Energy B Plc · AQUIS:NRGB
Energy B — Hydrogen Future Industries — Investor Presentation (October 2023)
23 slides from Energy B's investor presentation, October 2023
Slide 1: Developing a low-cost green hydrogen production system
Developing a low-cost green hydrogen production system
Slide 2: Disclaimer
Disclaimer This Presentation (as defined below) does not constitute or No public offer in any jurisdiction is being made by the omissions from the Presentation, and to the maximum extent form part of, and should not be construed as, an offer or Presentation. The Presentation is primarily intended fo
Slide 3: Hydrogen is critical to combatting climate change
Hydrogen is critical to combatting climate change It can provide the lowest-cost decarbonisation solution for 22% of final energy used by 2050, roughly equivalent to the role electricity takes in today’s global energy mix Hydrogen Council Hydrogen Future Industries 2
Slide 4: About us
About us Who we are HFI is backing technologies which aim to reduce the cost of hydrogen produced from renewable energy and provide hydrogen energy storage at a fraction of the cost of lithium-ion batteries What we do Our most advanced system in development is a unique, highly efficient wind turbine
Slide 5: The Hydrogen Economy
The Hydrogen Economy • The urgency to progress hydrogen projects today is greater than ever • The hydrogen economy is centred around using hydrogen to decarbonise hard-to-abate sectors such as mining, cement, steel, and long-haul transport and developing the associated energy delivery infrastructure
Slide 6: Hydrogen demand
Hydrogen demand • Based on a range of planet temperature goal Range of Hydrogen Demand Assessment by 2050 scenarios, larger quantities of hydrogen are needed to achieve more ambitious climate targets • Striving to meet Paris Agreement goals results in a hydrogen demand of 220-600 Mt by 2050, with an
Slide 7: Hydrogen uses
Hydrogen uses Hydrogen use breakdown in EU (EU is a good proxy for industrialised countries) Power generation 5% Building heat/power Industry 26% 39% 2050 Transport 30% Hydrogen Future Industries 6
Slide 8: Our system: process diagram
Our system: process diagram Hydrogen Future Industries 7
Slide 9: Our system: wind turbine
Our system: wind turbine Advanced aerodynamics and rotor blade design • Smaller, quieter, safer, more efficient alternative to existing open rotor wind turbines • Proprietary rotor blade design with optimised cowling directs airflow across blades, creating multiple factor increase in wind speed • Ye
Slide 10: Our system: hydrogen production, compression and storage
Our system: hydrogen production, compression and storage Storing energy as hydrogen at a fraction of the cost of lithium-ion batteries • Generates hydrogen from a choice of feed stocks including waste or contaminated water, saline or fresh water, and remediation processes • The system can be operate
Slide 11: Our system: Smart Hydraulic Drive (SHD)
Our system: Smart Hydraulic Drive (SHD) Variable hydraulic drive increases efficiency and lowers energy production cost • Multiple variable hydraulic pumps in hub of wind turbine - replacing gearbox in a conventional wind turbine and removing generator from the nacelle • Electrical power generation
Slide 12: Our system: dynamic tower
Our system: dynamic tower Dynamic telescopic tower optimises wind farm energy production • Wind turbine can be raised and lowered to capture optimal wind speed • Built-in load sensors automatically lower tower in extreme high winds or seismic activity • Reduced maintenance costs • Reduction in insta
Slide 13: Our system: high-performance electrolyser
Our system: high-performance electrolyser Our electrolyser aims to improve power efficiency, longevity and cost; testing at up to 97% efficiency • Developing an Anion Exchange Membrane Water Electrolyser (AEMWE) without platinum group metal catalysts - cheaper and more readily available materials •
Slide 14: Intellectual property
Intellectual property • Acquisition of suite of patents in 2022 significantly enhances IP • Patents were granted in respect of work undertaken by Tim Blake between 2015-2018, prior to him joining HFI • Cover a range of works including: • Ducted wind turbine rotor configuration • Dynamic telescopic t
Slide 15: Development roadmap
Development roadmap 2015 - Q4 Q1 2018 2017 2023 SUCCESFUL SUCCESFUL WIND TUNNEL 1M DIAMETER PROTOTYPE PATENT APPLICATIONS TESTING ENERGY TESTING Covering key aspects of wind 300% increase in energy On site in Montana and hydrogen energy system generation compared to open rotor wind turbine ELECTROLY
Slide 16: Our end-markets
Our end-markets • Hydrogen production and storage • Offshore floating wind turbines – any country with coastline can be energy self-sufficient • Small onshore wind market • Mining industry accounts for 10% of global energy consumption and 80% of global electricity consumption. HFI’s system can be us
Slide 17: Market engagement example: mining sector
Market engagement example: mining sector Based on engagement with a global mining major Size: >$30 billion market value Mine sites: >15 worldwide Problem • Energy hungry – mines are typically remote and require huge energy resources to sustain operations accounting for 10% of global energy and 80% o
Slide 18: Impact
Impact • Low cost on-demand renewable energy – green hydrogen for under $2/kg - significantly lower than other green hydrogen production systems ranging from $3.25-$8.75/kg and in line with global 2030 target • Constant electricity at costs up to 50% below current wind turbines, and nearly halving c
Slide 19: Development team
Development team Tim Blake Steve Wills Tom Newton Dr Nicholas Blake Earl Dodd CEO HFI Energy Systems Control & Fuel Cell Systems Consultant Hydrogen Systems Development Software Development (system development subsidiary) • Hydrogen Fuel Cell, electrolyser • Overseen all engineering • Ph.D. Quantum
Slide 20: Appendix
Appendix =
Slide 21: Board and finance
Board and finance Dan Maling Neil Ritson Fungai Ndoro Ryan Neates Executive Director Non-Executive Chairman Non-Executive Director Financial Controller (non-board) • Member and Fellow of the Chartered • Experienced energy sector professional • Experienced corporate financier • Member of the Chartere
Slide 22: Capital structure
Capital structure Key information Exchange Aquis (AQSE) Stock Exchange Growth Market Ticker HFI Issued Share Capital 49,500,000 Warrants in Issue 3,050,000 Substantial shareholders Timothy Blake (Director, HFI Energy Systems) 28.28% David Lenigas 4.24% Sebastian Marr 4.04% Sanderson Capital Partners
Slide 23: Contact
Contact Daniel Maling, Executive Director dm@hydrogenfutureindustries.com +44 (0)20 3475 6834 Central Working Victoria, 25 Eccleston Place, London, SW1W 9NF Follow us on social media @HydrogenFI Hydrogen Future Industries
Hydrogen Future Industries — Investor Presentation (October 2023) on 6ix