Turning water risk into community goodwill.
On-site water production for data center campuses and their host communities — 132,000 gallons of clean drinking water per day, per unit. Made in the USA and deployable now.
The MSWRO-0132 Water System
Water is now stalling billions.
For two years the AI buildout raced for chips, power, and capital. Nobody priced the fourth input: permission to operate. Water use is at the center of the backlash.
in data center projects blocked or delayed by local opposition in Q1 2026 alone
protests staged across 42 states on a single day — the first coordinated national pushback
of the public opposes a data center being built in their area
Water-permitting timelines now rival or exceed grid-interconnection queues. A single contested withdrawal permit can delay financing on an entire campus.
Every major hyperscaler has already made the promise.
All of them have pledged to be water-positive by 2030 — to replenish more water than they withdraw. The budget and intent exist industry-wide. The gap is credible, measurable community projects.
Produce the water — visibly.
The operator funds on-site water production as part of its water-stewardship package. The campus and the host community get clean drinking water made from sources nobody is fighting over — delivered in the operator's name.
Operator funds the systems
Containerized water plants are deployed for campus supply, host-community water, or both — as part of the project's community-benefit and water-stewardship commitment.
New water is produced on site
Each unit makes up to 132,000 gallons a day of WHO-compliant drinking water from seawater, brackish, or well sources — not from the municipal supply.
Output is measured & reported
Every gallon is monitored and reportable — feeding directly into water-positive accounting, community-benefit reporting, and ESG disclosure.
The MSWRO-0132 — 132,000 gallons per day.
Our high-volume anchor system: a 40-foot containerized seawater and brackish-water reverse-osmosis plant. Made in the USA, shipped from Houston, and ready to deploy at campus and municipal scale.
Specifications
- Output 132,000 GPD (500 M³/day); 91.7 GPM product, 40% recovery
- Thirty 8" seawater membranes; 125 HP stainless-steel RO pump
- Multi-source: seawater · brackish · well · borehole · river · lake
- Energy-recovery system (turbo or pressure exchanger)
- Dual / triplex media filtration with self-cleaning operation
- PLC control panel, 6" HMI, digital flow & conductivity monitoring
- Full remote monitoring and troubleshooting access
- Footprint 290 × 52 × 67 in; ~4,650 lbs system weight
- LG & DOW membranes, Danfoss, FEDCO, Energy Recovery Inc.
- Made in the USA; shipped from Houston · requires grid power
We don't take water.
Every fight over a data center comes down to one sentence: “They’re taking our water.” These systems make that sentence untrue — producing WHO-compliant drinking water from seawater, brackish, and saline sources no community is drinking.
Conventional supply draws from the same stressed aquifers, reservoirs, and municipal systems residents depend on — so every gallon the campus uses is a gallon the community loses.
We produce new water from saline sources nobody can drink — adding supply to the region instead of competing for it. The campus gains water; the community does too.
Draw on the drinking supply
Production comes from sources too saline for municipal use. No new withdrawal from the aquifers or reservoirs your campus is already scrutinized over.
Output through drought
Production does not fall when reservoirs do. A system running on saline source water delivers full capacity through the driest conditions on record.
Units ready to ship
Staged in Houston today. Water can be producing in months — while the larger infrastructure program is still being designed and permitted.
Membrane life on good water
Low membrane flux and pumps running well below maximum RPM extend equipment life. Optional UV, iron-removal, and pH modules tune each unit to its site.
The MSWRO-0026 — 26,000 gallons per day.
A compact seawater and brackish RO system for satellite sites, construction-phase supply, smaller host communities, and distributed deployment across multiple locations. Available skid-mounted or in a solar / hybrid configuration.
Specifications
- Output 26,000 GPD (94.6 M³/day); 18.1 GPM product, 30% recovery
- Six 8" seawater membranes; 30 HP stainless-steel RO pump
- Compact footprint — 170 × 38 × 67 in; ~1,300 lbs (591 kg)
- Energy-recovery system; dual / triplex media filtration
- PLC control panel, 6" HMI, digital flow meters, remote monitoring
- Made in the USA; shipped from Houston
Why this helps the data center owner.
Wins local approval faster
A visible, daily community benefit converts opposition into support — protecting the permit and the schedule.
De-risks the water permit
Producing new water from non-potable sources offsets the optics of withdrawal, easing environmental review and hearings.
Delivers water-positive credit
Measured production feeds directly into 2030 water-positive goals and ESG reporting — defensible and auditable.
Protects the brand
Turns a water-use headline risk into a good-news story: the operator that brought the region clean water.
Uses budget already committed
Slots into community-benefit and water-stewardship funds operators have already earmarked — no new line item.
Every site is priced based on local water conditions.
No two data center projects are the same. Source-water samples, salinity, siting, power, and required output all change the configuration — so the figures below are starting points. Final pricing is evaluated and determined per site after we review your water analysis and conditions.
What the investment covers
Figures shown are starting points for budgeting purposes only. Every deployment is scoped individually: final pricing, configuration, and lead times are evaluated and determined after review of site water samples and conditions, then confirmed in a binding proposal. Source-water quality, salinity, siting, power availability, required output, and logistics all affect final cost. Cost-per-person figures are one-time capital cost divided by daily population served, for comparison purposes only. Maintenance should be budgeted at approximately 5% annually; membranes (thirty per MSWRO-0132 unit) run roughly $800 each and are typically replaced every three to five years on good source water.
What a delayed permit costs.
This isn't philanthropy — it's schedule insurance. A visible community water program defuses the opposition that stalls water permits. Here's what that delay is worth.
in data center projects blocked or delayed by local opposition in Q1 2026 alone
typical added permitting time in states with active opposition — water is a top trigger
carrying cost of a 12–18 month delay on a $1B project, before a dollar of revenue
Do the comparison. Two MSWRO-0132 units — 264,000 gallons a day, supplying more than 50,000 people — is roughly $1.55M, about 1.5–2% of the carrying cost of a single 12–18 month delay.
If a visible community benefit shortens or prevents that delay even once, the program pays for itself many times over — and you keep the water-positive credit, the goodwill, and the brand story on top.
H2O Worldwide + Data Centers = Successful Hyperscale Projects.
Proven hardware, humanitarian credibility, and reporting built in — so the campus gets built, the community gets water, and the operator gets the credit.
Proven, deployable hardware
This reverse-osmosis platform is actively deployed and remotely monitored across Latin America, the Caribbean, and West Africa — field-tested, not a pilot concept.
Humanitarian credibility
200,000+ people served with clean drinking water after Hurricane Maria through Proyecto Agua Limpia, in partnership with the Puerto Rico Science, Technology & Research Trust and KOHLER.
Measurement built in
Every gallon produced is monitored and reportable — the audit trail operators need for water-positive claims and community-benefit reporting.
Turnkey for the operator
We handle scoping, deployment, commissioning, and reporting. The operator gets the credit and the goodwill, not the logistics.
Let's turn your next contested site into a win.
Pick the campus where water or community approval is the biggest risk. We'll model source water, siting, output, and phasing — and confirm firm pricing and lead times.
Scope your first site →