Node
A modular treatment and reuse unit whose effective train the AI can change with valves, not with a rebuild.
What it does
- Strainer, ultrafiltration, carbon, site-specific polishing, bypassable reverse osmosis, UV, residual disinfection, and a divert-to-waste valve that fails closed.
- Ultrafiltration and UV are never bypassed. Reverse osmosis and carbon are the AI's energy levers.
- First scale 1 to 5 m³ a day, for industrial non-potable reuse behind a customer's fence.
What it is not
Not a household purifier and not a municipal plant. Not for sale until it has run at a laboratory partner and at one industrial site.
Status discipline
Four labels only: Shipping, Research track, Designed, Planned. A label changes when the record supports it, not before. Current label: Research track.
See the roadmap| item | value | note |
|---|---|---|
| source | reclaimed | turb 3.1 · cond 640 · TOC 6 |
| target | cooling make-up | spec CM-2 |
| train | UF·GAC·CF·UV·Cl | RO, IX bypassed |
| predicted | in spec | confidence 0.97 |
| energy | 0.9 kWh/m³ | vs 2.4 with RO |
| constraint check | PASS | 12 / 12 rules |
RO is the energy lever. With the battery under 40% and demand covered from storage, the compiler keeps RO bypassed and raises UV dose instead. A person can pin any module.
Backwash timing · recovery within ±5% · UV dose up only · storage and energy schedule. Everything else is a proposal a person approves. Divert-to-waste is a spring-return valve the AI cannot hold open.