Volt Carbon Technologies Inc · TSXV:VCT
Volt Carbon Technologies — Investor Presentation (February 2024)
25 slides from Volt Carbon Technologies's investor presentation, February 2024
Slide 1: Critical Minerals to Energy Storage
Critical Minerals to Energy Storage TSX-V: VCT, OTCQB: TORVF Feb 2024
Slide 2: Disclaimer
DISCLAIMER This Investor Presentation is not to be considered an offer to sell, or a solicitation of an offer to buy, securities, as such offerings may only be made by way of exemptions from prospectus requirements and only in those jurisdictions where such securities may be lawfully offered for sal
Slide 3: Company Mission and Technology Focus
Company Mission and Technology Focus Volt Carbon is dedicated to becoming a leading provider of energy storage solutions, with a focus on graphite purification and solid-state battery technology. The company's strategy is outlined in three phases: 1. Short-term goals: Scale up and capitalize breakth
Slide 4: Graphite - The Opportunity
Graphite - The Opportunity 28% of an EV battery is Unprecedented Growth North American Graphite Forecast (GWh) Sources Desired 1 These statements are “forward looking information”. Please refer to the Forward Information Advisory on Page two of this Presentation. 4
Slide 5: Graphite - Dry Separation Process and ESG Impact
Graphite - Dry Separation Process and ESG Impact Volt’s Proprietary process1 purifies graphite above 95% consuming 0 water addressing the #1 mining ESG concern Current State – Multi Stage Flotation Volt’s Process – Dry Separation1 1 The Company’s Air Classification (Dry Circuit) remains in the resea
Slide 6: Graphite - Comparison of Beneficiation Methods
Graphite - Comparison of Beneficiation Methods 1 “Estimates of Electricity Requirements for the Recovery of Mineral Commodities, with Examples Applied to Sub-Saharan Africa.” USGS (2011) 2 The Company’s Air Classification (Dry Circuit) remains in the research and development phase 3 Management antic
Slide 7: Graphite - Air Classifier Development Plan
Graphite - Air Classifier Development Plan Management believes Volt has the current capability to determine feasibility of graphite ore bodies using the prototype air classifier Production Machine planned availability in 2 years pending fund raise 1 7 1 These statements are “forward looking informat
Slide 8: Graphite - Potential Cost Models
Graphite - Potential Cost Models Depending on the arrangement a profit/royalty will be charged per ton of Graphite, management estimates this profit/royalty to be range from $75 to $1000 per ton of Graphite based on the quality and size of the flaked graphite.1 By way of example taking the GEM agree
Slide 9: Graphite Next Step - Build Demonstrator Facility for Dry Processing
Graphite Next Step - Build Demonstrator Facility for Dry Processing Demonstrator Plant equipment to be developed out of Scarborough, Ontario facility Preproduction facility demonstrates technology at scale Initial Demonstrator Target of 1 TPD graphite concentrate extracted from Berkwood and Tetepisc
Slide 10: Volt's Energy Storage Company
Volt’s Energy Storage Company 10
Slide 11: Solid State Battery Opportunity
Solid State Battery Opportunity Potential mass-market applications including automotive, aerospace, consumer electronics 1 Ontario-based battery prototyping facility commissioned in Dec 2021, partnered with University of Waterloo Proprietary Lithium Metal battery technology with opportunities in Lic
Slide 12: Cell Chemistry and Battery Electrochemistry
Cell Chemistry and Battery Electrochemistry ▪Cathode: High Nickel NMC811 ▪ Anode: Graphite or Li metal ▪Separator: Ceramic coated polymer film ▪Electrolyte: Carbonate-based Liquid Charge is converting electrical energy directly to chemical energy. Discharge is converting chemical energy directly to
Slide 13: Comparison of Solid UltraBattery and Leading Listed Competitor
Comparison of Solid UltraBattery and Leading Listed Competitor Performance Leading Competitor Our Technology1 Requirements Charge Rate ✓ 4C fast charge (<15 min) ✓✓ 5C fast charge (<12 min) Cycle Life ✓ >800 cycles ✓✓ >1000 cycles Energy ✓ 350-450 Wh/kg ✓ 350-450 Wh/kg Cost X Higher cost (inorganic
