Mature Field Redevelopment & Recovery Optimisation training course develops practical capability to diagnose producing assets, identify remaining potential, and prioritise redevelopment opportunities. Participants learn to integrate reservoir, production, injection, well, surveillance, and facility information before selecting technical interventions. This decision-led approach helps ensure redevelopment options are based on field evidence, uncertainty, and value potential.
The training course progresses from mature-field diagnostics and surveillance planning to opportunity screening, scenario evaluation, and investment prioritisation. Participants assess infill drilling, sidetracks, recompletions, well interventions, waterflood optimisation, selected EOR opportunities, and brownfield constraints within one integrated framework. They also learn to connect redevelopment decisions with recovery forecasts, economics, asset value, and post-investment performance verification.
This Mature Field Redevelopment & Recovery Optimisation training course will highlight:
At the end of this Mature Field Redevelopment & Recovery Optimisation training course, participants will be able to:
This Mature Field Redevelopment & Recovery Optimisation training course is designed for:
This training course combines expert-led instruction, technical discussions, practical exercises, applied asset scenarios, data interpretation, and multidisciplinary analysis. Participants progressively evaluate mature-field performance, define uncertainties, assess redevelopment alternatives, and develop value-based recommendations that reflect reservoir, well, facility, and economic considerations.
We offer a variety of tailored training options, customized to meet your organisation's needs. Delivered anytime, anywhere, we make it easy to bring expert training directly to your team.
Mature field redevelopment is the systematic reassessment of an existing producing oil or gas asset to identify opportunities for additional production, improved recovery or extended economic life. Possible responses can include reservoir-management changes, injection optimisation, well interventions, recompletions, sidetracks, infill drilling, brownfield modifications and selected enhanced recovery methods.
Initial field development planning is typically based heavily on appraisal data, reservoir models and forecasts before or during early development. Mature-field redevelopment benefits from actual production, pressure, injection, well and surveillance history. This allows teams to compare original assumptions with observed performance and reconsider the development strategy. Related course: Integrated Field Development Planning.
Applied Reservoir Engineering & Management provides broader reservoir-engineering and reservoir-management knowledge. This training course starts with an existing producing asset and focuses on converting field evidence into redevelopment choices, investment priorities and an executable brownfield plan. Related course: Applied Reservoir Engineering & Management.
Decision-led surveillance begins by defining the decision that needs to be made. Teams then determine what uncertainty is preventing the decision, what information could reduce that uncertainty and whether acquiring the information would materially improve the decision. This helps organisations avoid collecting data without a clear link to reservoir or asset-management action.
Remaining potential is typically evaluated by integrating several sources of evidence, including geological interpretation, reservoir models, pressure history, production behaviour, injection response, well performance and surveillance information. Greater confidence normally comes from agreement between multiple datasets rather than relying on one technical interpretation.
No. Many producing fields may offer additional value through better reservoir management, waterflood optimisation, well interventions, recompletions, sidetracks, infill drilling or operational improvements. EOR should be investigated where reservoir conditions and potential incremental recovery justify additional technical and economic evaluation. Related courses: Water Flooding Management and Enhanced Oil Recovery (EOR).
Improved Oil Recovery, or IOR, is a broad concept covering measures used to increase recovery or improve field performance. Enhanced Oil Recovery, or EOR, refers more specifically to recovery processes such as gas, chemical or thermal methods that alter displacement or fluid behaviour. This training course addresses opportunity screening and integration rather than detailed EOR process design.
Additional reservoir potential does not automatically become a viable development opportunity. Production may be limited by water-handling capacity, compression, gathering systems, artificial lift, separation, gas processing or export limitations. Mature-field redevelopment therefore needs to consider the complete reservoir-well-production-facility system.
Opportunities should not be ranked on incremental production alone. A robust evaluation also considers recoverable volumes, development cost, technical uncertainty, facility requirements, production timing, operational risk, execution complexity and economic value. The objective is to create a balanced redevelopment portfolio rather than a collection of unrelated technical opportunities.
The training course is especially relevant to reservoir engineers, production engineers, production technologists, petroleum engineers, petrophysicists, geoscientists, subsurface specialists, field-development professionals and asset managers responsible for producing fields. It is also suitable for multidisciplinary professionals participating in WRFM, field-performance, redevelopment or brownfield investment reviews.
Searching our database...
Finding the best matches for you
We couldn't find anything matching ""
Try adjusting your search terms or browse our suggested topics
