Customer Portal

A single platform to integrate lab data and simulations focused on fluids and petrophysics


RF-DAP is a unified platform of various integrated modules that enable the management, storage, simulation, and analysis of fluids, rocks, and their interactions. RF-DAP allows for PVT and petrophysical analysis, including uncertainties, while keeping track of all steps performed, from the arrival of the samples at the laboratory until the specialist’s final characterization.

HC and Aqueous Fluids

  • Basic sample information
  • Extraction location information
  • Export to Excel
  • Supplied properties:
    • Density table
    • Viscosity table
  • Stock control with subsampling
  • Fluid types: stock tank oil, live reservoir fluid, recombined fluid
  • Subsampling request and approval management


  • Basic sample information
  • Extraction location information
  • Stock control with subsampling
  • Dimensions based on body shape (core, block, plug, slab, thin section)
  • Export to Excel option
  • Supplied properties:
    • Porosity
    • Permeability
  • Discovery of similar samples

Equipment Manager

  • Basic equipment information
  • Custom models and types
  • Hierarchical association (equipment parts)
  • Sop preview
  • Events:
    • Custom event types
    • Recurrent events
    • Calendar view
    • Events as tasks
    • Equipment status based on maintenance schedule
    • Critical events alerts
  • Export to XLS


  • Basic chemical information
  • Custom chemical types
  • Stock control by volume, mass, pressure, or item count
  • Min and max stock alerts
  • Chemical lots inventory with amount control and transaction tracking
  • MSDS preview

Experimental Results

  • Basic experiment information (code, operator, date, etc.)
  • Supported experiments:
    • Pore volume
    • Permeability
    • Viscosity
    • Density
    • Routine petrophysics
    • Core flooding
    • Chromatography
    • Tracer test
    • Generic
    • Constant composition expansion
    • Differential liberation experiment
    • Constant volume depletion experiment
    • Viscosity experiment
    • Separator experiment
    • IFT experiment
  • Samples link – every experiment is linked to a sample in the inventory
  • Resources link – every experiment is linked to equipment and/or chemicals in the inventory
  • Experiment results link – physical properties and curves recorded as results of an experiment can be set as input for other experiments or simulations (FASE, SCAS)
  • Virtual experiments view

Health, Safety, Security and Environment

  • Risk maps
  • Training documents
  • Legal documents
  • SOP history
  • Reported deviations
  • Protective equipment inventory
    • Stock control by size
    • Protective equipment lots inventory with amount control and transaction tracking

Special Core Analysis Simulator (SCAS)

  • Simulate and verify SCAL experiments
  • Determine relative permeability and capillary pressure curves


Fluid Analysis and Simulation Environment (FASE)

  • Perform Equation of State (EOS) modeling and characterization
  • Simulate fluid properties and experimental PVT data

Lab Data & Knowledge Management

The RF-DAP allows cataloging and tracking all information generated from the time the sample arrives in the laboratory until the experts interpret the data. Store sample basic information, track consumption and usage, and link to experimental results and simulation using the RFDAP Catalogue Module.

Special Core Analysis Simulation

Perform SCAL simulations and determine relative permeability and capillary pressure curves in two-phase and three-phase flows, including a compositional solver for EOR applications. When using RF-DAP SCAS, your simulations and studies will be directly linked to samples and experimental data information stored in the RF-DAP Catalogue central database.

Fluid Characterization and PVT Simulation

Perform fluid characterization based on equation of state modeling and simulate phase behavior and thermodynamic and transport properties of complex hydrocarbon and aqueous mixtures using RF-DAP FASE. This application is directly linked with the Catalogue central database, so composition and other experimental data can be directly read from it and simulation results stored back in a transparent and streamlined process.