Slide 14: 2023 updated results (NMC 811 Cathode)
2023 updated results (NMC 811 Cathode) 514 cycles (pouch cell) at 87.7% retention capacity have been achieved by Dec 2023.1 Figure. 1: NMC811 Lithium Metal Pouch Cell, CNT, C/3, 25 °C 1 Estimates and results are based on laboratory tests only and such results or estimates, 14 as applicable, may not
Slide 15: 24 Month Outlook
24 Month Outlook 350Wh/kg of energy density with 500 cycles aimed be achieved in 2023. 1 The target is anticipated be comparable to leading competitors in lithium metal batteries. 1. These statements are “forward looking information”. Please refer to the Forward Information Advisory on page two of t
Slide 16: Lithium Metal Pouch Cell Specification
Lithium Metal Pouch Cell Specification ▪ Capacity: 5 Ah Target Cell ▪ Voltage: 2.8V – 4.2V Operating ▪ Size: 10cm x 10cm x 0.5cm ▪ Energy Density, 2 Versions: ▪ 260 Wh/kg ▪ 400 Wh/kg ▪ Mass Est: 75 g (260 Wh/kg) ▪ Mass Est: 50 g (400 Wh/kg) 16
Slide 17: Future Outlook for Pack Specific Energy
Future Outlook for Pack Specific Energy Cell Specific Energy at 260 Wh/kg Cell Specific Energy at 400 Wh/kg 1. The source for the graph is: “The Promise of Energy-Efficient 17 Battery-Powered Urban Aircraft.” 2. Cell Specific Energy statements are “forward looking”.
Slide 18: Technology Roadmap
S Solid UltraBattery,. ©) Technology Roadmap Hybrid Soli All-So tate Battery Battery Highe: el NMC / High-Voltage Cathode Ceramic-coated separator Liquid electrolyte 5 Ah & 400 Wh/kg Ah & 450 Wh/kg 45 Ah & 500 Wh/kg _ Ea 1) single-layer battery with the same chemistry Hybrid Composite Inorganic-base
Slide 19: Comparison to Peers Publicly Traded with Similar Technology
Comparison to Peers Publicly Traded with Similar Technology *Since Acquiring Solid Ultrabattery (SUB) Volt has raised 4.0M Total, 2.0M has been expended for technology development at SUB, Management considers Volt’s technology competitive with its peers. Volt’s Market Cap on Sept 22, $13M CDN 19
Slide 20: Next Step - Battery Plan Expansion to Megawatt Factory
Next Step - Battery Plan Expansion to Megawatt Factory Volt Carbon Technologies is planning to raise funds to transform the Solid Ultrabattery Guelph plant into a Mega factory. 1 The plant will produce battery products that generate revenue. Solid Ultrabattery is actively pursuing partnerships and l
Slide 21: Locations and Mineral Properties
Locations and Mineral Properties Manufacturing and Pilot Facilities Volt Carbon Technologies Dry Separation Plant, 4-2691 Markham Road, Scarborough, Ontario Solid Ultrabattery Battery Plant, 7-590 Hanlon Creek Blvd Guelph Ontario Mineral Projects ▪ A: Quebec, Lochaber graphite, 43-101 ▪ B: BC, Mount
Slide 22: Core Leadership Team Bios
Core Leadership Team Bios V-Bond Lee Robert Martin Director CEO, Director, Chairman of the Board Mr Martin is a successful businessman and accomplished V-Bond is a Professional Engineer with 30+ years of company director with over 25 years’ experience across a leading-edge product development and en
Slide 23: Core Leadership Team Bios (contd)
Core Leadership Team Bios (contd) Aiping Yu Glen Nursey Director Director and Secretary of the Board Prof. Aiping Yu is a University Research Chair Glen Nursey is an entrepreneur and professor in the Department of Chemical Engineering investor with over 30 years of at the University of Waterloo. Pro
Slide 24: Share Structure
Share Structure As of Jan 15, 2024, the Company has the following common shares, stock option and warrants outstanding: Common shares – 190,775,902 Options – 11,650,000 Share purchase warrants – 23,485,400 24
Slide 25: Canadian Statutory Rights of Rescission
CANADIAN STATUTORY RIGHTS OF RESCISSION Securities legislation in certain of the provinces of Canada provides purchasers with, in addition to any other rights they may have at law, a remedy for rescission or damages, or both, where this Investor Presentation contains a misrepresentation (as such ter
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