growing mass power storage...tesla powerwall - the next generation of home power dyson –building a...

GROWING MASS POWER STORAGE

Corporate Presentation

Feb 2019

1www.globalli-iongraphite.com

http://www.globalli-iongraphite.com/

Forward –Looking Statements This presentation may contain “forward-looking information” within the meaning of applicable Canadian securities

legislation. All statements, other than statements of historical fact, included herein may be forward-looking information. Generally, forward-looking information may be identified by the use of forward-looking terminology such as “plans”, “expects” or “does not expect”, “proposed”, “is expected”, “budgets”, “scheduled”, “estimates”, “forecasts”, “intends”, “anticipates” or “does not anticipate”, or “believes”, or variations of such words and phrases, or by the use of words or phrases which state that certain actions, events or results may, could, would, or might occur or be achieved. This forward-looking information reflects the Corporation’s current beliefs and is based on information currently available to the Corporation and on assumptions the Corporation believes are reasonable. These assumptions include, but are not limited to, the actual results of drilling and exploration being equivalent to or better than anticipated or historical results and future costs and expenses being based on historical costs and expenses, adjusted for inflation. Forward-looking information is subject to known and unknown risks, uncertainties and other factors that may cause the actual results, level of activity, performance or achievements of the Corporation to be materially different from those expressed or implied by such forward-looking information. Such risks and other factors may include, but are not limited to: the early stage development of the Corporation and its projects; general business, economic, competitive, political and social uncertainties; commodity prices; the actual results of current exploration and development or operational activities; competition; changes in project parameters as plans continue to be refined; accidents and other risks inherent in the natural resources industry; lack of insurance; delay or failure to receive board or regulatory approvals; changes in legislation, including environmental legislation, affecting the Corporation; timing and availability of external financing on acceptable terms; conclusions of economic evaluations; and lack of qualified, skilled labour or loss of key individuals. Although the Corporation has attempted to identify important factors that could cause actual results to differ materially from those contained in forward-looking information, there may be other factors that cause results not to be as anticipated, estimated or intended. Accordingly, readers should not place undue reliance on forward-looking information. The Corporation does not undertake to update any forward-looking information, except in accordance with applicable securities laws.

www.globalli-iongraphite.com

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About Global Li-Ion Graphite Corp

Global Li-Ion Graphite intends to become a principal supplier of graphite to the rapidly growing lithium ion battery industry –including the likes of Tesla’s expansive Nevada Gigafactory and others slated to open globally.



What Is Graphite?

• One of the most versatile non-metallic minerals

• A crystalline form of carbon (grey crystalline allotropic) which occurs as a mineral in some rocks

• Excellent conductor of electricity and heat and

essential ingredient in the global shift to efficient energy storage

Common Uses

BatteriesElectrodes

Refractories

Brake linings

Lubricants

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Graphite Market

• Graphite is used in electric batteries for its conductivity and steel furnaces for its ability to withstand high temperatures

• Electric vehicles, utility storage devices and smart phones are all powered by batteries that use graphite as the anode material*

• 60 per cent of the material in batteries comesfrom graphite

• Global battery – grade graphite production is 80,000 tonnes a year but forecasts say this will exceed 250,000t/y by 2020*

5*Benchmark Mineral Intelligence

Graphite, an allotrope of

carbon, can be mined

or manufactured

It is heavily used in steel

production as well as for

anode material in batteries

Global battery grade

production is forecast to

rise to 250,000 t/y by 2020

Graphite Market• Graphite will be the largest volume of input material

into Tesla’s Gigafactory

• China produces more than 60 per cent of the

world’s supplies of natural graphite; Tesla

has said it will try and source all its resources locally

• Tesla uses natural graphite for its lithium-ion

battery production; the world will need

significant new sources of supply

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Technology-Grade Graphite Demand Growing Rapidly

• Lithium Ion batteries require 10x – 30x more graphite than lithium

• Global demand ready to skyrocket for high quality natural graphite

• China mandates a minimum 10% of all vehicle built there to be Low or Zero Emission by 2019 and 12% by 2020

➢ Automakers – 1.26M electric cars sold in 2015*

➢ Alevo GridBanks – energy storage units, factory in Concord, NC

➢ Tesla Powerwall - the next generation of home power

➢ Dyson – building a $1 Billion gigafactory

➢ Electronics – all things mobile powered by li-ion batteries

• USA is the world’s largest graphite consumer – but has zero production

• Demand to increase 200 percent by 2020 and 300 percent by 2025

• Estimated demand will require 3 new 50,000 Mtpa mines

7*Source: Global EV Outlook 2016 – International Energy Agency

Feeding the Energy Storage BeastEnergy storage revenue is forecasted to exceed $16.5 Billion by 2023*

