Well, Reservoir and Facility Management
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Well, Reservoir and Facility Management - PEA-WRFM-PEA27
| Code | Date | Time | Duration | Location | Currency | Early Bird Fee Per Person |
|---|---|---|---|---|---|---|
| PEA-WRFM-PEA27 | 09 - 13 Aug 2027 | 10 AM CST | 4 Hours Per Day |
Online |
USD |
4000 |
Boost your team's skills and your budget! Enjoy group discounts for collaborative learning. Send an inquiry to info@peassociations.com.
Well, Reservoir and Facility Management
A course on the integrated management of the complete production system. It covers integrated surveillance across reservoir, wells and facilities, production potential and loss accounting, identifying where the constraint actually sits, opportunity identification and maturation, production optimisation, intervention and maintenance planning, integrity across the system, and the assembly and delivery of an annual work programme.
Description
Production is delivered by a system with three parts. The reservoir supplies fluid at a pressure that declines. The wells convert that supply into a flow rate, subject to inflow, lift and integrity constraints. The facilities process what arrives, subject to capacity limits that were set years earlier for a different fluid mix. Production is limited by whichever of these is currently binding, and that constraint moves over field life and often between wells. An organisation that manages these three separately optimises each against its own measures and consistently loses production at the interfaces.
This course covers the integrated discipline. It addresses the framework for managing wells, reservoir and facilities as one system, production potential determination and loss accounting across all three, surveillance design covering reservoir pressure and fluid behaviour, well performance and facility uptime, diagnosis of where the constraint sits and whether it is reservoir, well or facility in origin, opportunity identification from surveillance data and its maturation through a structured funnel, production optimisation including lift, choke, network and injection management, intervention selection and campaign planning, maintenance and integrity management across the system, data systems and digital tools supporting the workflow, the annual work programme and its delivery, and the organisational practices that make integrated working function rather than remain an aspiration.
The question that matters in daily production management is simple to state and difficult to answer: what is stopping this field producing more today. The answer is rarely uniform. Some wells are limited by reservoir pressure. Some are limited by lift capacity, scale or a failing pump. Some are constrained by header pressure caused by a compressor running below capacity. Some produce below potential because nobody has tested them recently and the potential itself is unknown. Others are shut in for reasons nobody has recently reviewed.
Establishing the answer requires the same measurement discipline across all three domains. Production potential must be determined and maintained, because loss cannot be measured without it. Loss must be attributed to a cause and to a domain, since a loss recorded as compressor downtime and a loss recorded as reservoir decline lead to entirely different responses. Surveillance must cover the reservoir, the wells and the facilities at a frequency matched to how fast each can change. Without this, production management becomes reactive and the organisation responds to whatever failed most recently rather than to what is costing most.
The second half of the discipline is turning findings into work. A surveillance programme that generates observations nobody acts on is an expense rather than an asset. Effective practice runs a structured funnel: observations become candidate opportunities, opportunities are screened and matured with increasing technical and economic rigour, surviving candidates enter a ranked work programme, and delivered work is reviewed against what it was expected to achieve. This course covers both halves, because either without the other fails.
By the end of this training, participants will be able to:
- Establish an integrated framework covering reservoir, well and facility management
- Determine production potential at well and field level and maintain it as conditions change
- Implement loss and deferment accounting attributed by cause and by domain
- Design surveillance programmes covering reservoir, well and facility performance
- Diagnose where the binding constraint sits and whether its origin is reservoir, well or facility
- Identify production opportunities from surveillance data and mature them through a structured process
- Apply production optimisation across lift, choke settings, network routing and injection allocation
- Plan intervention and maintenance campaigns against ranked value and resource availability
- Manage integrity across wells, reservoir and facilities without sacrificing production delivery
- Assemble, deliver and review an annual work programme with measurable targets
The course is delivered as an operational management programme covering the complete production system. Each subject is developed through what must be measured, what must be decided and what must be delivered, rather than through discipline theory. Case material follows assets through a full management cycle, from surveillance findings to work programme delivery and review, including cases where opportunities were identified and never executed and cases where domain-by-domain optimisation lost production overall. Participants work through constraint diagnosis and opportunity ranking on field data.
