Waterflooding and Secondary Recovery Design
Course Overview: This course provides a comprehensive understanding of waterflooding as a secondary recovery mechanism. It covers displacement theory, sweep efficiency, pattern design, injectivity issues, performance monitoring, and optimization methods, with practical sessions using case studies and simulation tools. 📅 …
Overview
Course Overview:
This course provides a comprehensive understanding of waterflooding as a secondary recovery mechanism. It covers displacement theory, sweep efficiency, pattern design, injectivity issues, performance monitoring, and optimization methods, with practical sessions using case studies and simulation tools.
📅 Day 1: Fundamentals of Waterflooding
-
09:00–09:45 – Introduction to secondary recovery methods
-
09:45–10:30 – Waterflooding objectives and key mechanisms
-
10:30–10:45 – ☕ Coffee Break
-
10:45–11:30 – Immiscible displacement theory: frontal advance model
-
11:30–12:15 – Mobility ratio and its impact on sweep
-
12:15–13:15 – 🍽️ Lunch Break
-
13:15–14:00 – Volumetric calculations and waterflood potential
-
14:00–14:45 – Practical: calculate recovery factor and pattern volume
-
14:45–15:00 – Recap and Q&A
📅 Day 2: Waterflood Pattern Design
-
09:00–09:45 – Areal sweep efficiency and pattern types
-
09:45–10:30 – 5-spot, 7-spot, inverted 9-spot, and line drive
-
10:30–10:45 – ☕ Coffee Break
-
10:45–11:30 – Pattern spacing and well placement strategy
-
11:30–12:15 – Reservoir heterogeneity and pattern modification
-
12:15–13:15 – 🍽️ Lunch Break
-
13:15–14:00 – Gravity segregation and vertical sweep
-
14:00–14:45 – Hands-on: pattern layout on field map
-
14:45–15:00 – Recap and Q&A
📅 Day 3: Injection Management and Performance Prediction
-
09:00–09:45 – Injection rate design and voidage replacement
-
09:45–10:30 – Water quality, compatibility, and filtration
-
10:30–10:45 – ☕ Coffee Break
-
10:45–11:30 – Injection profiles and conformance issues
-
11:30–12:15 – Analytical prediction methods (Craig-Geffen-Morse)
-
12:15–13:15 – 🍽️ Lunch Break
-
13:15–14:00 – Use of simulation in injection optimization
-
14:00–14:45 – Hands-on: injectivity and pattern balancing
-
14:45–15:00 – Recap and Q&A
📅 Day 4: Waterflood Surveillance and Optimization
-
09:00–09:45 – Flood monitoring techniques: PR plots, Hall plots
-
09:45–10:30 – Pressure transient and interference tests
-
10:30–10:45 – ☕ Coffee Break
-
10:45–11:30 – Identifying and correcting poor sweep areas
-
11:30–12:15 – Tracer tests and water front tracking
-
12:15–13:15 – 🍽️ Lunch Break
-
13:15–14:00 – Use of software tools for performance tracking
-
14:00–14:45 – Group exercise: analyze flood performance dataset
-
14:45–15:00 – Recap and Q&A
📅 Day 5: Case Studies and Field Development Planning
-
09:00–09:45 – Case study 1: mature field waterflood revival
-
09:45–10:30 – Case study 2: offshore waterflood optimization
-
10:30–10:45 – ☕ Coffee Break
-
10:45–11:30 – Integration with reservoir simulation models
-
11:30–12:15 – Economics of waterflooding
-
12:15–13:15 – 🍽️ Lunch Break
-
13:15–14:00 – Team activity: design a basic waterflood strategy
-
14:00–14:45 – Presentation and peer review
-
14:45–15:00 – Wrap-up and certification
Target audiences
- Reservoir Engineers, Geologists
You May Like
Gas and oil laboratories in the petroleum industryCopy
Course Description This course provides a comprehensive overview of laboratory practices, techniques, and standards used in the petroleum industry. Participants will understand how laboratory results guide exploration, drilling, production, and refining decisions. The course explores lab procedures for PVT analysis, …
Advanced gas chromatography techniques and troubleshooting
📘 Course Description: This advanced-level course is designed for experienced chromatographers and laboratory professionals who wish to master the latest techniques, applications, and in-depth troubleshooting strategies in Gas Chromatography (GC). The program focuses on method enhancement, selectivity tuning, high-resolution separations, …
🧪 Gas Chromatography Analysis – Principles, Practice & Applications
📘 Course Description: This intensive course provides a comprehensive understanding of Gas Chromatography (GC) and its application in chemical, petrochemical, pharmaceutical, and environmental laboratories. Participants will learn the fundamentals of gas chromatographic theory, the hardware components, detector technologies, sample preparation, …
Gas and oil laboratories in the petroleum industry
Course Description This course provides a comprehensive overview of laboratory practices, techniques, and standards used in the petroleum industry. Participants will understand how laboratory results guide exploration, drilling, production, and refining decisions. The course explores lab procedures for PVT analysis, …
Advanced Specialist Petroleum GeoMechanics
📘 Course Description: This elite-level course is tailored for petroleum geomechanics specialists and senior subsurface professionals engaged in complex field development projects. It provides a deep technical dive into stress modeling, anisotropic rock behavior, coupled geomechanical-reservoir simulation, fault/fracture mechanics, and …