Oil and Gas Technical Trainings
Enhanced Oil Recovery Methods and Field Applications
This in-depth course develops directly applicable capability in Enhanced Oil Recovery Methods and Field Applications. It connects Reservoir Screening for EOR, Gas Injection Processes, and Chemical and Thermal Methods to the decisions, controls, and activities participants need to perform in their workplace.
Overview
Practical learning for workplace transfer.
This in-depth course develops directly applicable capability in Enhanced Oil Recovery Methods and Field Applications. It connects Reservoir Screening for EOR, Gas Injection Processes, and Chemical and Thermal Methods to the decisions, controls, and activities participants need to perform in their workplace. The five-module curriculum progresses toward EOR Screening Case, using evidence, scenarios, and work products appropriate to the subject.
Objectives
- Analyze reservoir screening for eor, including remaining oil, heterogeneity, wettability, viscosity, depth, temperature, and salinity.
- Configure or structure gas injection processes, including miscible and immiscible hydrocarbon, co2, and nitrogen injection.
- Evaluate chemical and thermal methods, including polymer mobility control, surfactant interfacial tension, and alkaline reactions.
- Manage pilot design and surveillance, including pattern, well conversion, injection rate, tracers, pressure, and production response.
- Apply eor screening case, including rank eor methods for a reservoir dataset.
Target audience
- Professionals responsible for this subject area
- Managers, supervisors, and team leaders
- Analysts, specialists, engineers, or coordinators working with the relevant processes
- Project, implementation, assurance, or improvement team members
- Professionals preparing for broader responsibilities in this field
Program outline
A clear structure for the learning journey.
Program outline
Outline points are grouped in one designed block instead of being treated as separate module cards.
Module 1: Reservoir Screening for EOR
Remaining oil, heterogeneity, wettability, viscosity, depth, temperature, and salinity
Displacement and sweep efficiency
Laboratory, simulation, and pilot evidence
Module 2: Gas Injection Processes
Miscible and immiscible hydrocarbon, CO2, and nitrogen injection
Minimum miscibility pressure, gravity override, and recycling
WAG design and conformance risks
Module 3: Chemical and Thermal Methods
Polymer mobility control, surfactant interfacial tension, and alkaline reactions
Steam flooding, cyclic steam, and in-situ combustion
Injectivity, adsorption, scaling, and produced-fluid handling
Module 4: Pilot Design and Surveillance
Pattern, well conversion, injection rate, tracers, pressure, and production response
Baseline and economic success criteria
Scale-up, facilities, HSE, emissions, and abandonment decisions
Module 5: EOR Screening Case
Rank EOR methods for a reservoir dataset
Outline laboratory and simulation work
Design a pilot with surveillance and decision gates
Materials provided
- ○ Course-specific presentation slides
- ○ Guided exercises, scenarios, or configured-environment activities appropriate to the subject
- ○ Course-specific worksheets, checklists, or calculation templates
- ○ Applied workplace case materials
- ○ 4D Certificate of Completion issued by 4D Training & Consultancy
- ○ Post-course support for implementation questions
Training Options
Programs can be delivered in-house, online, or in a blended format depending on your team's schedule, location, and learning objectives. When an external certificate or exam is included, certification rules and fees remain under the relevant awarding body's policies, while 4D provides the training and preparation support.
Why choose 4D
4D Training & Consultancy adapts the program to the client’s operating environment. Delivery combines structured explanation with subject-specific analysis, exercises, and implementation decisions so participants can transfer the learning to real responsibilities without implying vendor authorization.
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