Data Center Water Reuse Resources
Practical explanations for operators, utilities, planners, and communities evaluating reclaimed water infrastructure.
Clear Answers for Better Water Decisions.
Water reuse projects cross engineering, utility, environmental, permitting, and community concerns. These resources explain the major water streams, treatment decisions, and partnership models without disclosing Hydrolus' proprietary process details.
Data Center Water Usage and WUE
Understand Water Usage Effectiveness, withdrawal versus consumption, accounting boundaries, and the role of reclaimed water.
Read the GuideCooling Tower Water Quality
Review TDS, hardness, silica, chlorides, suspended solids, corrosion, and cycles of concentration.
Read the GuideBlowdown Treatment Technologies
Compare adsorption, reverse osmosis, filtration, ion exchange, evaporation, and hybrid treatment trains.
Read the GuideWastewater Pretreatment
Plan POTW coordination, sampling, discharge characterization, monitoring, and local sewer requirements.
Read the GuideWater Reuse Planning
Develop the water balance, target quality, storage, redundancy, conveyance, residual plan, and commissioning basis.
Read the GuideData Center Water Reuse FAQ
Get concise answers to common cooling, reuse, treatment, permitting, reliability, and delivery questions.
Read the GuideData Center Water Glossary
Review plain-language definitions for WUE, blowdown, cycles, TDS, POTW, ZLD, adsorption, and related terms.
Read the GuideCooling Tower Blowdown Calculator
Estimate makeup demand, blowdown volume, and potentially recoverable water from a simplified water balance.
Read the GuideCooling Tower Blowdown Reuse
Learn what blowdown contains, why it is discharged, and how a site-specific treatment system can recover it for additional use.
Read the GuideData Center Water Reclamation
Plan a complete campus water system using reclaimed municipal water, internal recovery, modular treatment, storage, and redundancy.
Read the GuideMunicipal Wastewater Reuse
Understand how utilities and data centers can convert treated effluent into a reliable, fit-for-purpose industrial water supply.
Read the GuideData Center Zero Liquid Discharge
Evaluate high recovery, final concentration, residual handling, limitations, and the conditions that may support ZLD.
Read the GuideStart With the Source Water.
Reuse feasibility cannot be established from a generic flow diagram. Representative water quality, flow variability, target end use, local requirements, residual management, and campus integration determine the final solution.
Discuss a Water Characterization