Completed projects

  • Characterization of dynamic Fracture Properties from the Ekofisk injection data (well tests and injection history)
  • MEOR phase 2
  • Carbon dioxide flooding
  • Improved oil recovery pre-study
  • Modeling of capillary pressure and phase entrapment in porous media with account for wettability change
  • Simulation of CO2 injection at Ekofisk field
  • Wettability in chalk reservoir rock – Phase 1
  • Evaluation of effects of local changes in the In-Situ Stress State at Ekofisk
  • Permeability and stress paths 
  • Experimental study on 3-phase capillary pressure
  • Log interpretation by a capillary pressure correlation for mixed-wet reservoirs – pre-project phase
  • Literature study: Origin and distribution of flint nodules and silica cemented bands in the North Sea Chalk
  • Channel geometries and reservoir quality in the Normandy chalk
  • Enhanced oil recovery from carbonates: Wettability and chemical additives
  • Injection of seawater and produced water into chalk: Impact on wettability
  • Cyclic injection to improve water-flooding in chalk reservoirs
  • In situ wettability measurement by NMR
  • Modeling of capillary pressure and phase entrapment in porous media with account for wettability change
  • Time effects in chalk
  • Microbial Improved Oil Recovery
  • Surface active compounds for enhanced oil recovery
  • Improved macroscopic sweep efficiency in CO2-flooding of North Sea reservoirs
  • Modelling /simulation of wettability alteration processes in carbonate oil reservoirs
  • Estimation of pressure dependent fracture parameters
  • Secondary wettability change 
  • Pore scale modelling with account for wettability change
  • Three phase capillary pressure
  • Water flooding of Carbonate Reservoirs
  • Feasibility study Channel geometries
+47 51 87 50 00
+47 51 87 52 00

E-mail address: corec@iris.no
Phone:
Fax:

P. O. Box 8046, 4068 Stavanger, Norway
Prof. Olav Hanssensvei 15, 4021 Stavanger

Mailing address:
Visiting address:
COREC - CENTER FOR OIL RECOVERY