maersk-drilling-inspirer-1-156
Wells & HSEQ
bredford dolphin 1180
Decommissioning
topstrip 0014 ps forside-bilde
Reservoir
1dbdce62-2444-11e4-b51c-12313d026081-medium
AGR Consultancy
agr energy web and ppt copy2
Software
816 thumb
Facilities Solutions
agr-tracs-training3
TRACS Training
AGR's Lead Geophysicist to present a paper on Carbon Capture Storage (CCS)
Published 20.05.2015
Peter Rowbotham, Lead Geophysicist at AGR, will present a paper on subsurface monitoring aspects of CO2 storage at DEVEX 2015.

peter rowbotham
The paper "Subsurface monitoring aspects of CO2 Storage in a Saline Aquifer" was co-authored by AGR and National Grid Carbon professionals Peter Rowbotham (pictured), Steven Furnival, Craig Webster, Iulia Wright, Alastair Brown and Rohan De Silva.

UK Carbon Capture and Storage (CCS) projects need to demonstrate through monitoring that the injected CO2 is contained within the geological store during and after injection. This requires verification of well and reservoir integrity, and comparison of actual versus modelled CO2 migration.

Metering of injected CO2 is clearly mandatory, but once the CO2 has passed the perforations and entered the storage formation, geophysical monitoring methods must be employed. National Grid Carbon (NGC) is working with the Don Valley CCS Project and with Capture Power Limited (White Rose CCS project) who are developing new power plants with carbon capture near Hatfield and at Drax, respectively. A storage site in the Southern North Sea (SNS) has been selected. White Rose is one of two full chain commercial scale demonstration projects selected for potential funding support from the UK Government CCS Commercialisation Programme.

The paper presents a review of applicable monitoring technologies for the case study of CO2 injection into a large saline aquifer structure in the UK SNS. Following feasibility studies, time-lapse seismic and microseismic are key geophysical technologies for plume migration and integrity monitoring, respectively. These together with in-well monitoring are expected to form the basis for a subsurface monitoring plan.

Acknowledgements: The authors and AGR would like to thank National Grid Carbon for their continued support throughout this project and the European Union’s European Abstracts 19 Energy Programme for Recovery (EU EEPR).

For more information on AGR's subsurface capabilities, visit our Reservoir Management page.

The presentation can be downloaded from DEVEX conference webpage.

< Back

Latest news

2016-09-08 — High Quality Real Time Data for Well Design Optimisation, not just Drilling Optimisation
Read More
2016-08-29 — AGR awarded Frame agreement with Det norske for annual reserves review
Read More
AGR. Pioneering Achievments™
© AGR | All rights reserved. 2016. Norway | UK | America | Asia Pacific | UAE | Colombia