METALLIC MINERALSCanada critical mineralAlberta priority

Titanium & zirconium (oil sands heavy minerals)

Oil sands mines already concentrate 11.5 % TiO2 and 3.6 % ZrO2 into froth-treatment tailings — a world-scale feedstock with no plant.

Froth-treatment tailings from the Fort McMurray mines contain heavy minerals (ilmenite, leucoxene, rutile, zircon, monazite) concentrated 10–30 times above the ore. Studies put recoverable output at about 220 kt/yr of TiO2 feedstock and 80 kt/yr of zircon from two plants — roughly 6 % and 9 % of world supply at the time. Titanium Corporation (now CVW CleanTech) finished front-end engineering at Horizon in 2019 but no investment decision has followed.

POTENTIAL & KNOWN RESERVES IN ALBERTA

FTT ≈11.5 % TiO2, 3.6 % ZrO2; potential 220 kt/yr TiO2 + 80 kt/yr zircon; monazite 43.6–72.5 kt/yr

Confidence: Indicated

Where it occurs

  • Horizon (CVW FEED 2019)
  • Syncrude Mildred Lake / Aurora
  • Suncor Base and Fort Hills
  • Kearl
  • Muskeg River / Jackpine

Official reserve pins on the map

  • Oil sands froth-treatment tailings — monazite per year72.5 kt/yr (43.6–72.5) · Resource estimate · 2024 basisAGS INF 157 ↗

Live Atlas valuation (reference scenario)

1 subsurface asset priced by the Atlas engine: economic value $13T. Move the Scenario Laboratory sliders on the map to reprice.

  • McMurray Formation (Athabasca)2.25M MMbbl in place · recoverable $15T · economic $13T (87% clears break-even)

GEOLOGY: WHAT MAKES A DEPOSIT MORE LIKELY

Detrital heavy minerals in McMurray sands naturally concentrated in the froth-treatment tailings stream of bitumen extraction.

Host formations
McMurray Formation heavy-mineral suite
Depth range
0–80 m

Favourable conditions

  • Mines with paraffinic or naphthenic froth treatment producing a tailings stream of 15–30 % heavy minerals
  • Zircon and TiO2 feedstock markets tight
  • Solvent and bitumen recovery credits that pay for the circuit

Prospectivity envelopes on the map (1)

  • Oil sands froth-treatment tailings (Fort McMurray mines)Favourable
    Heavy-mineral (ilmenite, leucoxene, zircon) concentration in bitumen froth tailings · 0–80 m
    • Heavy minerals naturally concentrated 10–30× in froth treatment tailings streams
    • Mines already handle 100+ Mt/yr of sand — recovery is a bolt-on circuit
    • Zircon and TiO2 feedstock markets are tight; prior CVRD / Titanium Corp pilots
    Source: Titanium Corporation / Canadian Natural CVW pilot; AGS heavy mineral studies.

DATASETS THAT TEST THE TARGET

Stack these layers on the integrated map

Discriminating datasets first, then every catalogued public dataset tagged to this commodity. Verified endpoints draw directly; link-only entries open the publisher page.

