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["Geothermal Technologies Office -EGS BIL Pilot Demonstrations FOA Teaming Partner List  (DE-FOA-0002826)-COHORT 2"]
["Updated: June 28, 2024"]
["Organization Name"," Contact Name","Contact Information (phone, email, address, etc.)"," Organization Type","Website Contact-Us URL, Social Media URL, or Social Media Handles"," Area of Technical Expertise","Brief Description of Capabilities ","Area of Interest","Description of Need in a Teaming Partner"]
["Teverra LLC","Hamad Soroush","hamed.soroush@teverra.com","LLC","www.teverra.com","Resource assessment, subsurface characterization and modeling, geomechanics, hydraulic fracturing design, data science, subsurface monitoring","TEVERRA is dedicated to harnessing the Earth's resources for clean and reliable energy generation and storage. We serve the energy industry by offering innovative subsurface solutions, developing cutting-edge technologies, providing consulting services, and executing global projects to promote a sustainable low-carbon energy mix. Our track record includes successful completion of numerous geothermal, CCS, and hydrogen projects worldwide. TEVERRA team is advancing eight technologies ranging from software to downhole tools. Further accomplishments encompass clinching a significant DOE prize for pioneering the next-generation subsurface visualization platform, alongside securing a coveted 5-year geothermal development project from the Department of Defense (DOD), where TEVERRA emerged as one of the top 3 companies out of 68 applicants.","Geothermal Resource Assessment, Fairway Mapping and Development\nEnhanced Geothermal System (EGS) Design and Modeling\nSubsurface Thermal Energy Storage\n3D/4D Thermo-hydro-mechanical Modeling\nSubsurface CO2 and Hydrogen Storage Design and Optimization\nHydrocarbon to Geothermal Well Conversion\nReal-time CO2 Plume Monitoring\n1D to 4D Geomechanical Modeling, Caprock Integrity and Faults/Fractures Reactivation\nWellbore Stability and Well Planning\nReservoir Performance Prediction and Optimization\nBig Data Handling and Transmission "]
["Jacobs","Nicholas Fry","nicholas.fry@jacobs.com","Engineering and Scientific Solutions","www.jacobs.com","Geothermal exploration; well design; reservoir modeling; geologic investigations; surface facilities; district energy design; power plant design; field gathering systems; owner's engineer; due diligence; transmission & distribution",null,"Geothermal exploration; well design; reservoir modeling; geologic investigations; surface facilities; district energy design; power plant design; field gathering systems; owner's engineer; due diligence; transmission & distribution"]
["GeTech Group Plc","Graham Gifford","graham.gifford@getech.com","Geoscience Data and Analysis","www.getech.com","Temperature-depth mapping, fault mapping, geothermal reservoir property mapping","Getech uses the most extensive commercially available database of gravity and magnetic data, including both all public data and exclusive proprietary data,  together with advanced processing and proprietary interpretation algorithms to interpret 3D distribution of temperature and permeability in the subsurface for geothermal exploitation. ","Eastern United States"]
["Louisiana State University","Yuanhang Chen","yuanhangchen@lsu.edu","Academic","www.lsu.edu","Transient and steady-state single-phase and multi-phase flow, heat transfer, in subsurface systems","Equipped with experimental facilities and advanced numerical simulators, we can simulate fluid flow and heat transfer across the entire lifecycle of EGS development. This includes phases such as well construction, stimulation, and production. The facility features experimental wells designed to test fluid flow and heat transfer in wellbores, accommodating a variety of working fluids, including water, CO2, and others","Offering technical support for the design, modeling, and testing of Enhanced Geothermal Systems"]
["GeoBrines International LLC","Thomas Smith","tom.smith@geobrines.com","Engineering and Scientific Solutions","www.geobrines.com","Geothermal working fluid technology applications using Calcium rich brines that are thermally and chemically stable both in the tubulars, reservoir rock, and surface equipment.  We have recently patented technology that evolved from polymer gel conformance technology, the major difference being our technology has application at all temperatures, and is reversible using acid.  ","Sourcing brines and licensing patent pending EGS technologies that are designed and pumped to change flow pathways in the EGS reservoir rock. This process creates calcite in the flow path fractures to improve flow conformance and deliver optimized heat recovery from created or natural fracture flowpaths between injector and producer wells.  Other recent patents are related to using a super cooled brine for more efficient Thermal Stress fracturing of reservoir rock to improve fluid flow rates into and out of the geothermal reservoirs including hydrothermal and EGS well pairs.","Our deliverables include Brines used in all aspects of high\ntemperature EGS drilling, completions, and operations. We are seeking an existing wellbore in which to pilot test our\nthermal stress fracturing and well bore cooldown technology at bottom hole temperatures above 150 deg C.  The amount of fluid used vs. temperature of the fluid compared to the amount of shear stress created can be modeled, lab tested, and confirmed in a wellbore located in the Eastern US, under this Topic 4 of FOA-0002826."]