Organisations sending participants to this training will:
- Increase production by identifying and removing the constraint that is actually binding
- Reduce deferment through systematic loss accounting and targeted response
- Convert surveillance findings into delivered work rather than reports
- Improve capital and intervention allocation through ranked opportunity maturation
- Reduce losses at the interfaces between subsurface, wells and operations functions
- Establish measurable production management performance and an improvement cycle
Participants will:
- Manage the production system as a whole rather than one domain of it
- Determine potential and quantify loss credibly
- Diagnose production constraints quickly and correctly
- Build and mature an opportunity portfolio that delivers
- Plan and deliver an annual work programme
- Take asset-level accountability for production delivery
- Production, reservoir and petroleum engineers with asset responsibility
- Well, reservoir and facility management practitioners and coordinators
- Production operations supervisors and superintendents
- Surveillance and production optimisation specialists
- Well intervention and workover planning engineers
- Facilities and maintenance engineers working with production teams
- Asset and subsurface managers accountable for production delivery
Module 1 — Integrated Management Framework
- The production system: reservoir, wells and facilities as one chain
- Why domain-by-domain optimisation loses production
- Management framework, roles and accountability
- Objectives, measures and performance standards
- Integration mechanisms: meetings, reviews and shared data
- Interfaces between subsurface, wells, operations and maintenance
- Annual cycle: surveillance, opportunity, programme and review
- Common reasons integrated working fails in practice
Module 2 — Production Potential and Loss Accounting
- Defining and determining well and field production potential
- Maintaining potential as reservoir and well conditions change
- Test frequency, test quality and potential updating
- Deferment definition, categories and recording discipline
- Loss attribution by cause and by domain
- Distinguishing reservoir decline from recoverable loss
- Loss ranking and Pareto analysis
- Reporting production performance credibly to management
Module 3 — Reservoir Surveillance
- Reservoir pressure surveillance and average pressure determination
- Production and injection allocation quality
- Water cut, gas-oil ratio and fluid behaviour monitoring
- Voidage replacement and pressure maintenance tracking
- Recognising reservoir performance deviation
- Connectivity, compartment and sweep evidence from surveillance
- Surveillance data requirements set by the decisions they support
- Feeding surveillance findings into the reservoir description
Module 4 — Well Performance Management
- Well performance monitoring and productivity index tracking
- Inflow, lift and completion constraint identification
- Artificial lift performance monitoring and optimisation
- Scale, wax, sand and organic deposition effects on well performance
- Skin development and stimulation candidate identification
- Water and gas production management at well level
- Well integrity status and its production consequences
- Well ranking by lost potential and intervention value
Module 5 — Facility Performance and Constraint Management
- Facility capacity determination for oil, gas and water separately
- Uptime, availability and downtime attribution
- Bottleneck identification within the process train
- Backpressure and header pressure effects on well production
- Compression availability and its production impact
- Water handling capacity as the binding constraint
- Facility debottlenecking opportunities and their value
- Coordinating facility maintenance with production priorities
Module 6 — Constraint Diagnosis Across the System
- Determining what is limiting production right now
- Distinguishing reservoir, well and facility origin of a loss
- System modelling and network analysis for constraint identification
- Nodal analysis applied across the production system
- Sensitivity of field production to each constraint
- Quantifying the value of removing a constraint
- Constraint migration over field life
- Avoiding optimisation that moves the problem elsewhere
Module 7 — Opportunity Identification and Maturation
- Sources of production opportunities across the three domains
- Opportunity framing and initial screening
- Structured maturation funnel and stage criteria
- Technical and economic screening at each stage
- Opportunity register management and ownership
- Ranking by value, cost, risk and resource requirement
- Converting opportunities into executable scopes
- Tracking realisation against expectation
Module 8 — Production Optimisation
- Choke, header pressure and routing optimisation
- Artificial lift optimisation and gas lift allocation
- Injection allocation and pattern balancing
- Commingling and zonal allocation decisions
- Optimisation under facility and contract constraints
- Real-time and periodic optimisation approaches
- Digital tools, models and their practical value
- Sustaining optimisation gains over time
Module 9 — Intervention, Maintenance and Integrity
- Intervention candidate selection and prioritisation
- Workover, stimulation and recompletion evaluation
- Campaign planning and rig or vessel scheduling
- Maintenance strategy and its production consequences
- Turnaround planning and production impact minimisation
- Well integrity management and production constraints
- Facility integrity and safety critical element management
- Balancing integrity requirements against production delivery
Module 10 — Work Programme Delivery and Performance Review
- Building an annual work programme from the opportunity portfolio
- Budget, resource and rig availability constraints
- Sequencing work for value and practicality
- Delivery tracking and schedule management
- Measuring realised versus expected benefit
- Reviewing why opportunities failed to deliver
- Key performance indicators for integrated production management
- Data systems, reporting and digital support
- Building a continuous improvement cycle for the asset
Upon successful completion of this training course, delegates will be awarded an official Certificate of Completion issued by the Petroleum Engineers Association (PEA), an ISO 9001:2015 certified training organization. The certificate carries 10 Credits and formally records the total learning hours completed.
Each certificate is signed by the Course Facilitator and the CEO of the Petroleum Engineers Association, and serves as verifiable proof of professional training that delegates can present to employers and professional bodies worldwide.
Frequently Asked Questions
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PEA reserves the right to make reasonable adjustments to course content, trainers, or schedules where necessary, without entitling delegates to a refund. Comprehensive details of each course — including objectives, target audience, and content — are clearly outlined before enrolment, and it is the responsibility of the delegate to ensure the course's suitability prior to booking.
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