Volt Carbon Technologies Inc · TSXV:VCT
Volt Carbon Technologies — Investor Presentation (March 2022)
22 slides from Volt Carbon Technologies's investor presentation, March 2022
Slide 1: A Carbon Sciences Company
A Carbon Sciences Company TSX-V: VCT, OTCQB: TORVF March 2022
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: Business Summary
Business Summary 1. Novel Graphite Purification Process Graphite Separation using Air Classification achieves 85-95% purity1 Low Cost Environmentally responsible processing with no risk of acid drainage and zero wet tailings 2. Solid-State Lithium Battery Development Advanced Lithium Metal
Slide 4: Anticipated Graphite Demand
Anticipated Graphite Demand 3000 Global Lithium Battery Capacity Forecast Lithium-ion batteries are typically 15% graphite by mass A typical electric vehicle has approximately 2500 50 kg of graphite within the batteries Global lithium-ion battery capacity was 450 GWh in 2020, and expected to r
Slide 5: Synthetic vs. Natural Graphite
Synthetic vs. Natural Graphite Synthetic graphite is created by heating carbon-rich material to thousands of degrees for long periods of time Natural flake graphite is mined and purified Synthetic graphite is a large producer of GHG emissions Synthesizing 1kg of graphite produces approximate
Slide 6: Floatation for Graphite Purification
Floatation for Graphite Purification Natural graphite needs to be separated from mined ore Battery-grade graphite must have high purity (>99%) This is typically done through floatation & pyrometallurgical processes Floatation relies on chemical reagents to separate out the graphite Produce
Slide 7: Air Classification
Air Classification Volt Carbon Technologies has what management believes is a straight forward low energy proprietary air classification systems Graphite is liberated from host material using aerodynamics The process can be used for extracting flake Crushed Ore (-12 Mesh) graphite from aggrega
Slide 8: Comparison of Beneficiation Methods
Comparison of Beneficiation Methods Flotation Air Classification Metric (Wet Circuit)1 (Dry Circuit)2 Purity ✓ 80-98% ✓ 90-95%3 Energy Use ✓ 14 KWh/tonne of Ore1 ✓ 9 KWh/tonne of Ore X Potentially high complexity due to ✓ No direct water usage during Logistical hazardous processes purification Compl
Slide 9: Lochabar Property - 9 Mining Claims
Lochabar Property - 9 Mining Claims 43-101 Technical reports was completed for entire property conducted by SRK Consulting in 2015 for the entire for public issuer Great Lakes Graphite Inc Volt’s mining claims are located on the north portion of the Plumbago Mine
Slide 10: Developing the Next Generation of Energy Storage Systems
Developing the Next Generation of Energy Storage Systems
Slide 11: Progression of Battery Technology
Progression of Battery Technology Gen 0 Gen 1 (Present) Gen 2 Gen 3 Generation 1990s 2010s 2020s 2025 onwards Si-composite Thick Li-Metal Carbon Anode Anode Thin Li-Metal Configuration Separator Separator Separator Separator/Electrolyte Cathode Cathode Cathode Cathode (TiS2) (LCO, LFP, NMC) (NMC, NC
Slide 12: Solid State Lithium Metal Batteries
Solid State Lithium Metal Batteries Volt Carbon Technologies is developing its patent-pending solid-state battery (SSB) technology through its subsidiary, Solid Ultrabattery The technology uses a solid electrolyte separator (resulting in lower weight and higher energy density) The solid electr
Slide 13: Automotive Application: EV Adoption
Automotive Application: EV Adoption Sales of electric cars hit 6.6 million in 2021, more than tripling their market share from two years earlier Accelerated mass-adoption will require further battery innovation 1 https://www.iea.org/commentaries/electric-cars-fend-off-supply-challenges-to-more-t
Slide 14: Near-Term Aero Application
Near-Term Aero Application Management anticipates that the high energy-density of Solid Ultrabattery’s lithium metal batteries are suitable for aerospace drone applications A sub-250 gram solar-electric aircraft will be tested with Solid Ultrabattery technology with the following goals: Endura
Slide 15: Coin Cell Testing
Coin Cell Testing Coin cells were made using Solid Ultrabattery’s proprietary solid electrolyte The Company tested over 3000 charge/discharge cycles Cells maintained capacity retention of 80%1 1The cell retention rates have not been verified by an independent third-party
Slide 16: 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 (<10 min) Cycle Life ✓ >800 cycles ✓✓ >1000 cycles Energy ✓ 350-450 Wh/kg ✓ 350-450 Wh/kg Cost X Higher cost (inorganic
Slide 17: Battery R&D Center
Battery R&D Center Leased a new 10,000 ft2 facility located at 590 Hanlon Creek Blvd. in Guelph, Ontario Construction completed in Dec. 2021 Prototype battery laboratory and assembly line Capable of small batch runs of pouch cells
Slide 18: Timeline and Milestones
Timeline and Milestones 2025 Planned 2023 production Planned facilities in Sept. 2022 development place to Planned of multi- manufacture March 2022 testing with layered cell batteries Planned consumer Dec. 2021 testing of products Commission single layer May 2021 of battery pouch cells Acquisition R
Slide 19: Core Leadership Team
Core Leadership Team V-Bond Lee Zhongwei (Wei) Chen William Pfaffenberger CTO, Director Director CEO and President V-Bond is a Professional Engineer with Zhongwei (Wei) Chen, PhD, has been He is a retired Professor of 30+ years of leading edge product a professor in the department of Mathematics at
Slide 20: Value Proposition
Value Proposition Volt Carbon Technologies has built and commissioned facilities to prototype and test our new battery IP and anticipates that it has access to the resources and academics to commercialize battery products. Initial results of the Volt Carbon Technologies Solid Ultrabattery technolo
Slide 21: Share Structure
Share Structure As of December 20, 2021, the Company has the following common shares, stock option and warrants outstanding: Common shares – 129,393,782 Options – 7,580,000 Share purchase warrants – 14,098,750
Slide 22: 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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