Alkane Resources Ltd · ASX:ALK

Alkane Resources — Ruidow Global Zircon Conference 2015

19 slides from Alkane Resources's conference presentation, May 26, 2015

  1. Slide 1: Critical Metals for Sustainable Economies

    Critical Metals for Sustainable Economies Alister MacDonald- Marketing Consultant, Alkane Resources Ltd Ruidow Global Zircon Conference in Xi’an China May 26-28, 2015

  2. Slide 2: Rare Earths-Rare Metals

    Rare Earths-Rare Metals © 2015 Alkane Resources 2

  3. Slide 3: These products are everywhere..

    TA) These products are everywhere.. ALKANE Renewable energy Energy efficient lighting Auto-emissions Auto -— fuel efficiency Electronics Smart technologies Aerospace

  4. Slide 4: Europe's Critical Metals Matrix

    Europe’s Critical Metals Matrix May 2014 Heavy Rare Earth Elements Light Rare Earth Elements Niobium Hafnium Source: European Commission © 2015 Alkane Resources Source: Japan Oil, Gas and Metals, National Corporation (JOGMEC) September4 2014

  5. Slide 5: USA Critical Metals Matrix

    USA Critical Metals Matrix December 2011 Short term (Present - 2015) criticality matrix Medium term (2015 - 2025) criticality matrix Source: US Department of Energy © 2015 Alkane Resources Source: Japan Oil, Gas and Metals, National Corporation (JOGMEC) September5 2014

  6. Slide 6: Japan's Critical Metals Matrix

    Japan’s Critical Metals Matrix September 2014 Re-evaluation of HREE Criticality Matrix Nb LREE • Refer to EU’s model • Adjusts for Japanese Industries Zr • Still needs to be reconciled Hf © 2015 Alkane Resources Source: Japan Oil, Gas and Metals, National Corporation (JOGMEC) September6 2014

  7. Slide 7: Factors that determine if a metal is strategic or critical

    Critical or Strategic Supply Risk Supply risk Economic Available Time Frame • Resources - who, Importance Substitutes • Short term? what, where, • Clean energy • Price versus • Medium Term? when, & how? performance? • Fuel • Long term? • One country or efficiency • Economic company recovery or • By-

  8. Slide 8: Where do they come from

    Where do they come from Aa Material Produced DZP World Market Zirconium materials (Zr02) 16,000tpa 175,000tpa Rare earth oxides 6,000tpa 175,000tpa Ferroniobium (FeNb) 3,000tpa 90,000tpa

  9. Slide 9: Metal & Specialty Ceramics Markets

    Metal & Specialty Ceramics Markets Zircon Hafnium 1,100,00 TPA (2015) 75 TPA (2015) $1.2B USD Materials $75m USD Zirconium Niobium 180,00 TPA (2015) 60,00 TPA (2015) $1.0B USD $2.4B USD Rare earths 115,00 TPA (2015) $4.0B USD Niche markets compared to bulk commodities such as alumina and iron ore ©

  10. Slide 10: Rare Earth Industry

    Rare Earth Industry REE Demand 2016 by Application • US$3-5B Global market Other Catalysts • 136,000t Annual Consumption 2014 8% 18% • 5-10% Annual growth estimates Ceramics 5% REE Demand 2014 by Country Glass 6% Phosphors Other 5% US 5% 13.5% Japan 13.5% China Polishing 68% 12% Magnets 27% Metal Al

  11. Slide 11: Zirconium Industry

    Zirconium Industry Zircon Demand by End Use (2014 ~ 1.1 million tonnes) Other 3% Foundry 12% Ceramics 47% Chemicals 21% Refractory 17% • Global market US$2-3B • 2014 consumer zircon inventories running down 90+% of Critical • Market expected to stabilise through 2015 - 2016 Zirconium Chemicals • CAG

  12. Slide 12: China's Zirconium industry

    China’s Zirconium industry © 2015 Alkane Resources 12

  13. Slide 13: Zirconium Industry Challenges

    Zirconium Industry Challenges Zirconium chemicals Fused zirconia • Dealing with U+Th waste residues • Will <500 ppm U+Th be required for ZOC production for fused zirconia? • ZOC production of 270,000 tpa • Yes, if exported to USA or Japan requires 167,000 t zircon • China and exports elsewhere? • Co

  14. Slide 14: Comparison of Chinese Rare Earths vs. Zirconium Industries

    Comparison of Chinese Rare Earths vs. Zirconium Industries Rare Earths Zirconium Industry Government led consolidation Low Government control Market share 90% world market share of separated 75% world market share, 90% zirconium rare earths and smelted metals chemicals, 50% fused zirconia Ownership

  15. Slide 15: Niobium Industry

    Niobium Industry 90% of Nb used in standard grade ferroniobium for the production of high strength low alloy (HSLA) steels. World production estimated at 80,000t Nb in 2012. CBMM in Brazil accounts for 85%. Global market US$3-4B. Price stability since 2008, including GFC. CAGR anticipated at 10%. De

  16. Slide 16: Hafnium Industry

    Hafnium Industry Super Alloys- 73% of 2015 supply By-product from zirconium metal • Depends on nuclear industry Duopoly supply for Super Alloys © 2015 Alkane Resources Source: Modified after Lipmann Walton & Co Ltd 2015 16

  17. Slide 17: DZP Discovery and Development

    DZP Discovery and Development Recognition Exploration Resource Process • 1960’s • Drill holes 1990 • 1999-2002 Development • Initial drilling • Preliminary • Mini pilot plant • Metallurgy 2006 1983 for Cu-Au metallurgical - present work • Feasibility study Demonstration EIS Offtake Next steps… Pilot

  18. Slide 18: DZP Product Output

    DZP Product Output 4,665 TPA Light rare earth chemical concentrate 99% REO (LREO units) 1,309 TPA Heavy rare earth chemical concentrate 95% REO (HREO units) Product Output 15,827 TPA Zirconium as ZBC (carbonate) & Zirconia 99% ZrO2 (ZrO2 units) Assumed 50% 200 TPA Hafnium as HfO2 (process being tria

  19. Slide 19: Disclaimer

    Disclaimer This presentation contains certain forward looking statements and forecasts, including possible or assumed reserves and resources, production levels and rates, costs, prices, future performance or potential growth of Alkane Resources Ltd, industry growth or other trend projections. Such s

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