Hpq Silicon Inc · TSXV:HPQ

Hpq Silicon — Investor Presentation (June 2026)

34 slides from Hpq Silicon's investor presentation, Jun 25, 2026

  1. Slide 1: Focused on commercializing advanced materials technologies

    Focused on commercializing advanced materials technologies

  2. Slide 2: Cautionary Statements Regarding Forward-Looking Information

    CAUTIONARY STATEMENTS REGARDING FORWARD-LOOKING INFORMATION This presentation contains 'forward-looking information' and 'forward-looking statements' (collectively, 'forward-looking statements') as of June,24, 2026, within the meaning of applicable Canadian securities laws. These statements include,

  3. Slide 3: Advanced Materials Technology Ready For a Sustainable Future

    Advanced Materials Technology Ready For a Sustainable Future Corporate overview Key achievements HPQ Silicon Inc. (HPQ) is a Canadian company focused on the near- Battery materials term commercialization of advanced materials technologies. • GEN-3 cells (18650 & 21700) outperform graphite benchmarks

  4. Slide 4: Well Positioned to Capitalise on Multiple Growing Opportunities

    Well Positioned to Capitalise on Multiple Growing Opportunities Significant, multi-vertical addressable markets • Silicon battery materials TAM US$15b+ by 2035[1] and 3C battery market US$22.9b by 2033 [2]; 1 • Fumed silica substantially superior to silica alternatives [3]; • Global hydrogen market

  5. Slide 5: Three Core Solutions Moving Towards Commercialization

    Three Core Solutions Moving Towards Commercialization Silicon Battery Materials Fumed Silica Autonomous H2 Production Developed by Novacium Developed with PyroGenesis Developed by Novacium Product • Engineered Silicon based anode Product • Specialized powder additive with Product • Autonomous and on

  6. Slide 6: Advancing Silicon-Based Battery Materials

    Advancing Silicon-Based Battery Materials Engineered Silicon Anode Materials optimized for industrial & defence integration Silicon-Based Battery Materials Manufacturing Cells Manufacturing Producing both the material and the industry-leading high-performance battery cells with (36.8% owned by HPQ)

  7. Slide 7: Significant Addressable Market with Existing Inefficiencies

    Significant Addressable Market with Existing Inefficiencies Two Major Addressable Markets for HPQ Battery Materials 3C Battery Market (Computing, Communication & Consumer Electronics) Advanced Silicon-Based Anode Materials • Projected to reach US$22.9 billion by 2033 • Current addressable market to

  8. Slide 8: Developing Cutting-Edge Silicon-Based Anode Materials for Batteries

    Developing Cutting-Edge Silicon-Based Anode Materials for Batteries Key technological achievements to date High-Performance 18650 Cell Validation - GEN3 Material • Exceeds 4,000 mAh - significantly outperforming graphite benchmarks • Deliver 3,000 mAh capacity over 1,000 cycles • Maintain 80% retent

  9. Slide 9: HPQ - Novacium: Engineering Silicon for Battery Anodes

    HPQ - Novacium: Engineering Silicon for Battery Anodes HPQ and Novacium’s solution Developing Engineered Silicon Anode Material manufacturing capability for HPQ is the exclusive North American Licensee of Industrial Integration that is seamlessly compatible with existing battery Novacium’s Batteries

  10. Slide 10: Novacium: Engineering Silicon Batteries at work

    Novacium: Engineering Silicon Batteries at work HPQ and Novacium’s tailored solutions A leading European drone manufacturer has commissioned Novacium to develop high-power, ultra-high-capacity batteries for their autonomous AI-powered interceptor drones. By adopting a cylindrical design, Novacium ba

  11. Slide 11: Novacium: Engineering Silicon Batteries at work

    Novacium: Engineering Silicon Batteries at work HPQ and Novacium’s tailored solutions BATTERIES NV 503 - USES CASE FIELD RADIO At the request of a European NATO military, Novacium has developed a battery capable of doubling the capacity of the ALI 503 model currently in use. Our ultra-high-capacity

