Abstract Geothermal energy from Hot Dry Rock (HDR) with poor permeability is recognized
as a potential future energy source, and it can be exploited by Enhanced Geothermal …

The presence of thermal short-circuiting impedes the further development of enhanced
geothermal systems (EGSs) with horizontal wells. The objective of this research is to explore …

To investigate the intrinsic association between geometrical properties and permeability of
anisotropic fractured media, a methodology of geological entropy is applied to anisotropic …

Hot dry rock geothermal energy relies on optimized fracture networks for efficient thermal
energy extraction. This research employs the finite element method to establish a discrete …

Due to the multi-well enhanced geothermal systems can significantly improve the heat
transfer efficiency and the multi-branch radial well geothermal system can reduce the well …

Harnessing geothermal energy from an enhanced geothermal system (EGS) highly depends
on fracture flow and heat transport processes. Thermal drawdown-induced thermal stress …

Abstract Enhanced Geothermal Systems (EGS) rely heavily on efficient water circulation
through fractures to maximize heat extraction. Unfortunately, the geometry and properties of …

An enhanced geothermal system is a designed and engineered thermal reservoir that has
been deliberately stimulated to extract economically viable amounts of heat from geothermal …

Abstract Numerical simulations of Enhanced Geothermal Systems (EGS) currently primarily
depend on the Darcy model, neglecting pre-Darcy flow in the matrix rock and the impact of …

Abstract Enhanced Geothermal Systems (EGS) rely on efficient water circulation through
fracture networks to maximize heat extraction. In the presence of fractures with large …