Will Project Clydesdale Drain Tulsa’s Water Supply

The latest buzz out of northern Tulsa County: Owasso is getting a shiny new AI facility — Project Clydesdale — and some folks are wondering if it’s really an AI megacenter or a high‑tech bathtub getting ready to suck the region dry.

As the recent reports of water usage in similar AI data centers in drought-stricken Texas come out, it's a fair fear.

Tulsa and Owasso leaders point out that the city recently installed a 48‑inch water main feeding the Cherokee Industrial Park, so capacity is there, and they insist the project will only use a small fraction of it. But they also say they can’t share exact water‑use numbers thanks to non‑disclosure agreements with the unnamed developer.

That’s not exactly comforting for skeptics.

After zoning was approved with a 3–0 vote on July 16, some local residents raised concerns. Data center opponents highlight that AI-scale cooling can consume up to 7 million gallons of drinking water per day, and potentially discharge 2 million gallons daily as wastewater, with some claims that the discharge might reach Bird Creek.

Officials say the sewage infrastructure is capable of handling it.

Nationwide, AI data centers are notorious water hogs. According to experts at the University of Tulsa and MIT, a single AI‑training facility can use several million gallons of potable water every day.

On Reddit, locals are skeptical. One commenter succinctly puts it:

“It’s a complete s**t hole idea. They are admitting it’s an open loop water system, the most environmentally depleting kind.”

Others push back:

“The claim about 7 million gallons ‘used’ per day is framed to provoke outrage, but it ignores context. Most of that water is not consumed … it’s drawn for cooling, then largely recirculated or discharged.”

That tension between worst‑case fear and technical nuance between internet users who became hydrologic engineers overnight is driving some real drama.

Supporters argue Project Clydesdale brings high‑paying tech jobs, economic investment ($2–7 billion range), and new partnerships with Owasso schools and Tulsa Tech around STEM training.

Still, drought in Texas and repeated stories of collapsed aquifers and struggling farmers have many in Oklahoma questioning the trade‑off.

Will a water‑intensive AI center in a marginally drought‑prone region risk supply pressure or rising rates for residents?

If this thing really demands fresh water on tap, what assurances do taxpayers have that Tulsa Metro’s water system won’t feel the pinch?

At the core: transparency. NDAs are being blamed for hiding numbers. Citizens warn that without independent hydrology impact studies or clear recycling claims, trust is low. As one commenter says:

“If it’s safe then make them prove it.”

Whether this AI oasis becomes a community asset or a water‑thirsty beast depends on oversight, data flow, and whether reality aligns with the numbers they’re refusing to share.