Integrated Reservoir Studies and FDPs

Correct application of reservoir modeling and analysis techniques is critical to understanding past, current and future reservoir performance. Petroxin has the expertise to assist in all phases of this work, from geophysical mapping to construction of reservoir models and probabilistic and deterministic calculation of reserves.
Petroxin also has strong capabilities of analytical and numerical reservoir engineering methods in order to characterize reservoir dynamics. Outputs of reservoir engineering analysis, incorporated with G&G applications are the main technical input for the economical assessments in master development and redevelopment projects.
Our reservoir engineering services cover the whole range of methods and techniques of field development, management, and reserves optimisation using the classical approaches alongside with the latest technical improvements in characterization, estimation, and modelling of oil, gas, and gas condensate reservoirs. Quality consultancy, training, and collaboration in all the stages of reservoir studies are offered to ensure the best possible realization and prediction of the reservoir performance and to plan the most efficient development scenarios maximising the ultimate recoveries.
Our range of services in reservoir studies includes:

  • Geophysical mapping
  • Geological modeling of facies distributions and reservoir quality
  • Petrophysical and sedimentological analysis
  • Reservoir rock characterization
  • Reservoir geomachanical analysis
  • PVT studies and fluid modelling
  • Reserves Estimation
  • Volumetric calculations
  • Well test and pressure transient analysis
  • Material balance Calculations
  • Decline curve analysis
  • Static reservoir modelling
  • Field development
  • Reservoir simulation (compositional / black oil) and sensitivity analysis
  • Production log analysis and interpretation
  • 3D simulation
  • Tank modelling
  • History matching
  • Integrated field management
  • Converting Eclipse data decks to Petrel models