Lynas Rare Earths Limited · ASX:LYC

Lynas Rare Earths — Lynas — Shareholder Meeting (November 2004)

28 slides from Lynas Rare Earths's shareholder meeting presentation, Nov 24, 2004

  1. Slide 1: Building a fully integrated Rare Earths supply chain from mine to customer

    Building a fully integrated Rare Earths supply chain from mine to customer Presented by Nicholas Curtis Lynas Corporation’s AGM 24 November 2004

  2. Slide 2: Content

    CONTENT Introduction to Lynas Corporation Ltd Introduction to Rare Earths Mt Weld Rare Earths Project Conclusion 1

  3. Slide 3: Lynas is a listed Australian company

    LYNAS IS A LISTED AUSTRALIAN COMPANY Australian • Head Office in Sydney • Mt Weld Rare Earths deposit in Western Australia • Additional significant mineralisation for Rare Metals including Nb, Ta, Ti, Zr, Rare Earths particularly weighted to the mid and heavy Rare Earths Listed and Independent • Lis

  4. Slide 4: Lynas has a clear vision and strong values

    LYNAS HAS A CLEAR VISION AND STRONG VALUES Vision We will lead the growth of the global Rare Earths industry by creating a reliable, fully-integrated source of supply from mine through to customer Values • Strive for excellence in safety, health and the environment • Value our differences and be ope

  5. Slide 5: Content

    CONTENT Introduction to Lynas Corporation Ltd Introduction to Rare Earths Mt Weld Rare Earths Project Conclusion 4

  6. Slide 6: What are Rare Earths?

    WHAT ARE RARE EARTHS? Rare Earths is the collective name for 15 metallic elements known as the Lanthanide series, plus Yttrium 5

  7. Slide 7: Where do Rare Earths come from?

    WHERE DO RARE EARTHS COME FROM? Whilst Rare Earths are relatively abundant in the earth’s crust, they are rarely present in economic concentration They are never found as free metals but as a ‘cocktail’ of Rare Earths elements that need separating for commercial use China currently supplies more tha

  8. Slide 8: Rare Earths enrich our lives in many ways

    RARE EARTHS ENRICH OUR LIVES IN MANY WAYS ƒ Glass Colour & Light Miniaturisation Polishing ƒ Powerful magnets Powders - Neodymium - Cerium ƒ Phosphor for CRT & PDP screens ƒ Ceramic capacitors - Europium / Yttrium - Neodymium - Terbium / Yttrium - Lanthanum ƒ Glass Screens - Cerium ƒ ‘Nano’ Powders

  9. Slide 9: Rare Earths have many applications in the automotive industry

    RARE EARTHS HAVE MANY APPLICATIONS IN THE AUTOMOTIVE INDUSTRY… Glass and Mirrors UV cut glass Car body primers polishing powder and anti-corrosive • Cerium Daimler Chrysler Fuel Cell • Cerium coatings Vehicle • Yttrium Diesel Fuel Additive Engine • Cerium Sensors • Lanthanum • YSZ Catalytic Converte

  10. Slide 10: Electronics is also a key industry for Rare Earths

    …ELECTRONICS IS ALSO A KEY INDUSTRY FOR RARE EARTHS Integrated Circuit Speakers • Ultra high purity Ce polishes silicon • Nd magnets in wafer headphones of NEC Notebook powered by integrated Fuel Cell Ipod and MP3 Players Screen • Nd magnet in PC • Eu, Tb phosphors and Notebook speakers – CRT & PDP

  11. Slide 11: The Rare Earths market is global and growing strongly

    THE RARE EARTHS MARKET IS GLOBAL AND GROWING STRONGLY Regional distribution of 2003 market Market forecast (excluding new applications) 5.5% 103 4.5 Ceramics Japan & 100 CAGR 5.5 Other SE Asia 90 84 7.0 Phosphors 23% 4.0 China 80 5.0 14.0 Polishing Pwdr 5.7 34% 70 TREO ('000 tpa) 11.5 18.5 60 Magnet

  12. Slide 12: Rare Earths prices and demand are recovering rapidly

    RARE EARTHS PRICES AND DEMAND ARE RECOVERING RAPIDLY Basic Rare Earth Product Average Price on Mt Weld Distribution (1992 to 2005F) (Metric Tonnes) (US$/kg) 120000 14 100000 12 10 80000 8 60000 6 40000 4 20000 2 0 0 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 Actual RE Dema

  13. Slide 13: Mt Weld's grade and composition are a natural advantage

    MT WELD’S GRADE AND COMPOSITION ARE A NATURAL ADVANTAGE Mt Weld Composition vs Baotou Composition By Weight By Value By Weight By Value Lanthanum oxide 25.50% 10% 25.70% 13% Cerium oxide 46.70% 17% 51.30% 24% Praseodymium oxide 5.30% 10% 5.40% 13% Neodymium oxide 18.50% 25% 15.70% 30% Samarium oxide

