Image Resources Nl · ASX:IMA

Image Resources Nl — Shareholder Meeting (May 2023)

32 slides from Image Resources Nl's shareholder meeting presentation, May 30, 2023

  1. Slide 1: Focused on Growth and Sustainability

    Focused on Growth and Sustainability 2023 Annual General Meeting of Shareholders 30 May 2023 Patrick Mutz Managing Director Image Resources NL 1 ASX: IMA

  2. Slide 2: Disclaimer and Forward-Looking Statements

    Disclaimer and Forward-Looking Statements This presentation/document has been prepared by the management of Image Resources NL ("Image”, “IMA“, or “the Company”). The information presented includes an indicative outlook of the business activities of Image for the calendar year (CY) 2023 and beyond,

  3. Slide 3: Outline

    Outline  Building a picture of the future with current limited information • Growth and sustainability strategy • Transitioning to Chapter 2  The changing value proposition • Transitioning from high HM grade/high zircon to low HM grade/high ilmenite • Importance of economy-of-scale and value-addin

  4. Slide 4: Brief Recap

    Brief Recap  2017 BFS Plans • Boonanarring and Atlas to be mined in series • Total mine-life ~8 years (Boon ~5; Atlas ~3) • Repay debt • Self-fund relocation of operations to Atlas  Upside aspirations (outside of plan) • Organic growth of Ore Reserves and mine-life at Boonanarring o This did not h

  5. Slide 5: Brief Recap

    Brief Recap  Challenges/achievements that were not anticipated (no excuses, just facts) • COVID-19 impacts and restrictions • Paid $0.02/share dividend in April 2021 and again in April 2022 (~AU$35m cash) • Purchased two strategic projects in CY2022 (~AU$36m cash) • Defeated 249-D action against ke

  6. Slide 6: Brief Recap

    Brief Recap  Rapid transition to successful mining company • 6-month construction; A$52m on-ground spend (2018) • On-time; on-budget • Ramped to name-plate capacity in 2nd month of operation  Profitable from first full year of operation  Early repayment of A$50m debt (Feb 2021)  Paid inaugural d

  7. Slide 7: Introduction

    Introduction Building the picture of the future Sometimes a picture is muddled, even though you might recognise certain aspects in the disorder. 7

  8. Slide 8: Introduction

    Introduction Sometimes the picture is more recognizable, but it is out of focus or opaque. 8

  9. Slide 9: Introduction

    Introduction Sometimes the picture is both muddled and out of focus. 9

  10. Slide 10: Growth and Sustainability Vision

    Growth and Sustainability Vision 2017 BFS fuzzy options Chapter 1  Simple business model Boonanarring Atlas Hyperion Helene  Dry mining  1 operation Chapter 1  1 product  1 market Chapter 2 Growth - Bidaminna and beyond  More comprehensive + CY2022 business model Bidaminna Titan Calypso Strate

  11. Slide 11: Growth and Sustainability Vision

    Growth and Sustainability Vision Chapter 2 - Building the future Durack and Expanded `Blue, Gray or Solar Farm Yandanooka others in Turquoise Eneabba Hydrogen Tenements Green Hydrogen McCalls Synthetic Mineral Rutile Separation Production Plant High Grade Iron Byproduct Expanded (potential) Mindarra

  12. Slide 12: Changing Value Proposition

    Changing Value Proposition Notes: Information in graphs taken from Mineral Resources statement – Table 2, attached to this presentation. 12

  13. Slide 13: Changing Value Proposition

    Changing Value Proposition Notes: Information in graphs taken from Mineral Resources statement – Table 2, attached to this presentation. 13

  14. Slide 14: Changing Value Proposition

    Changing Value Proposition Notes: Information in graphs taken from Mineral Resources statement – Table 2, attached to this presentation. 14

  15. Slide 15: Changing Value Proposition

    Changing Value Proposition  Bar graphs represent rough min and max  Line graphs of mass contribution in HMC added commodity price over the last 24 months for various Image projects • Synthetic rutile does not exist naturally in HM assemblage but can be produced by upgrading of ilmenite. It is show

