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Minerals Hub / Mining & Production

Pillar · 03 of 09

Mining & Production

Everything in this pillar happens to the rock itself. It runs the length of the physical chain — finding a deposit and proving what is in it, taking the ore out of the ground, sorting the valuable grains from the worthless ones, converting them into chemical products, and returning the land afterwards.

These stages belong together because each one is a constraint on the next, and none of them can be understood alone. What a drill programme measures determines what testwork can establish. What testwork establishes determines what flowsheet is worth building. What the flowsheet produces determines which refiner, on which continent, is able to accept the material at all. Read backwards, the same chain is stricter still: a buyer's specification reaches back through refining and separation to the mineralogy of individual grains, and a deposit that fails that specification fails it in the ground, years before anyone attempts to sell from it. Rehabilitation belongs in the same sequence rather than at the end of it, because in an operation whose face advances across ground, land is being restored while ore is still being mined.

The mineral set gives that chain a specific character. Heavy-mineral separation is physical rather than chemical: grains are sorted by density, magnetic response and conductivity, and leave the plant as the same minerals that entered it. The chemistry begins later and elsewhere — in pigment plants, in the reduction of titanium to metal, in the solvent-extraction trains that pull rare earths apart, and in the separation of hafnium from zirconium, where two elements that behave almost identically have to be told apart.

Current practice is the subject: the disciplines, methods, equipment and standards the industry uses today, and the reasoning by which an operation chooses among them. Methods not yet in commercial service belong to Innovation & Technology.

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Preliminary testwork, not a production specification. The path from result to target runs through PFS-level work whose outputs await compliant disclosure.

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Exploration

8 articles
A wide upland of dry grass and pale limestone, ridges receding into haze under a bright overcast sky.RutileOrión Project OverviewA lithified heavy-mineral placer in southern Spain — what has been measured, who holds it, and what the exploration programme has not yet produced.7 min readA pale rock face crossed by dark vertical bands, with a geological hammer and hand lens resting on a ledge below them.RutileReading the Orión seams: what the heavy-mineral layers tell usOrión's heavy minerals are sorted into dense layers within the quartzite — and reading those layers is where its zircon story begins.6 min readA short cylindrical drill bit on a dark surface, its cutting crown studded with coarse metallic grit and its steel body heat-tinted.RutileFrom outcrop to 187.8 metres: what the maiden drilling foundOsmond's first holes turned a mineralised outcrop into a downhole discovery — rutile-rich, with a step-out nearly ten kilometres away that Osmond interprets to correlate.5 min readA mid-century portable survey instrument with a leather carry strap, coiled fabric cable and cylindrical probe, resting on a concrete floor.RutileExplored for uranium. Worked for lead. Not, on the record, for titanium.A historic lead mine sits inside the permit and mid-century prospectors once explored here for thorium and uranium — but everyone walked past the sands that matter now.3 min readA row of small capped glass vials holding different sands and granules, with two standing empty among them.GarnetPresent, but not yet quantified: garnet and titanite in the sandsTwo minerals sit inside Osmond's definition of the Orión heavy-mineral assemblage — yet neither has ever been given a grade. Here's why that gap is the honest answer.5 min readA wide beach at low tide, dark streaks of heavy sand fanning in braided lines across pale flats toward a grey sea.RutileWhat a lithified placer actually isOrión is an ancient beach turned to stone — which is a specific kind of deposit with a specific geological meaning worth unpacking.4 min readA close view of densely packed pale sand grains, with a single amber grain and two dark ones scattered among them.XenotimeThe accessory suite: xenotime, allanite and the trace rare earthsBeyond monazite, Orión's assemblage names a handful of minor rare-earth minerals — quantified only in bulk samples, and honest about how little that says.4 min readRacked steel drill rods stacked in rows and seen end-on, their threaded collars catching light against dark bores.ZirconZircon at Orión: the exploration results to date, and the EU supply picture they sit inOsmond's zircon numbers from Jaén are exploration results, not a resource — here is what has actually been sampled, what preliminary metallurgy has achieved, and the European market context they sit alongside.12 min read

Mining Methods

1 article

Ore Processing

1 article

Refining

1 article

Metallurgy

2 articles

Processing Technology

1 article

Mine Automation

1 article

Rehabilitation

2 articles

Minerals in this pillar

MonaziteXenotimeAllaniteZirconRutileIlmeniteGarnetTitanite