⚠️ Transparency Notice: Deployments shown on this site are simulated projections based on engineering models — not active contracts. This page documents a real, active proposal currently being submitted to Guymon & Hooker, Texas County, OK. View all source documents ↓

Proposal Stage — Awaiting County Sign-On

Texas County, OK
Water Stabilization Pilot

A real, shovel-ready proposal to recover Non-Revenue Water losses, protect the Ogallala Aquifer, and manage incoming data center extraction — at zero taxpayer cost.
Prepared by Yuna Alejandra Moon · April 2026

Guymon & Hooker, OK (FIPS 40139) Submitted April 2026 Funded via Developer Compliance Fees Ogallala Aquifer at Risk

What Is Real vs. What Is Projected

This proposal uses engineering-standard projections from acoustic leak detection technology. Here is exactly what is proven today and what we are projecting if the pilot is funded.

Verified Engineering (Real Today)

  • Acoustic leak detection (around 140 Hz range) is a proven, commercially available municipal technology — used by utilities globally since the 1980s
  • Non-Revenue Water (NRW) losses of 15–25% are well-documented for rural US infrastructure
  • Municipalities can legally restrict open-loop evaporative cooling for new data center permits — this is standard environmental law
  • Texas County sits above the Ogallala Aquifer, which is in documented drawdown decline
  • Data center water consumption (millions of gallons/year) is a verified infrastructure planning concern
  • Yuna Moon is an active author and the proposal documents are real, downloadable files

Projected (Model-Based, Not Yet Active)

  • The 18–22% NRW estimate for Texas County is a regional average — not a utility audit of Guymon/Hooker specifically
  • The 50-sensor acoustic mesh deployment has not been installed — it is a proposed scope of work
  • The 10:1 ROI figure is a target model, not a measured result in this region
  • The $12,500–$65,000/mo subscription pricing is a proposal — no contract exists yet
  • The "90-Day Pilot" has not started — Guymon & Hooker have not yet signed on
  • Developer compliance fees as a funding mechanism require ordinance passage

Texas County Faces a Dual Water Crisis

Two simultaneous pressures are threatening the county's water supply — one coming from beneath the streets, one from outside the county line.

The Internal Bleed: Aging Pipe Losses

Rural municipal water infrastructure typically loses 18–22% of treated water before it reaches a meter. That water is pumped from the Ogallala, treated at cost, and then leaks into the dirt. Every gallon is a direct draw on an aquifer that does not recharge at the rate it is being depleted.

~20% NRW

The External Drain: Data Centers Moving In

New large-scale data centers in the Oklahoma Panhandle region use evaporative cooling that can consume millions of gallons of water per year. Without a regulatory framework in place before they build, the county has no mechanism to protect aquifer levels from industrial extraction.

Millions gal/yr

The Ogallala Aquifer in Decline

The High Plains Ogallala is one of the largest aquifers in the world and the primary water source for Texas County agriculture, livestock, and municipal use. Saturated thickness has declined sharply in the Oklahoma Panhandle region over the past 50 years. This is not a future risk — it is a present condition.

Documented decline

The 90-Day Pilot: Two-Vector Water Stabilization

The SYNC Protocol operates on two simultaneous tracks — fixing internal losses and blocking external extraction. The pilot is structured as a three-phase 90-day program, funded through developer compliance fees so there is zero cost to residents or the general municipal budget.

1

Acoustic Baseline Survey (Days 1–30)

Deploy 50 acoustic IoT sensors on primary trunk lines and Ogallala wellheads. Sensors clamp non-invasively to existing valves and hydrants — no excavation. At Day 30, the city receives a georeferenced leak map identifying every significant NRW source by location and estimated loss volume.

 30 Days · Non-invasive · 140 Hz acoustic range
2

Regulatory Mandate Passage (Days 15–45)

Simultaneously, the county passes the Symbiotic Data Center Mandate — a municipal ordinance requiring any new facility over 10 MW to operate with closed-loop or 100% reclaimed water cooling only. This is legally standard environmental permitting. It does not affect existing businesses.

 Standard ordinance — modeled on existing frameworks
3

Repair Prioritization & Developer Compliance (Days 31–90)

Using the leak map, the city's own maintenance team or a contracted crew performs targeted repairs in priority order — highest-loss segments first. Developer compliance fees from new data center permits fund this phase and the ongoing SYNC monitoring subscription. Projected ROI: 10:1 over a 12-month horizon (model-based).

 City-led repairs · Developer-funded monitoring

SYNC Subscription: Sovereignty-as-a-Service

Once the pilot validates NRW baselines, ongoing monitoring is structured as a tiered subscription. All tiers are proposed rates — no contracts are active at this time. Counties sign on when they are ready.

Tier 1
The Baseline Audit
$12,500
/ month
  • Real-time NRW monitoring dashboard
  • FIPS-level system tracking
  • ZKP-verified transparency reports
  • Monthly leak summary
⚠ Proposed rate — not an active contract
Tier 3
Full Sovereignty
$65,000
/ month
  • Everything in Tiers 1 + 2
  • 20W compute hardware provisioning
  • Grid-stabilization integration
  • 10:1 ROI guarantee (model-projected)
⚠ Proposed rate — not an active contract

All Source Documents — Download Freely

These are the actual files submitted as part of the Texas County proposal package. Documents are labeled by type: Engineering = proven/deployable, Policy = regulatory/legal, Lore = visionary framework (clearly marked).


 Visionary Lore

These documents contain the broader philosophical and speculative framework of the Green Code — clearly separated from the engineering proposal above.

Ready to Sign On, Guymon & Hooker?

This proposal is shovel-ready. The documents are written. The engineering is standard. The first conversation is free. When counties sign on, the simulations become real deployments.