L'équipe In Salah a présenté 18 rapports techniques et fiches à GHGT10 à Amsterdam, plus que tout autre groupe de projet CSC. GHGT10 est l'une des principales conférences internationales sur les technologies d'atténuation des gaz à effet de serre. La conférence est devenue un point focal pour la recherche internationale sur le captage et la séquestration de CO2.

Lessons learnt overview

In Salah CO₂ Storage JIP : Site Selection, Management, Field Development Plan and Monitoring Overview:

Auteurs : I.W. Wright, A.S. Mathieson, F. Riddiford, C. Bishop (BP Alternative Energy , UK).

Field studies : case studies

A Full Field Simulation of the In Salah Gas Production and CO₂ Storage Project Using a Coupled Geo-Mechanical and Thermal Fluid Flow Simulator.

Auteurs : R.C.Bissell (BP Alternative Energy , UK) & D. W. Vasco (Lawrence Berkeley National Laboratory, Berkeley, USA) & M. Atbi, M. Hamdani, M. Okwelegbe (In Salah Gas Joint Venture, Algeria), M.H. Goldwater (Auric Hydrates Ltd , New Malden, Surrey, UK).

In Salah CO₂ Storage JIP : Hydromechanical Simulations of Surface Uplift due to CO₂ Injection at In Salah.

Auteurs : J. P. Morris (Schlumberger Doll Research Center , USA) & Y. Hao, W. Foxall, W. McNab (Lawrence Livermore National Laboratory , USA).

In Salah CO₂ Storage JIP : Carbon Dioxide Plume Extension Around KB-502 Well - New Insights into Reservoir Behaviour at the In Salah Storage Site.

Auteurs : S. Durucan, Ji-Quan Shi, C. Sinayuc, A. Korre (Department of Earth Science and Engineering, Royal School of Mines, Imperial College London, UK ).

In Salah CO₂ Storage JIP : CO₂ Sequestration Monitoring and Verification Technologies Applied at Krechba, Algeria.

Auteurs : A. Mathieson, J. Midgely, I. Wright (BP Alternative Energy , UK) & N. Saoul, P. Ringrose (Statoil , Norway).

In Salah Gas CO₂ Storage JIP : Surface Gas and Biological Monitoring.

Auteurs : D. G. Jones, T. R. Lister, D. J. Smith, J. M. West, P. Coombs (British Geological Survey, UK) & A. Gadalia, M. Brach (Bureau de Recherche Geologique et Miniere, France ) & A. Annunziatellisc, S. Lombardi (Sapienza Universita di Roma, Italy ).

Pore-scale Modelling of CO₂-Brine Flow Properties at In Salah, Algeria.

Auteurs : O. Lopez, N. Idowu, A. Mock, H. Rueslatten (Numerical Rocks, Norway ) & T. Boassen, S. Leary, P. Ringrose (Statoil Research Centre ).

Simulation of CO₂ Distribution at the In Salah Storage Site Using High-Resolution Field-Scale Models.

Auteurs : A. Cavanagh (The Permedia Research Group ) and P. Ringrose (Statoil Research Centre, Norway ).

Coupled Non-isothermal, Multiphase Fluid Flow, and Geomechanical Modeling of Ground Surface Deformations and Potential for Induced Micro-Seismicity at the In Salah CO₂ Storage Operation.

Auteurs : J. Rutqvist, H. Liu, D. Vasco, L. Pan, E. Majer (Lawrence Livermore National Laboratory , USA).

In Salah CO2 Injection Modelling : A Preliminary Approach to Predict Short Term Reservoir Behaviour.

Auteurs : J. Deflandre, A. Estublier, A. Baroni, J. Daniel, F. Adjémian (IFP Energies nouvelles ).

Systematic FEP and Scenario Analysis to Provide a Framework for Assessing Long-Term Performance of the Krechba CO₂ Storage System at In Salah.

Auteurs : A. Paulley, R. Metcalfe & L. Limer (Quintessa Limited ).

Wellbore Integrity in at the Krechba Carbon Storage Site, In Salah, Algeria : 2. Reactive Transport Modeling of Geochemical Interactions near the Cement – Formation Interface.

Auteurs : W.W. McNab & S. A. Carroll (Lawrence Livermore National Laboratory , Livermore, California, USA).

Risk assessment

Evaluation of Risk Assessment Methodologies Using the In Salah CO₂ Storage Project as a Case History.

Auteurs : K. Dodds (BP Alternative Energy , USA) & M. Watson, I. Wright (BP Alternative Energy, UK).

Leakage Risk Assessment of the In Salah CO₂ Storage Project : Applying the Certification Framework in a Dynamic Context.

Auteurs : C.M. Oldenburg, P. D. Jordan, A. Mazzoldi (Earth Sciences Division, Lawrence Berkeley National Laboratory ) & J. Nicot (Bureau of Economic Geology, Jackson School of Geosciences, University of Texas, Austin ) & A. K. Gupta, and S. L. Bryant (Petroleum and Geosystems Engineering Department, University of Texas, Austin ).

Characterisation

Characterisation of the Krechba CO₂ Storage Site : Critical Elements Controlling Injection Performance.

Auteurs : M. Iding, S. Østmo, P. Ringrose, (Statoil , Norway), D. Roberts, C.M. Gibson-Poole, S.Raikes (BP Alternative Energy , UK) & C. Bond, R. Wightman (Midland Valley Exploration Ltd , UK) & M.Taylor (In Salah Gas Joint Industry Project, Algeria).

Characterising and Predicting Short Term Performance for In Salah Krechba Field CCS Joint Industry Project.

Auteurs : Y. Pamukcu, S. Hurter (Schlumberger Carbon Services, Australia) & L. Jammes (Schlumberger Carbon Services , France)

& D. Vu-Hoang, L. Pekot (Etudes et Productions Schlumberger, France ).

Assessment of Fracture Connectivity and Potential for CO₂ Migration through the Reservoir and Lower Caprock at the In Salah Storage Site.

Auteurs : J. Smith, S. Durucan, A. Korre, J. Shi, C. Sinayuc (Department of Earth Science and Engineering, Royal School of Mines, Imperial College London, UK ).