MAJOR PRODUCTS DRIVING UNPRECEDENTED DEMEND

Lithium-Ion Batteries

➢ 10-30x more graphite than lithium weight

required to produce these batteries

➢ Market is expected to grow 200% in the next

4 years

Stationary/Energy Storage Batteries

➢ Operate continuously to accumulate energy

from sources with unpredictable energy flows

and release it during peak demands

➢ Homes & businesses storing solar and wind

power generation

Mobile Technology

➢ Evolving technology requires battery power for

most modern devices; consumers demand

long-lasting battery life

➢ Global E-Bike sales to reach $24.3B by 2025

due to falling Lithium prices

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Future Demand For Graphite

➢ Graphite demand will increase, because of;• Lithium-Ion-Batteries• Electrical Vehicles (EVs) growth

- China is the world’s largest and fastest-growing market for EV - 146,000 pure EVs sold in China in 2015- 71,000 pure EVs sold in USA in 2015*

➢ In 2020 approx. 90k tons additional production could be required➢ Until 2025 another 100k tons additional production could be required ➢ It is unclear, how much will be covered by China (current market share of China

= 70%)➢ Customers would like to source spherical graphite but also traditional graphite

grades from outside China➢ China also could reduce its output of commodity grades which would lead to

further demand for production outside of China ➢ India aims to become 100% e-vehicle nation by 2023**

9*Goldman Sachs Global Investment Research

** The Economic Times

Feedback to Accelerate EV Growth• “We’re now flipping the switch, we’re ready to launch of an electric product offensive that will

cover all vehicle segments, from the compact to the luxury class” Dieter Zetsche, Daimler CEO

• “We’re all facing a legislative framework around the world which is going in one direction and almost converging on the same spot. Within the mix of vehicles for the foreseeable future, you will need to have a good proportion of zero-emission vehicles”

Ian Robertson, BMW Board of Management

• “Competitors are now in phase one on their electric strategy, while we’re entering phase two. We’re already well on our way to electrifying the core portfolio, using powertrain technology from BMW”

Harald Krueger, BMW CEO

• “I think it is very clear that individual mobility is moving toward carbon-neutral. It is a major milestone for us (the Opel Ampera-e) for our transformation on the long-term horizon to become an all-electric company”

Karl-Thomas Neumann, President of GM Europe

*Goldman Sachs Global Investment Research

Ambato-Arana, Eastern Madagascar

3 mining exploitation licenses located in the vicinity of Andasibe in Toamasina

Province in Madagascar totaling 4,375 hectares (10,811 acres)

20 km to the Northest of Sheritt’s major Ambatovy nickel/cobalt laterite open pit

mine and 220 km from the seaport of Toamasina, Madagascar’s main port

Graphite was produced from 1910 to 2010; mining permits still in good standing

In recent years production stopped as the owner/operators retired

The production has been free digging of lateritic ore and open pit mining, providing

low cost production without need for blasting

The presence of large Flake size Graphite means potential to produce a premium

product

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Chedic Graphite Mine, Nevada USA Chedic Mine is in an excellent jurisdiction located 10 min from Carson City, Nevada

In 1920s, Walter Chedic produced graphite from an open pit mine

The Chedic Graphite enriched structure has the potential to host a large amount of

graphite mineralization

Grades up to 22% CC (carbon content)

Geophysics indicates a 3000ft (900m) graphitic zone

First drilling ever on the property just completed

Drill holes testing a 500m (1600ft) target zone

43-101 report completed

Broad zones of graphite mineralization intersected



Neuron Graphite, Callinex Mines

New high grade, near surface, fine to course flake graphite discovery in

one of the highest ranked mining jurisdictions in the world, Manitoba

Canada. The discovery hole includes high grade intervals of up to 60%

Cg over 4.1 metres and within a broad interval of 5.9% Cg over 56

metres located near surface.

Only 2 of 8 priority drill targets have been drill tested to date.

Located near infrastructure; 16 km from the mining city of Thompson,

Manitoba which is accessible via paved highway, air transport and

railway and a 230-kilo volt hydro-electric generated powerline crosses

through the property.

