University of Houston - Engineering
Paper presented at the SCA Annual Symposium
Snowmass
Co. USA - Aug. 21-26
Water-Soluble Silicate Gelants for Disproportionate Permeability Reduction: Importance of Formation Wetting and Treatment Conditions
A. Stavland
Journal of Hydrodynamics
27 (5)
748-762. DOI: 10.1016/S1001-6058(15)60537-6.
Polymer Flow through Water- and Oil-Wet Porous Media
A. Hiorth
R. Ahsan
JO Helland
SPE-180088-MS paper presented at the SPE Europec & 78th EAGE Conference and Exhibition
Vienna
Austria
30 May–2 June 2016.\nPaper accepted for publication in SPEJ Journal.
Experimental Validation of a Pore-Scale Derived Dimensionless Capillary Pressure Function for Imbibition under Mixed-Wet Conditions
http://www.sciencedirect.com/science/journal/09204105/138/supp/C
Rheological Evaluation of a Sodium Silicate Gel System for Water Management in Mature
Naturally-Fractured Oilfields
I. Fjelde
Paper in proceedings of the Fourth EAGE CO2 Storage Workshop
Stavanger
Norway (April 22-24
2014).
Mature Oilfields Screening for CO2 EOR Utilization and Storage: A Case Study
Johan Olav Helland
Computation of Three-Phase Capillary Entry Pressures and Arc Menisci Configurations in Pore Geometries from 2D Rock Images: A Combinatorial Approach
Johan O. Helland
Paper in proceedings of the Fourth EAGE CO2 Storage Workshop
Stavanger
Norway (April 22-24
2014).
On the Dependence of Capillary Pressure Entry on Subsurface Depth in Geological CO2 Storage
N.B. Jensen
L. de Lary
J.-C. Manceau
Journal of Greenhouse Gas Control 22 (2014) 272–290
http://dx.doi.org/10.1016/j.ijggc.2014.01.007\n\nhttp://www.elsevier.com/locate/ijggc
Mitigation and remediation technologies and practices in case of undesired migration of CO2 from a geological storage unit - Current status
A. Stavland
Nils H. Giske
SPE- 173853-PA - SPE Production & Operations Journal.\nhttps://www.onepetro.org/journal-paper/SPE-173853-PA
Laboratory Testing of Environmentally Friendly Sodium Silicate Systems for Water Management Through Conformance Control
A. Stavland
Nils H. Giske
Paper SPE-180024-MS presented at the 2016 SPE Bergen One Day Seminar. Bergen
Norway
April 20
Polymers and Polymer-Based Gelants for Improved Oil Recovery and Water Control Applications in Naturally Fractured Chalk Formations
Arne Stavland
Polymers and polymer-based gels are used in the oil industry to improve the oil displacement efficiency and address unwanted fluids (water and/or gas) production
respectively. In this work
existing commercial polymer and polymer-based chemicals are screened and evaluated in the laboratory for water management and enhanced oil recovery applications in naturally fractured carbonate (chalk) reservoirs. Several bulk- and core-based testing techniques are used to achieve this goal with the selected chemicals undergone thorough investigation of their filterability
injectivity
gelation time
gel strength
gel shrinkage
and impact on oil production. Injection of high and low molecular weight hydrolyzed polyacrylamide (HPAM) polymers into fractured-porous cores does not hinder the oil production mechanism in chalk formations yielding a lower oil recovery rate but comparable ultimate recoveries with water injection. The environmental friendly Polymer B gelant is “inconsistent” related to the formation of gel; when it gels
the quality of the formed gel is poor and provide no resistance to a post-treatment water injection. The non-environmentally friendly Polymer A gelant worked consistently concerning gelation and yielded good quality
strong gels that can withstand post-treatment applied pressures during water injection.
Polymers and polymer-based gelants for improved oil recovery and water control in naturally fractured chalk formations
Sodium Silicate Gelants for Water Management in Naturally Fractured Hydrocarbon Carbonate Formations
A. Stavland
I. Fjelde
A. Stavland
I.W. Jolma
Dimitrios Georgios
Hatzignatiou
University of Houston
Universitetet i Stavanger (UiS)
Houston
Texas Area
Enhanced Oil Recovery - Carbon Dioxide Sequestration - Reservoir Characterization
Professor of Petroleum Engineering
University of Houston
Stavanger Area
Norway
Enhanced Oil Recovery
Professor II of Petroleum Engineering - Center of Oil Recovery (COREC)
Universitetet i Stavanger (UiS)
CLIMIT project supported by NFR.\n\nCollaboration with Prof. L. Cathles at Cornell University (CU)
Ithaca
NY
USA and Dr. T. Kneafsey at Lawrence Berkeley National Laboratory (LBNL)
Berkeley
CA
USA.
Lohne
A.
Hildebrand-Habel
T.
Vinningland
J.L.
Jettestuen
E.
Helland
J.O.
Hiorth
A.
Madland
M.
Work conducted by BRGM and IRIS on behalf of CO2GeoNet for the IEA Greenhouse Gas R&D Programme (IEA-GHG).\nBRGM (J.-C. Manceau) was the project coordinator.
Flornes
K.
Jensen
N.B.
Réveillère
A.
Le Guénan
T.
Manceau
J.-C.
Work conducted by BRGM
BGR
BGS
GEUS
Herriot Watt U.
IRIS
and U. of Rome on behalf of CO2GeoNet for the IEA Greenhouse Gas R&D Programme (IEA-GHG).\nBRGM (J. Lions) was the project coordinator.
