Feasibility · Colorado pilot pathway — Wet Mountain Valley context, Westcliffe area
AI Data Centers Reimagined
Computing infrastructure designed as a good neighbor.
“How can data centers become protected, modular, water wise, energy intelligent, beautiful, educational, and regenerative members of their communities?”
Seed Question
The public question
Data centers are being sited faster than communities can form a view about them. The public conversation has settled into two positions — build them because the economy demands it, or block them because they take water, power, land, and give back a handful of jobs. Both positions accept the same premise: that the building is what it is.
We think that premise is the weak point. A data center is a large, capital-rich, thermally active, permanently staffed structure placed in a specific watershed. Almost nothing about its current form is required by physics. It is the product of a procurement culture optimizing for speed and cost per megawatt, and nothing else.
The guiding question is narrower and more useful than a verdict: what would the building have to become before a community would genuinely want it there?
Why it matters
The next decade will place an enormous amount of new computing capacity somewhere. Where it lands, it will set land prices, water agreements, grid investment, and local politics for a generation. These are effectively permanent decisions being made under time pressure with very little public design work behind them.
Rural western communities are especially exposed. They have the land, the transmission access, and the tax appetite, and they usually lack the technical staff to negotiate as equals. The result is a boilerplate agreement written by whoever arrives with a template.
A well-documented alternative could change that dynamic. If a county could refer to drawings, costs, water figures, and measured benefit standards from a comparable project, the negotiation could start from a different place.
Listening Field
Listening field
Formal community listening has not begun. The next phase is to invite accounts from residents near existing facilities, county planners, utility staff, water managers, ranchers, and people who work inside data centers.
The listening plan should test concerns about noise, light, water, jobs, and how early communities are included in decisions. We have no project listening findings to report yet.
Planned listening
A formal listening process is a next step, not a completed phase. Contributions would be credited only with separate permission.
Knowledge Grove
Knowledge grove
The next research phase should examine cooling and closed-loop water literature, waste-heat recovery precedents, hydrothermal carbonization, solar-canopy structures, microgrid rules, Colorado water law, and county siting agreements.
A future feasibility brief should list sources, limitations, and disagreements, especially around heat recovery economics and actual water use. This record has not yet been published.
Solution Garden
Solution garden
These are design concepts and hypotheses to test, not specified systems or promised outcomes. None is settled; several may not survive feasibility review.
Solar protective exoskeleton
A structural canopy over the halls carrying photovoltaics, shading the envelope, shedding hail and snow, and creating a protected working microclimate underneath. The skin does three jobs instead of one.
Shielded, removable, replaceable systems
Compute, power, and cooling as swappable modules on a service spine, hardened against weather, fire, and physical intrusion. Designed for a twenty-year building holding five-year equipment.
Closed loop water
Recirculating cooling with treatment and storage on site, sized so that normal operation draws minimal makeup water, with metered public reporting rather than estimates.
Heat recovery with a real receiver
Low-grade heat routed to greenhouses, drying, aquaculture, or district loops. Heat recovery only counts if something on the other end genuinely needs it year round.
Community microgrid
Generation, storage, and controls that can support critical local loads during outages, rather than a facility that only draws from the grid it strains.
Food growing
Greenhouse capacity integrated with recovered heat and treated water, operated by a local grower under its own business model, not as landscaping.
HTC and circular waste
Hydrothermal carbonization and related processes explored for on-site organic waste streams, producing soil amendment and reducing haul-off.
Habitat and land
Native meadow, pollinator corridors, dark-sky lighting, and acoustic buffering treated as design requirements with measurable targets.
Education
A public room, a viewing gallery, instrumentation displayed openly, and standing apprenticeship placements for regional students and trades.
Measurable community benefit
A benefit standard written in units — kilowatt-hours shared, acre-feet returned, apprenticeships filled, therms of heat delivered, dollars kept regional — reported publicly on a fixed schedule.
Feasibility Bench
Feasibility bench
The next phase is a feasibility review of canopy cost against energy and durability benefits, cooling water needs in Colorado conditions, seasonal demand for recovered heat, microgrid interconnection, and the permitting path. Engineering review and site criteria are still to be developed.
Two hypotheses need particular scrutiny: whether heat recovery makes economic sense without a subsidy, and whether a canopy structure survives comparison with conventional roof-mounted arrays. If either fails, the design should change rather than the claims.
Project Nursery
Project nursery
Partner outreach is a next step. A future feasibility team would need mechanical and water engineering, utility and county perspectives, a possible study site, a grower to assess heat use, and funding for independent review. None of these relationships is announced or secured.
Harmony Development Cooperative, LLC has operated since 2006 and is the experienced development vehicle behind the work. Any pilot governance and durable community stake would need to be designed with the host community.
Living Pilot
Living pilot vision
A possible future pilot would be a modest first facility in Colorado, small enough to evaluate honestly, instrumented thoroughly, and open to visitors if it is built. No site is secured and no pilot is under construction.
If a pilot proceeds, the useful output should include the drawing set, cost record, measured performance, and benefit agreement, shared so the next county has something to evaluate.
What this project needs
Specific help, honestly stated.
These are the gaps that would move the work forward this year.
Engineering review
Mechanical, structural, water, and electrical practitioners willing to stress-test the bench assumptions.
Utility and county conversation
Introductions to rural electric cooperatives, planners, and water administrators open to early dialogue.
A study site
A landowner or public entity in Colorado willing to host feasibility work and, potentially, a first pilot.
Feasibility funding
Support for a genuine study — surveys, modelling, and independent review — published in full.
Local voices
Residents near existing or proposed facilities willing to describe their experience for the record.