  14. Slide 14: Content

    CONTENT Introduction to Lynas Corporation Ltd Introduction to Rare Earths Mt Weld Rare Earths Project Conclusion 13

  15. Slide 15: Overview of the entire RED model with initial volumes

    OVERVIEW OF THE ENTIRE RED MODEL WITH INITIAL VOLUMES Upstream Downstream Method Open Cut Flotation Acid Cracking Solvent Extraction Output Ore Concentrate SEG + RECl RE compounds REO con- Av 14.8% 40% SEG 96% ~100% centration over 1st 20yr RECl 45% Planned 121,000 tpa 31,500 tpa SEG 450 tpa 10,500

  16. Slide 16: The Mt Weld mine

    THE MT WELD MINE Access to the world’s richest known Rare Earths deposit, located at Mt Weld, Western Australia All environmental and Aboriginal Heritage studies and approvals are complete Lynas is currently evaluating transportation options from Mt Weld to Port of Esperance for shipping to China 15

  17. Slide 17: The Central Lanthanide deposit is the world's richest RE deposit

    THE CENTRAL LANTHANIDE DEPOSIT IS THE WORLD’S RICHEST RE DEPOSIT 16

  18. Slide 18: The Mt Weld resource estimate and mine plan are complete

    THE MT WELD RESOURCE ESTIMATE AND MINE PLAN ARE COMPLETE Central Lanthanide Deposit (4% REO cut-off) Category Tonnes (Mt) Grade (%REO) Tonnes REO Measured 1.2 15.7 186,000 Indicated 5.0 11.8 583,000 Inferred 1.5 9.9 148,000 Total 7.7 12.0 917,000 JORC standard resource estimation and resource modell

  19. Slide 19: Mt Weld will be a small open pit operation

    MT WELD WILL BE A SMALL OPEN PIT OPERATION Key aspects of mining operation Final dimensions – 600m x 300m Open pit – maximum depth 70m Minimal blasting required for waste removal ROM pads used for grade control Crush to maximum size 10cm Stockpile for road train and rail transport 18

  20. Slide 20: Rare Earths concentration

    RARE EARTHS CONCENTRATION Successfully completed technical feasibility study for the production of Rare Earths concentrate Lynas’ concentration process employs a novel state-of-the- art flotation regime A pilot plant has been completed achieving a steady state process recovery for the Rare Earths ox

  21. Slide 21: Rare Earths cracking and initial separation

    RARE EARTHS CRACKING AND INITIAL SEPARATION Mt Weld concentrate will be processed at a purpose built processing facility in China Chinese design institute has completed engineering study for a cracking and initial separation plant in China The process flow sheet has been tailored to offer flexibilit

  22. Slide 22: Conceptual plant layout for cracking and separation in China

    CONCEPTUAL PLANT LAYOUT FOR CRACKING AND SEPARATION IN CHINA 21

  23. Slide 23: Separation to individual Rare Earths

    SEPARATION TO INDIVIDUAL RARE EARTHS Lynas will control the Rare Earths material through the entire supply chain from mine through the processing stages to final separation for end product consumers Lynas is in discussions with several separation plants in China that could either undertake toll sepa

  24. Slide 24: Lynas is the largest shareholder of AMR Technologies Inc.

    LYNAS IS THE LARGEST SHAREHOLDER OF AMR TECHNOLOGIES INC. Schematic of AMR Technologies Inc. Market Cap ~ CAD$39M AMR AMR AMR AMM R&D JIANG YIN ZIBO (Magnetics) RE 3240tpa Europe, RE 3000tpa Thailand US & China + Zirconium Lynas maintains its strategic stake in AMR Technologies Inc., the world’s sec

  25. Slide 25: Lynas continues to monitor its 20% stake in AMR

    LYNAS CONTINUES TO MONITOR ITS 20% STAKE IN AMR Two RE separation plants in China, AMR 2004 Sales Annualised RE Magnet plant in Thailand, 100% ~ US$53M expanding into Zirconium Korea Focus on high value products via 23% co-product development with China customers, supported by large 27% R&D effort F

  26. Slide 26: Mt Weld also holds the Rare Metals resource

    MT WELD ALSO HOLDS THE RARE METALS RESOURCE 25

  27. Slide 27: Mt Weld's defined Rare Metals resource

    MT WELD’S DEFINED RARE METALS RESOURCE Million Ta2O5 Nb2O5 TLnO ZrO2 Fe2O3 P2O5 Y2O3 Al2O3 TiO2 Category Tonnes ppm ppm % ppm % % ppm % % Indicated 1.5 0.037 1.40 1.65 0.32 46.5 8.9 0.10 9.94 5.8 Inferred 36.2 0.024 1.06 1.14 0.30 42.6 8.0 0.09 11.3 3.9 Total 37.7 0.024 1.07 1.16 0.30 42.8 8.0 0.09

  28. Slide 28: Conclusion

    CONCLUSION Lynas is poised to develop this important and strategic project – building the world’s only fully integrated Rare Earths supply system from mine to customer 27

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