  • Oil sands projects, schemes & development areas (OASIS)Alberta Energy and Minerals · Infrastructure · drawable · verifiedApproved project footprints — the mines and SAGD schemes whose tailings and produced water host by-product minerals.Source ↗
  • Surface mineable oil sands (local GeoJSON)Government of Alberta · Mineral tenure · drawable · verifiedOverburden under 75 m: the mining fairway and the froth-tailings heavy-mineral source.Source ↗
  • Oil sands agreementsAlberta Energy and Minerals · Mineral tenure · drawable · verifiedOil sands rights; nearly all of the Athabasca mineable area is leased.Source ↗
  • Mineral core & oil sands core locations (AGS)Alberta Geological Survey · Wells · drawable · verifiedPhysical core you can log for heavy minerals, brine chemistry or coal quality without drilling.Source ↗
  • Metallic mineral occurrences (DIG 2019-0026)Alberta Geological Survey · Mineral occurrences · drawable · verifiedKnown showings to anchor exploration models; density is highest on the Shield and Clear Hills.Source ↗
All 13 tagged datasets
  • Bedrock geology polygons (DIG 2013-0018, queryable)Alberta Geological Survey · Bedrock geology · drawableSource ↗
  • Metallic mineral occurrences (DIG 2019-0026)Alberta Geological Survey · Mineral occurrences · drawableSource ↗
  • AGS prospective areas for mineral explorationAlberta Geological Survey · Mineral occurrences · drawableSource ↗
  • NRCan Map 900A: producing mines, mineral areas, oil & gas fieldsNatural Resources Canada · Mines & operations · drawableSource ↗
  • Canada critical minerals projects & processingNatural Resources Canada · Mines & operations · drawableSource ↗
  • Oil sands agreementsAlberta Energy and Minerals · Mineral tenure · drawableSource ↗
  • Non-Crown mineral ownershipAlberta Energy and Minerals · Land constraints · drawableSource ↗
  • Surface mineable oil sands (local GeoJSON)Government of Alberta · Mineral tenure · drawableSource ↗
  • Oil sands projects, schemes & development areas (OASIS)Alberta Energy and Minerals · Infrastructure · drawableSource ↗
  • Mineral core & oil sands core locations (AGS)Alberta Geological Survey · Wells · drawableSource ↗
  • Parks & protected areas (by designation)Alberta Forestry, Parks and Tourism · Land constraints · drawableSource ↗
  • First Nations reserves & Métis settlementsGovernment of Alberta · Land constraints · drawableSource ↗
  • Alberta Township System gridAlberta Energy and Minerals · Grid & base · drawableSource ↗

VALUE & VALUE CHAIN

Zircon sand / ilmenite / Ti slag: Zircon US$1,316–1,835/t; ilmenite 46 % US$237/t; high-Ti slag ≈US$677/t (2026)

ScrapMonster zircon ↗

Not in the Atlas price deck.

Value chain

  1. Froth-treatment tailings
  2. Gravity + magnetic + electrostatic separation
  3. Ilmenite / leucoxene / zircon concentrates
  4. TiO2 pigment, titanium sponge; ceramics, zirconia, nuclear cladding

Industries and products that rely on it

IndustryProductsAlberta capacityGrowth
TiO2 pigmentPaint, plastics, paper whitener—Growth≈88 % of titanium feedstock demand; GDP-linked
Titanium metalAerospace sponge—GrowthAerospace recovery and defence
ZirconCeramics, foundry, zirconia, nuclear fuel cladding—GrowthSupply-constrained; new SMR fleet adds zirconium demand
By-product REEMonazite concentrate—Strong growthSee rare earths profile

DEMAND & PRODUCTION PROJECTIONS

What the forecasts say

  • SupplyTwo plants could supply ≈6 % of world TiO2 feedstock and ≈9 % of zircon (2001 basis)OneMine ↗

Key risks

  • Operator commitment (CNRL)
  • Thorium in monazite
  • Capital inflation since 2019

DEVELOPMENT: TENURE, ROYALTY, PERMITTING

What a developer needs to know

Tenure
Under the host oil sands lease; a Metallic & Industrial Minerals lease may be required for non-bitumen minerals (clarify with Alberta Energy).
Royalty
Metallic minerals: 1 % of mine-mouth revenue pre-payout; post-payout the greater of 1 % mine-mouth or 12 % of net revenue (AR 350/93 s.4). Interaction with oil sands royalty on recovered bitumen to be confirmed.
Lead time
3–4 years from FID

Permitting path

  1. EPEA approval amendment at the host mine
  2. AER Directive 085 tailings integration
  3. CNSC if monazite is recovered

Infrastructure needs

  • Mineral separation plant
  • Rail to tidewater
  • Dryers and power

Active players

CVW CleanTech (ex-Titanium Corp)Canadian Natural (Horizon host)Suncor / SyncrudeImperial Kearl

Recommended next steps

  • Update Horizon FEED economics at 2026 prices
  • Secure zircon offtake
  • Pilot monazite split for REE

MINES, PILOTS & PROJECTS (1)

Who is already working this commodity in Alberta

  • Froth-treatment tailings heavy minerals (Ti–Zr–REE)Critical-minerals recovery · CVW CleanTech (ex-Titanium Corp) / AGS studies · ≈220 kt/yr TiO2 + 80 kt/yr zircon potential; 43–72 kt/yr monazitePilot / demonstration (2026)Horizon FEED completed 2019; no FID; AGS INF 157 (Jan 2026).Source ↗

SOURCES

Profile updated 2026-10-08. Registry provenance ids: T06 (Survey Data Registry).

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