Session 20. Oral Presentation for: Shaping the future of MMV in CO2 storage: a look at established and emerging technologies

Presented on 28 May 2025: Session 20 Geological carbon storage (GCS) is an important component of emissions abatement and decarbonisation efforts, and measurement, monitoring and verification (MMV) plays a vital role in ensuring its effectiveness. As the business case for GCS advances, so too does the need for sophisticated MMV systems to accurately track and verify CO2 storage. Monitoring CO2 storage needs a ‘risk-based’ approach, whereby technologies are chosen for deployment based on the specific risks they address at each site. Several MMV technologies are emerging and intended to enhance the way CO2 storage is monitored and managed. Technologies and techniques such as Marine Vibroseis, Passive Seismic monitoring, Gravimetry and Fibre-Optics can provide valuable insights into CO2 behaviour within storage sites, whilst being less invasive on the environment and surrounding areas. Substantial progress has been made over decades of dedicated research and testing by CO2CRC and its collaborating partners at the Otway International Test Centre (OITC) – and there is still further work to be done. In certain settings, the adoption of these emerging technologies can reduce monitoring costs without adversely impacting on health, safety and the environment. This transformation is pivotal for scaling up GCS efforts globally, making it a more viable and attractive option for government and industry sectors focussed on reducing their carbon footprint to align with national emissions reduction targets. To access the Oral Presentation click the link below. To read the full paper click here