Publications

Self-Similarity of Seismic Moment Release to Volume Change Scaling for Volcanoes: A Comparison With Injection-Induced Seismicity

Improved quantification of CO2 storage containment risks – an overview of the SHARP Storage project

Stress estimation from clay content and mineralogy-Eos well in the Aurora CO2 storage site, offshore Norway

Deliverables

• Deliverable 1.1b: Stress Drivers and Outline of Proposed Numerical Modelling

• Deliverable 2.1: Integrated earthquake locations and magnitudes plus focal mechanisms for the North Sea

• Deliverable 3.1: Rheology data overview for study sites

• Deliverable 4.1: Initial assessments of rock-failure risks for case studies

• Deliverable 5.1: Guideline for uncertainty quantification of rock mechanical properties

• Deliverable 5.2: Methodology for quantitative modelling of CO2 storage containment risks

Conferences

• – Abstract on Stress history and reservoir pressure for improved quantification of CO₂ storage containment risks (SHARP Storage).

• – Abstract on Using small, land-based seismic arrays to monitor microseismicity induced by CO₂ storage

Popular Science

• Geoforskning.no, 30 May 2022: Fiberoptisk teknologi sikrer lagring av klimagasser under Nordsjøen
• Arendalsuka, 15 Aug 2022:  Hvordan sikrer vi trygg fangst og lagring av CO2?
• Oxford Net Zero seminar series, 31 Oct 2022: What is and what isn’t slowing down geological CO2 storage?