Almost all the power a data center draws leaves as low-grade heat. We route that heat into desalination instead of evaporative cooling towers.
AI compute — and therefore waste heat — is erratic, which destabilizes thermal desalination membranes. That's the exact problem that sank earlier co-location attempts.
MSH's core invention is a SCADA-driven thermal buffer: a biomass boiler, fueled by utility vegetation waste, that dynamically holds membrane feed temperature stable through compute dips — keeping the system producing water 24/7. It is the most novel, least-contested claim in our patent filing.
We report membrane distillation's real electrical and thermal energy separately — the thermal input is valued at ~zero only because the heat is stranded. No blended figures below physical limits.
Near-distilled water is stabilized to a neutral Langelier index before injection, protecting the aquifer and meeting drinking-water standards at the point of injection.
The desalination loop runs in parallel with — never ahead of — the data center's primary cooling, with full backup so the operator never depends on our loop.
Real membrane-distillation yield at data-center heat, thermal-buffer stability through compute dips, brine mass balance, and a permitted remineralized injection — the data that unlocks the Series A.