The CEMENTEGRITY project invite you to the first ‘Open Ceminar’, and will present some of the results from the project so far.
The goal of Cementegrity is to identify key properties that ensure long-term integrity of wellbore sealing materials, as well as suitable methods for measuring these properties.
The leakage of CO2 through or along wellbores has been identified as one of the main challenges to secure underground CO2-storage. Currently used materials for sealing wellbores are commonly based on Ordinary Portland Cement, and the integrity of these materials can be a vulnerability during CO2-injection and -storage. Leakages may form through the cement, or along the cement-steel or cement-rock interfaces, as the result of chemical, thermal, or mechanical effects.
In order to successfully develop improved sealing materials, we need to identify critical properties that will ensure seal integrity. We also need to develop practical methods for measuring these properties under realistic conditions, and models that can be used for extrapolation.
The CEMENTEGRITY project will perform experimental research that addresses the chemical, thermal and mechanical mechanisms that may damage wellbore integrity during CO2-injection and -storage on a range of different sealant material compositions. We will support this experimental work with numerical modelling. Through these activities, we will identify key properties that ensure long-term integrity of wellbore sealing materials, and we will also identify suitable methods for measuring these properties. Our findings can then be applied when developing new sealing materials for CO2-storage, to ensure the long-term integrity of underground CO2-storage reservoirs.
Agenda for the webinar, 16. march:
|14:00 – 14:15||Welcome, and introduction to the Cementegrity project||Reinier van Noort (IFE)|
|14:15-14:45||Numerical simulation of reaction and microstructure||Xiujiao Qiu, Guang Ye (Delft University of Technology)|
|14:45-15:15||Impact of thermal cycling on seal integrity||Kai Li, Anne Pluymakers (Delft University of Technology)|
|15:15-15:45||Interface integrity and electrical impedance for integrity monitoring||Gerry Starrs, Benny Suryanto (Heriot Watt University)|
|15:45-16:00||Final discussion and end of webinar||–|
The Cementegrity consortium
Partners: Halliburton, ReStone, EBN, Wintershall DEA, University of Stavanger,
Delft University of Technology, Heriot Watt University; and is lead by IFE Institute for Energy Technology
The CEMENTEGRITY project is funded through the ACT programme (Accelerating CCS Technologies, Horizon2020 Project No 691712).
Financial contributions from the Research Council of Norway (RCN), the Netherlands Enterprise Agency (RVO), the Department for Business, Energy & Industrial Strategy (BEIS, UK), and Wintershall DEA are gratefully acknowledged.