework includes:
- Expert-led instruction delivered by professionals with years of experience using detailed audio and video presentations
- Interactive engagement through continuous group activities and individual and group projects that provide hands-on knowledge
- Case studies and real-life scenarios following the Learn-Apply-Review model taught to improve analytical abilities and practical knowledge
- Comprehensive coverage of reservoir modeling and simulation software applications
- Regular updates to course content to keep training current with industry developments
This immersive approach fosters practical skill development and real-world application of offshore gas field development principles through comprehensive coverage of integrated planning, regulatory compliance, and advanced reservoir modeling techniques.
The Learn-Apply-Review model creates a structured learning journey that transforms offshore gas development knowledge into operational excellence through systematic practice and implementation.
Who Should Attend?
This course has been designed for:
- Subsurface (geoscience and engineering) technologists
- Well construction engineers and
- Facilities engineering team members involved in gas field development studies
- Individuals who are planning to join an integrated team involved in planning for offshore gas development
- Commercial disciplines, project managers and managers will also benefit from attending this course
- Reservoir engineers and production engineers
- Regulatory affairs professionals and compliance specialists
- Investment analysts and project financiers involved in offshore gas projects
Organisational Benefits
By professionals undertaking this course, their respective organisations will derive the following benefits:
- Equipping professionals with an understanding of offshore exploration
- Proper knowledge of International Law and National law to operate abroad and on international territory
- Advantage of simulations and algorithms to rectify and confirm data
- Application and implementation of advanced concepts and modern equipment to increase efficiency and productivity within the organisation
- Regular training of employees on best practices and advancements in the field of off-shore petroleum engineering
- Significantly enhanced independent decision validation through offshore gas developments that help regulators and investors verify resource potential and optimize capital allocation
- Better cost and risk reduction through integrated teams using scenario models and dynamic simulation software that accurately quantify reserves and forecast production
- Improved value maximization and stakeholder alignment through best-practice offshore projects that integrate detailed appraisal drilling and dynamic reservoir modeling
- Strengthened competitive positioning through enhanced capital cost savings, more reliable production forecasts, clearer regulatory compliance, and comprehensive consideration of all regulatory, environmental, and commercial factors
Studies show that organizations implementing comprehensive offshore gas field development planning training achieve significantly enhanced independent decision validation as offshore gas developments such as the Asia-Pacific gas-condensate field show that independent technical review helps regulators and investors verify resource potential, optimize capital allocation, and ensure compliance with licensing terms, better cost and risk reduction through integrated teams using scenario models and dynamic simulation software accurately quantifying reserves, forecasting production, and optimizing infrastructure with field studies showing capital cost savings and more reliable production forecasts, and improved value maximization and stakeholder alignment as best-practice offshore projects integrate detailed appraisal drilling, dynamic reservoir modeling, and iterative scenario planning enabling rapid de-risking and comprehensive regulatory, environmental, and commercial consideration.
Empower your organization with offshore gas field development planning expertise. Enroll your team today and see the transformation in project outcomes and value optimization!
