Impala Platinum Holdings Limited · JSE:IMP

Impala Platinum — Corporate Update (October 2002)

12 slides from Impala Platinum's corporate update, Oct 4, 2002

  1. Slide 1: Marula Platinum - Welcome and Introduction

    MARULA PLATINUM Friday, 4 October 2002 Welcome and Introduction Rob Dey LOCATION MAP 1

  2. Slide 2: Kennedy's Vale Exploration Project

    Kennedy’s Kennedy’sVale Vale Exploration ExplorationProject Project Les Paton Les Paton MINERAL HOLDINGS GEOLOGICAL WORK Exploration Drilling Year Company Boreholes Deflections Drilled Drilled Pre 1990 Various 49 318 2000-2002 Barplats – Kennedy’s Vale 41 198 Digital Terrain Map Field Mapping Other

  3. Slide 3: UG2 Contour Plan, UG2 Reef and Ore Resources

    UG2 CONTOUR PLAN UG2 REEF Typical UG2 profile at Typical UG2 profile at northern part of Kennedy’s Vale De Goedeverwachting 200cm 120cm PGE g/t PGE g/t 100cm 80cm 150cm 60cm 40cm 100cm 20cm 0 ± 10 metres 50cm 60cm 40cm 0 20cm 0 PYROXENITE PYROXENITE PEGMATOID PEGMATOID CHROMITITE CHROMITITE ORE RESO

  4. Slide 4: Marula Platinum Background and Planned Activities

    PLANNED ACTIVITIES § Seismic interpretation § Exploration drilling § Bulk samples and metallurgical testwork § Feasibility study § Mine planning Marula Platinum Rob Dey BACKGROUND § Acquired all assets of Platexco (Winnaarshoek) – R950 million Twickenham § Exchanged Hendriksplaats for Clapham Hackne

  5. Slide 5: Safety and Geology

    SAFETY § Safety initiatives § Implemented Du Pont’s SMAT system § Platinum Rules established § Statistics to date § Three lost time injuries Geology and Mining Ivan Manini GEOLOGY Generalised section of geology at Marula Platinum 5

  6. Slide 6: Reserves and Resources, Geology, Mine Plan

    RESERVES AND RESOURCES § Evaluation drilling continuing § Resources UG2 48.6 million tonnes Merensky 45.4 million tonnes § Phase 1 to be UG2 Reef, with Merensky mined at a later stage GEOLOGY § UG2 is of a higher grade and Hangingwall UPPER LEADER 2 (PC MARKER) conducive to mechanised Parameter PYRO

  7. Slide 7: Typical Stoping and Development Layout

    TYPICAL STOPING AND DEVELOPMENT LAYOUT SORTING PROCESS LOAD HAUL DUMPER 7

  8. Slide 8: Metallurgy, Infrastructure and Social Involvement: Mineral Processing

    AUTODRILL Metallurgy, Infrastructure and Social Involvement Francois Vermeulen MINERAL PROCESSING § Design based on Mintek test work data § Overall metallurgical recovery set at 82% of ROM grades (after mine call factor and scalping) § Ball milling selected § Designed on a modular basis to facilitat

  9. Slide 9: Flowsheet and Infrastructure

    FLOWSHEET 251 000t/m MINE -480mm DMS 68 000t/m 3,50g/t 0,5g/t UNDERGROUND 165 000t/m DMS WASTE 4,66g/t AND SURFACE DUMP >300mm SCALPING 18 000t/m -300mm MILLING AND 163 000t/m 233 000t/m 0,7g/t FLOTATION 75% - 80um 3,53g/t PRIMARY 2000t/m TAILINGS CRUSHER DAM -150mm FILTRATION 430g/t PGM SECONDARY C

  10. Slide 10: Hlahlana Primary School, Lebalelo Raw Water Dam, Eskom Power

    HLAHLANA PRIMARY SCHOOL LEBALELO RAW WATER DAM ESKOM POWER 10

  11. Slide 11: Project Programme, Capital Cost, Operating Cost

    PROJECT PROGRAMME § Project duration 26 months to steady-state production § Key dates for 2002 July Mining contract award August Plant construction starts September Mine development starts § Key dates for 2003 September Cold commissioning starts October Stoping starts December Hot commissioning star

  12. Slide 12: Marula Empowerment Model and Social Involvement

    EMPOWERMENT MODEL Elements of empowerment BEE Employment Social/SME Training Ownership Equity Development Community Affirmative Mmakau Community Development Procurement Trust SOCIAL INVOLVEMENT § Preference to local contractors and suppliers § Building trades § Security § Fencing § Catering § Mining

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