Elevate your EOR strategy and unlock more from every well with DAKS™

DAKS™ For EOR

Designed to optimize the screening of EOR methods to maximize recovery. DAKS™ for EOR provides detailed analysis and systematic documentation on EOR methods that have proven to be effective in improving field production performance. Unlock proven best practices and lessons learned from global EOR deployments since the 1960’s and identify the most appropriate EOR methods for your assets.

DAKS EOR Interface

Why Use DAKS™ to Assess EOR Opportunities?

Selection of EOR based analytical tools - Empirical recovery, production performance, pie chart

Selection of optimal EOR methods requires understanding of reservoir fundamentals, fluid properties and how oil displacement methods will improve mobility within the reservoir. Analogue benchmarking using DAKS™ is an ideal way to:

  • Evaluate, benchmark and analyse EOR performance against global analogues.
  • Screen and identify suitable EOR methods using more than 50 EOR-specific engineering parameters.
  • Test key EOR success factors based on best practices and lessons learned from relevant analogues.
  • Validate viable EOR methods for specific proprietary reservoir and fluid properties.
  • Calibrate potential incremental recovery for individual EOR methods.

Global EOR Analogues

Packed with valuable insights into EOR strategies, our EOR Evaluation Reports provide clear, in-depth documentation on how specific EOR methods impact production performance.

These reports serve as powerful analogues for generating ideas, benchmarking concepts and improving production performance.

Discover our full range of global oil and gas analogues.

EOR Report Collage

EOR Case Study

Using DAKS™ to Evaluate EOR Potential for a Clastic Heavy Oil Reservoir

This EOR case study demonstrates how The Digital Analogue Knowledge System (DAKS™) can be used to evaluate EOR potential for a clastic heavy oil reservoir and validate viable EOR methods. In this scenario the operator is currently evaluating options for enhanced oil recovery and wants to understand best practices from global analogues, specifically in the following areas: Effectiveness of thermal vs chemical flood, incremental recovery and ultimate recovery factor, and production/injection performance.

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