| Unusual Adherence of Manganese Silicate Scale to Metal Substrates |
Gallup, Darrell L. |
Power Plants; Scaling; Silica; Surface Analysis; Corrosion |
Power Plants; Scaling; Silica; Surface Analysis; Corrosion |
Geothermal Resources Council Transactions |
2004 |
English |
| Differential Oxygen Cell Corrosion in Aerated Condensate of Brine Re-Injection Wells |
Gallup, Darrell L. |
Corrosion; Oxygen; Cooling Towers; Inhibition; Materials of |
Materials and Corrosion; Corrosion; Oxygen; Cooling Tower Blowdown; Inhibition; Materials of Construction |
Geothermal Resources Council Transactions |
2002 |
English |
| The Interaction of Silicic Acid with Sulfurous Acid Scale Inhibitor |
Gallup, Darrell L. |
Scaling; Silica; Sulfurous acid; Brine chemistry |
Brine Technology; Production; Acid; Amorphous Silica; Sulfates; Chemistry; pH |
Geothermal Resources Council Transactions |
1997 |
English |
| Brine pH Modification Scale Control Technology |
Gallup, Darrell L. |
Scaling; Brine chemistry; Silica |
Brine Technology; Production; Acid; Scaling; pH; Silica; Process Control; Brine |
Geothermal Resources Council Transactions |
1996 |
English |
| "BIOX" Hydrogen Sulfide Abatement Process -- Application Analysis |
Gallup, Darrell L. |
Hydrogen sulfide; Effluent abatement; Equipment design |
Environmental; Power Generation; Air Quality; Air Pollution; Hydrogen Sulfide; H2S Abatement; Chemistry |
Geothermal Resources Council Transactions |
1996 |
English |
| "BIOX" -- A New Hydrogen Sulfide Abatement Technology for the Geothermal Industry |
Gallup, Darrell L. |
Hydrogen sulfide; Effluent abatement; Equipment design; Arse |
Production; Brine Technology; Biox; Abatement; USA; California; Geysers; Imperial Valley; Inhibitor; Oxidizing Biocide; Arsenic; Nitrogen Oxides |
Geothermal Resources Council Transactions |
1992 |
English |
| Agricultural Uses of Excess Steam Condensate -- Salton Sea KGRA |
Gallup, Darrell L. |
Direct use; Agricultural applications; Ecology |
Direct Use; Applications; USA; California; Imperial; Salton Sea; Chemical Analysis; Salinity; Ammonia Water; Steam Condensate; Irrigation |
Geothermal Resources Council Transactions |
1991 |
English |
| Brine pH Modification Scale Control Technology. 2. A Review |
Gallup, Darrell L. |
Silica; Scaling; Brine chemistry |
Silica; scaling; brine; acidification; inhibition |
Geothermal Resources Council Transactions |
2011 |
English |
| Low-Cost Silica, Calcite and Metal Sulfide Scale Control Through On-Site Production of Sulfurous Acid from H2S or Elemental Sulfur |
Gallup, Darrell L.; Kitz, Kevin |
Scaling; Equipment design; Sulfurous acid; Waste management; |
Brine Technology; Environmental; Amorphous silica; Sealing; Sulfate; Hydrogen Sulfide; Acid; Inhibitor; Making Geothermal Cost Competitive |
Geothermal Resources Council Transactions |
1997 |
English |
| Well Remedial Evaluation and Prediction of Post Remedial Condition of a Suspected Multiple Feedzone Well Using Wellbore Simulation, Case Study: Well Sendangan-4 |
Gamal HASTRIANSYAH, Dhanie M. YUNIAR, Marihot S.P. SILABAN |
Reservoir Engineering |
casing break, well remedial, wellbore modelling, Tompaso |
World Geothermal Congress |
2015 |
English |
| Determination of Optimum Injection Capacity Using Pressure Transient Analysis |
Gamal HASTRIANSYAH, Dhanie Marstiga YUNIAR, Fadiel Evan MARASTIO, Fernando PASARIBU, Marihot SILABAN |
Reservoir Engineering |
injection well, injection capacity, interference test, transient analysis |
World Geothermal Congress |
2020 |
English |
| The Recovery of Injected Water as Steam at The Geysers |
Gambill, David T. |
Injection; Tracer testing; Isotopes |
Production; Brine Technology; USA; California; Geysers; Injection; Isotopes; Oxygen-18; Deuterium; SMOW; Condensate; Meteoric Water; Injectate Recovery |
Geothermal Resources Council Transactions |
1990 |
English |
| Referenced Magnetotellurics at Cerro Prieto |
Gamble, T. D., Goubau, W. M., Goldstein, N. E., Clarke, J. |
Geophysics/Geofisica |
— |
DOE-CFE Symposium on Cerro Prieto |
1978 |
English, Spanish |
| Exploration and Development of the Rotorua Geothermal Area |
Gammon, J.R.A., McErlane, D.M., Swears, D. |
— |
— |
New Zealand Geothermal Workshop |
1987 |
English |
| The Filling Minerals in Hydrothermal System of Lahendong, North Sulawesi, Indonesia |
Ganda, S. |
— |
— |
New Zealand Geothermal Workshop |
1987 |
English |
| Business Opportunity for Geothermal Power Plants in Indonesia: A Case Study at Southern Bandung Industrial Center, West Java |
Ganda, S.; Sulaiman, S.; Tandirerung, S. A.; Agus, I.; Mulyono, A. |
Economics; Energy markets |
Economics; Investments; Management |
Geothermal Resources Council Transactions |
1995 |
English |
| Exploration Progress of High Enthalpy Geothermal Prospect in Indonesia |
Ganda, S.; Sunaryo, D.; Hantono, D.; Tampubolon, T. |
Exploration; High temperature reservoirs; Geothermal overvie |
Exploration; Production; Indonesia; Java; Windu; Sumatra; Sibayak; Sulawesi; Lanhendong; East Indonesia; Kamojang; Salak; Bali; Dieng; Darajat; Wayang; Bratan; Ulumbu; Assessment; Accessible Resources; Confirmed Resources; Prospects; Compilation Prospect |
Geothermal Resources Council Transactions |
1992 |
English |
| Characterizing a Geothermal Reservoir Using Broadband 2-D MT Survey in Theistareykir, Iceland |
Gang Yu, Árni Gunnarsson, Zhanxiang He, and Helga Tulinius |
13. Geophysics |
magnetotellurics, geothermal reservoir, electrical structure, modeling, inversion, Iceland |
World Geothermal Congress |
2010 |
English |
| Examination of the Enhanced Thermal Conductivity Effect by the Induced Convective Heat Flux in a Fractured Thermal Reservoir on Closed-loop Geothermal Energy Production Technology |
Gang ZHAO, Wanju YUAN, Zhuoheng CHEN, Chang SU |
Modeling |
Closed-Loop geothermal technology, induced convective flow, reservoir modeling, enhanced thermal conductivity, fractured thermal reservoir |
Stanford Geothermal Workshop |
2022 |
English |
| Geothermal Energy Use in Germany |
Ganz, B., Schellschmidt, R., Schulz, R. and Sanner, B. |
2 Country Updates (CUR) |
Geothermal development, geothermal electricity generation, direct use, ground source heat pumps, Germany. |
European Geothermal Conference |
2013 |
English |