Astralithos AI
Develops automation software and equipment to optimise mineral processing.
Week
Develops automation software and equipment to optimise mineral processing.
Detects conveyor idler faults using contact ultrasound and vibration monitoring.
Develops vortex cavitation and nanobubble technologies for mineral processing intensification.
Autonomous setpoint optimisation for gold plants.
Develops closed-loop electrochemical metal recovery and carbon mineralisation technologies.
Week
Critical raw materials recovered from spent lithium-ion batteries.
Modular REE recovery and PGMs from industrial waste and end-of-life products.
Critical-metal refining and recovery from battery and industrial waste.
Precursor-free manufacturing of cathode active materials.
Acid-free leaching for copper recovery from tailings and low-grade ore.
Week
Zero-emissions 24/7 high-temperature heat and power for industry.
Low-cost clean hydrogen generation directly through engineered water-rock reactions.
Uranium supply from seawater, without mines or tailings.
Turns spent nuclear fuel into new fuel and isotopes.
Nuclear fuel recycling and development of transportable power systems.
Week
AI autopilot lifts grinding throughput without new plant equipment.
AI-based close-loop optimisation of comminution and flotation circuits.
Makes the best operator’s plant performance repeatable every shift.
Finds the real cause of plant downtime from existing data.
One live view of site safety, fleet and production.
Week
Graphite refined to high-performance graphene.
Manufacturing net zero carbon, zero toxin magnesium metal.
Low-carbon hydrogen and solid carbon from the same feedstock.
Produces low-carbon cement from kaolin and industrial byproducts.
Rare earth metal, cleaner and cheaper.
Week
Drive stability and predictability from mine to mill.
Physics-informed AI that turns material and energy flow into measurable ore value.
Digital twins simulate optimise mine-to-mill operations.
Integrates projects, resources, dependencies and scenarios into a controlled environment.
Fleet management built to lift mining performance.
Week
Engineered conveyor components for high-throughput bulk handling.
Mobile system for continuous conveyor belt diagnostics.
Machine-vision fragmentation analysis for blast-to-mill optimisation.
Muon sensing for bulk ore mass measurement.
Teleoperated robotics for hazardous underground mine inspection.
Week
Clean Chemistry for the Future of Metal Extraction.
Solvent-free selective adsorption to recovers critical minerals.
AI and autonomous labs to speed up processing facility design.
Open database mapping the blueprint of critical minerals.
Engineered microbes extract metals and mineralize CO2 from tailings.