  12. Slide 12: Fumed Silica

    An innovative process for a Supply Critical Everyday Materials Fumed Silica The Fumed Silica Reactor (FSR) A proprietary one-step process to make Fumed Silica directly from Quartz Supplying industries at scale with greater safety, energy efficiency and margin profile HPQ Silica Polvere Inc is a 50-5

  13. Slide 13: HPQ Nears Commercial Production with High-Value Market Opportunity

    HPQ Nears Commercial Production with High-Value Market Opportunity Fumed Silica – What It Is & Why It Matters Industries Using Fumed Silica: What is Fumed Silica? A high-performance industrial powder with exceptionally high surface area, Paints & coatings delivering unique material properties. Key F

  14. Slide 14: Fumed Silica Market Opportunity

    Fumed Silica Market Opportunity Global Market Opportunity and Strategic Gap Inefficient Legacy Process Market Growth: Conventional Production = Growth Bottleneck • Global: US $1.75b (2026) → US $2.65b (2032) (CAGR: 6.97%) [5] • Multi-step • North America: US $460m (2024) → US $710m (2033) [7] • Capi

  15. Slide 15: HPQ Silica Polvere - PyroGenesis: Efficient Fumed Silica Production

    HPQ Silica Polvere - PyroGenesis: Efficient Fumed Silica Production HPQ’s Disruptive Solution Our Competitive Edge We are pioneering a low-cost, one-step, eco-efficient Direct Quartz-to-Fumed Silica Process process to produce fumed silica — replacing legacy → Drastically reduces CAPEX & OPEX methods

  16. Slide 16: METAGENE

    Innovative Hydrolysis based Hydrogen processes METAGENETM Autonomous pressurize Green H 2 Production Solution In partnership with Novacium Meeting hydrogen demand with point-of-use access, (36.8% owned by HPQ) lower cost and a reduced environmental impact HPQ owns the exclusive perpetual license of

  17. Slide 17: METAGENE Autonomous Green Hydrogen

    METAGENETM Autonomous Green Hydrogen Harnessing On-Demand Green Hydrogen Without the Limitations Addressing the Three Core Barriers: Storage – Producing hydrogen at point-of-use eliminates the need for high-pressure or cryogenic storage Transport – On-site generation removes the cost and complexity

  18. Slide 18: METAGENE: Potential Civilian Utilization

    METAGENETM : Potential Civilian Utilization Recharging station H H2 generators 2 Chemical fuel (transport, storage) Byproducts Byproducts Metallurgical Collection industry Center 18 www.hpqsilicon.com Introduction Battery Materials Fumed Silica Hydrogen Production Corporate Info Appendix

  19. Slide 19: METAGENE: Potential Military Utilization

    METAGENETM : Potential Military Utilization Base Camp Drones H2 H2 recharging Station Raw materials stock safe Missions: By products: radio/recharging Camp neutral batteries, etc. reinforcement 0,2- 1 kW systems Refueling Burial 19 www.hpqsilicon.com Introduction Battery Materials Fumed Silica Hydro

  20. Slide 20: METAGENE: Beyond Autonomous H2 Production Solution

    METAGENETM : Beyond Autonomous H2 Production Solution Lab-scale prototype achieved – 2025 Delivery of first commercial scale order unit scheduled for Q1 2027: Flexible design allows for 10-25 reactors within a single container Beyond Hydrogen: Clean Heat & Water from METAGENE TM Systems These system

  21. Slide 21: HyDRAS

    HyDRASTM (Hydrogen from Dross and Red Mud for Aluminum Sustainability) An Innovative Process for Black Dross Valorization A Green Innovative H2 manufacturing process from black aluminum dross and Red Mud combined, addressing multiple environmental issues in one step Meeting hydrogen demand with poin

  22. Slide 22: Hydrogen from Dross and Red Mud for Aluminum Sustainability

    HPQ – Novacium: Hydrogen from Dross and Red Mud for Aluminum Sustainability Market Opportunity Global Secondary Aluminum Market: US$110.5B (2025) → US$213.3B (2035) CAGR: 6.8% [10] The Problem: • BAD is a toxic byproduct of aluminum recycling. • Up to 95% is landfilled today. Disposal costs reach €6

