PROJECT MUSTANG

Taylor, Texas Data Center Investigation
Documents · Evidence · Accountability

An independent, public-interest investigation of the proposed data center and on-site power generation campus east of Taylor, Texas.

Representative image of a large data center campus. Not an official rendering of Project Mustang.

What we know today based on available records and filings.

View Project Overview  →

Last verified September 5, 2026

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Location

664.572 acres
east of Taylor, Texas

View Location  →
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Parcels Identified

R006648 & R006650
Williamson County

See Parcel Details  →
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Current Status

On September 3, the Project Mustang annexation and Employment Center applications were withdrawn. The City says the project is still being pursued and discussions with Taylor are continuing. No final Project Mustang approval is documented here.

View Approvals →
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Government Review

The City says the site remains outside Taylor city limits after the September 3 withdrawal, while annexation discussions continue. Williamson County records also document developer coordination over a future 136-foot County arterial alignment; no County approval of either July 22 road option is documented.

See County Road Findings →
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Documents

Primary records organized by topic, date, and source.

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Independent

This project is independent and not affiliated with project participants.

Our Methodology  →
Newly Released County Record · July 22, 2026

Newly Released Map Shows Project Mustang Site and Two Potential County Road Alignments

Williamson County records produced August 18 include a detailed Kimley-Horn concept exhibit showing the proposed Project Mustang site layout together with two potential 136-foot future County roadway alignments. The exhibit also identifies detention ponds, floodplain, pipeline and electric easements, the railroad, and the existing US 79 median break.

2 potential County alignments136 ft proposed ROW45 mph design geometry requested

Conceptual exhibit: This map does not establish a final road alignment, survey, construction plan, or Williamson County approval.

July 22, 2026 conceptual Project Mustang road and site exhibit showing two potential Williamson County road alignmentsOpen Full July 22 Exhibit →
GIS PROPERTY CONTEXT

Where Is Project Mustang?

The identified site consists of two contiguous parcels totaling 664.572 assessed acres east of Taylor. Our one-mile GIS inventory tracks 246 surrounding parcels and 173 distinct primary owners while limiting unnecessary personal information.

2 core parcels246 nearby parcels173 owners
Open Interactive Map →
Preview of Project Mustang GIS parcel overlayExplore Interactive Map →

Projects of this scale can affect power reliability, water resources, air quality, noise levels, traffic, taxes, and the character of surrounding communities for decades.

Explore Key Issues  →
Representative electrical grid infrastructure
⚡Power & Grid
Representative on-site generation infrastructure
▥On-Site Generation
& Air
Representative water and cooling infrastructure
◉Water &
Wastewater
Representative cooling and noise sources
◖Noise
Representative construction traffic
△Traffic &
Construction
Representative electrical safety infrastructure
✚Safety &
Emergency Response
Representative images. Not official renderings of Project Mustang.
Key Issue

Power & Grid

ERCOT, transmission, substations, interconnection, and electrical demand.

Reliability & CapacityPotential impacts to grid reliability and local capacity.
Infrastructure NeedsSubstations, upgrades, and transmission requirements.
Electrical DemandProjected load increases and peak demand scenarios.
Key Issue

On-Site Generation & Air

Generation equipment, emissions, fuel use, and air quality.

Generation EquipmentTechnology, capacity, operating mode, and redundancy.
Emissions & Air QualityCriteria pollutants and greenhouse gases.
Permitting & ComplianceAir authorizations, monitoring, and oversight.
Key Issue

Water & Wastewater

Cooling systems, water supply, wastewater disposal, and conservation.

Water SupplyUsage demands and source availability.
WastewaterDischarge, reuse, and treatment requirements.
ConservationEfficiency, reuse opportunities, and drought risk.