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| | Madeline Energy I LLC | Chris Chou | Manager |
Small Business
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Geothermal
| Geothermal well owner/operator in Lassen County California | We own and operate irrigation wells in Lassen County with hot water temperatures at depths between 300 and 1,000 feet. We are interested in partnering to further explore the resource down to depths of 5,000 feet to 7,000 feet in this relatively under-studied area of California. |
| CA |
| | Horizontal Wireline Services | Nadir Nery | President |
Small Business
|
Geothermal
| Wireline Operations for Geothermal Projects | Horizontal Wireline Services (HWS) is the leading independent provider of comprehensive wireline solutions across the most prolific energy basins in the United States, including the Permian, Eagle Ford, and Marcellus/Utica regions. With a dedicated workforce of approximately 300 employees and a leadership team that brings decades of experience from global energy service leaders, HWS is built on the core principle of “Innovate, Integrate, Elevate.” We operate a sophisticated fleet of wireline units from strategic operational bases in Texas, Pennsylvania, and Oklahoma, specializing in maximizing well completion efficiency and ensuring long-term wellbore integrity through a combination of elite personnel and internal technological development.
Capabilities
Our technical capabilities encompass a full suite of cased-hole wireline services, including pumpdown perforating, tubing-conveyed perforating (TCP), and advanced formation evaluation. HWS distinguishes itself through a portfolio of proprietary, automated technologies designed to mitigate operational risk and enhance site safety:
EcoDrive™ Units: Fully electric wireline deployment systems that achieve an estimated 29% reduction in carbon emissions compared to traditional diesel units, aligning with federal sustainability and decarbonization goals.
Automated Technology Systems: Our SEER Packoff and SafeWinch systems provide precision pressure control and cable management, ensuring reliability in high-pressure/high-temperature (HPHT) environments.
Data Integration: The Horizontal Visualization System transforms complex subsurface data into real-time actionable insights, critical for reservoir characterization and diagnostic monitoring.
Safety & Training: Our rigorous training program ensures our crews are subject matter experts in explosives handling and pressure control, maintaining an industry-leading safety record.
Interest
HWS is committed to bridging the gap between established oil and gas technical proficiency and next-generation energy frontiers, like Enhanced Geothermal Systems (EGS). We are interested in applying our horizontal completion expertise and HPHT downhole capabilities to help de-risk geothermal reservoir stimulation and data collection. By utilizing our lower-emission EcoDrive units and automated toolsets, we aim to support the DOE’s mission of establishing a secure, reliable, and sustainable domestic energy infrastructure while minimizing the environmental footprint. |
| PA |
| | Horizontal Wireline Services | Nadir Nery | President |
Small Business
|
Geothermal
| Wireline Operations for Geothermal Projects | Horizontal Wireline Services (HWS) is the leading independent provider of comprehensive wireline solutions across the most prolific energy basins in the United States, including the Permian, Eagle Ford, and Marcellus/Utica regions. With a dedicated workforce of approximately 300 employees and a leadership team that brings decades of experience from global energy service leaders, HWS is built on the core principle of “Innovate, Integrate, Elevate.” We operate a sophisticated fleet of wireline units from strategic operational bases in Texas, Pennsylvania, and Oklahoma, specializing in maximizing well completion efficiency and ensuring long-term wellbore integrity through a combination of elite personnel and internal technological development.
Capabilities
Our technical capabilities encompass a full suite of cased-hole wireline services, including pumpdown perforating, tubing-conveyed perforating (TCP), and advanced formation evaluation. HWS distinguishes itself through a portfolio of proprietary, automated technologies designed to mitigate operational risk and enhance site safety:
EcoDrive™ Units: Fully electric wireline deployment systems that achieve an estimated 29% reduction in carbon emissions compared to traditional diesel units, aligning with federal sustainability and decarbonization goals.
Automated Technology Systems: Our SEER Packoff and SafeWinch systems provide precision pressure control and cable management, ensuring reliability in high-pressure/high-temperature (HPHT) environments.
Data Integration: The Horizontal Visualization System transforms complex subsurface data into real-time actionable insights, critical for reservoir characterization and diagnostic monitoring.
Safety & Training: Our rigorous training program ensures our crews are subject matter experts in explosives handling and pressure control, maintaining an industry-leading safety record.
