Professional+

Ore Grade & Recovery

Follow your ore from bench face to processing plant — and find where grade goes missing.

Ore Grade & Recovery — Live Preview
Connected

ROM Grade (Fe)

61.4% Fe

ON TRACK

Plant Feed Grade

60.1% Fe

AT RISK

Grade Loss (Dilution)

1.3% Fe

AT RISK

Recovery Factor

94.2%

ON TRACK

Live data requires Appilico OS subscription. Book a demo for a personalised walkthrough.

The Problem

Grade dilution between the mine and the mill costs operators revenue every tonne. The Ore Grade dashboard tracks grade through every stage of the value chain so you can pinpoint losses and fix them.

The Outcome

Recover A$1–4M/yr in grade losses

See where grade disappears. Fix it at the source.

Key features

Bench-to-plant grade waterfall — see dilution at every stage
Geological model vs actual reconciliation
Multi-element tracking (Fe, SiO₂, Al₂O₃, P, Mn)
Blending optimisation dashboard
Grade control sampling visualisation
Recovery factor analysis
Stockpile grade management

Sample insights

ROM Grade (Fe)

61.4% Fe

ON TRACK

Plant Feed Grade

60.1% Fe

AT RISK

Grade Loss (Dilution)

1.3% Fe

AT RISK

Recovery Factor

94.2%

ON TRACK

Industry use case

A mid-tier iron ore producer discovers through the grade waterfall that 0.8% Fe is being lost during the crushing circuit — not during mining as previously assumed. A minor blasting pattern change recovers 0.6% Fe, adding A$1.2M/quarter to revenue at current iron ore prices.

Composite case study based on Australian Pilbara iron ore operations

Integrations

GEOVIA Surpac
Micromine
Datamine
Vulcan
SAP

Don't see yours? Contact us — we integrate with most ODBC-compatible systems.

Download sample data

Representative Australian mining dataset used to build this dashboard. CSV format.

Related dashboards

See it on your data

Book a 15-minute demo and we'll show you the Ore Grade & Recovery dashboard running on a dataset representative of your operation.