The rising population along with a growing reliance on modern technology has increased
energy demand. Energy sources must be used with caution as the focus on developing a …

With the uncertain fractures involved in the water-rock interaction in the enhanced
geothermal system (EGS) taken into account, numerical simulation of heat extraction is …

Increased world energy demand due to population and rapid technological growth, and
urbanisation has induced climatic change through increased atmospheric greenhouse gas …

The properties of geothermal working fluids have great influence on the heat extraction
performance of an enhanced geothermal system (EGS). In addition to H 2 O, N 2 O and CO …

In enhanced geothermal system (EGS), the artificial fracture networks created by hydraulic
fracturing provide highly conductive channel for heat extraction. Very complicated thermo …

The optimization of geothermal exploitation model and simulation of productivity is a hot spot
in the thermal industry recently. Previously, the fracture permeability was considered as a …

Highly efficient reservoir development and utilization is crucial for the commercial operation
of enhanced geothermal systems, which involved the heat transfer between fracture and …

Hot dry rock is one of the huge reserves of clean energy sources, and enhanced geothermal
system is the effective utilization. Darcy's law is widely employed to describe the fluid flow in …

Fluid miscible behaviors in nanoporous media are crucial for applications such as carbon
capture, utilization, and storage (CCUS), membrane separation, subsurface pollutant …

Enhanced geothermal system (EGS) has been commercialized worldwide, yet the complex
thermal-hydraulic-mechanical coupling processes were not well illuminated. With the …