“We design machines from first principles — and ship the drawings.”
Three waste streams, one root cause: hardware teams iterate in weeks on simulation tools they don't own.
Aerospace scrap worth billions is exported or downgraded for pennies on the dollar.
Tens of thousands of legacy mines leak copper and zinc into western watersheds — cleanup tech is too big, too slow, too centralized.
Fast-cycling storage exists, but gyroscopic torque keeps it off rooftops, vehicles, and seismic ground.
Each is a modular electromagnetic machine nobody has built — because designing one the conventional way takes years.
One physics framework. 19 patents pending. Days per design iteration, not months.
Titanium scrap → assayed ingot, at the scrap source.
A shippable vacuum/argon cold-crucible induction island that re-melts titanium revert into certified ingot — recovering value that today leaves the country as discounted scrap.
Clean water out. Metal concentrate recovered.
A containerized skid that polishes residual copper and zinc from acid mine drainage and groundwater at legacy mine sites — cleanup with a critical-minerals co-benefit, sized for the thousands of sites too small for a treatment plant.
Counter-rotation attacks the torque. The torque is the constraint.
A coaxial nest of three counter-rotating carbon-fiber rotors in one vacuum vessel — engineered to minimize net angular momentum, targeting rooftops, vehicles, and seismic siting that single-rotor machines cannot take. No chemistry, no capacity fade mechanism from cycling. Exact cancellation is an active engineering item — we say so.
Pilot campaigns and machine sales in titanium recycling and mine-water cleanup — cold-campus products, pilot-scale capital, named partner pipelines in motion.
The same engine that produced three fab-ready machines in one year carries a deep patent-pending portfolio across: energy storage · isotope separation · melt and casting · critical minerals · reactor systems.
Every machine sold funds the pipeline that designs the next one faster.
| 19 U.S. provisional patent filings | Filed |
| SAM.gov / CAGE federal registration | Active · July 2026 |
| MB-Ti-Melt fabrication package | Complete — quoting |
| Nevada economic-development engagement | In progress |
| Pilot-partner outreach (3 product lines) | Active · August 2026 |
| Field-demonstrated hardware | Not yet — that is what this round builds |
Federal programs now fund metal recovery from waste streams — mine water and scrap are inventory, not liability.
Defense-critical materials processing is moving home; domestic titanium capability is a named national gap.
Installation and utility programs are actively seeking storage that sites where batteries and single-rotor machines cannot.
Capital close. Bench prototypes of Ti-Melt and MineClean cores in fabrication. RMM-OTD design review with national-lab test programs.
First surrogate-material bench campaigns — the data that lifts evidence grades. First paid pilot commitments in titanium or mine water.
Field pilots on partner sites. Bench-validated RMM-OTD prototype build begins. Series A scaling program launches on pilot data.
Allocation is a planning estimate [EST]; governed by pilot traction.
Deeper technical packages — drawings, models, design bases — under mutual NDA.