Sparc Technologies Ltd · ASX:SPN
Sparc Technologies — Investor Presentation (February 2022)
25 slides from Sparc Technologies's investor presentation, Feb 9, 2022
Slide 1: Sparc Green Hydrogen
Sparc Green Hydrogen February 2022 ASX: SPN Transformational Technology for Global Industries
Slide 2: Disclaimer
Disclaimer The release, publication or distribution of this presentation in certain jurisdictions may be restricted by law and therefore persons in such jurisdictions into which this presentation is released, published or distributed should inform themselves about and observe such restrictions. This
Slide 3: Sparc Investment Highlights
Sparc Investment Highlights Sparc is pioneering new technologies to disrupt and transform industry and science for a cleaner, greener and healthier world 1 2 3 4 World leading team and Profound opportunity to Target markets are Unique position to partners - the University reshape multi-billion drive
Slide 4: Corporate Overview
Corporate Overview SPARC TECHNOLOGIES BOARD EXECUTIVE MANAGEMENT TEAM Capitalisation ASX Code SPN Share price* $1.21 Stephen Hunt Mike Bartels Peter Wilson Andrew Smith Jake Parker Shares on Issue 79.1m Executive Chairman Managing Director GM Engineering TM Industrial Materials Chief Technology Offi
Slide 5: Sparc Green Hydrogen
SPARC GR==N HYDROGE=N ©
Slide 6: Sparc Green Hydrogen
Sparc Green Hydrogen Next generation technology to transform global hydrogen production No Wind or Solar No Electrolysis PV Farms Required Required Globally disruptive Sparc Green Hydrogen technology developed by University of Adelaide and Flinders University Hydrogen produced directly from sunlight
Slide 7: Fortescue Future Industries: The Best Partner in Green Hydrogen
Fortescue Future Industries: The Best Partner in Green Hydrogen Capability Targeting 15Mtpa of green hydrogen to the world by 2030… Track Of transforming industries… Record Funding US$400 - $600m forecast expenditure in FY22 Vision “Our vision is to make renewable green hydrogen the most globally tr
Slide 8: The Colours of Hydrogen
The Colours of Hydrogen Sparc’s Green Hydrogen is produced by photocatalytic Grey hydrogen is produced using fossil energy sources such as water splitting. Solar radiation interacts with water and a natural gas, which is converted into hydrogen and CO2 at high catalyst in a specially designed solar
Slide 9: Sparc Green Hydrogen Advantages
Sparc Green Hydrogen Advantages “Such systems (photocatalytic water splitting) offer great potential for cost reduction of electrolytic hydrogen, compared with conventional two-step technologies.” (CSIRO National Hydrogen Roadmap1) Sparc Green H2 Green H2 Blue H2 Grey H2 Electrolysis via Steam metha
Slide 10: Farm Gate Cost of Hydrogen
The Race Is On…. Producing clean hydrogen under $2/kg is a stretch Forecast cost of green hydrogen via electrolysis1 goal under the Australian Government’s Technology Investment Roadmap 5.00 Based on a 2021 report by Advisian commissioned for the CEFC conventional green hydrogen 4.00 projects are fo
Slide 11: What is Conventional Green Hydrogen?
What is Conventional Green Hydrogen? Creates Renewable Renewable Electricity Powers Electrolysis Hydrogen Gas Conventional green hydrogen technologies use electricity derived from solar PV and/or wind farms to produce hydrogen using an electrolyser 11
Slide 12: How does Sparc Green Hydrogen Work?
How does Sparc Green Hydrogen Work? Sparc Green Hydrogen does not use solar PV and/or wind farms, nor electrolysis as with conventional green hydrogen – only a photocatalyst and solar radiation 12
Slide 13: Sparc Hydrogen Joint Venture Summary
Sparc Hydrogen Joint Venture Summary Stage 1: 2.5 years • Sparc Technologies to fund $0.45m and issue 3m shares for 52% • FFI to fund $1.8m for a 20% shareholding • UoA to contribute IP under exclusive license for 28% • Work program includes development of a techno-economic assessment (TEA), constru
Slide 14: Project Development to Date
Project Development to Date University of Adelaide and Flinders University developed the photocatalytic water splitting technology with the support of ASTRI (Australian Solar Thermal Research Institute) over 4.5 years. The project builds on science which has been known for 50 years. Current focus is
Slide 15: Key Project Milestones – Stage 1
Key Project Milestones – Stage 1 Next 12 months 12 – 24 months • Delivery of a preliminary • Optimisation of solar reactor Techno Economic conditions and STH % Assessment (TEA) • Testing of photocatalysts under • Ongoing design and full solar simulation development of solar reactor • Revised TEA bas
Slide 16: Sparc Green Hydrogen
Sparc Green Hydrogen World leading Disruptive Lower Targeting partners in 100% green infrastructure industry green hydrogen requirements leading cost of hydrogen technology production 16
Slide 17: Hydrogen Market
Hydrogen Market 17
Slide 18: Hydrogen Demand and Uses
Hydrogen Demand and Uses Demand for hydrogen is expected to grow 6-fold Global Global hydrogen Estimated demand Hydrogen Demand (Mt)1 by 2050 under the IEA’s Net Zero by 2050 Roadmap1 Sources of Demand Clean hydrogen has the potential to aid the de- carbonisation of c.45% of global anthropogenic emi
Slide 19: Green Hydrogen is Critical to Meeting Net Zero Targets
Green Hydrogen is Critical to Meeting Net Zero Targets Hydrogen’s use as a low / zero carbon fuel is viewed as essential to meeting global net zero targets Key factors behind the rapid development The IEA estimates that US$90bn of public money needs to of the hydrogen economy be invested in clean en
Slide 20: Hydrogen Development in Australia
Hydrogen Development in Australia The Australian Government has produced a National Australian hydrogen demonstration projects1 Hydrogen Strategy aimed at establishing Australia as a major player in the growing hydrogen economy Within this strategy seven priority regional sites have been identified
Slide 21: Contact
Contact Stephen Hunt Nick O’Loughlin Mark Flynn Executive Chairman Mgr Energy & Business Development Investor Relations +61 402 956 205 +61 435 193 482 +61 416 068 733 stephen.hunt@sparctechnologies.com.au Nick.oloughlin@sparctechnologies.com.au mark.flynn@sparctechnologies.com.au Released with the
Slide 22: Appendix: Sparc Technologies Board
Appendix: Sparc Technologies Board Stephen Hunt Mike Bartels Tom Spurling Daniel Eddington Executive Managing Non-Executive Non-Executive Chairman Director Director Director Stephen is currently a Non Executive Mike has a wealth of experience in Tom held the position of CEO of Ellex Dan has over 20
Slide 23: Appendix: Executive Management Team
Appendix: Executive Management Team Mike Bartels Mike has a wealth of experience in sales and marketing with major multinational coatings companies in Australia and internationally. Mike is an expert at developing strategy, setting vision and executing plans to deliver growth. Mike brings a vast dep
Slide 24: What is Photocatalytic Water Splitting?
Appendix: What is Photocatalytic Water Splitting? Photocatalytic water splitting is an artificial photosynthesis process used for the I. Excitation of electrons by dissociation of water into hydrogen (H2) and oxygen (O2), using light. light energy (photons) creates positive holes on a semi- Light en
Slide 25: Disrupting global industries with transformational technology
Disrupting global industries with transformational technology 25
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