The Flow Rig Laboratory

The Flow Rig Laboratory (in Norwegian; Strømningslaben) provides experiments on water flood, liquid-liquid and liquid-gas relative permeability in situ reservoir conditions in core samples. Since 2012, the The Flow Rig Laboratory has served as a research facility for PhD research fellows and scientists at the Dept. of Geosciences, UiO. The lab is also open for routine measurements to industry clients and non-UiO organisations.

The flow rig instrument in the 'Strømningslaben' is developed and built up at the Dept. of Geosciences. Photo: Sajjad Ahmadigoltapeh, UiO

The flow rig instrument and 'Strømningslaben' is developed and built up at the Dept. of Geosciences. Photo: Sajjad Ahmadigoltapeh, UiO

Booking and prices

Prices and booking: Contact Sajjad Ahmadigoltapeh 

 

 


Contact information: 

Facility Manager: Helge Hellevang

Location: Sem Sælands vei 1
0371 OSLO
Norway

Instruments:

The Flow Rig Laboratory is equipped with the following instruments:

  • Core Holder (Hassler-type)

  • Back Pressure Regulator

  • Stainless Steel Accumulators

  • Circulating, Confining and Collecting Pumps

  • Vacuum Pump

  • Two-Phase Separator (liquid interface Infrared Detector)

  • Mass Flow Controllers

  • Pressure Transducers

  • Digital Scaler


Description of services:

  • We offer the following experiments by agreement:

    • Unsteady state multi-phase and single-phase permeability measurement

    • Secondary and tertiary water flooding test


About the Flow Rig Lab (Strømningslaben)

To examine the flow of fluid in porous rock in The Flow Rig Laboratory, the main attention is given to the evaluation of some specific rock properties, such as permeability and porosity.

In achieve this Core Flooding is used to determine rock permeability and test the interaction of the core sample in various fluids. The core sample from the oil reservoir is placed in a rock core holder with specific dimensions. Once the core installed the outer surface is pressurised to simulate the same pressure as it was in the oil reservoir.

A test fluid is then pumped through the core in the flow rig, and the flow rates and pressure drops across the core are measured. From this data, the resistance to flow is evaluated. All these results are generally used as basic data for any reservoir engineering study of a conventional reservoir.

The laboratory can by appointment be used in research activities or/and assist students at the Department of Geosciences.

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Published June 15, 2020 3:14 PM - Last modified June 15, 2020 5:37 PM