  23. Slide 23: Aluminum dross

    Aluminum dross Waste from the oxidation of the metallic aluminum during the production process. White dross Black dross • High metallic aluminum • Low metallic aluminum content (40-80%). content (5-40%). • Accounts for ~28% of the • Accounts for ~72% of the total dross production. total dross produc

  24. Slide 24: www.hpqsilicon.com

    24 www.hpqsilicon.com Introduction Battery Materials Fumed Silica Hydrogen Production Corporate Info Appendix

  25. Slide 25: Corporate Information

    Corporate Information Corporate structure, management & leadership, and capital structure 25 www.hpqsilicon.com

  26. Slide 26: HPQ Corporate Structure

    HPQ Corporate Structure HPQ Silicon Inc. 100% 100% 36.8% 100% HPQ Energies Inc HPQ Fumed Materials NOVACIUM SAS HPQ Silica Polvere Inc Product of Interest Product of Interest Product of Interest Product of Interest Engineered Silicon Anode Fumed Alumina & Fumed Hydrogen Production, Silicon Fumed Sil

  27. Slide 27: HPQ and Novacium Executive Leadership

    HPQ Executive Leadership Novacium Executive Leadership Bernard J Tourillon, BAA. MBA Jed Kraiem, M.Sc., PhD Chair, President, CEO and Director Founder and COO • 35+ years of executive experience across finance, business • Co-founded Novacium in 2022 and currently serves as COO development, and opera

  28. Slide 28: HPQ Board of Directors

    HPQ Board of Directors Patrick Levasseur – Director Peter H. Smith, PhD, P.Eng - Independent Director • 15+ years experience in mining and natural resources • Independent Director of HPQ Silicon since 2015 • 10+ years prior experience in investment as a broker • PhD (Northwestern); BSc & MSc (McGill

  29. Slide 29: HPQ Capital Structure and Market Information

    HPQ Capital Structure and Market Information Major Investors Basic Fully Diluted Exchanges Ticker IQ (Investissement Québec) 8.7% 8.0% Management & Board 6.3% 10.4% TSX Venture HPQ:TSXV Strategic Investors 7.0% 6.0% PyroGenesis - 3.1% OTCQB HPQFF:QBB Market information (Shares in millions, price as

  30. Slide 30: Appendix

    Appendix 30 www.hpqsilicon.com

  31. Slide 31: HPQ Polvere Fumed Silica Reactor: A Paradigm Shift in Fumed Silica

    HPQ POLVERE FUMED SILICA REACTOR: A Paradigm Shift in Fumed Silica 2021 – 2022 2023 2024 2025 2026+ \\\\\\\\\\\\\\\\\ The idea is born Concept validated Pilot plant & Evonik Scale-up validation Commercial production HPQ begin exploring the Lab-scale proof: commercial- Pilot plant manufactured, Pilot

  32. Slide 32: From Pilot to Plant: HPQ's Rapid Fumed Silica Scale-Up Timeline

    FROM PILOT TO PLANT: HPQ’s Rapid Fumed Silica Scale-Up Timeline PROJECT 2025 2026 2027 2028 FUMED SILICA Optimizing operations - commercial production of Fumed Silica with pilot plant FSR Pilot plant testing & Fumed Silica production REACTOR validation of technology Engineering studies All aspects r

  33. Slide 33: References

    References [1] IDTechEx - Silicon Anode Battery Technologies and Markets 2025-2035: Players, Technologies, Applications, Markets, Forecasts [2] Strategic Revenue Insights - 3C Digital Battery Market Size, Future Growth and Forecast 2033 [3] ChemAnalyst – Decode the Future of Fumed Silica, Fumed Sili

  34. Slide 34: HPQ Silicon Inc.

    HPQ Silicon Inc. Advancing Material Manufacturing Primary Listing HPQ: TSX-V HPQFF: OTCQB | O08: FRA Contact Auditor 3000 Rue Omer Lavallée #306 Forvis Mazars S.E.N.E.R.L.​ Montréal, QC H1Y 3R8, Canada Transfer Agent +1 (514) 846-3271 Computershare​ Info@hpqsilicon.com hpqsilicon.com 34 www.hpqsilic

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