Omega Geo Solutions develops geothermal energy and the infrastructure that makes it useful — land, heat, transmission and connectivity assembled on a single contiguous site in Western Colorado.
The future of clean energy starts beneath our feet. Omega Geo Solutions is the successor to a Western Colorado development platform first established in 2014, and it carries forward twelve years of land assembly, permitting, engineering and technical study on one property.
Our work is the unglamorous part of the energy transition: securing land and water, establishing a permitting pathway, proving a resource, and connecting a site to power and fiber so that the energy produced has somewhere to go. We build the position first and let the technical record speak for itself.
The team brings together professional engineering, drilling and completions, legal and corporate transactions, construction delivery, and real estate development — the disciplines a project of this kind actually consumes.
Geothermal draws natural heat from deep beneath the surface. It runs when the wind is still and the sun is down — which is why it is being looked at seriously by the loads that cannot tolerate intermittency.
Dispatchable output with capacity factors materially higher than intermittent renewables, and none of the storage arithmetic that goes with them.
Minimal land and water use relative to output, with long asset life and stable, fuel-free operating economics over decades.
Continuous, carbon-free power sited next to transmission and fiber is the profile that AI and data-center operators are actively looking for.
Federal energy policy currently supports geothermal development, with additional treatment available in communities with a legacy fossil-fuel employment base.
A production well brings hot geothermal fluid to surface. Its heat drives a turbine and generator in a closed binary cycle. The cooled fluid is returned to the reservoir through an injection well, and the cycle repeats. There is no combustion and no fuel to buy.
Because the plant is modular, generation can be matched to load and expanded in stages as the resource record develops — a sequencing discipline that keeps early capital tied to what has actually been proven.
Land, heat, water, transmission and connectivity on one contiguous site is a rare combination. It is also the precondition for everything that can be built on top of it.
Approximately 960 contiguous acres spanning two adjoining counties, held with appurtenant geothermal, water and mineral rights, adjacent to a high-voltage transmission corridor and within reach of a regional dark-fiber backbone.
Contiguous acreage at this scale is not unusual. Contiguous acreage with an indicated high-temperature geothermal resource, appurtenant water rights, an adjacent high-voltage corridor and a fiber route within reach is a different proposition.
The resource case rests on several independent work streams cross-validated against one another: regional geological and structural mapping; gravity and resistivity survey; well-engineering and geoprognosis study; independent assessment by a specialist geothermal consultancy; contributions from university earth-science programs; historic oil-and-gas data and regional analogues, including a legacy well on the property that encountered hot water at roughly 9,000 feet; and development-suitability mapping from national-laboratory research.
Those work streams indicate resource presence. What a drilling program determines is final depth, temperature and deliverability — and that is precisely what the next phase of work is designed to measure.
Figures above are development-planning parameters drawn from the project's technical record. They are projected rather than measured, and no independent competent person's report has been issued as at the date of this page. Site master-planning contemplates an 80 MW initial capacity with an expansion pathway to approximately 200 MW; that is a planning figure over the full development arc, not a present capability.
A geothermal site next to a transmission corridor is a power project. The same site with multi-terabit fiber, water and developable land is something else: a place where energy can be consumed where it is produced.
Omega Geo's development plan integrates generation with on-site digital infrastructure and horizontal site development, so that value is created from the land, the resource and the load together rather than any one of them in isolation.
The scale contemplated in early phases is deliberately modest and matched to the works budget. The larger campus remains development optionality — the right to build, established but not yet exercised.
Work is delivered in phases, each one completing a defined scope before the next begins. Phasing reflects current sequencing assumptions and may differ materially; several variables sit outside the company's control.
Consolidation of the acreage into the project entity, horizontal site development commences, grid interconnection and metering, fiber lateral begun.
Water wells drilled and enclosed; first deep production well spudded; first tranche of on-site digital infrastructure installed.
First well drilled to target depth, tested and logged; second production well spudded on the adjoining parcel; plant long-lead items ordered.
Second well completed and logged; competent person's report commissioned; modular plant delivered and installation commenced.
Plant commissioned, fiber in service, facility commissioning and acceptance testing, behind-the-meter supply cut over and surplus power exported.
Geothermal development is not portable. It happens where the heat is shallow enough to reach economically, where water rights exist, where transmission is close, and where a community and a regulator are prepared to work with a developer over a multi-year horizon.
Western Colorado satisfies all four. The project also sits in a region with a legacy coal and fossil-fuel employment base — the factual predicate for energy-community treatment under current federal policy, and a source of a workforce that already understands drilling, heavy civil and plant operations.
The leadership team pairs professional engineering and subsurface execution with construction delivery, real estate development and corporate legal experience.
Chief Executive Officer
A professional engineer and renewable energy executive who sets strategy across resource, site planning, permitting, utilities and capital pathways. She secured coordinated deep geothermal drilling approvals from state resource, water, wildlife and county land-use authorities, and previously governed a $360 million federally funded infrastructure portfolio of 40 projects at Clark County Public Works. Founding member of the Colorado Geothermal Council.
Co-Founder · VP, Design & Development
A registered architect and developer who integrates site development, resource-confirmation planning, permitting, design and construction management. He coordinates geothermal drilling permitting with the state regulator, well-pad and access-road development, transmission and data-fiber feasibility, and data-center planning. His prior portfolio spans hospitality, retail, mixed-use and public-sector projects from roughly $5 million to $60 million.
Co-Founder · Chief Communications Officer
Leads communications, stakeholder engagement and workforce programs, building community, business and government support for geothermal development and ensuring accurate technical information reaches the people affected by it. A steward of the Good Shepherd Ranch family legacy, her focus is on translating the property's engineering, science and technology potential into regional economic and workforce development.
Co-Founder · Director of Legal Affairs
Directs corporate transactions, finance, contracts, insurance and real estate matters, and reviews corporate agreements and power purchase agreements with public and private utilities. He supports corporate operations and governance and works with Colorado counsel on state and federal regulatory compliance. Educated at Georgetown University and the University of Illinois John Marshall School of Law.
Senior Vice President, Construction
A construction executive with more than 30 years delivering multi-million-dollar residential, commercial, multi-family and environmental projects. He oversees planning, estimating, permitting, procurement, scheduling and construction execution for geothermal infrastructure and supporting facilities, and establishes the project-management, cost-control, quality and safety standards that let a construction program scale.
Drilling & Completions
A petroleum engineer and drilling director whose geothermal experience includes exploratory project execution, well testing and downhole temperature and pressure mapping in Nevada. Across the Delaware, Williston, DJ, Piceance, Uinta and Appalachian basins and the Middle East, he has managed multi-rig programs, deep horizontal wellbores and the casing and completion design that deep geothermal drilling borrows from.
A staged development program for the project is fully specified and documented. Qualified counterparties — strategic partners, offtakers, utilities, infrastructure and credit investors — may request the confidential project memorandum under a mutual non-disclosure agreement.
We are also glad to hear from community organizations, agencies, universities and prospective partners with an interest in geothermal development in Western Colorado.