Geophysical Modelling for CO2 storage, monitoring and appraisal


CO2 storage requires often unprecedented levels of understanding of the subsurface and prediction of the long term behaviour of injected CO2. Numerical modelling of the CO2 injection process is therefore a key tool in successfully appraising, implementing and monitoring CO2 storage projects in the long term. A key area of research is geophysical modelling which can provide information on geomechanical deformation, fluid flow, leakage risks, verification and sensitivity of monitoring capabilities, and injection performance. This requires development of both existing geophysical modelling techniques and emerging novel integrated approaches. The integration of several complementary techniques, for example geomechanics, rock physics, petrophysics and synthetic seismics, can further improve our understanding and maximise the outputs of such techniques.


The meeting proceedings including agenda, presentations etc can be downloaded here

AGENDA (click on presentation titles for available PDFs)

2nd November 2015

19:00 onwards

Networking dinner at VERITAS,  43-47 Great George St, City Centre, Leeds LS1 3BB

3rd November 2015






Registration with coffee


Welcome and Introduction


Session 1


Jonny Rutqvist

Lawrence Berkeley National Laboratory

Modeling Fault Reactivation, Induced Seismicity, and Leakage during Underground CO2 Injection


Andrew Cavanagh

Statoil Research

20 years and 20 Mt: Statoil storage experience


Tea and Coffee break


Session 2


Anna Stork

University of Bristol

Passive seismic monitoring for CO2 storage sites


Giorgos Papageorgiou

University of Edinburgh /DISECCS

Advances in rock physics modelling and improved estimation of CO2 saturation


Doug Angus

University of Leeds

Assessing uncertainty of time-lapse seismic response due to geomechanical deformation




Session 3


Quentin Fisher

University of Leeds

Coupled flow, geomechanical and geophysical modelling: software tools and research gaps


Jim White


Monitoring, mapping and modelling thin layers of injected CO2


Adriana Paluszny 

Imperial College London/EPSRC CONTAIN project 

Numerical modelling of fracture growth and caprock integrity during CO2 injection


Poster Session (ECRs) and Networking. Announcement of poster competition winner and meeting wrap-up   


The meeting organisers have provided a list of recommended hotels for attendees who need accommodation to attend the meeting. This list can be downloaded here.



The meeting organisers are delighted to announce that there will be an Early Career Researcher (ECR) Poster Prize at this specialist meeting. The winner will receive a prize of £200. Please indicate using the meeting registration form below whether you wish to enter the ECR Poster Prize competition.

Note: due to limited space, we will only accept the first ten entries! Posters must be printed A0 size and portrait orientation.


The registration deadline for this meeting is 27 October 2015.