Interest
HWS is committed to bridging the gap between established oil and gas technical proficiency and next-generation energy frontiers, like Enhanced Geothermal Systems (EGS). We are interested in applying our horizontal completion expertise and HPHT downhole capabilities to help de-risk geothermal reservoir stimulation and data collection. By utilizing our lower-emission EcoDrive units and automated toolsets, we aim to support the DOE’s mission of establishing a secure, reliable, and sustainable domestic energy infrastructure while minimizing the environmental footprint. |
| PA |
| | Itasca Consulting Group, Inc. | Wei Fu | Senior Geomechanics Engineer |
Small Business
|
Geothermal
| Numerical Modeling | ITASCA is an engineering consulting and software company specializing in high-fidelity subsurface modeling for complex geomechanical, hydraulic, thermal, and seismic problems. For geothermal projects, ITASCA brings advanced physics-based modeling capabilities that support stimulation design, reservoir characterization, drilling strategy, risk reduction, and interpretation of field data. Our core strength is turning uncertain subsurface conditions into decision-ready numerical models that help teams design better wells, de-risk operations, and learn faster from field execution.
ITASCA is a recognized Utah FORGE modeling partner with deep expertise in advanced numerical simulation for geothermal reservoir development. ITASCA’s geothermal modeling capabilities include coupled thermo-hydro-mechanical simulation, hydraulic fracture and fracture-network modeling, DFN-based analysis, stress and fault stability assessment, induced seismicity evaluation, and microseismic-informed calibration workflows. Our tools support simulation of fluid injection, fracture propagation, interaction with natural structures, stress redistribution, and permeability evolution at scales relevant to EGS development and geothermal reservoir assessment. Our high-fidelity, DEM-based simulator, XSite, is purpose-built for fully-coupled three-dimensional hydraulic fracturing and enables advanced modeling of fracture initiation, propagation, and interaction in enhanced geothermal systems and unconventional oil and gas reservoirs without pre-defined fracture paths.
For Topic Area 1, ITASCA can contribute to stimulation-focused EGS field tests through pre-test modeling, stimulation and completion design support, fracture-growth and reservoir response forecasting under the influence of DFN, induced seismicity risk assessment, and post-test model updating using field observations. For Topic Area 6, ITASCA can support drilling teams through thermo-hydro-mechanical modeling, stress and fracture characterization, analysis of wellbore cooling effects, and evaluation of associated wellbore and cement integrity. |
| MN |
| | Horizontal Wireline Services | Nadir Nery | President |
Small Business
|
Geothermal
| Wireline Operations for Geothermal Projects | Horizontal Wireline Services is a premier US-based energy services provider with approximately 300 employees. We specialize in advanced wireline and downhole completion solutions across major domestic basins. While our foundation is in high-volume hydraulic fracturing and oil and gas completions, we have successfully expanded our expertise into the renewable sector through significant field experience in geothermal operations in Utah. We bridge the gap between traditional subsurface engineering and the unique mechanical challenges of enhanced geothermal systems (EGS), operating with a safety-first, data-driven culture.
Our primary interest is collaborating with the DOE and EERE to accelerate the commercial viability of geothermal energy. We focus on:
Subsurface Technology Transfer: Applying high-tier wireline techniques to optimize reservoir access in geothermal environments.
Well Architecture Innovation: Partnering on projects involving U-shaped architectures to deliver greater reservoir exposure across multiple benches.
Geothermal Efficiency: Utilizing expertise in high-temperature/high-pressure (HTHP) environments to increase well longevity.
Decarbonization: Supporting federal initiatives to position geothermal as a reliable, baseload power source for the American grid.
Capabilities
Precision Wireline Operations: We maintain a modern electric fleet equipped with advanced telemetry to manage critical cable tension and tool integrity in deep, deviated, and high-temperature wellbores.
Specialized Technology: we internally develop specific solutions to optimize our wireline operations, focusing on safety and efficiency.
Geothermal Field Expertise: Our hands-on experience in Utah EGS projects provides deep insight into geothermal fluid dynamics and mechanical stresses, allowing us to minimize non-productive time (NPT).
Data & Analysis: We provide high-fidelity, real-time data and technical analysis of the wireline operation via our electric fleet.
