Case studies

CO2Tech applied globally benchmarked methods to assess, monitor and manage induced-seismicity risk, supporting safer geothermal operations, stronger approvals and greater stakeholder confidence.

CO2Tech demonstrated a low-cost fibre-optic monitoring approach for continuous thermal, flow and well-integrity surveillance, enabling remote operation and real-time insight across the well lifecycle.

For any CO₂ storage project, monitoring is not optional — it is a regulatory obligation that runs for decades, long after injection stops. But the cost and intrusiveness of conventional

For companies advancing their participation in Australia’s emerging carbon capture and storage (CCS) market, an independent techno-economic study delivers exactly what decision-makers need: a clear-eyed, data-driven comparison of pathways for

CO2Tech were tasked with assessing innovative technologies to reduce emissions from an integrated steel mill including feasibility on carbon utilisation and sequestration options.

CO2Tech rapidly appraised a depleted gas field for CO₂ storage, assessing capacity, nearby saline aquifer potential, containment, injectivity and existing well integrity.

Geological Characterisation – Undertook a detailed facies analysis and seal capacity analysis to describe the geological character of prospective storage sites targeted by drilling, and develop static (geological) models of

The primary objective of the Monitoring & Verification (M&V) plan is to confirm long term containment of the stored CO₂ within the storage complex. CO2Tech was tasked to provide an

Pilot Energy asked CO2Tech to assist in submitting a declaration of GHG storage formation (DoSF) to NOPTA. This culminated in the creation of our ‘Probabilistic CO₂ Plume Modelling’ paper. (doi:10.1071/EP23108).