NFPA 22 compliant fire suppression, cooling makeup, and thermal energy storage for mission-critical facilities. Engineered for hyperscale, colocation, and enterprise data centers.
Modern data centers consume 3-5 million gallons of water per day. Reliable on-site water storage is critical for cooling, fire suppression, and operational resilience.
Buffer reserves for municipal supply disruptions, peak demand protection, and phased facility expansion. Evaporative cooling systems require continuous water supply.
NFPA 22 compliant water storage for sprinkler, standpipe, and pre-action fire suppression systems. Complete with insulation, heating, and SherCoat coating.
Chilled water TES systems for peak load shifting. Stratified storage design enables full and partial storage strategies with redundant capacity.
Evaporative cooling towers reject server heat using water evaporation, making them far more efficient than air-cooled systems. They consume water but eliminate massive electrical loads from mechanical cooling. On-site water storage provides:
Evaporative cooling towers are the most efficient way to manage data center heat loads. They require continuous water supply that on-site storage guarantees even during municipal disruptions.
Municipal water mains can break, pressure can drop, and treatment plants can have issues. On-site storage provides hours or days of buffer capacity to ride through disruptions.
Summer peak cooling demand can exceed municipal supply capacity. On-site storage allows the facility to pre-fill during off-peak hours and draw from reserves during peak demand.
Modular bolted steel tanks can be expanded as the facility grows. Add capacity in phases that match your build-out schedule without over-investing upfront.
Data center fire protection requires dedicated water storage that meets NFPA 22, local fire codes, and insurance requirements. Our fire protection packages include:
Thermal energy storage (TES) allows data centers to shift cooling loads from expensive peak hours to off-peak hours, reducing energy costs by 20-40% while improving cooling redundancy.
Store chilled water during off-peak hours when electricity is cheap. Deploy stored cooling during peak demand periods to reduce chiller operation and electrical costs.
Thermally stratified tanks maintain a sharp boundary between warm return water and cold supply water, maximizing storage efficiency and cooling capacity.
Full storage eliminates all peak-period chiller operation. Partial storage reduces peak chiller capacity requirements. We engineer the optimal strategy for your facility.
TES tanks provide inherent redundancy for cooling systems. If a chiller fails, stored chilled water provides emergency cooling capacity while repairs are made.
We understand the unique requirements of mission-critical facilities.
Factory-manufactured panels with precision-drilled bolt holes ensure consistent quality and fast field assembly. No welding, no hot work permits required on your data center campus.
Bolted steel tanks install in days, not months. Our lifting jack erection method requires no cranes, minimizing disruption to active data center operations.
Add capacity as your facility grows. Bolted construction allows tanks to be expanded in place or additional tanks to be deployed as build-out phases progress.
From initial site assessment through commissioning, our engineering team supports your project with sealed drawings, specifications, and compliance documentation.
Get a custom quote within 24 hours. Our engineering team is ready to spec the right solution for your project.