Mansfield Expands Bud Ervin Water Treatment Facility

A 50 million dollar upgrade increases water capacity to 75 million gallons per day for the city.

Updated on Oct. 26, 2026 in Utilities

Mansfield Expands Bud Ervin Water Treatment Facility

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Do you trust your local utility providers to perform major infrastructure upgrades without disrupting your service?

Mansfield completed a 50 million dollar expansion of the Bud Ervin Water Treatment Plant in 2026. The project significantly boosts the facility treatment capacity to 75 million gallons per day.

Why it matters

This infrastructure investment ensures the water system can support ongoing local population growth. It also enhances the overall reliability of the city drinking water supply.

The expansion increases ultimate treatment capacity to 75 million gallons per day, up from 41.67 million gallons per day. The 50 million dollar project includes new 500-horsepower vertical turbine pumps.

The players

Bud Ervin Water Treatment Plant

This is the primary municipal facility responsible for processing and supplying drinking water to the residents of Mansfield.

The details

Engineers utilized terrestrial LiDAR scanning and UAV photogrammetry to build 3D models of the existing infrastructure. Crews maintained continuous service by performing hot taps into active 30- and 54-inch raw water pipelines.

2026: The Bud Ervin Water Treatment Plant was recognized as a Top Project.

Market Landscape

The project follows the Construction Manager At-Risk model to mitigate operational risks during complex utility upgrades. This approach positions the city to modernize critical infrastructure while maintaining uninterrupted service levels.

Residents can expect improved water system reliability and capacity to accommodate future city growth. Continuous service throughout the construction process ensured that household water access remained unaffected by the upgrade.

The takeaway

Large-scale utility projects can successfully integrate new technology without interrupting essential daily services to the public. Advanced 3D modeling and precise construction sequencing are becoming standard tools for managing aging urban infrastructure.