Carrizo Springs water rehab still under review; 71.367M gal leaks/year

Carrizo Springs water customers may not see construction crews start soon, but the project paperwork already spells out what the City says needs fixing—and why it still describes its Water System Rehabilitation and Expansion Project as “Under Review.”

In the City’s project hub, Carrizo Springs points residents to technical engineering materials and a federal environmental record. Together, those documents describe an aging drinking-water system with major leak losses and a multi-phase replacement plan that remains tied to funding and scheduling decisions.

What the City says is happening now

On the City of Carrizo Springs project page, the Water System Rehabilitation and Expansion Project is listed as “Under Review.” That status indicates the effort is still progressing through the documentation, approvals, and support-seeking steps needed before major work moves forward.

In practical terms, “under review” means the project is not yet at a “build-start confirmed” stage that residents might associate with shovels in the ground.

Why the documents focus so heavily on leaks

A key source in the City’s technical record is an engineering feasibility executive summary dated Nov. 2, 2021. That report estimates 71.367 million gallons per year in real leakage losses, described as about 18.7% of production.

The report’s bottom line is simple: a major share of treated water is reportedly lost before it reaches customers—something that can affect system performance and increase long-term utility costs.

What parts of the system are in the replacement/improvement scope

The project materials describe a system-wide approach rather than a single “patch.” The scope described across the City’s linked documents includes miles of piping, along with storage tanks and booster stations.

The City also published a leak map showing pipes with leaks inside the project boundary. That graphic is intended to help illustrate where replacement focus is concentrated within the defined project area—it is not the same thing as an inventory that proves every leak in the entire system is on one mapped segment.

Cost context: $25M+ and an alternate framing near $32M

For readers watching budgets and potential rate implications, the feasibility executive summary provides a capital-cost framing. It describes total capital costs above $25 million and also presents a nearly $32 million estimate under certain cost framing.

Because large utilities projects often require outside support and phased implementation, those estimates help explain why the City still characterizes the overall effort as remaining “under review” rather than finalized for immediate construction.

Federal environmental review: what the EPA record shows

Alongside the engineering work, the project has a federal environmental record. The U.S. Environmental Protection Agency lists a NEPA action for “Carrizo Springs Drinking Water System Improvements”, with an EA/FONSI issuance date of May 27, 2022.

NEPA documentation is part of the federal environmental review process for the proposed improvements. The EPA record ties the work to the goal of supporting safe and reliable drinking water service and reiterates the project’s focus on the reported magnitude of leakage losses.

It’s also important not to conflate NEPA review with local construction timing. An EA/FONSI is a significant step, but it is not the same thing as the City having already confirmed funded construction starts.

What to watch next

For Carrizo Springs residents, the key next signals are whether the City moves the Water System Rehabilitation and Expansion Project from “under review” into funded design and construction phases. When that shift happens, residents should expect updated schedules and implementation documentation tied to funding decisions.

And because the City’s technical record includes a documented leak-loss estimate—such as 71.367 million gallons per year—those numbers can also help residents understand what success would mean: getting more of the produced water to reach customers instead of being lost in the system.

Sources

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