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                                  “Advance Reservoir Characterization and Imaging Specialist”

CORE ANALYSIS  |       CBM          |               GEOMECHANIC MEASUREMENT AND MODELING                    |     TRAP & MIGRATION      |  STRATIGRAPHIC RESERVOIR  |     SHALE GAS

Rock Fluid Imaging Lab (RFI Lab) is a dynamic company which offers latest advance technology solution in services for oil and gas company. 
   
RFI lab provide analysis of well stability, surface subsidence due to production or EOR activity. It is based on geomechanic modeling, rock physics, lithology including reservoir characters.

RFI Lab services range from wave imaging (time-depth imaging), reservoir parameter imaging including facies, porosity, pore fluid prediction. 
  
This research company is equipped with the latest advanced technology including laboratory of PC based triaxial high pressure confined geomechanics, seismic wave physical modeling, SeisCoreTM, for Seismic Rock Physics Measurement under reservoir condition. We have specialized equipments for simulating measurement in high pressure of deep water condition.
  
It is equipped also with advanced core measurement (digital helium porosity - permeability meter under various overburden pressure), digital rock-mechanics measurement (static elastic measurement of core), core-resistivity measurement, capillary pressure, contact angle for wettability analysis.
  
RFI builds and develops the leading edge reservoir imaging software – GeoSymphony -  which running on parallel cluster of 200 processors, 2D/3D seismic data interpretation, well stability analysis (Well TensorTM).

 

 

 

 

 

 

 

 

      

RFI Lab - GeoSymphony provides latest advanced technology for providing accurate seismic reservoir imaging based on Hybrid statistical Rock Physics-statistical Montecarlo Artificial Neural Network for delivering accurate prediction of facies, porosity and fluid type including pore pressure distribution of reservoir.

 

RFI Lab - Geosymphony provides latest advance technology 3-D depth migration using reversed time migration based on inverse scattering for providing accurate 3-D image of structure, including advance technology for eliminating noise as well as static’s noise. We provide pore pressure imaging prediction including fracture prediction using Fracture Module of Geosymphony.

 

Various technologies provided by Rock Fluid Imaging Lab are following:
- Reservoir Geomechanics
- Sanding Prevention
- Well Stability Analysis
- Caprock Integrity Analysis during EOR
- Fault Reactivation Analysis during Production
- Sealing Leaking Fault Analysis
- Seismic Rock Physics
- Stratigraphy Reservoir Characterization
- Lithofacies Prediction
- Fracture Prediction
- Porosity and Pore Fluid Prediction
- Pore Pressure Prediction
- Reversed Time Migration
- Full-Wave Form Tomography
- Tomography For Fracture Imaging
- Thin Bed Imaging
- 3D tomostatic
- Denoising and reconstructing seismic image
- Fluid Flow Simulation

 

 

 

 

 

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