An Interactive 5-Day Training Course
Advanced Waterflooding
Advanced techniques for waterflood performance improvement
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Duration
5 Days
Price
$ 3,500
Starting From
08 Feb 2027
Advanced Waterflooding
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Advanced Waterflooding - RE-AWF-PEA27
| Code | Date | Location | Currency | Early Bird Fee Per Person |
|---|---|---|---|---|
| RE-AWF-PEA27 | 17 - 21 May 2027 |
Dubai
|
USD
|
4500
|
| Code | Date | Location | Currency | Early Bird Fee Per Person |
|---|---|---|---|---|
| RE-AWF-PEA27 | 08 - 12 Feb 2027 | Online |
USD |
3500 |
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Advanced Waterflooding
This training provides a thorough treatment of waterflooding as a secondary recovery method, from fractional flow theory through pattern design, injectivity, surveillance, and performance forecasting. Participants learn how to diagnose underperforming floods, balance injection patterns, and apply proven prediction methods to real reservoir situations.
Description
Waterflooding remains the most widely applied improved recovery method in the world, and the difference between a well-managed flood and a poorly managed one can amount to a significant fraction of ultimate recovery. This course builds a complete technical foundation for waterflood design and management. It begins with the rock and fluid properties that control immiscible displacement — relative permeability, wettability, capillary pressure, and mobility ratio — and develops fractional flow and Buckley-Leverett theory into practical tools for estimating displacement efficiency and water breakthrough behavior.
The course then moves from the pore scale to the field scale: areal and vertical sweep efficiency, the effect of reservoir heterogeneity, pattern selection and pattern balancing, injection water quality and compatibility, injectivity behavior, and voidage replacement management. Established performance prediction methods, including Stiles, Dykstra-Parsons, and Craig-Geffen-Morse, are covered in detail, along with modern surveillance techniques such as Hall plot analysis, injection profile monitoring, and pattern-level material balance. The final part of the course addresses conformance problems, water shutoff options, and the diagnosis and optimization of mature waterfloods.
Primary depletion typically recovers only a modest fraction of the original oil in place, and for the majority of the world's oil fields, waterflooding is the mechanism that converts a depleting asset into a long-life producing property. Yet many waterfloods underperform: premature water breakthrough through high-permeability streaks, unbalanced patterns, out-of-zone injection, scaling and souring from incompatible injection water, and inadequate voidage replacement all erode recovery and inflate operating cost. Effective waterflood management requires engineers who understand the physics of immiscible displacement, can quantify sweep and displacement efficiency, and can translate surveillance data into corrective action. As a large share of global production now comes from mature fields under injection, the ability to diagnose, forecast, and optimize waterflood performance is a core reservoir engineering competency and a direct lever on field economics.
By the end of this training, participants will be able to:
- Explain the rock and fluid properties that control immiscible displacement, including wettability, relative permeability, capillary pressure, and mobility ratio
- Apply fractional flow and Buckley-Leverett theory to calculate displacement efficiency, frontal advance, and water breakthrough
- Evaluate areal, vertical, and volumetric sweep efficiency and quantify the effect of reservoir heterogeneity using Dykstra-Parsons and Lorenz coefficients
- Select and design injection patterns appropriate to reservoir geometry, well spacing, and heterogeneity
- Assess injection water quality, compatibility, and treatment requirements, and anticipate scaling, souring, and formation damage risks
- Predict waterflood performance using Stiles, Dykstra-Parsons, and Craig-Geffen-Morse methods
- Conduct waterflood surveillance using Hall plots, injection profiles, pattern balancing, and voidage replacement ratio monitoring
- Diagnose conformance problems and evaluate water shutoff and profile modification options
- Identify optimization opportunities in mature waterfloods, including infill drilling, pattern realignment, and injection reallocation
The course is delivered through structured technical lectures supported by worked examples, field case studies, and guided problem-solving sessions. Each topic is developed from first principles and then applied to realistic reservoir data so participants can connect theory to the decisions made in actual waterflood operations. Participants are encouraged to bring questions from their own fields, and class discussion is used throughout to compare practices across different operating environments.