Personal Benefits
Delegates nominated for this Zoe training course will gain the following benefits:
- In-depth understanding and knowledge of all critical aspects of off-shore petroleum engineering
- Enhanced analytical skills to effectively and accurately process data in resource exploration
- Increased confidence and skillset to train other professionals on best practices and concepts related to off-shore petroleum engineering
- Better ability and understanding to enhance or change processes and systems to increase organisational growth and development
- Increased understanding and knowledge of advanced techniques and concepts related to managing natural resources, enabling one to assume higher responsibilities in off-shore petroleum engineering in any organisation, thereby increasing avenues for career growth and progression
- Better understanding and analytical as well as strategic skills to work with different systems and choose appropriate models for exploiting natural resources
- Enhanced foresight to predict challenges and risks and make provisions to mitigate the negative impact of these on one’s organisation
- better risk and threat assessment to avoid any disaster or hazard on site
- Increased skill set and capabilities to actively take part in research, exploration, extraction and managing natural fields
- Advanced expertise in offshore gas field development and project management
- Enhanced career prospects and marketability in offshore oil and gas sectors
- Improved ability to lead multidisciplinary teams and manage complex offshore projects
- Greater competency in regulatory compliance and stakeholder management
- Increased capability to mentor and develop other offshore development professionals
- Enhanced understanding of emerging offshore technologies and development strategies
Course Outline
Module 1: Project Management
- Project plan
- Organizational structure
- Project control schedule
- Project control budget
- Project procedure manual
- Structured project lifecycle including exploration, appraisal, feasibility, and implementation phases
- Complex process involving planning, exploration, and engineering for viable offshore sites
- Field Development Plan (FDP) requirements and regulatory compliance framework
- Project control systems integrating technical, commercial, and regulatory compliance
Module 2: Activities to Reach the Gas
- Understanding of environment
- Understand the reservoirs and quantify uncertainties
- Understand the drilling
- Propose options and examination
- Commercial analysis
- Environmental impact assessment covering geophysics, geology, and infrastructure considerations
- Reservoir and production engineering analysis for optimal hydrocarbon recovery
- Well design and construction planning including completion strategies
- Surface facilities design and economics evaluation with risk assessment
Module 3: Integrated Field Development Plan Team
- Identification and assessment of opportunities
- Field development planning
- Feasibility study
- Responsibility of each member
- Target identification
- Main causes of failure
- Reservoir standard model
- Multi-disciplinary team coordination including geologists, geophysicists, and reservoir engineers
- Drilling engineers, production engineers, and facilities engineers collaboration
- Logistics engineers for transport options and export route optimization
- Field management plan setting principles and objectives for field operations
Module 4: Acquisition and Analysis of Data
- Integrated database
- Three Levels of database
- Database structure
- Revision and validation
- Project data analysis
- Lesson learning report
- Seismic interpretation and structural configuration analysis
- Geological interpretation and reservoir characterization procedures
- Data gathering and analysis for resolving uncertainties during development phases
- Comprehensive database management for field description and baseline establishment
Module 5: Development of Robust Model
- Application of typical reservoir model
- Major tasks of reservoir engineers
- Reservoir stimulation, geological and dynamic model
- Reservoir characteristics, rock and fluid properties
- Basic petroleum engineering concepts
- Subsurface modeling with references to detailed company-held data
- Representative cross-sections and top-structure maps for each reservoir
- In-place hydrocarbon volumes calculation and reservoir sweep analysis
- Dynamic performance understanding during development drilling and production phases
Module 6: Reservoir Modelling
- Simplified geological structure
- Basics of reservoir modeling
- Initialization of reservoir model
- Validation of reservoir model
- History match
- Saturation and pressure history
- Original hydrocarbon in place (OHIP)
- OHIP estimation by volumetric approach
- OHIP estimation by material balance technique
- Reserves estimation when reservoir model is not available
- Recovery factor
- Minimum, central, and maximum hydrocarbon production profiles
- Range of reserves estimation with uncertainty determination and probability statements
- Central estimate of ultimate recovery and production forecasting
- Reservoir development optimization with expected reservoir sweep analysis
Module 7: Reserves Classification
- Proven reserves
- Proved developed reserves
- Proven undeveloped reserves
- Production forecast
- Reserves classification excluding fuel and flare with explicit probability statements
- Gas production in thousand cubic meters and billion cubic feet per year
- Oil production in thousand metric tonnes and million US barrels per year
- Production profiles for risk-based minimum, central, and maximum cases
Module 8: Reservoir Driving Mechanisms
- Depletion and solution gas drive