Scalable Workforce: With 300 professionals, we offer the logistical capacity for large-scale federal projects backed by rigorous safety leadership. |
| PA |
| | DNV USA Inc. | William Kovacs III | Principal Engineer |
Large Business
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Geothermal
| Domestic Critical Materials | DNV was established in 1864. Its long history and >15,000 employees attest to its extensive experience and financial stability. It is recognized worldwide for its expertise in materials and corrosion. DNV has four corrosion laboratories, and its experts are on the NACE MR0175 governing document for materials exposed to sour service. The company has a history of testing and consulting in harsh downhole environments (including geothermal). The company has also contributed materials selection, technology qualification, and seismic testing experience to team-based submissions for the DOE’s American-Made Challenges geothermal contests, including being one of two finalists for the HeroX Geothermal Additive Manufacturing Prize. |
| OH |
| | Manish Kumar Singh | Manish Singh | Senior Subsurface Geoscientist |
Individual
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Geothermal
| Drilling for Next-Generation and Hydrothermal Resource Exploration, Characterization, and Confirmation | Senior Subsurface Geoscientist with 18 years of direct experience in basin-scale analysis, reservoir characterization, horizontal well planning, and geosteering across the Eagle Ford, Bakken, and Wolfcamp/Spraberry plays. Career progression includes Staff Geoscientist at ConocoPhillips (2023–2025), Sr. Staff Geologist at Pioneer Natural Resources (2012–2023), and Geoscientist at SLB (2007–2012). Delivered technically grounded subsurface insights that supported $500–650 million annual capital programs, optimized drilling strategy, spacing, and capital efficiency while meeting production targets.
Technical capabilities directly transferable to Topic Area 6 include seismic interpretation and structural mapping for play fairway identification and fault/fracture detection; borehole image and LWD log analysis for fracture systems, in-situ stress orientation, bedding dips, and depositional features; real-time geosteering using gamma, resistivity, and drilling parameters to maintain optimal placement while responding to structural dip changes and hazards; static 3D geological modeling in Petrel that integrates seismic, petrophysical, geomechanical, and production datasets to quantify heterogeneity, volumetric estimates, and depletion effects; applied geomechanics and wellbore stability workflows that achieved zero geology-related non-productive time and reduced drilling time by up to 50%; regional stratigraphic correlation and stacked-pay evaluation for multi-interval development; and integrated risk/uncertainty assessment to support drilling decisions and economic thresholds.
Key achievements demonstrate the exact skill set required for geothermal resource confirmation drilling: led integrated evaluation of Austin Chalk and Upper Eagle Ford as stacked secondary targets, characterizing reservoir quality, lateral/vertical heterogeneity, and depletion interaction with the underlying Lower Eagle Ford; quantified infill opportunities in developed Bakken acreage by evaluating depletion impacts, geological variability, completion parameters, and reservoir quality; co-led cross-functional study on proppant performance (northwestern white sand vs. locally sourced brown sand) integrating reservoir properties, completion design, and production data to assess fracture effectiveness; built basin-scale stratigraphic frameworks from vertical well control and seismic for early Wolfcamp delineation, defining geologically similar areas and designing pilot programs for stacked in |
| TX |
| | Wellbore Consultants | Ian Allahar | CEO |
Small Business
|
| Topic Area 1: EGS Field Tests. | Wellbore Consultants Inc. is developing HydraSTIM, a downhole stimulation enhancement technology for Enhanced Geothermal Systems (EGS). HydraSTIM is designed to deliver controlled, high-intensity hydraulic pressure pulses directly at reservoir depth to improve the effectiveness of geothermal stimulation. In contrast to relying solely on sustained surface-applied pressure, the technology is intended to concentrate stimulation energy where it is most needed in the subsurface to support permeability enhancement, fracture reactivation, controlled reservoir stimulation, and improved circulation pathway development. This positioning aligns well with Topic Area 1, which emphasizes EGS field tests and reservoir stimulation processes that re-open pre-existing fractures and/or create new permeability pathways to enable fluid circulation through hot rock.
Our interest in this opportunity is to collaborate with field, laboratory, and modeling partners to validate whether downhole pulse-based stimulation can improve EGS reservoir development and circulation performance. We are particularly interested in projects where stimulation effectiveness can be evaluated through measurable changes in injectivity, pressure response, fracture behavior, and circulation pathway development under realistic field conditions. HydraSTIM is intended to serve as an enabling stimulation platform within a broader geothermal development team that may include resource owners, field operators, diagnostics providers, modeling groups, and research institutions.
Our capabilities include downhole tool concept development, hydraulic pulse generation and transmission modeling, wellbore mechanics, and stimulation-system engineering for subsurface applications. We are advancing HydraSTIM through analytical modeling, engineering design refinement, and development of laboratory and field validation plans focused on pulse characteristics, reservoir response, and stimulation performance. The technology is being developed to support rigorous field validation of stimulation effectiveness, including assessment of permeability gain, fracture-network response, and improvement in circulation connectivity.