  16. Slide 16: Synthetic Rutile (SR)

    Synthetic Rutile (SR)  What is SR? What is it used for?  The titanium dioxide (TiO2) content in ilmenite can range from 45-70% TiO2, with the majority of the balance being iron  Natural, high-quality Rutile is >95% TiO2  Removing the iron from ilmenite can increase TiO2 content to 90-95% TiO2 an

  17. Slide 17: Synthetic Rutile

    Synthetic Rutile  What is the forecast demand for SR?  Australia has been and remains the largest SR manufacturer in the world, with all Australian SR manufactured in WA by Iluka and Tronox  Australia is the 2nd largest consumer of SR in the world, with the vast majority by Tronox to produce TiO2

  18. Slide 18: Synthetic Rutile

    Synthetic Rutile  So how is the iron removed from ilmenite?  Iluka and Tronox use the Becher process • patented in 1961 by Robert Gordon (Bob) Becher • commercialised in 1969 by RGC (forerunner to Iluka)  Basics of the Becher process • high temperature (>1,100o C) roasting of ilmenite in a rotary

  19. Slide 19: Synthetic Rutile

    Synthetic Rutile  Is there a better way? Short answer is YES; it was patented in 1999-2000 Production of synthetic rutile by low temperature reduction of ilmenite  Patent recently expired  Process not commercialised to-date likely due to: • Becher process improvements and ongoing success • New ca

  20. Slide 20: Synthetic Rutile

    Synthetic Rutile NewGenSR benefits:  What is NewGenSR process? • General advantages of fluidized bed reactor vs. rotary kiln (next slide)  Key differences of NewGenSR compared to Becher process: • Environmentally friendly o lower CO2 emissions • NewGenSR uses fluidized bed reactor instead of rotar

  21. Slide 21: Fluidized Bed Reactor versus Rotary Kiln

    Fluidized Bed Reactor versus Rotary Kiln Simple standard components Very high gas‐solids contact area No brickwork or refractory to replace Precise temperature control Uniform temperature profile Very fast heat‐up and cool‐down Very good product consistency Low operating costs Less energy intensive

  22. Slide 22: Preliminary Conceptual Plan

    Preliminary Conceptual Plan Cautionary statement: The following conceptual plan should only be read in conjunction with the Disclaimer and Forward-Looking Statements at the beginning of this presentation. The information provided in the following preliminary plan is conceptual and aspirational and s

  23. Slide 23: Preliminary Conceptual Plan

    Preliminary Conceptual Plan 23

  24. Slide 24: For further information

    For further information Image Resources NL info@imageres.com.au Office: +61 8 9485 2410 Level 2, 7 Ventnor Avenue West Perth, WA 6005 PO Box 469, West Perth, WA 6872 www.imageres.com.au 24

  25. Slide 25: Mineral Resources and Ore Reserves Statement

    Mineral Resources and Ore Reserves Statement Table 1 ‐ 25

  26. Slide 26: Mineral Resources and Ore Reserves Statement

    Mineral Resources and Ore Reserves Statement Table 2 ‐ 26

  27. Slide 27: Mineral Resources and Ore Reserves Statement

    Mineral Resources and Ore Reserves Statement 27

  28. Slide 28: Mineral Resources and Ore Reserves Statement

    Mineral Resources and Ore Reserves Statement 28

  29. Slide 29: Mineral Resources and Ore Reserves Statement

    Mineral Resources and Ore Reserves Statement 29

  30. Slide 30: Mineral Resources and Ore Reserves Statement

    Mineral Resources and Ore Reserves Statement 30

  31. Slide 31: Mineral Resources and Ore Reserves Statement

    Mineral Resources and Ore Reserves Statement 31

  32. Slide 32: Hydrogen Colour Wheel

    Hydrogen Colour Wheel © IMAGE An electrolytic production process similar to green but powered by nuclear energy One main pathway for global decarbonization it combines gray hydrogen production with CO, capture technology to minimize emissions Splits methane from natural gas into hydrogen and solid “

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