High-temperature gas reservoirs (HTGR) come with significant geothermal potentials.
Supercritical CO 2 has been considered as one of the best heat transmission fluids for …

High temperature depleted gas reservoir has the huge potential of heat mining. In this
article, the method of geothermal energy exploitation in high temperature depleted gas …

The geothermal resource in depleted high-temperature gas fields is abundant, and CO 2 is
more suitable to exploit geothermal energy from these gas fields due to its high mobility and …

CO 2 can be used as an alternative injectant to exploit geothermal energy from depleted
high-temperature gas reservoirs due to its high mobility and unique thermal properties …

The geothermal energy in depleted high temperature gas reservoirs can be developed
using existing wells and surface facilities via recycling water or supercritical CO 2 after …

CO2 enhanced gas recovery (CO2‐EGR) is a promising technology to extract additional
natural gas from depleted reservoirs with storing CO2 into underground formations. This …

We investigate the potential for extracting heat from produced natural gas and utilizing
supercritical carbon dioxide (CO 2) as a working fluid for the dual purpose of enhancing gas …

Supercritical CO 2 has good mobility and certain heat capacity, which can be used as an
alternative of water for heat recovery from geothermal reservoirs, meanwhile trapping most …

Carbon capture and sequestration (CCS) is necessary to mitigate global warming caused by
anthropogenic CO _ 2 CO 2 emissions in the atmosphere. However, due to very high …

Utilization of supercritical CO 2 as heat transmission fluid for geothermal development
associated with geological storage can achieve the double wins of economic benefits and …