- Gas cap drive
- Water drive
- Water flooding
- Mobility ratio, heterogeneity, gravity
- Combination drive
- Natural drive mechanisms and artificial lift system requirements
- Improved Oil Recovery (IOR) and Enhanced Oil Recovery (EOR) provisions
- Production optimization strategies and reservoir management techniques
- Gas reservoir compression installation criteria and implementation
Module 9: Architecture
- Vertical equilibrium, Vertical displacement and effect of gravity forces
- Well type by shape
- Drilling well
- Completion plan and strategy, single and multizone completion
- Vertical, J-shape, horizontal, multilateral
- Proposed well locations with drilling program and geological outcome provisions
- Well design considerations for offshore environments and subsea completions
- Workover, re-completion, and re-perforation potential assessment
- Further drilling opportunities and criteria for implementation with timetables
Module 10: Consolidation of Reservoir Development Scenario
- Depletion Strategy
- Production strategy
- Lifting strategy
- Well architecture strategy
- Perforation strategy
- Completion strategy
- Surface facilities strategy
- Production priorities setting for common user facilities with capacity constraints
- Net present value optimization and operational flexibility considerations
- Technical, operating, and financial risk management strategies
- Capital versus operating cost profiles for cash-constrained operators
Module 11: Economic Evaluation
- Economic Evaluation of the project
- Input data for evaluation
- Criteria for economic evaluation
- Key parameters
- Business cases based on analysis
- Economic evaluation procedure
- Economics information using OGA’s Standard Economics Template (SET)
- Net zero, technical, and economic perspective optimization
- Capital and operating expenditure estimates with project planning budgets
- Economic recovery maximization while reducing GHG emissions over field life
Module 12: Uncertainty Analysis
- Uncertainty Vs risk
- Upstream industry uncertainty
- Technical uncertainty
- Economical uncertainty
- Measurement of uncertainty
- Cumulative probability
- Density function probability
- Uncertainty quantification by reservoir model outcomes
- Uncertainty quantification by a stochastic process
- Risk and opportunity by uncertainty
- Benefits of uncertainty assessment
- Risk/uncertainty quantification for minimum, central, and maximum production cases
- Probabilistic analysis and stochastic modeling for decision support
- Uncertainty assessment for reserves estimation and production forecasting
- Risk-based strategies development and scenario planning implementation
Module 13: Risk Analysis
- Possible Risks
- Management of risks
- Risk matrix
- Step by step analysis
- Risk mitigation procedures
- Health, safety and environmental standards
- Environmental impact assessment and regulatory compliance risk management
- Technical risks including reservoir performance and facility reliability
- Commercial risks including commodity price volatility and market access
- Health, safety, and environmental standards compliance and monitoring
Real World Examples
The impact of Offshore Gas Field Development Planning training is evident in leading implementations:
- UK Oil & Gas Authority (OGA) FDP Guidelines (United Kingdom)
Implementation: The UK OGA mandates comprehensive offshore field development plans that clearly define reserves, production profiles, infrastructure, well programs, and risk/uncertainty quantification through systematic plans that must show technical, commercial, and regulatory compliance while including risk-based strategies for minimum, central, and maximum production cases.
Results: The implementation achieved comprehensive regulatory compliance framework through systematic offshore field development plan requirements and thorough technical, commercial, and regulatory compliance demonstration, established clear definition of reserves, production profiles, and infrastructure through systematic risk/uncertainty quantification and comprehensive well program documentation, and delivered systematic risk-based strategies for multiple production scenarios through comprehensive regulatory framework and systematic compliance assurance, demonstrating how comprehensive offshore gas field development training enables exceptional regulatory compliance and project planning excellence. - Weizhou Oilfields (CNOOC, China)
Implementation: In China’s western South China Sea, comprehensive integrated approach to multi-field offshore oil and gas development was used through systematic combination of appraisal wells, advanced reservoir evaluation, and iterative field planning that successfully proved and developed more than 2 million cubic meters of reserves while increasing initial well productivity and accelerating deployment for similar sand bodies.
Results: The implementation achieved successful proof and development of more than 2 million cubic meters of reserves through systematic integrated approach combining appraisal wells and advanced reservoir evaluation, increased initial well productivity and accelerated deployment for similar sand bodies through comprehensive iterative field planning and systematic multi-field development coordination, and established exceptional offshore development performance through systematic integrated approach and comprehensive reservoir evaluation techniques, showcasing how systematic offshore gas field development training enables superior multi-field development efficiency and resource optimization.
Be inspired by industry-leading offshore gas field development achievements. Register now to build the skills your organization needs for offshore project excellence!
