Figure 1: Schematic Kipushi cross-section showing mine ...

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Figure 1: Schematic Kipushi cross-section showing mine infrastructure and the Big Zinc and Kipushi Fault zones.

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Figure 2: Drill plan showing schematically the location of the mineralized zones and infrastructure in the Cascades side of the mine. The Big Zinc zone is interpreted to plunge steeply to the south, where it was intersected by hole KPU040.

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Figure 3: Drill section #1 (furthest to the east) through Série Récurrente zone. Assay composites reported are true widths.

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Figure 4: Drill section #2 (middle section) through Série Récurrente zone. Assay composites reported are true widths.

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Figure 5: Drill section #3 (furthest west) through Série Récurrente zone. Assay composites reported are true widths.

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Figure 6: High-grade copper-zinc intersection in KPU014, newly reported assays grading 5.7% copper, 22.5% zinc, 33 g/t silver and 28 g/t germanium over an estimated true width of 8.7 metres.

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Figure 7: Three-dimensional model of Big Zinc zone based on historical Gécamines drilling, showing Ivanhoe’s planned and completed drill holes. The location of Ivanhoe’s recently completed drill hole KPU040 is indicated.

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Figure 8: Portion of recently completed intersection of massive zinc-copper sulphide mineralization in the Big Zinc zone, from drill hole KPU040.

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Figure 9: Close-up of massive copper sulphides (chalcopyrite and bornite) in drill hole KPU040 through the Big Zinc zone.

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Figure 10: Drilling the Big Zinc zone on the 1,272-metre level.

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Figure 11: Scooptram removing mud from access on 1,150-metre level.

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Figure 12: Installation of new Grifo pump at 1,112-metre pump station.

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Figure 13: Replacing sheave wheel on Shaft #2 headframe.

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Figure 14: New, main ventilation fan at Shaft #4, fabricated on site and operational.