Heat is
the asset.
Factory-built compute infrastructure that towns welcome and factories plug into.
Your parking lot is the radiator.
IT return water at 85–100°F feeds PEX loops in the slab. The lot stays black through the storm; heat rejection is re-priced as a premium feature.
Their process load is our dry cooler.
A mid-depth header layer moves heat sideways. Where a factory sits next door, an insulated main crosses the property line and the heat becomes revenue.
The ground is the chiller.
300–500 ft bores reach a 45–55°F sink that holds year-round — silent, invisible, water-free. No chillers anywhere in the system. PUE 1.03–1.08.
The datacenter stops rejecting heat.
It becomes a thermal utility.
Every Blok site treats heat as an asset — routed to geothermal fields, stored in ice, melting snow, sold to the factory next door.
Modules that ship commissioned, not as a kit.
Each SKU is factory-integrated, load-bank tested, and set by crane in a week.
IT Module — Air
IT Module — Liquid
Power Skid
Ice Bank
Thermal Battery
Thermal Site Package
Four ways heat stops being waste.
Closed-loop geothermal
Bores reach a 45–55°F sink that holds year-round.
PUE 1.03–1.08 · WATER-FREESnowmelt field
IT return water melts the lot; winter recovers the borefield.
80–125 BTU/HR·FT²Factory symbiosis
Insulated main crosses the property line; heat becomes revenue.
92°F EXPORT · COP 4–6Ice storage
Cooling made at night prices, spent at day prices.
10× DENSER · RIDE-THROUGHOne brain routes heat against price and weather.
Every thermal and electrical asset optimized in real time. Factory export earns first; the dry cooler only trims.
We permit it. We build it. We answer the phone at 2am.
Feasibility scoring on power, fiber, zoning, noise setbacks, geology, and heat offtake. Instant SKU implication. Response within 48 hours.