Sohrabi
M. - Herrior Watt U.
Audigane
P. - BRGM
Kjøller
C. - GEUS
Beaubien
S. - U. of Rome
Rutters
S. - BGR
Knopf
S. - BGR
Kirk
K. - BGS
Gale
I. - BGS
Bricker
S. - BGS
Lions
J. - BRGM
Modeling of capillary pressure and phase entrapment in porous media with account for wettability change
PETROMAKS project supported by NFR.
Frette
O.I. - PhD Student
Skjaeveland
S.
Helland
J.O.
Virnovsky
G. - Project Leader - Deceased
Project supported by NFR
ConocoPhillips
Det Norske
Statoil
Talisman
Total
Wintershall.\n\nThis project aims at addressing the management of unwanted water produced along with oil through a cost-effective
well-customized
environmentally-friendly well solution (either mechanical or chemical). If intelligent well completions exist
then the most effective utilization of the downhole well instrumentation should be sought. Alternatively
the evaluation of installation of such smart well completions may also be considered for a given reservoir/well (field) scenario.
Askarizanizdeh
R. - PhD Student
Hildebrand-Habel
T.
Nævdal
G.
Giske
N.H.
Lund
B.
Ytrehus
J.D.
Valestrand
R.
Stavland
A.
JIP project supported by Statoil.
Lohne
A.
Grunnaleite
I. - IRIS
Fjelde
I. - IRIS
Hiorth
A. - IRIS
Chris - AGR Consultant
Berenblyum
R. - IRIS
Colbotn
L. - IRIS
Gutteridge
P. - CC Consultant
Ogbe
D. - Consultant
Riis
F. - IRIS/NPD
Water Management and Improved Oil Recovery
JIP project supported by COREC.
T. Hildebrand-Habel
N.H. Giske
A. Stavland
Preparation of a Research Pilot Project on CO2 Geological Storage in the Czech Republic (REPP-CO2)
Pore-Scale Mechanism for CO2 Storage in a Fracture-Matrix System: Physical and Geometrical Effects
CLIMIT project supported by NFR and COREC.\n\nCollaboration with Dr. Silin
D. and Dr. Kneafsey
T. at Lawrence Berkeley National Laboratory (LBNL)
Berkeley
CA
USA
Zhou
Y.
PhD Student
Jettestuen
E.
Helland
J.O.
JIP project supported by BP
Shell and Statoil.\n
Lohne
A.
RF/IRIS
Subsurface Technologies
RF/IRIS
Society of Petroleum Engineers (SPE)
European Association of Geoscientists and Engineers (EAGE)
University of Tulsa
Doctor of Philosophy (PhD)
Petroleum Engineering
Towards geological storage of CO2 in the Czech Republic (TOGEOS)
TOGEOS was a Czech-Norwegian research project funded from the Research Support Fund (CZ) financed by EEA/Norwegian Financial Mechanisms and the Ministry of Education
Youth and Sports of the Czech Republic. \nThe project was conducted by the Czech Geological Survey (CGS) and the International Research Institute of Stavanger (IRIS).\nV. Hladík (CGS) was the project coordinator and D.G. Hatzignatiou (IRIS) the project manager on behalf of IRIS.\n\nTotal budget of the project: EUR 222
I. Fjelde - IRIS
F. Brateli - IRIS
E. Francu - CGS
V. Kolejka - CGS
J. Francu - CGS
R. Lojka - CGS
R. Berenblyum - IRIS
F. Friis - IRIS/NPD
V. Hladík - CGS
Reservoir Engineering
Reservoir Simulation
Enhanced Oil Recovery
Fluid Phase Behavior
Hydrocarbon Asset Management
Oil & Gas Exploration
EOR
Reservoir Modeling
Reservoir Characterization - Well Test Analysis
Reserves Evaluation
Production Enhancement / Optimization
Hydraulic Fracturing
Water Management
Pressure Transient Analysis
Mature Hydrocarbon Field Evaluation & Redevelopment
Petroleum Engineering
Physical Chemistry
Reservoir Management
Mathematical Modeling
Reservoir Geology
Water-Soluble Sodium Silicate Gelants for Water Management in Naturally Fractured Carbonate Reservoirs
N.H. Giske
Paper SPE-180128-MS presented at the SPE Europec featured at 78th EAGE Conference and Exhibition held in Vienna
Austria
30 May–2 June 2016.\n
Water-Soluble Sodium Silicate Gelants for Water Management in Naturally Fractured Carbonate Reservoirs
Espen Jettestuen
Johan Olav Helland
Jonathan Ajo-Franklin
Dmitriy Silin
LBNL Paper LBNL-5810E
Pore-Scale Study of the Impact of Fracture and Wettability on Two-Phase Flow Properties of Rock
Johan Olav Helland
Paper SPE 170833 presented at the SPE Annual Technical Conference and Exhibition
Amsterdam
The Netherlands
Oct. 27-29
2014.\n\nPaper available in SPE Journal - SPE-170883-PA.\nhttps://www.onepetro.org/journal-paper/SPE-170883-PA
Computation of Three-Phase Capillary Entry Pressure Curves and Fluid Configurations at Mixed-Wet Conditionsin 2D Rock Images
http://www.energnet.eu/newsletter\n\nIssue N° 31
REPP-CO2 – Czech-Norwegian research project to prepare a CO2 storage pilot in the Czech Republic
D. Strand
Water-soluble silicate gelants: Comparison and screening for conformance control in carbonate naturally fractured reservoirs
Ole Jørgensen
Submitted manuscript
Reservoir Modeling
Revised manuscript currently under review.
Sweep Improvements - Mobility and Conformance Control
Arne Stavland
Core-Based Evaluation of Associative Polymers as Enhanced Oil Recovery Agents in Oil-Wet Formations
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