Today, methodologies based on learning models are utilized to generate precise conversion
techniques for renewable sources. The methods based on Computational Intelligence (CI) …

Hot dry rock geothermal resources are widely distributed at various reservoir depths,
possessing high energy potential and substantial extraction prospects. Heat extraction …

Under the influence of tectonic stress and faults, there are many natural fractures (NFs) in
hot dry rock (HDR) reservoirs. However, the effect of NFs on the propagation of hydraulic …

Reinjection is important for sustainable utilization of geothermal energy, and geothermal
well placement determines the fate and recovery efficiency of doublet system. The …

The fluid flow route in an enhanced geothermal system (EGS) is jointly determined by well
layout and fracture network, which affects the fluid flow and heat transmission process. To …

Due to their high conductivity, fractures play a vital role in geothermal exploitation.
Previously, multiple random fractures, considered as the primary channel in enhanced …

The productivity and injectivity of hydraulically fractured geothermal wells in naturally
fractured formations depend on the connectivity of fracture networks created by the …

Abstract Enhanced Geothermal System (EGS) is a promising approach to improve the
production efficiency of deep geothermal energy (eg hot dry rock). However, it faces with …

Abstract The North China Plain, which is the central part of the lithospheric thinning in the
North China Craton, is rich in clean geothermal energy. However, a current lack of …

The scientific selection of the number of pumping wells is directly related to the geothermal
exploitation efficiency. In this paper, a new method is proposed to study the influence of …