Petroleum Engineering Course

Mature Field Development

To enhance participants’ capability in diagnosing performance issues, identifying redevelopment opportunities, and designing integrated technical strategies for mature field optimization – by combining reservoir engineering, production data analysis, well interventions, and economic screening within a structured decision-making framework.

Course Info
Discipline

F. Reservoir Engineering Course/Petroleum Engineering

Duration

3 days

Level

Skilled

Delivery Mechanism

Classroom + Field Trip

Learning Outcomes

By the end of the course, participants will be able to:

  • Diagnose mature field performance decline
  • Identify bypassed hydrocarbon opportunities
  • Design infill, workover, or EOR strategies
  • Update and use reservoir models for forecasting
  • Conduct economic screening of redevelopment options
  • Apply risk-based decision making in brownfield assets
Agenda
DAY 1 – Understanding Mature Field Challenges & Diagnostics

Objective: Equip participants with tools to diagnose performance decline and identify value gaps in mature assets.

Session 1 – Characteristics of Mature Fields

  • Definition of mature/brownfield assets
  • Typical decline patterns
  • Aging infrastructure challenges
  • Reservoir depletion mechanisms
  • Water cut increase & pressure depletion

Session 2 – Production Performance Diagnostics

  • Decline Curve Analysis (DCA) review
  • Material balance interpretation
  • Reservoir drive mechanism re-evaluation
  • Water breakthrough diagnosis
  • Identifying bypassed oil

Session 3 – Reservoir & Production Data Integration

  • Static vs dynamic model reconciliation
  • Surveillance data (pressure, PLT, tracer)
  • Production logging interpretation
  • Identifying remaining potential

Workshop 1

  • Diagnose a declining mature field case
  • Identify root causes of performance drop

Estimate remaining recoverable potential

DAY 2 – Redevelopment & Optimization Strategies

Objective: Enable participants to design technically sound and economically screened redevelopment plans.

Session 1 – Infill Drilling & Recompletion Strategy

  • Candidate well selection
  • Reservoir compartmentalization analysis
  • Horizontal vs vertical infill wells
  • Recompletion & zone isolation strategies

Session 2 – Enhanced Recovery & Stimulation

  • Waterflood optimization
  • Pattern realignment
  • EOR screening basics (chemical, gas, thermal)
  • Workover & stimulation strategy
  • Artificial lift optimization

Session 3 – Integrated Reservoir Modeling Update

  • Updating simulation models for mature fields
  • History matching challenges
  • Forecasting redevelopment scenarios
  • Sensitivity analysis

Workshop 2

  • Design a redevelopment scenario
  • Compare infill vs workover vs EOR case
  • Rank based on technical and economic merit

 

DAY 3 – Economic Evaluation, Risk & Asset Management

Objective: Strengthen participants’ ability to prioritize mature field investments under uncertainty

Session 1 – Economic Screening for Mature Fields

  • Brownfield CAPEX vs OPEX considerations
  • NPV, IRR, payout time
  • Incremental recovery economics
  • Facility debottlenecking economics

Session 2 – Risk & Uncertainty Management

  • Subsurface uncertainty
  • Production uncertainty
  • Monte Carlo overview
  • Decision tree for redevelopment

Session 3 – Mature Asset Portfolio Strategy

  • Late-life field management
  • Decommissioning vs redevelopment decision
  • Integrated asset team approach
  • KPI monitoring for brownfield performance

Final Case Study Workshop

Participants will:

  1. Diagnose a mature field
  2. Identify redevelopment options
  3. Perform economic screening
  4. Recommend best development strategy
  5. Present technical justification

 

Audience

This course is designed for professionals with 3–10 years of experience in upstream oil & gas, including:

  • Reservoir Engineers
  • Production Engineers
  • Petroleum Engineers
  • Field Development Engineers
  • Asset Engineers
  • Subsurface Team Leads (Junior–Mid Level)
  • Well Intervention Engineers
  • Geoscientists involved in brownfield development
Prerequisite Knowledge

Participants should already understand:

  • Basic reservoir engineering principles
  • Volumetrics and material balance
  • Production performance analysis
  • Basic economic indicators (NPV, IRR)

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