Organizations sending participants to this training will:
- Improve recovery factors and reserves bookings from fields under water injection
- Reduce losses from premature water breakthrough, unbalanced patterns, and out-of-zone injection
- Strengthen in-house capability to design, forecast, and audit waterflood projects
- Lower operating costs through better injection water management and reduced well interventions
- Make better-informed decisions on infill drilling, pattern conversion, and injection reallocation
- Build a consistent surveillance and reporting practice across asset teams
Participants will:
- Gain a rigorous understanding of immiscible displacement physics and its field-scale implications
- Develop practical skill in applying classical waterflood prediction methods to real data
- Learn a systematic approach to waterflood surveillance and pattern management
- Be able to diagnose the root causes of underperforming floods and propose corrective actions
- Strengthen their ability to communicate waterflood performance to management and partners
- Broaden their competency profile for reservoir management and field development roles
- Reservoir engineers responsible for fields under water injection or planned for secondary recovery
- Production engineers managing injectors, producers, and water handling systems
- Petroleum engineers involved in field development planning and reserves estimation
- Surveillance and reservoir management engineers in mature asset teams
- Production geologists and petrophysicists supporting waterflood characterization
- Operations and facilities engineers dealing with injection water treatment and quality
- Team leads and technical supervisors overseeing secondary recovery projects
Module 1: Fundamentals of Waterflooding
- Recovery mechanisms: primary, secondary, and tertiary recovery
- Screening criteria for waterflood candidates
- Reservoir rock and fluid properties relevant to water injection
- Wettability, capillary pressure, and relative permeability
- Residual oil saturation and trapping mechanisms
Module 2: Immiscible Displacement Theory
- Fractional flow theory and the fractional flow curve
- Buckley-Leverett frontal advance theory
- Welge tangent construction and average saturation behind the front
- Displacement efficiency and water breakthrough calculations
- Mobility ratio and its effect on displacement stability
Module 3: Sweep Efficiency and Reservoir Heterogeneity
- Areal, vertical, and volumetric sweep efficiency
- Effect of mobility ratio on areal sweep
- Permeability variation: Dykstra-Parsons and Lorenz coefficients
- Layered reservoir behavior and crossflow
- Fractures, faults, and directional permeability effects
Module 4: Waterflood Pattern Design
- Peripheral, crestal, and pattern flooding concepts
- Common pattern types: five-spot, nine-spot, line drive, and irregular patterns
- Pattern selection for reservoir geometry and well spacing
- Producer-injector conversion and pattern realignment
- Infill drilling and pattern densification
Module 5: Injection Water Quality and Injectivity
- Water source selection: aquifer, seawater, and produced water
- Water compatibility, scaling tendency, and souring risk
- Suspended solids, oil carryover, and formation damage
- Injectivity behavior, fracture versus matrix injection
- Voidage replacement ratio and injection allocation
Module 6: Waterflood Performance Prediction
- Stiles method for layered reservoirs
- Dykstra-Parsons method
- Craig-Geffen-Morse method
- Empirical and analogy-based forecasting
- Estimating ultimate recovery and remaining reserves under waterflood
Module 7: Waterflood Surveillance and Management
- Surveillance data requirements and monitoring programs
- Hall plot analysis for injector performance
- Injection profile and conformance monitoring
- Pattern balancing and streamline-based allocation concepts
- Water-oil ratio diagnostics and production performance plots
Module 8: Conformance Control and Waterflood Optimization
- Diagnosis of premature breakthrough and thief zones
- Water shutoff and profile modification options
- Managing mature waterfloods: workovers, reperforation, and reallocation
- Waterflood audits and improvement planning
- Introduction to low-salinity and polymer-augmented waterflooding as follow-on options
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.
A veteran Reservoir Engineer with over 40 years of international experience across leading operators including Shell International E&P, Petroleum Development Oman (PDO), BG Group, and Oil India Limited. He is a recognized authority in reservoir engineering with deep expertise in field development planning, waterflood and chemical EOR, resource volume estimation and audits, production forecasting, and technical assurance.
At PDO, he served as Reservoir Engineering Coach and Technical Authority, mentoring over 250 engineers and designing a 3-year Graduate Development Program. As Subsurface Instructor, he built internal reservoir engineering courses that replaced 12 commercial courses and saved the company USD 0.5 million annually. Earlier, as Discipline Lead at Shell, he led standards and training for 75+ engineers and oversaw production forecasting for fields producing over 300,000 BOPD.
His hands-on field experience includes leading the implementation of one of the world's largest polymer floods in a 3-billion-barrel heavy oil field, simulation of complex coning-prone reservoirs, SEC reserves management, and FDP approvals with JV partners and regulators.
He holds B.Tech and M.Tech degrees in Petroleum Engineering from IIT (ISM) Dhanbad, serves as a reviewer for the SPE Reservoir Engineering Journal, and has authored numerous papers presented at SPE, IPTC, and SPWLA conferences worldwide. He has delivered 50+ international technical training programs and continues to consult and lecture globally, including guest lectures at IIT Dhanbad and IIT Madras.
Frequently Asked Questions
All course bookings made through PEA are strictly non-refundable. By registering for a course, you acknowledge and accept that all fees are payable in full and are not subject to refund under any circumstances, including changes in personal or professional commitments or partial attendance.
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.
For any inquiries related to cancellations or bookings, please contact our support team, who will be happy to assist you.
