Neo Battery Materials Ltd · TSXV:NBM
Neo Battery Materials — Investor Presentation (February 2022)
26 slides from Neo Battery Materials's investor presentation, February 2022
Slide 1: Pushing The Step Change in the Electrical Vehicle Market with Silicon Anode Material
TSXV: NBM | OTCQB: NBMFF Pushing The Step Change in the Electrical Vehicle Market with Silicon Anode Material
Slide 2: Cautionary Statements Regarding Forward Looking Information
Cautionary Statements Regarding Forward Looking Information This presentation contains "forward-looking information" within the meaning of the applicable securities legislation. All information contained herein that is not clearly historical in nature may constitute forward-looking information. Gene
Slide 3: Recent Key Developments in 2021
Recent Key Developments in 2021 Appoints Dr. Mohini Sain and Dr. Ning Yan to Scientific Advisory Appoints Dr. J.H. Park as Director Signs MOU with Board and Chief Scientific Advisor Ferroglobe Innovation - Dr. Sain is the Endowed - Former Senior Researcher at LG Licensing Agreement with - Ferroglobe
Slide 4: Fast-Track for Commercialization
Fast-Track for Commercialization Management from Globally 106,700 sq. ft. Site Approval for Largest Battery Manufacturers Commercial Plant Capable of Producing 240 Tons Annually Over 17 NDAs Signed with Solid- Launch of 3 Silicon Microparticle State Developer, Battery Metals, Anode Products “NBMSiDE
Slide 5: Lithium-Ion Batteries & Anode Materials
Advantage of MLIT Proposal Lithium-Ion Batteries & Anode Materials Anatomy and Market Demands
Slide 6: Anatomy of Lithium-Ion Batteries
Anatomy of Lithium-Ion Batteries CHARGE MECHANISM DISCHARGE MECHANISM Lithium-ions are transported from the negative electrode (anode) to the positive electrode (cathode) during discharge and back when charging 6
Slide 7: Current Market Demands for Next-Generation Batteries
Current Market Demands for Next-Generation Batteries The optimal high performance battery will require low cost, long life span and reliable safety $ • Cost-Competitiveness: Decrease Material and Manufacturing Cost ($): kWh • Lighter & Smaller - Compactness: Increase Energy Density (kilowatt-hours,
Slide 8: Anode Market Evolution
Anode Market Evolution Accelerated Demand to Implement Silicon into the Anode Material Market Direction and Development Current Emerging Target Graphite Anode Silicon + Graphite Anode Pure 100% Silicon Anode 8 Image Source: Hi Research, Gan et al., Phys, U.S. Research Nanomaterials
Slide 9: Why Use Silicon?
Why Use Silicon? Capturing Greater Amounts of Lithium-Ions Compared to Graphite Silicon Can Store 9x to 10x More Lithium-Ions than Graphite Significant Increase in Battery Life + Enables Ultra-Fast Charging 9
Slide 10: Silicon Anode Market
Silicon Anode Market Increasing Speed for Mass Production & Commercialization Implementing Silicon is the Crucial Next Step in the Lithium-Ion Battery Silicon (Si) Capacity (mAh/g) 800 ~ 2,500 Silicon Anode Market Growth High Capacity + $4.00B Advantage Fast Charging $3.50B $3.40B Price ($USD/kg) 70
Slide 11: Challenges with Silicon Anodes: Volume Expansion Problem
Challenges with Silicon Anodes Volume Expansion Problem Silicon’s Large Volume Expansion Problem during Charging > 300% After Multiple Charging Cycles Si Results of Expansion - Cracking Silicon Particle - - Thick SEI Passivation Layer Growth - - Damaged Silicon Anode - 11
Slide 12: Challenges with Silicon Anodes: Expensive Manufacturing Problem
Challenges with Silicon Anodes Expensive Manufacturing Problem Current Industry Utilize Solutions to Fight Silicon Game-Changing, Economical Volume Expansion Solution Microparticle Problem are Anode Expensive Silicon Nanoparticle Anode Silicon Nanostructure Anode 8x to 10x Cheaper than Nanoparticle
Slide 13: NEO Si Anode Nanocoating Technology
NEO Si Anode Nanocoating Technology NEO’s Solution to Overcoming Volumetric Expansion & Economical Manufacturing NEO BM Magic Nanocoating Si Anode 1. Effectively Fights Volume Performance & Process Advantage Expansion Problem of Silicon 2. Uses Economical Silicon Microparticles for Anode SOLUTION 3.
