International Battery Metals Ltd · TSXV:IBAT

International Battery Metals — Investor Presentation (June 2023)

14 slides from International Battery Metals's investor presentation, June 2023

  1. Slide 1: Investor Presentation

    June 2023 Investor Presentation

  2. Slide 2: Disclaimer and Forward-Looking Statements

    Disclaimer and Forward-Looking Statements Legal Disclaimer This presentation provides an overview of the business of International Battery Metals Ltd (the “Company”). This presentation has been prepared for informational purposes only to be provided to shareholders and potential investors of the Com

  3. Slide 3: Experienced Management Team with Proven Track Record

    Experienced Management Team with Proven Track Record IBAT leadership has extensive and complementary experience building and scaling technology and resource extraction companies, over 125 years of collective experience delivering results Name/Title Prior Experience Summary Biography n Mr. Flowers ca

  4. Slide 4: IBAT’s Competitive Advantage

    IBAT’s Competitive Advantage § $25M “Field Ready” Gen 1 unit - patents on process and scalable portability, Mobile DLE § Media = proprietary trade secret, sole source protection via pending production JV Production Plant § Gen-2 in Design/Engineering for construction, construct multiple fabs to meet

  5. Slide 5: What is Direct Lithium Extraction?

    Producing Lithium Faster, Cleaner, Better What is Direct Lithium Extraction? IBAT’s patented mobile extraction technology is a step-change from traditional processes that are capital intensive and require long lead, multi-year development cycles before deployment Direct Lithium Extraction Hard Rock

  6. Slide 6: IBAT has first mover advantage in the competitive landscape

    IBAT has first mover advantage in the competitive landscape Independent DLE DLE Project Stage Country Lithium Extraction Technology Developers Technology IBAT Demo/Commercial USA Sorption Summit Nanotech Pilot/Demo Canada Sorption SunResin Commercial/Growth China Sorption (heavy metal oxide) Koch Te

  7. Slide 7: IBAT GEN 2 = Superior margins

    IBAT GEN 2 = Superior margins n GEN-2 module has a build-up of up to 4 - 5 trains to deliver up to 20,000 MT of annual Lithium Chloride Equivalent (“LCE”) output (brine to LiCl). Lithium feed concentration and flow volume determine final output. (Lower brine concentrations require an increase in bri

  8. Slide 8: Development Plan Timeline and Key Catalysts

    Development Plan Timeline and Key Catalysts IBAT is significantly advanced in its development timeline and expects to deploy its first commercial-scale module into the field in 2023 1 2 IBAT is Proof of Here Concept and 3 Lab Testing Full Scale Lab scale testing was completed in 2019 – 2020 Module 4

  9. Slide 9: IBAT’s Distinctive Advantaged Technology

    Producing Lithium Faster, Cleaner, Better IBAT’s Distinctive Advantaged Technology Patented DLE processing technology has 4 key benefits: Fast Time to Market The first module will be deployed to a resource partner’s site ~3 months from signing of agreement; additional plants can be built in less tha

  10. Slide 10: IBAT – Flexible Revenue Model

    IBAT – Flexible Revenue Model Resource Partnership Lease Licensing Initial Investment § IBAT (US$20m for Gen 1, § IBAT (US$20m for Gen 1, § Made by Licensee starting in US$45m for Gen 2) – investment US$40m for Gen 2 starting in years 3-4 ie 2026-2027 provides attributable resource year 2-3 ie 2025-

  11. Slide 11: Appendix

    international battery metals Appendix

  12. Slide 12: Brine Characteristics Testing Results

    Testing Results- GEN 1 Ideal Brine Characteristics Expected Module Performance System effectively extracted lithium from each brine in both laboratory and field evaluations ü Example 1 Example 2 Example 3 Example 4 11 Laboratory evaluations Laboratory Evaluations Location (country) USA USA USA Chile

  13. Slide 13: IBAT Direct Lithium Extraction Illustrative Process Flow

    IBAT Direct Lithium Extraction Illustrative Process Flow IBAT’s process has been highly engineered to result in an energy-efficient DLE process ~98% Water Recovery w/ ~68% 10 evaporation(1) Li Recovery(2) ppm Li Battery Grade Brine Lithium Recycled Concentration / Lithium Flow Brine Flow Chloride to

  14. Slide 14: Mobile Extraction Module Underpins Value Proposition

    Producing Lithium Faster, Cleaner, Better Mobile Extraction Module Underpins Value Proposition IBAT’s skid-based system was fundamentally designed to be modular, which results in many favorable characteristics for resource developers, including: n Ability to deploy in phases and expand as capital av

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