Modelling the progress of geochemical processes in CO 2 storage sites is frustrated by
uncertainties in the rates of CO 2 flow and dissolution, and in the rates and controlling …

Carbon capture and storage (CCS) plays a vital transitional role in carbon sinks, which is an
international research hotspot. CO 2 pipelines and injection wells are the most common …

A highly integrated geochemical program was conducted at the Cranfield CO2-enhanced oil
recovery (EOR) and sequestration site, Mississippi, USA. The program included extensive …

Jilin Oilfield is conducting a large-scale demonstration project on CO 2 EOR (enhanced oil
recovery) and storage in China. CO 2 separated from a nearby natural gas reservoir (15–30 …

Abstract The He, Ne and Ar isotopic composition of gases collected in 2009 and 2012 from
13 production wells, injection wells and the CO 2 supply pipeline at the Cranfield CO 2 …

Chemical tracers have been used in various C capture and storage (CCS) projects
worldwide primarily to provide information regarding subsurface migration of CO2 and to …

Geological storage of injected CO 2 is a promising technology to reduce CO 2 emissions
into the atmosphere. Tracer methods are an essential tool to monitor CO 2 plume distribution …

Industrial scale carbon capture and storage technology relies on the secure long term
storage of CO 2 in the subsurface. The engineering and safety of a geological storage site is …

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

Stable isotope data can assist in successful monitoring of the movement and the fate of
injected CO2 in enhanced oil recovery and geological storage projects. This is …