HydraSTIM is protected by issued and continuing patent filings and is supported by technical development work related to hydraulic stimulation, transient pressure behavior, and downhole pulse delivery. We seek collaborators with expertise in EGS field operations, reservoir monitoring, stimulation diagn |
| TX |
| | Colorado Geological Survey | Matthew Sares | Senior Geothermal Researcher |
Academic
|
Geothermal
| | Since the 1970s, the Colorado Geological Survey (CGS) has completed more geothermal research and data collection in Colorado than any other public organization. CGS has over 40 publications associated with the geothermal resources of Colorado ranging from statewide mapping to local geothermal studies. CGS also maintains a comprehensive database of the geothermal data available for Colorado. Nevertheless, many types of geothermal data gaps exist, and the CGS is interested in projects that address these data gaps. The CGS staff includes experts in geologic mapping, seismology, geochemistry, and hydrogeology. Additionally, we can collaborate with and utilize the expertise of Colorado School of Mines professors and students for geothermal projects. |
| CO |
| | DynaEnergetics US, Inc. | Geoff High | Business Development - Geothermal |
Large Business
|
Geothermal
| Well Perforating for Enhanced Geothermal | DynaEnergetics is a global leader in well perforating systems, with a 150-year legacy of innovation and service to customers across 39 countries. Drawing on extensive experience in the oil and gas industry, the company has developed advanced perforating technologies and systems directly applicable to the unique demands of enhanced geothermal systems (EGS).
DynaEnergetics has engineered solutions applicable specifically to high-temperature geothermal well environments. The company’s expertise in shaped charge design enables precise customization to meet specific project requirements, including applications involving non-typical tubular sizes, heavy casing strings, and challenging downhole conditions. These capabilities allow DynaEnergetics to deliver reliable and consistent perforation performance in hotter, more demanding environments than traditional oil and gas wells.
A key differentiator is DynaEnergetics’ proprietary IS3™ detonator technology, which can be used in conjunction with the Infinity 2.0 Firing Panel for real-time temperature monitoring and data collection from each individual perforating system. This capability provides critical downhole data, enhancing operational reliability, safety, and performance in geothermal applications.
In addition, DynaEnergetics designs and deploys customized perforating systems optimized to maximize energy transfer to the rock face. By tailoring gun size and increasing explosive charge mass where appropriate, the company can significantly enhance perforation effectiveness and reservoir access.
DynaEnergetics’ technologies are currently being deployed in the largest EGS program in the world, demonstrating the company’s ability to deliver high-performance solutions at scale. The company is actively seeking to collaborate with DOE-funded project teams to further advance geothermal technologies.
DynaEnergetics’ interest in the EGS sector is driven by a commitment to supporting the development of reliable, renewable energy resources that can help meet the world’s rapidly growing demand for power. The company brings proven engineering expertise, global manufacturing capabilities, and a strong track record of innovation to support the continued advancement of enhanced geothermal systems. |
| TX |
| | Tri-Merit | Barry Devine | Director of Renewable Energy Tax Incentives |
Small Business
|
Geothermal
| Tax Incentives | We specialize in supporting entities with securing funding from programs and with the calculation and monetization of federal ITC credits. |
| IL |
| | Penn State University | Arash Dahi Dahi Taleghani | Professor |
Academic
|
Geothermal
| | Design EGS and AGS systems - Develop novel materials for completions and stimulation of high temperature geothermal wells |
| PA |
| | Drift Consulting Solutions, LLC | Matt Stiasny, P.E. | Principal Engineer / Owner |
Small Business
|
Geothermal
| Drilling Engineering and Project Management | I bring over 14 years of drilling engineering and project execution experience relevant to the geothermal and oil & gas industries, with a proven ability to plan and deliver field‑scale geothermal drilling and testing programs that support resource characterization, confirmation, and technology validation. As founder and principal engineer of Drift Consulting Solutions, I specialize in applying fit‑for‑purpose drilling and completions approaches—adapted from oil and gas and refined through geothermal applications—to reduce technical uncertainty and cost in challenging geologic environments, including high‑temperature granitic and volcanic systems. My experience includes leading geothermal exploration and development drilling campaigns, optimizing logistics and supply‑chain strategies for remote field operations, and integrating drilling data into decision‑making frameworks that support phased development and go/no‑go criteria. This work directly aligns with DOE’s learning‑by‑doing approach by generating actionable subsurface data and operational insights that de‑risk next‑generation geothermal technologies and inform future commercial deployment. |
| CO |
| | Oak Ridge National Laboaratory | Vlad Lobodin | Senior R&D Staff Scientist |
Federally Funded Research and Development Center (FFRDC)
|
Hydrogen and Fuel Cells
| | Comprehensive compositional characterization of liquid and gas fractions produced during geothermal exploration, production, and geologic hydrogen systems involves integrated, high-resolution chemical analysis to fully define the molecular, elemental, and isotopic composition of subsurface fluids. This includes detailed profiling of permanent gases (H₂, CO₂, CH₄, N₂, He), light hydrocarbons, volatile and semi-volatile organic compounds, and trace contaminants using advanced analytical platforms such as GC–MS, GC–TCD/FID, and high-resolution mass spectrometry.
