Actively heated fiber optics based thermal response test: A field demonstration
Accurate estimation of thermal ground properties is needed to optimally apply shallow
geothermal energy technologies, which are of growing importance for the heating and …
geothermal energy technologies, which are of growing importance for the heating and …
Advanced thermal response tests: A review
In this study, the historical and technical development and the current status of distributed
(DTRT) and enhanced (ETRT) thermal response tests (TRT) are reviewed. The different test …
(DTRT) and enhanced (ETRT) thermal response tests (TRT) are reviewed. The different test …
Numerical and experimental validation of the applicability of active‐DTS experiments to estimate thermal conductivity and groundwater flux in porous media
Groundwater flow depends on the heterogeneity of hydraulic properties whose field
characterization is challenging. Recently developed active‐Distributed Temperature …
characterization is challenging. Recently developed active‐Distributed Temperature …
[HTML][HTML] Novel use of the enhanced thermal response test in crystalline bedrock
P Hakala, S Vallin, T Arola, I Martinkauppi - Renewable Energy, 2022 - Elsevier
The thermophysical properties of bedrock are of primary importance when designing
borehole thermal energy systems. We present a novel use of the Enhanced Thermal …
borehole thermal energy systems. We present a novel use of the Enhanced Thermal …
An ADTS toolbox for automatically interpreting active distributed temperature sensing measurements
Active distributed temperature sensing (ADTS) experiments are very useful to provide in‐situ
and distributed estimates of thermal conductivities of the subsurface and of groundwater …
and distributed estimates of thermal conductivities of the subsurface and of groundwater …
Repeated ETRTs in a complex stratified geological setting: high-resolution thermal conductivity identification by multiple linear regression
For the design of ground-source heat-pump systems, the local subsoil is an invariant factor.
To improve the evaluation of the local heat exchange capability, significant efforts recently …
To improve the evaluation of the local heat exchange capability, significant efforts recently …
Numerical analysis of borehole heat exchanger using a single shape-stabilized phase change material in heating and cooling seasons
Z Deng, Y Nian, Q Liu, W Cheng - Journal of Energy Storage, 2023 - Elsevier
Borehole heat exchanger (BHE) plays a key role in ground source heat pump (GHSP) and
underground thermal energy storage for heating and cooling, which can backfill with phase …
underground thermal energy storage for heating and cooling, which can backfill with phase …
Clogging detection and productive layers identification along boreholes using Active Distributed Temperature Sensing
J Godinaud, M Klepikova, F Larroque, N Guihéneuf… - Journal of …, 2023 - Elsevier
Abstract Fiber-Optic Active Distributed Temperature Sensing (FO-ADTS) experiments were
performed on an Aquifer Thermal Energy Storage system (ATES) site located on the …
performed on an Aquifer Thermal Energy Storage system (ATES) site located on the …
Evaluation of subsurface heat capacity through oscillatory thermal response tests
Two methods are currently available to estimate in a relatively short time span the
subsurface heat capacity:(1) laboratory analysis of rock/soil samples;(2) measure the heat …
subsurface heat capacity:(1) laboratory analysis of rock/soil samples;(2) measure the heat …
Reviewing the modeling aspects and practices of shallow geothermal energy systems
P Christodoulides, A Vieira, S Lenart, J Maranha… - Energies, 2020 - mdpi.com
Shallow geothermal energy systems (SGES) may take different forms and have recently
taken considerable attention due to energy geo-structures (EGS) resulting from the …
taken considerable attention due to energy geo-structures (EGS) resulting from the …