Waterless Cooling Infrastructure
‘Axial Radiant Cooling’ ARC Wind Based Cooling Towers
Our proprietary ARC cooling towers use ambient airflow and engineered aerodynamics to remove heat without water consumption.
Key Performance Metric:
- ~1 MW of cooling capacity per tower
Dry Cooling, Minimal Electrical Load
Unlike traditional cooling systems:
- No evaporative loss
- No cooling water infrastructure
- Minimal parasitic electrical demand
Cooling is achieved through:
- Lateral wind capture
- Directed airflow across central heat exchangers
- Passive + assisted airflow design
Seasonal Thermal Optimization
Geothermal Loop Integration
During colder months:
- Towers reject heat into the ground
- Geothermal fields are recharged for summer cooling
This creates a balanced annual thermal cycle, improving efficiency.
Thermal Storage Systems
Reclaimed XPS Insulation
We utilize reclaimed extruded polystyrene (XPS) to insulate large subsurface thermal storage zones:
- Cost-effective vs new materials
- High R-value performance
- Diverts material from waste streams
Applications include:
- Cold storage reservoirs
- Ground temperature stabilization
- Peak load buffering
Backup & Redundancy
High-Efficiency Chillers
While the system is designed for full passive capacity:
- Chillers provide peak condition redundancy
Ensures 100% uptime reliability
Result
A fully waterless cooling system capable of supporting hyperscale loads in:
- Arid regions
- Water-restricted jurisdictions
- High-temperature environments