| The Silent Killer of Geothermal Projects - Long Term Resource Risk |
Hezy RAM |
Reservoir Engineering |
geothermal resource, production risk, mitigation |
World Geothermal Congress |
2020 |
English |
| The Significance of Early Time Data in Interference Testing for Linear Boundary Detection |
Abraham Sageev, Jonathan D. Leaver, Henry J. Ramey, Jr. |
Well Testing |
— |
Stanford Geothermal Workshop |
1986 |
English |
| The Significance of Drilling Data Management to Improve Geothermal Drilling Planning and Operation |
Daniel W. ADITYATAMA, Dorman PURBA, Ruly HUSNIE, Farhan MUHAMMAD, Ribka ASOKAWATY, Riviani KUSUMAWARDANI |
Drilling and Completion Technology |
geothermal, drilling, database, improvement, well planning, NPT, stuck-pipe, Indonesia |
World Geothermal Congress |
2020 |
English |
| The Significance of CO2 Solubility in Geothermal Reservoirs |
Sarah Pistone, Robert Stacey, Roland Horne |
HDR/EGS |
CO2-EGS, active phase change, carbon dioxide, hysteresis, relative permeability, dynamic dissolution |
Stanford Geothermal Workshop |
2011 |
English |
| The Shocking Behavior of Fluid Flow in Deformable Joints |
Murphy, Hugh; Dash, Zora |
Fractures; Fluid dynamics |
Hot Dry Rock; Research Agencies; Reservoir Engineering; Injection; Hydraulic Fracturing; Joint Dilation; Pore Pressure; Modeling; LANL |
Geothermal Resources Council Transactions |
1985 |
English |
| The Shape of the Network of Flow Pathways Leading to a Geothermal Well: Informing the Conceptual Model Using Fractional Dimension and Boundaries with Numerical Pressure Transient Analysis |
Katie MCLEAN, Sadiq J. ZARROUK, Egill JÚLÃUSSON |
Reservoir Engineering |
geothermal, well, shape, flow pathways, conceptual model, numerical, pressure transient analysis, fractional dimension, boundaries. |
World Geothermal Congress |
2020 |
English |
| The Shallow Hydrothermal System of Long Valley Caldera, California |
Suemnicht, G.A., Sorey, M.L., Moore, J.N. and Sullivan, R. |
Geology |
Bishop Tuff, caldera, caldera structure, Casa Diablo, core evaluation, Long Valley, moderate temperature geothermal |
Stanford Geothermal Workshop |
2007 |
English |
| The Shallow Hydrothermal System of Long Valley Caldera, California |
Suemnicht, Gene A.; Sorey, Michael L.; Moore, Joseph N.; Sullivan, Robert |
Exploration; Bishop Tuff; caldera; caldera structure; Core s |
Exploration; Bishop Tuff, caldera, caldera structure, Casa Diablo, core sampels , Early Rhyolite, fluid inclusions, hydrothermal system, hydrothermal outflow, intra-caldera landslide block, Long Valley caldera, moderate temperature geothermal system, surf |
Geothermal Resources Council Transactions |
2006 |
English |
| The Shallow Hydrothermal System at Newberry Volcano, Oregon: A Conceptual Model |
Sammel, Edward A. |
Exploration; Geochemical surveys; Volcanism; Isotopes; Hydro |
Exploration; USA; Oregon; Newberry Crater; Geochemistry; Models |
Geothermal Resources Council Transactions |
1983 |
English |
| The shallow geothermal energy potential in Auckland: An exploratory study |
Y. Liu, S.J. Zarrouk, M. Farid, B. McKeown, Z. Brown |
Session 6.2 - DRILLING & WELL TESTING |
Shallow geothermal energy, ground temperature, borehole heat exchanger, Auckland |
New Zealand Geothermal Workshop |
2025 |
English |
| The SGP-CFE Geothermal Hydrogen Study |
Fioravanti, Marc; Kruger, Paul; Cadenas, Catarino; Rangel, Miguel |
Environmental aspects; Air quality; Hydrogen; Power plant de |
Environmental; Air Quality; Air Pollution; Production; Transport; Storage; End-Use; Electrolysis; Case Studies; Mexico; Tres Virgenes; Cerro Prieto; Baja California; Mexico City |
Geothermal Resources Council Transactions |
1995 |
English |
| The Sensitivity of Geothermal Reservoir Behavior to Relative Permeability Parameters |
Gudmundur S. Bodvarsson, Michael J. O'Sullivan, Chin Fu Tsang |
Modeling |
— |
Stanford Geothermal Workshop |
1980 |
English |
| The Self-Potential Response During Hydraulic Fracturing of Sierra Granite |
Jeffrey R. Moore, Steven D. Glaser |
Geophysics |
self potential, hydraulic fracturing |
Stanford Geothermal Workshop |
2006 |
English |
| The Self-Potential Method: Cost-Effective Exploration for Moderate-Temperature Geothermal Resources |
Howard P. Ross, Robert E. Blackett and James C. Witcher |
SECTION 4 ? Exploration and Conceptual Modeling |
self-potential, geothermal, exploration, geophysics |
World Geothermal Congress |
1995 |
English |
| The Seismology of Extensional Hydrothermal Systems |
Malin, Peter E. |
Exploration; Tectonics; Seismicity; Geophysical surveys |
Exploration; Reflection; Refraction; Mapping; Tectonics; Tomography; Models; Earthquakes; 3-D Velocity; Seismotectonics |
Geothermal Resources Council Transactions |
1994 |
English |
| The Seismological Search for Magma |
Sanders, C. O.; Dawson, P. B.; Ellsworth, W. L.; Evans, J. R.; Hill, D. P.; Iyer, H. M. |
Exploration; Geophysical surveys; Seismic refraction surveys |
Exploration; Geochemistry; Geophysics; Seismic; Tomography; Refraction; Reflection; Caldera; Tuff; P Waves; Earthquakes |
Geothermal Resources Council Transactions |
1987 |
English |
| The Seismic Velocity Structures of Western Turkey, New Magma Chamber Found as the Source of Geothermal Fields |
XIANG Shimin, ZHAO Na, JIAO Yuyong, ZENG Zuoxun |
Geophysics |
western Turkey, heat source, seismic velocity structures, magma chamber |
World Geothermal Congress |
2020 |
English |
| The Second Seismic Study at the Geothermal Field in Southern Kyushu, Japan Using an Optical Fiber System and Surface Geophones |
Junzo KASAHARA, Yoko HASADA, Haruyasu KUZUME, Hitoshi MIKADA, Yoshihiro FUJISE, |
Geophysics |
DAS, DTS, imaging, seismic method, feasibility study,VSP |
Stanford Geothermal Workshop |
2020 |
English |
| The Search for Volcanic Heat Sources in Tanzania- a Helium Isotope Perspective |
Michael Kraml, Tillmann Kaudse, Werner Aeschbach and Tanzanian Exploration Team, |
— |
— |
ARGeo |
2016 |
English |
| The Science Program of the Iceland Deep Drilling Project (IDDP): a Study of Supercritical Geothermal Resources. |
Wilfred A. Elders, and Guðmundur Ó Friðleifsson |
39. Iceland Deep Drilling Project |
Supercritical fluids, enhanced geothermal resources, magma energy, deep drilling, Iceland. |
World Geothermal Congress |
2010 |
English |