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Sparse low-cost CO2 monitoring using passive seismic data

Abstract

This presentation** focuses on the SPARSE project, which aims to develop low-cost, long-term geophysical monitoring for CO₂ storage using passive and active seismic, electromagnetic, gravity, and surface deformation data. The project explores sparse node-based monitoring to ensure containment and conformance while reducing the need for conventional active surveys. A key research area is the use of teleseismic data—leveraging large natural earthquakes—to detect CO₂ storage effects, with early results showing promising 4D monitoring capabilities. Ongoing work includes refining data processing, integration, and automation to enhance the effectiveness of this approach.

Category

Conference poster

Language

English

Author(s)

Affiliation

  • SINTEF Industry / Applied Geoscience

Presented at

GHGT-17 conference

Place

TELUS Convention Centre, Calgary, Alberta, Canada

Date

20.10.2024 - 24.10.2024

Organizer

IEAGHG

Year

2024

View this publication at Norwegian Research Information Repository