Increasing the contribution of geothermal systems to green energy generation requires
designing new innovative systems producing a significant amount of thermal power in a …

In this study, a power cycle (IPEC), with an increasing pressure endothermic process in a
downhole heat exchanger (DHE) and a CO2-based working fluid mixture, was developed for …

The design of coaxial borehole heat exchangers using compressible fluids, such as
supercritical CO 2, needs numerical simulations. The use of compressible fluids couples the …

Purpose In high-temperature geothermal fields, interpretation of the dynamic two-phase
state inside the production wells under different wellhead conditions are important to …

Decay heat released from radioactive waste residing in a future geological disposal facility
(GDF) poses many challenges, including long-term geological integrity and high …

Numerical simulation of two-phase multicomponent flows requires solving continuity,
momentum, energy, and transport equations. Typically, these conservation equations are …

Hot sedimentary aquifer (HSA) geothermal exploits thick, porous, permeable aquifers for
electricity generation, district heating, and direct-use applications. HSA temperatures are …

ABSTRACT A permanent solution for the long-term disposal of high heat producing
radioactive wastes is yet to be demonstrated. Previous research into geological disposal …

Global warming profoundly impacts our environment, causing ice melting, rising sea levels,
extreme weather events, ocean acidification, and habitat destruction. These changes …

La presente monografía se desarrolla mediante un proceso de Revisión Sistemática de
Literatura (RSL), centrándose en la exploración de artículos de revista publicados en bases …