For liquid phases (brines and condensates), analysis encompasses dissolved gases, organic compounds, inorganic species (major ions, trace metals, and critical elements such as Li, B, and REEs), and potential scaling or corrosion precursors. Techniques such as LC–MS/MS, ICP–MS, and ion chromatography are employed to quantify components across a wide concentration range, from bulk species to trace-level constituents.
In the context of geologic hydrogen, compositional analysis is particularly critical for distinguishing hydrogen sources (e.g., serpentinization, radiolysis, microbial processes) through isotopic signatures (H₂, CH₄, noble gases) and associated gas ratios. This enables identification of hydrogen generation mechanisms, reservoir quality, and co-produced gases that impact purification and economic viability.
For geothermal systems, such characterization supports reservoir evaluation, fluid origin tracing, and monitoring of chemical evolution during production, including scaling, corrosion, and environmental impacts. Integration of compositional data with thermodynamic and kinetic modeling further enables prediction of fluid behavior under reservoir and surface conditions.
Overall, this capability provides a robust foundation for:
Resource assessment and exploration targeting
Process optimization and separation design
Environmental monitoring and compliance
De-risking of emerging energy systems, including natural hydrogen and geothermal energy |
| TN |
| | Baker Hughes | Dr. Maruthi Devarakonda | Senior Technical Leader - Research and Technology |
Large Business
|
Geothermal
| EGS Field Testing | Baker Hughes brings decades of experience in subsurface energy and industrial power generation to geothermal, supporting projects from early evaluation through to commercial heat‑to‑power operations. Through its Geocentra™ geothermal heat‑to‑power solutions, Baker Hughes integrates subsurface, surface, digital, and project execution capabilities to help customers move efficiently from planning to first power. This end‑to‑end approach streamlines execution, reduces interfaces, and improves project economics by lowering time to commercial operations and overall cost per megawatt. As an accountable partner across the geothermal lifecycle, Baker Hughes helps increase certainty and flexibility for developers and end users. Deep subsurface expertise supports reservoir evaluation and long‑term fuel supply confidence, while high‑temperature well construction and power generation technologies enable predictable delivery and bankable outcomes. Flexible engagement and commercial models allow customers to engage Baker Hughes for discrete scopes or full‑scale development, scaling seamlessly as projects grow. By combining disciplined execution with proven experience in emerging energy markets, Baker Hughes helps turn geothermal potential into reliable, always‑on power where and when it is needed most. |
| TX |
| | Ameresco | Ian Roth | Senior Project Engineer |
Large Business
|
Renewable Energy Integration (REI)
| | Ameresco is interested in partnering with geotech companies to develop next-generation geothermal power plants and district heating systems for federal and data center customers.
Ameresco specializes in energy efficiency, renewable energy, and mission critical infrastructure for federal agencies. Our capabilities include the design, development, construction, and operation of renewable energy systems, onsite generation assets, and distributed energy resources for federal facilities. Ameresco has become an industry leading integrator of renewable energy, energy storage, and microgrid solutions. We have installed over 2,000 MW of clean energy power and 2,600 MWh of energy storage solutions over our 25-year history. Our geothermal work includes the comprehensive geothermal conversion of 3,600 homes at Fort Polk, which replaces traditional HVAC equipment with ground source heat pumps to improve efficiency and energy resilience.
We have experience in all facets of development, including design, construction, permitting, interconnection, federal real estate, environmental assessments, and developing creative deal structures to maximize the value of projects. As an independent power producer, we operate and maintain our portfolio with a focus on reliability and consistently meeting long-term contractual commitments and performance generation guarantees.
Ameresco’s energy projects are backed by flexible financing models such as Power Purchase Agreements (PPAs) and Energy Savings Performance Contracts (ESPCs), which allow federal agencies to modernize infrastructure with minimal upfront cost.
