Municipal Water Resilience
A fit-for-purpose industrial supply can reduce pressure on potable treatment and distribution capacity as communities evaluate new development.
Solution // Municipal Reuse
Municipal Wastewater Reuse for Data Centers
Turn treated municipal effluent into a fit-for-purpose industrial water supply for data center cooling and other approved non-potable uses.
01 / Shared Water Infrastructure
Industrial Growth Does Not Have to Mean Equal Growth in Potable Demand.
Communities are balancing economic development with finite drinking-water supplies and aging wastewater infrastructure. Treated municipal effluent can become a reliable industrial source when it receives the additional treatment required for its intended use.
Hydrolus works at the utility-campus boundary to condition reclaimed water for data center cooling and related non-potable demands. The approach can create a local customer for treated effluent while helping reserve potable capacity for homes, businesses, and essential community services.
02 / Partnership Value
Connect the Wastewater Utility to a New Local Water User.
Reliable Industrial Demand
Data center cooling can provide a consistent demand profile for appropriately treated municipal effluent near the campus.
Defined Water Quality
Source testing and a clear cooling-water specification establish the treatment, monitoring, and operating controls required for reuse.
Local Infrastructure Planning
Conveyance, storage, treatment, campus distribution, and residual management are planned together rather than as disconnected projects.
03 / Partnership Path01 02 03 04
Develop the Source and Campus as One Water Project.
Municipal reuse works best when the utility, end user, and treatment provider establish roles and requirements early.
Screen
Confirm effluent availability, seasonal reliability, chemistry, conveyance distance, demand, and the governing reuse framework.
Align
Define utility, campus, and treatment-provider responsibilities for delivery, water quality, monitoring, and residuals.
Design
Engineer conditioning, adsorption, polishing, storage, redundancy, and campus integration around the required cooling specification.
Deliver
Commission a monitored reclaimed-water supply with operating procedures and capacity aligned to campus phases.
Community and Campus Benefits
Preserve potable capacity for community use
Create productive use for treated effluent
Support data center growth with an alternative supply
Build local water resilience and redundancy
Coordinate utility and campus infrastructure investment
Reduce dependence on distant or constrained sources
Common Questions
Frequently Asked Questions
Can treated municipal wastewater supply data center cooling?
Yes. Properly treated recycled water can be used for cooling towers. Additional treatment is designed around the effluent chemistry, cooling-system needs, public-health requirements, and state and local reuse rules.
What role does the municipality retain?
The project structure is site-specific. A municipality may provide treated effluent, conveyance access, discharge requirements, or operating coordination, while the data center and Hydrolus manage the additional treatment and campus reuse system.
How does wastewater reuse benefit a community?
Using a fit-for-purpose reclaimed source can reduce pressure on potable supplies, create a productive use for treated effluent, and help communities plan industrial growth around available water resources.
What determines whether a project is feasible?
Key factors include reliable effluent volume, water chemistry, distance to the campus, conveyance and storage, required finished-water quality, local reuse regulations, residual management, and project economics.
Independent Resources
U.S. EPA: Basic Information About Water ReuseFederal guidance on recycled water for industrial uses, cooling towers, and data centers.U.S. EPA: National Water Reuse Action PlanNational actions advancing water reuse as demand grows across communities, data centers, and manufacturing.U.S. Department of Energy: Cooling Tower ManagementGuidance that identifies recycled water and high-quality municipal wastewater as alternative cooling-tower makeup sources.U.S. EPA: National Pretreatment ProgramRegulatory context for protecting publicly owned treatment works from industrial discharges.
Build a Site-Specific Water Plan
Final recovery, finished-water quality, residual handling, and system configuration are established through source-water characterization and project engineering.
Start a Project Conversation