Deep borehole heat exchangers (DBHEs) with depths exceeding 500 m have been
researched comprehensively in the literature, focusing on both applications and subsurface …

Hot water extraction and cold water injection into an underground geothermal reservoir
cause mechanical deformation of rock matrix and rock joints/fractures. That leads to …

This study aims to guide reservoir engineers/managers in the selection of a combination of
parameters from amongst various possible alternatives in develo** deep geothermal …

Accurate prediction of the average thermal extraction load (ATEL) in hydrothermal heating
systems optimizes energy recovery, though numerical models are constrained by modeling …

Geothermal systems installed at intermediate depths (∼ 1–2 km) in sedimentary basins
represent an attractive option to provide low-carbon heat in cold countries, even where the …

This study investigates the effect of thermoelastic interactions between multiple parallel
fractures on energy production from a multiple-fracture enhanced geothermal system. A …

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

Abstract The Canary Island archipelago holds 2.2 million inhabitants and received more
than 14 million tourist visitors in 2019. Its volcanic origin and the presence of recent volcanic …

The low-enthalpy geothermal systems are commonly deployed in sedimentary geological
settings that feature significant levels of deposition-induced heterogeneity. In this paper …

Focus is on comparing stochastic, process-based and deterministic methods for modelling
heterogeneity in hydraulic properties of fluvial geothermal reservoirs. Models are considered …