Municipal Water Dependency
Reduce pressure on local water networks by generating water directly at or near the data center site.
AIROVIA for Data Centers
Water Resilience Infrastructure for Data Centers
AIROVIA helps data center developers and AI campus operators reduce municipal water dependency through high-capacity atmospheric water generation domes designed for localized water resilience.
Each AIROVIA Dome is designed to produce up to 160,000 liters of water per day, subject to local climate conditions, energy availability, and final engineering validation.
The Infrastructure Equation
Water is becoming part of the data center infrastructure equation.
As data centers expand to support cloud, AI, and digital infrastructure growth, water availability is becoming a more important factor in site selection, permitting, cooling strategy, sustainability reporting, and community acceptance.
Even where operators reduce direct cooling water consumption through dry, hybrid, or closed-loop systems, developers still face water-risk questions around facility operations, backup resilience, local infrastructure pressure, and long-term sustainability commitments.
AIROVIA is designed to support this gap by providing localized atmospheric water capacity beside the data center site.
Permitting & Community Pressure
Strengthen the project’s water-resilience narrative when engaging authorities, communities, and infrastructure stakeholders.
AI Campus Expansion
Support phased data center growth with modular water-generation infrastructure that can scale with the site.
The AIROVIA Dome
One dome. Up to 160,000 liters per day.
The AIROVIA Dome is a high-capacity atmospheric water infrastructure module designed for industrial and strategic applications. For data centers, it can operate as an external water-resilience asset connected to storage, treatment, and selected facility water systems.
Target production per dome
Equivalent daily volume
Approx. US gallons per day
Maximum annual output per dome
Production depends on temperature, humidity, dew point, system configuration, operating hours, and site-specific engineering conditions.
Application Scope
Designed to support non-critical and resilience-focused water applications first.
AIROVIA is not positioned as a replacement for the data center cooling system. It is a localized water-generation and water-resilience layer for selected facility requirements.
Cooling Make-Up Water Support
Supplement cooling-related water demand after technical validation and MEP review.
Non-Potable Technical Water
Support facility operations, maintenance, and technical water requirements.
Emergency Water Reserve
Create localized reserve capacity for drought, supply interruption, or peak-demand periods.
Cleaning & Wash-Down Water
Provide water for site maintenance, dust control, and external cleaning operations.
Landscaping & Dust Control
Support non-potable outdoor water needs in large digital infrastructure campuses.
ESG & Water Offset Reporting
Provide measurable water-generation data for sustainability and stakeholder reporting.
Deployment Model
From single dome deployment to full water-resilience plant.
AIROVIA scales through modular deployment. A data center can start with one dome and expand into a multi-dome cluster or full campus-level atmospheric water plant.
Single Dome Module
Up to 160,000 L/dayRecommended first deployment for water-resilience validation, non-potable technical water, and cooling make-up support.
Multi-Dome Cluster
320,000 to 800,000 L/dayTwo to five domes connected to shared storage, treatment, monitoring, and distribution infrastructure.
Water Resilience Plant
1,000,000+ L/daySeven or more domes designed for large AI campuses, hyperscale parks, and digital infrastructure zones.
Number of DomesDaily Capacity
1 DomeUp to 160,000 L/day
3 DomesUp to 480,000 L/day
5 DomesUp to 800,000 L/day
10 DomesUp to 1,600,000 L/day
20 DomesUp to 3,200,000 L/day
System Flow
External water infrastructure, designed around data center operations.
AIROVIA is installed outside the mission-critical white-space environment and integrated through external storage, treatment, and selected facility water systems.
01Atmospheric Air Intake
02Air Filtration
03Water Generation
04Raw Water Collection
05Water Treatment
06Clean Water Storage
07Distribution Pumping
08Facility Integration
09Monitoring Dashboard
Direct connection to mission-critical cooling systems should only be considered after engineering validation, water-quality testing, redundancy review, and approval by the data center operator, MEP consultant, and cooling-system provider.
Integration Points
Built to connect into the wider water infrastructure layer.
AIROVIA can be integrated through selected non-critical or support-side water systems.
Non-potable water storage tankCooling make-up water buffer tankFacility maintenance water lineCleaning and wash-down lineIrrigation or landscaping lineEmergency reserve tankBuilding Management SystemData Center Infrastructure Management platformESG reporting dashboard
Monitoring & Reporting
Measured water production. Clear operational visibility.
Deployments can include tools to track output, energy use, water quality, uptime, and site-level contribution to municipal water reduction.
Water Production
Track daily, monthly, and annual atmospheric water generation.
Energy Performance
Monitor kWh per liter and production performance across climate conditions.
Water Quality
Record treatment status, pH, conductivity, turbidity, and testing data where applicable.
ESG Output
Generate reporting data for water-offset, water-resilience, and sustainability documentation.
Responsible Technical Positioning
Engineered with clear boundaries.
AIROVIA’s value is strongest when positioned accurately. It is a water-resilience system, not a universal replacement for all water sources or cooling systems.
AIROVIA is designed to:
- Reduce municipal water dependency
- Support non-potable technical water
- Support cooling make-up water after validation
- Provide emergency water reserve capacity
- Strengthen ESG and permitting narratives
- Scale from one dome to multi-dome infrastructure
AIROVIA should not be presented as:
- A direct replacement for the data center cooling system
- A guaranteed replacement for all municipal water
- A universal solution for every climate
- A mission-critical cooling component without redundancy
- A potable water system without local certification
First Deployment Path
Recommended first step: one AIROVIA Dome.
The first deployment should begin as an external Water Resilience Module, operating for 90 to 180 days to measure output, energy consumption, quality, uptime, maintenance requirements, and scale-up economics.
- 01
Site Assessment
Climate, water demand, utility access, and integration review.
- 02
Single Dome Deployment
Install one dome with storage, treatment, and monitoring.
- 03
90–180 Day Validation
Measure production, energy use, water quality, uptime, and operating profile.
- 04
Technical Report
Deliver performance data, ESG value, and a recommended scale-up model.
- 05
Scale-Up
Expand to a multi-dome cluster or full AIROVIA Data Center Water Plant.
Data Center Planning
Planning a data center in a water-sensitive region?
AIROVIA can support early-stage planning by adding localized atmospheric water generation to the site’s infrastructure strategy.