Oil Link LLC provides integrated project management, combining a wide range of in-house services with end-to-end project oversight to ensure comprehensive well engineering and management through all phases: drilling, completion, and production.

1. Increasing Categorization of Hydrocarbon Reserves and Resources by PRMS and SEC Standards

Purpose:

To enhance the classification of hydrocarbon reserves and resources in accordance with PRMS standards, thereby improving the company’s capitalization and investment appeal.

Work Process:

  • Initial meeting
  • Gathering and analyzing geological, geophysical, and field data
  • Screening objects for ranking and prioritization based on growth potential
  • Finalizing the list of priority objects for categorization improvements
  • Optimizing PRMS categories for approved objects
  • Calculating geological and recoverable reserves using optimized parameters
  • Preparing a final service report

Results:

  • Precise estimation of geological and recoverable reserves compliant with PRMS standards
  • Documentation and recommendations supporting reserve increases

2. Improving Reservoir Performance

Purpose:

To optimize field development strategies for increased hydrocarbon production.

Work Process:

  1. Initial meeting
  2. Collection and analysis of geological, geophysical, and field data
  3. Screening and ranking objects based on growth potential
  4. Approving priority objects for performance enhancement
  5. Optimizing PRMS categories for selected objects
  6. Recalculating geological and recoverable reserves
  7.  Delivering final service report

Results:

  • Higher hydrocarbon production levels
  • Reduced operational costs through optimized well management and decommissioning of low-efficiency wells

3. FDP Monitoring

Purpose:

To oversee Field Development Plan (FDP) implementation and ensure operational efficiency.

Work Process:

  • Monthly review of geological/geophysical data and production indicators (flow rates, water cut, pressure, etc.)
  • Analysis of deviations from planned targets
  • Prioritizing objects requiring corrective actions
  • Implementing operational adjustments to address variances

Results:

  • Improved production efficiency
  • Lower operating costs via optimized well management