Private wells are common in rural and semi-rural Florida. If you live on a well in Citrus, Marion, Okeechobee, Martin, or any of the dozens of Florida counties where hyperscale data centers are being proposed, the water question is not abstract. The documented experience from comparable projects in Georgia is specific enough to be instructive — and specific enough to take to a hearing.
What happened in Newton County, Georgia
Beverly and Jeff Morris, both in their late 60s, live approximately 400 yards from a Meta data center that began construction in Newton County, Georgia in 2018. Before the project, they relied on their private well as they had for years. Within months of construction starting, their water pressure began to drop. Their dishwasher, ice maker, and washing machine developed sediment problems and began to fail. Their toilets and bathroom faucets eventually stopped functioning.
By 2025, the Morrises had replaced most of their major appliances in 2019, 2021, and 2024. Residue now accumulates at the bottom of their backyard pool. Two of their bathroom taps remain non-functional. They have spent approximately $5,000 addressing the water issues. A full well replacement would cost an estimated $25,000, which they have said they cannot afford.
Three of their neighbors have reported similar well water issues since the facility's construction began. Chris Wilson, who lives three houses down, now replaces his water filters monthly instead of annually. "Sometimes the water appears so brown, you'd think it came from a creek," he told the New York Times.
Source: New York Times investigation, July 2025; BBC reporting, July 2025.Meta has denied that its facility is responsible for the well water issues, and a company spokesperson stated that Meta conducted a well study on the Morrises' property. The Morrises dispute that denial and point to the clear before-and-after pattern, along with similar reports from nearby neighbors.
Separately, the Newton County Water and Sewerage Authority has publicly acknowledged that Meta's facility uses approximately 10 percent of the county's total daily water consumption. County water rates are projected to rise 33 percent over two years, compared to the typical 2 percent annual increase, in part to fund infrastructure upgrades needed to meet the county's water demand. Newton County is projected to reach water deficit status by 2030.
How construction can affect a private well
Environmental reporting and hydrological literature identify several mechanisms through which data center construction can affect nearby wells. None of these are guaranteed to occur — they depend on terrain, cooling system, and construction practices — but they are the documented pathways:
- Sediment migration during land clearing. Hyperscale facilities typically clear hundreds of acres. When soil is disturbed, sediment can wash into shallow groundwater sources, especially after heavy rain. This is the pattern the Morrises describe.
- Runoff from new impervious surfaces. A 1,000-acre campus with hundreds of thousands of square feet of roofing and asphalt converts land that previously absorbed rainfall into land that sheets water elsewhere. Stormwater management plans address this, but inadequate or poorly-enforced plans can push water and sediment into neighboring parcels.
- Groundwater drawdown from on-site wells. Some data centers drill their own production wells for cooling water. A high-capacity production well tapping the same aquifer as nearby residential wells can lower the local water table, reducing pressure or drying residential wells.
- Contamination from construction activity. Equipment fluid spills, diesel runoff from construction vehicles, and incidental chemical releases during the build phase can affect shallow groundwater, though this is typically addressed through construction stormwater permits.
What Florida law actually protects
Florida has stronger water-regulation infrastructure than Georgia or Alabama, and the 2026 Florida legislation specifically addresses data center water use. This is a meaningful advantage for Florida homeowners.
The five regional Water Management Districts
Florida's water permitting is done by five regional Water Management Districts, each with its own governing board. Any consumptive use of water above specific thresholds requires a permit. Large-scale data centers are well above those thresholds. The relevant districts are:
- South Florida Water Management District (SFWMD) — covers 16 counties from Orlando southward
- Southwest Florida Water Management District (SWFWMD) — the Tampa Bay region and central west coast
- St. Johns River Water Management District (SJRWMD) — northeast and central Florida
- Suwannee River Water Management District (SRWMD) — rural north-central Florida
- Northwest Florida Water Management District (NWFWMD) — the Panhandle
Each district maintains maps of its jurisdiction and publishes governing board meeting schedules. If water is your primary concern, this is the most important venue to engage, and it is separate from your county commission.
What SB 484 changes
Florida's SB 484 — passed by the Senate on March 13, 2026 and effective July 1, 2026 — creates specific requirements for large-scale data center consumptive use permits:
- Applications must be treated as new applications, not as modifications of existing permits that can be rubber-stamped.
- Water Management Districts and the Florida Department of Environmental Protection are authorized to require use of reclaimed water as part of the permit approval where feasible.
- Modifications to an existing permit for a large-scale data center must be reviewed as if they were initial applications.
In practice, this means that the water permitting hearing is a real and consequential venue for homeowners with water concerns. It is also a venue with a public comment process, meeting schedules, and standing to object — all of which most homeowners do not know about until it is too late.
How to evaluate your specific water risk
The water risk depends on the specific facility and the specific hydrogeology near your property. Before a hearing, gather the following:
- The developer's proposed cooling system. Evaporative cooling is the most water-intensive. Air cooling uses much less water but more electricity. Liquid immersion cooling is newer and less standardized. This information should be in the public application.
- Proposed daily water consumption. This is typically stated in the application in millions of gallons per day. A typical hyperscale data center with evaporative cooling can use 1 to 5 million gallons per day. One Atlanta-area project reportedly demanded 9 million gallons per day — the equivalent of approximately 30,000 households.
- The proposed water source. Is the developer planning to draw from a public utility, drill on-site wells, use reclaimed water, or some combination? Each has different implications for your well.
- The aquifer and sub-basin your property sits on. Your county's Planning Department or the relevant Water Management District can provide maps. Homes on the same aquifer as the proposed facility face greater risk than homes on a different aquifer or a deeper formation.
- The distance from your well to the facility footprint. Closer is worse. The Morris family is at 400 yards, or about a quarter mile. Homes within one mile of a hyperscale facility on the same aquifer are most exposed.
If you are on a private well and a hyperscale data center is being proposed within a mile of your home, the water question deserves specific engagement.
Do not wait for the county commission to address it for you. Attend or submit comments at the Water Management District governing board meeting for your region. Request the hydrological study that supports the permit application. Ask specifically how the permit's conditions address drawdown of neighboring wells.
What to document now, before anything goes wrong
If a data center is proposed near your home and you are on a well, document your current water condition now. This is not paranoia — it is the only way to establish a before-and-after record if issues later arise.
- Test your well water. A standard well water test ($50-150 from most Florida county health departments or a private lab) establishes baseline levels for sediment, bacteria, and common contaminants. Keep the report.
- Photograph your taps, appliances, and pool (if applicable). Document current condition. Date the photos.
- Save your current water bills. If you're on a utility, not a well, rising rates are part of the harm pattern. Document what you pay today.
- Ask the developer or county staff, on the record, what the facility's contingency plan is if neighboring wells experience issues. The answer may be nothing. That itself is valuable to have in the record.
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Not every data center will cause the Newton County pattern. The outcome depends heavily on the cooling system, the specific hydrogeology, the distance, the construction practices, and the conditions negotiated during permitting. What the Newton County case proves is that the harm is real, documented, and expensive when it happens — and that the developer's assurances are not always reliable. Florida's regulatory structure, and particularly the 2026 SB 484 reforms, give Florida homeowners more tools than most states. Using those tools is on you.
This guide is educational and not legal advice. Florida's public records, land use, and utility regulations are detailed and fact-specific. Before taking action that may affect your property or your legal rights, consult a Florida-licensed attorney who handles land use matters.