Now accepting pilot applications

Industrial water, made from air.

Hydrogrid gives industrial sites a water supply of their own, reducing or eliminating groundwater offtake and producing high volumes of water.

Join the pilot

Built for

Hyperscalers
NeoCloud providers
Data center developers
EPC firms
Other industry

Aerial render of an Aquaria Hydrogrid container connected to on-site water storage tanks

Specifications

At a Glance

Hydrogrid high-level features and requirements

Hydrogrid container cutaway showing water production modules

HYDROGRID 40-FT ISO5,300 galrated output per unit, per day

Reference condition86°F / 30°C, 80% RH

Operating range59°F to 109°F (15–43°C); humidity down to about 25%

Water sourceAmbient air, produced directly on site

Rated electrical input170 kW, 3-phase

Specific energy204 Wh/L, laboratory measured

Enclosure and sitingStandard 40-ft ISO container on a concrete pad

Water treatmentSubmicron filtration, UV disinfection

Controls and telemetryAquariaOS fleet control with live per-unit telemetry

Campus integrationPower, storage, treatment, and BMS protocol finalized in the site engineering package

DeploymentDelivered and commissioned in weeks; water production begins within days of turn-on

Optional moduleCampus waste-heat integration

Capacity

ConfigurationHydrogrid unitsWater per day¹

Single unitOne Hydrogrid unit makes about 5,300 gallons of water a day.

1 unit

~5,300gallons a day

MicrogridTen units working together make 10 times the water of a single unit.

10 units

~53,000gallons a day

Full fieldFifty units make close to 50 times the water of a single unit.

50 units

~250,000gallons a day

1 - Rated Conditions: Output varies with temperature and humidity. Capacity figures are shown at 86°F and 80% relative humidity. Aquaria models monthly production for every site.

Technology

Proven technology. Repeatable scale.

Field provenOver 300 modules in commercial operations

Built on HydropackScaled from our residential success

Water use cases

Water for every phase of your site

ConstructionConstruction and crew housing100,000+ gal/dayfor dust control alone on one recent build

Closed-loop water circuit with a water drop

CommissioningClosed-loop fill and top-up~1M galto fill each building, then ~50,000 gal a year in top-up

Data center facility with water supply lines

OperationsFacility supply, redundancy, and backup2+ sourcesrequired for every input to a site

Output varies by site. Sources: industry interviews, published data center construction reports, and Aquaria estimates.

How it scales

Hydrogrid grows with your campus

Hydrogrid Pilot Program

Be among the first to pilot Hydrogrid.

Proven residential water technology, now ready for industrial sites. Pilot units generate real-world water production, power usage, and performance data at your site. Hyperscalers, NeoCloud providers, developers, and other industrial users with a secured site are welcome to join.

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Frequently Asked Questions (FAQs)

How much does a Hydrogrid system cost, and how do I get started?

Because Hydrogrid deployments are custom-scoped to each project's volume, site, and infrastructure, pricing is provided on a per-project basis. The best next step is to book a call with our commercial team: tell us your water target, location, and timeline, and we'll put together a tailored proposal.

Is the water suitable for commercial and community use?

Yes. All water produced exceeds EPA standards and comes out at a balanced pH of 6.5–8.5, with quality independently certified by Amlabs Intertek (international) and SimpleLab (US). Every system carries a 3-year warranty. For projects with specific regulatory or water-quality requirements, book a call with our team so we can walk through your deployment in details.

What power and infrastructure does the Hydrogrid require?

Each Hydrogrid unit is a standard 40-ft container that runs on 170 kW of three-phase power and produces up to 5,300 gallons of water per day at our reference condition (86°F / 30°C, 80% RH). Laboratory-measured energy use is 204 Wh per liter, or about 0.77 kWh per gallon. Output varies with conditions; units operate from 59°F to 109°F, with humidity down to about 25%. Because power, foundation, storage, and plumbing requirements vary by site, our commercial team scopes each installation directly. [Book a call] to walk through your site.