CO2 storage in saline aquifers offers a realistic means of achieving globally significant
reductions in greenhouse gas emissions at the scale of billions of tonnes per year. We …

Abstract Monitoring and Verification (M&V) was reviewed in this journal in 2015 as part of
the Special Issue to mark the tenth anniversary of the IPCC report on CCS. This article …

Chemical tracers are proposed as an effective means of detecting, attributing and
quantifying any CO 2 leaks to surface from geological CO 2 storage sites, a key component …

CO2 geological storage, as a large-scale, low-cost, carbon reduction technology, has
garnered widespread attention due to its safety. Monitoring potential leaks is critical to …

For carbon capture and storage technology to successfully contribute to climate mitigation
efforts, the stored CO 2 must be securely isolated from the atmosphere and oceans. Hence …

To inform cost-effective monitoring of offshore geological storage of carbon dioxide (CO 2), a
unique field experiment, designed to simulate leakage of CO 2 from a sub-seafloor storage …

Abstract The Baja California Peninsula is located within a complex geodynamic setting,
marked by continental rifting immediately to the east in the Gulf of California, and abundant …

Shallow coal seams are a target reservoir for CO 2 sequestration. So far efforts to trace CO 2
sequestration by coal beds have largely focussed on short-term monitoring or theoretical …

In the present study, a single-well push-pull (SWPP) test was conducted with multi-
component tracers, including inert gas (SF 6 and Kr) and uranine (conservative), to …

Carbon capture and storage (CCS) is the only currently available technology that can
directly reduce anthropogenic CO 2 emissions arising from fossil fuel combustion …