CONTROL CENTER 01 / 04

Material
intelligence.

Live recovery architecture · 15 interconnected processing campuses.

01 INPUT & CONTROL LIVE

Feedstock intake420 t/h Conveyor velocity1.00 × Input contamination8 %

02 RECOVERY SYSTEMS

Material moisture12 % NIR optical precision94 % Robotic pick efficiency88 % Magnetic separation96 % Eddy-current recovery92 % Product purity target72 %

03 THERMAL & CONDITION

Furnace set point760 °C Equipment availability98 %

04 OPERATIONAL SCENARIOS

LIVE FACTORY TELEMETRYSHIFT 00:00

INBOUND MASS FLOW—tonnes / hour

RECOVERED MATERIAL—tonnes / hour

RECOVERY RATE—mass yield

PLANT ELECTRIC LOAD—MW estimated

CONTINUOUS PROCESS OUTPUTRISK —

RecoveredInputMODEL ACTIVE

FACILITY MAP15 CAMPUSES

4800 × 2900 m / METRIC◎ GPS SIMULATED

HELIX-9 / OPEN WORLDW A S D navigate · DRAG orbit · SCROLL zoom

CAMPUS 08 · ROBOTIC PICKINGREAL-TIME 3D SIMULATION

LOD ACTIVE— PARTS VISIBLE— FPS

Materialintelligence.

Material
intelligence.