| Geothermal Spas in Czechoslovakia |
Lund, John W. |
Direct use; Balneology; Thermal springs |
Direct Use; Spas; Czechoslovakia; Agriculture; Space Heating; Piestany Spa; Karlsbad Spa; Balneology |
Geothermal Resources Council Transactions |
1992 |
English |
| Direct-Use Geothermal Potential within the BPA Marketing Area |
Lund, John W. |
Exploration; Direct use; Space heating/cooling; Industrial a |
Direct Use; General; USA; Low Temperature; Resource Assessment; Home Heating; Space Heating; Heat Load; BPA |
Geothermal Resources Council Transactions |
1981 |
English |
| Direct Use of Geothermal Resources |
Lund, J.W. |
Keynote |
— |
New Zealand Geothermal Workshop |
1982 |
English |
| Silica Waste Utilisation Phase II Laboratory Results |
Lund J.W. and Boyd T.L. |
Management, Economics, Utilisation |
— |
New Zealand Geothermal Workshop |
1995 |
English |
| Specially Customized System for Cementing Glass Reinforced Epoxy (GRE) Casings –Development and Field Trials in a Geothermal Project |
Lummer, N R; Block, R; Yadigarov, Y; Engert, F |
Technology and Best practice – Exploration and Planning |
Cement adhesion, low-weight cement system |
European Geothermal Congress |
2016 |
English |
| Status Report on Direct Heat and Low Temperature Utilization of Geothermal Energy in New Zealand |
Lumb, J. T.; Clelland, Lynette |
Geothermal overviews; Direct use; Industrial applications; T |
Country Update; Direct Use; Exploration; New Zealand |
Geothermal Resources Council Transactions |
1990 |
English |
| Regional Characterization of Sumatran Geothermal Systems, Indonesia |
Lukman SUTRISNO, Damien BONTE, Yunus DAUD, Jeroen SMIT, Jon LIMBERGER, Fred BEEKMAN, Jan Diederik VAN WEES |
Geology |
strike-slip, pull-apart basin, restraining bend, Toba, caldera setting, volcanic facies, thermal modelling, deep MT, tectonics, sedimentary geothermal |
World Geothermal Congress |
2020 |
English |
| Determination of Flow Rates, Volumes and Temperatures in Okianga Geyser, Rotorua |
Luketina K.M. |
Environment |
— |
New Zealand Geothermal Workshop |
1996 |
English |
| EGS Collab Experiment 1 Site Geomechanical and Hydrological Properties by Triaxial Direct Shear |
Luke P. FRASH, J.W. (Bill) CAREY, Nathan J. WELCH, and EGS Collab Team |
EGS Collab |
permeability, shear strength, hydroshear, Poorman’s schist, x-ray tomography, acoustic velocity, density |
Stanford Geothermal Workshop |
2019 |
English |
| A Proposal for Safe and Profitable Enhanced Geothermal Systems in Hot Dry Rock |
Luke P. FRASH, J. William CAREY, Bulbul AHMMED, Matthew SWEENEY, Meng MENG, Wenfeng LI, Bijay K C, Uwaila IYARE |
Emerging Technology |
Uncertainty Quantification, GeoDT, Net Present Value, Fracture Caging, EGS |
Stanford Geothermal Workshop |
2023 |
English |
| Geothermal Design Tool (GeoDT) |
Luke P. FRASH |
Enhanced Geothermal Systems |
Enhanced Geothermal Systems, Discrete Fracture Network, Geothermal Power, Well Design, Site Planning |
Stanford Geothermal Workshop |
2021 |
English |
| Optimized Enhanced Geothermal Development Strategies with GeoDT and Fracture Caging |
Luke P. FRASH |
Enhanced Geothermal Systems |
EGS, Optimization, Reduced Order Models, Well Spacing, Zonal Isolation, Limited Entry |
Stanford Geothermal Workshop |
2022 |
English |
| Hydraulic Fractures Are Pressure Relief Valves |
Luke P. FRASH |
Reservoir Engineering |
Concepts, Frac Gradient, Stress Dependent Permeability, Mechanics |
Stanford Geothermal Workshop |
2025 |
English |
| Fracture Caging: Can We Control the Extent of a Hydraulic Fracture Stimulated Zone? |
Luke P FRASH, Pengcheng FU, Joe MORRIS and The EGS Collab Team |
Emerging Technology |
Containment, Fracture Control, EGS, Multiple Well, Stimulation |
Stanford Geothermal Workshop |
2018 |
English |
| Targeting Faults for Geothermal Fluid Production: Exploring for Zones of Enhanced Permeability |
Luke Mortimer, Adnan Aydin and Craig T. Simmons |
— |
geothermal, exploration, fault, permeability, in situ stress, hydromechanical modelling |
Australian Geothermal Energy Conference |
2010 |
English |
| Hydro-Mechanical Selection Criteria of Engineered Geothermal Systems |
Luke Mortimer |
— |
Engineered Geothermal Systems, Discrete Fracture Network, Numerical modelling, Stress |
Australian Geothermal Energy Conference |
2009 |
English |
| Geothermal Implications For Fracture-Filling Hydrothermal Precipitation |
Luke Griffiths, Michael J. Heap, Fey Wang, Damien Daval, H. Albert Gilg, Patrick Baud, Jean Schmittbuhl, Albert Genter |
Engineering and Operation |
— |
European Geothermal Workshop |
2015 |
English |
| Greenfield Reservoir Engineering for the Wattenberg Field with Comparison of Advanced, Enhanced, and Caged Geothermal Systems |
Luke FRASH, Meng MENG, Bijay K C |
Reservoir Engineering |
EGS, AGS, Fracture Caging, GeoDT, Economics, Power |
Stanford Geothermal Workshop |
2024 |
English |
| A Laboratory Investigation of Reversible Permeability Decline Effects during Flow through Stimulated Fracture Networks: Implications for Improved EGS Reservoir Operation Methodologies |
Luke FRASH, Marte GUTIERREZ, Jesse HAMPTON |
Enhanced Geothermal Systems |
Enhanced Geothermal Systems (EGS), Hydraulic Fracture, Laboratory Testing, Granite, Permeability Decline, Step Flow, Step Pressure |
Stanford Geothermal Workshop |
2013 |
English |
| On the Experimental Simulation of EGS Reservoirs Using a Heated True-Triaxial Apparatus |
Luke Frash, Marte Gutierrez, Jesse Hampton |
11. Geothermal Structural Geology and Geomechanics |
Enhanced Geothermal Systems (EGS), True-Triaxial, Hydraulic Fracture, Acoustic Emissions (AE), Laboratory |
New Zealand Geothermal Workshop |
2012 |
English |