Slide 14: Technology: Silicon Anode
Advantage of MLIT Proposal Technology: Silicon Anode Increasing Energy Density, Improving Life Span, Cost-Effective One-Pot
Slide 15: NBMSiDE: Performance Advantage I
NBMSiDE: Performance Advantage I Boosting Energy Density & Significantly Increasing Battery Life Cycle Long Lasting Pure (100%) Si Anodes > 1000 Cycles – Minimal Volume Expansion during Cycling NBMSiDE Anode Conventional Si Anode 15
Slide 16: NBMSiDE: Performance Advantage II + III
NBMSiDE: Performance Advantage II + III Ultra-Flexibility to Counter Volumetric Expansion & Ultra-Fast Charging Ultra-Flexibility: Structural Stability during Bending Test 5 Minute Ultra-Fast Charging through Conventional Si Anode Greater Lithium-Ion Movement Conventional Si Anode NEO BM Si Anode Ul
Slide 17: NBMSiDE: Process Advantage
NBMSiDE: Process Advantage Cost-Effective and Efficient Single-Step Nanocoating Process NEO BM Magic Nanocoating Si Anode 1) One-Pot, Single-Step Solution Coating Process 2) No High Temperature, High Pressure, or Vacuum 3) Low-Cost Coating Materials Material Cost Simplicity Processing Cost Safe Synt
Slide 18: Commercial Plant Facility
Advantage of MLIT Proposal Commercial Plant Facility
Slide 19: South Korean Commercial Plant Facility
South Korean Commercial Plant Facility Fast-Track to Silicon Anode Commercialization NEO has Upgraded to a Commercial Plant Scale Following Positive Internal Results and Optimized Processes Original: Pilot Plant Scale Commercial-Scale Plant 10 Tons per Year 240 Tons per Year 24-Fold Increase of NEO’
Slide 20: Integration into Solid-State Batteries
Advantage of MLIT Proposal Integration into Solid-State Batteries High Energy Density with Increased Safety and Thermal Stability
Slide 21: Why Solid-State Batteries?
Why Solid-State Batteries? The R&D Direction for the Lithium-Ion Battery Industry Solid-State Batteries can Increase the Capacity of LiBs and Resolve the Flammability Issue What are Solid-State Batteries? Breakthrough Performance with All-Solid- • Solid-state batteries utilize a solid-state electrol
Slide 22: Leadership
Advantage of MLIT Proposal Leadership
Slide 23: Management and Board Leadership
Mr. Spencer Sung Bum Huh, BEc. Dr. Jong Hyeok Park Director, President and Chief Executive Officer Director, Chair of the Scientific Advisory Board Mr. Spencer Sung Bum Huh graduated from the Dr. Park served as a Senior Researcher for LG Chem. Mr. Sung Rock Hwang He was among the core researchers fo
Slide 24: Scientific Advisory Board
Dr. Sang Young Lee Mr. Suk Joong Hwang Advisor – Scientific Advisory Board Advisor - Scientific Advisory Board, Project Manager • Dr. Sang Young Lee is a renowned researcher in the field of secondary (rechargeable) batteries. He has worked at LG Chem as a Principal • Mr. Suk Joong Hwang has over 20
Slide 25: Scientific Advisory Board
Dr. Dongmok Whang Advisor – Scientific Advisory Board • Dr. Dongmok Whang is an expert in the field of fabrication and manufacturing of low-dimensional nanomaterials, especially graphene, semiconductor nanowires, and porous nanostructures for EV lithium-ion batteries, fuel cells, and various energy
Slide 26: For More Information
For More Information: Website: www.neobatterymaterials.com Address: Suite 520, 800 West Pender Street, Vancouver, B.C. V6C 2V6 Email: shuh@neobatterymaterials.com
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