OPERATIONAL LIFECYCLE

Mine to Machine

Trace a mineral's journey, from an ore body hidden in pegmatite to the battery, turbine or ring it ends up in.

Exploration & Prospecting

Satellite imagery, seismic surveys and core drilling locate the ore body; core samples establish grade and size.

Core samples & ore-body models

Mine design, environmental impact assessment, permits, roads, power, water and waste systems.

Infrastructure & safeguards

Clearing, access roads, utilities, processing plant and accommodation built before a single tonne moves.

Site build-out

Surface mining (open-pit, strip) for shallow deposits; underground shafts and tunnels for deep ore.

Open-pit vs underground

Ore is crushed and ground; flotation, leaching or magnetic separation split value from tailings.

Ore separated from tailings

Heat and chemistry strip remaining impurities into pure metal or finished mineral.

Raw mineral to pure element

Lithium in an EV battery, copper in a wind turbine, tourmaline in a ring.

Mine to machine

Stabilise ground, treat water, seal shafts and replant — returning the land to nature.

Restored habitat

For shallow deposits — cheaper and safer, larger surface footprint. Open-pit (copper, diamonds) and strip mining (coal).

For deep ore — vertical shafts and horizontal tunnels. Costlier and riskier, but a smaller surface impact.