Through 25 years of federal contracting experience, including distributed generation work, Ameresco has delivered more than $2.8 billion in guaranteed energy savings, demonstrating our capacity to build and enhance modern, resilient energy infrastructure across defense and civilian agencies. Ameresco’s role as a prime contractor under the Department of Energy’s $5 billion Generation 4 ESPC program positions us to develop advanced clean energy power plants and increase energy resilience across federal campuses. |
| MA |
| | Jacobs | Nicholas Fry | Geothermal Consultant |
Large Business
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Geothermal
| | Over the past 40 years, we’ve built our expertise and global capability in all aspects of geothermal exploration, development, power generation and direct use. We’ve worked on more than 100 geothermal resources and 3,000+ MW of generation across more than 20 countries. Our capabilities include:
– Resource exploration and assessment
– Well targeting, design, and completion
– Drilling programs
– Wellbore and reservoir modeling
– Multi-discipline detailed design
– Due diligence
– Pre-feasibility and feasibility studies
– Front end engineering design
– Owner’s engineering
– Steamfield and plant assessments
– Environmental impact assessments
– Community and stakeholder engagement |
| ID |
| | ZeroPoint Advisors | Christopher P Davis | Managing Principal |
Small Business
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Geothermal
| | FIRM OVERVIEW
ZeroPoint Advisors is an energy and infrastructure advisory firm that helps companies develop practical, economically sound clean energy projects. The firm operates from a project developer's perspective — focused on solutions that work technically, commercially, and operationally.
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ACTIVE PROJECT
The firm is pursuing a geothermal resource investigation at a South Texas Gulf Coast site that has received limited systematic geothermal exploration. Existing well data and subsurface logs are in hand, satisfying the DOE site-specific data threshold for a Topic Area 6 characterization and confirmation drilling program. The site's status as a previously underexplored geologic setting aligns with DOE's preference for novel formations and locations.
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TEAM CAPABILITIES
Lead Geoscientist: Subsurface characterization, well log interpretation, stratigraphic and structural analysis, temperature gradient assessment, and drilling target identification.
Lead Commercial Developer: Federal grant and cooperative agreement administration, cost share planning and documentation, offtake and power purchase agreement negotiation, project financing strategy, and stakeholder engagement with utilities and industrial offtakers.
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PARTNERSHIP INTERESTS
Seeking partners with:
- Drilling engineering and well design
- Reservoir engineering (hydrothermal or EGS)
- Power generation and surface system integration
- Gulf Coast or sedimentary basin geothermal experience
- Academic or national laboratory geothermal research capacity
Open to lead applicant or team member role depending on partner configuration.
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CONTACT
Chris Davis, Managing Principal
ZeroPoint Advisors | Energy & Infrastructure Advisory
281.907.3851 | chris@zeropoint-advisors.com
www.zeropoint-advisors.com |
| TX |
| | Wellbore Consultants Inc. | Ian Allahar | Founder & CEO |
Small Business
|
Geothermal
| Topic Area 1 – Next-Generation Geothermal Field Tests | Wellbore Consultants Inc. is developing HydraSTIM, a downhole pulse-based stimulation technology designed to deliver targeted hydraulic pressure pulses at depth to enhance fracture activation, permeability development, and reservoir connectivity in subsurface applications. The company is interested in teaming on Topic Area 1 projects involving EGS field stimulation, completion design, and reservoir enhancement, particularly where improved stimulation control, targeted interval treatment, and reduced fluid intensity may provide operational or technical benefit.
HydraSTIM originated in unconventional well stimulation and refracturing applications and is being advanced for adaptation to geothermal environments where controlled stimulation and efficient reservoir access are critical. Our work includes physics-based modeling of pulse generation, pressure-wave transmission, fracture activation mechanisms, and stimulation-system integration. We are interested in collaborating with geothermal developers, site owners, universities, national laboratories, drilling/completions teams, and monitoring partners to evaluate how pulse-assisted stimulation may complement broader EGS development strategies.
Wellbore Consultants can contribute subsystem design concepts, stimulation-method development, modeling support, field-test planning input, and collaboration on technical work packages related to downhole stimulation deployment. We are particularly interested in partnerships that can evaluate pulse-based stimulation in characterized geothermal settings and benchmark performance against conventional approaches. We welcome discussions with teams seeking differentiated stimulation technologies, interval-targeted stimulation concepts, or oil-and-gas-derived innovations adaptable to geothermal field demonstration projects. |
| TX |
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