Engineering the Future of Purification Hardware
// hardware
Design · Build · Validation
PCP — Precision Concentric Purifier
World‑first purification reactor for the mining industry. Stabilised‑flow architecture enabling high‑efficiency, reagent‑free separation of complex mineral feeds.
SYS.SPECS
Stage: Design · Build · Validation · Industry: Mining / Critical Minerals · Method: Stabilised‑flow · Reagents: Zero · Footprint: Modular skid
● Design · Build · Validation → Datasheet
// hardware
Design · Build · Validation
PCP-X — Extended Substrate Reactor
Extended world-first purification platform for mining — multi-corridor flow geometry with intelligent substrate finishing. Higher throughput, broader mineral classes.
SYS.SPECS
Stage: Design · Build · Validation · Levels: Multi-corridor stack · Finishing: Intelligent substrate · Control: LIMINA Core integrated
● Design · Build · Validation→ Datasheet
// hardware
Working Prototype
DIFP — Dynamic Interface Flow Plate
Active interface plate orchestrating multiphase boundary behaviour between chambers, enabling controlled phase transfer without reagents.
SYS.SPECS
Stage: Working prototype · Function: Multiphase interface control · Integration: PCP chamber stack
● Operational→ Datasheet
// hardware
Working Prototype
SX‑CLOUD‑HW — Edge Cloud Appliance
Edge cloud appliance providing sovereign on‑skid compute, secure telemetry egress, and local execution of LIMINA Core control loops for mining purification assets.
SYS.SPECS
Stage: Working prototype · Role: Edge compute · Connectivity: Sovereign cloud bridge · Integration: LIMINA Core
● Operational → Datasheet