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BEGO Technologies LTD Global Li-Ion Graphite Corp. has entered into a MOU to acquire an interest in BEGO Technologies Ltd. Under the

terms of the agreement LION will acquire 16% of BEGO and 49% of BEGO Energy Storage. The companies will

endeavor to execute a definitive agreement quickly.

BEGO is a Hong Kong incorporated private company, which was formed to commercialize a new and innovative

way to produce low cost, high value graphene oxide and graphene from Graphite.

BEGO, an acronym for Bio Electro Chemical Graphene Oxide, is a ecofriendly peer reviewed PCT patent pending

process (“Process”) that uses mother matures naturally occurring microbes to produce Graphene Oxide from

graphite. Graphene Oxide is a precursor to producing Graphene which is a further process that is being advanced

at CSU and other labs under contract with BEGO.

Commercialization of the Process is being advanced under the direction of Dr. Jin , the Process Co Inventor in

collaboration with experts at Colorado State University where ongoing programs are underway to perfect the

Process and its scaling.

BEGO’s priority is to become a low cost high value supplier of engineered graphene materials, one of which is

dedicated to advancing the next generation graphene based electrode for energy storage.

Research is going on world wide to increase the energy density of lithium ion batteries, to extend the EV range and

load them faster. Graphene characteristics hold great promise to reach these holy grails. A low cost high quality

provider of graphene will make possible commercialization of these advances.



Key Competitive Advantages

The Ambato-Arana past producing Mines are permitted and have the infrastructure in place to be put back into production near term. Madagascar is ideally situated to supply China and India with much needed Graphite Oxide.

The Chedic Mine is ideally situated to be a principal source of graphite required by lithium ion battery manufacturers in Nevada and California.

Tesla’s Gigafactory is located less than 50 miles from the Chedic mine property

The Neuron graphite project in Thompson, Manitoba is potentially the richest graphite discovery in North America with grades of up to 76% carbon content in one of the world’s premium mining district.

Tesla and others are committed to using locally supplied resources

All works overseen by the professional geologists who are qualified persons

The Company has been financed in a strong market resulting in less dilution



Management and Board

John Roozendaal, President/CEO

Mr. Roozendaal has a B.Sc in Geology and 28 years of experience in the mineral exploration and mining industry. John is a founder and past President of VMS Ventures Inc. (VMS.V) which discovered the Reed Copper Mine deposit in 2007 and was brought into commercial production in 2013. John has held a range of management and board of director roles over his career. Mr. Roozendaal has the rare experience of being directly involved with the discovery of a mineral deposit and seeing it through to its full commercial production. John brings a wealth of technical, finance and corporate governance experience to the board.

Jason Walsh, Chairman

Mr. Walsh has more than 25 years of relevant business experience including 10 years as an Investment Advisor, which allowed him to gain invaluable experience and insight into the formation, Management and financing of Public companies. Mr. Walsh has specialized in corporate development, incubation, structuring, listing, M&A and capital raising. In 2003 Mr. Walsh joined Thelon Ventures ltd. (Now THC BioMed Intl.) as Director and President. During his tenure Mr. Walsh was responsible for financing and oversight of the companies projects and day-to-day operations. Mr. Walsh has held the position of President and Secretary of Global Li-Ion Graphite since its incorporation on February 8, 2012.



Management and Board Cont.

Geoff Watson, CFO, Director

For the past 30 years, Geoff Watson has been involved in various aspects of the securities industry, including 22 years in the brokerage community, during which time he was involved with retail and institutional client management, and the financing of numerous public companies. Mr. Watson has most recently been involved in the corporate communication and development of North American public companies.

Glen Macdonald, P.Geo

Mr. Macdonald has extensive board experience with junior exploration companies having been a founding director of several since the mid 1980’s. He is a self-employed Consulting Professional Geologist, a B.Sc. graduate of the University of British Columbia, a member of the Alberta Professional Engineers Geologists and Geophysicists Association since 1982, and of the British Columbia Association of Professional Engineers and Geoscientists since 1993. A professional geologist, Mr. MacDonald consults and manages exploration and mining development projects for major and junior mining companies. He currently holds positions as Director and/or Senior Manager (finance and project analysis) with numerous junior mining companies. He has designed & managed exploration campaigns worldwide for both metals & gemstones, & has concentrated primarily on Canadian diamond & gemstone exploration for the past 10 years. He has served on the Boards of numerous public companies with management roles in technical, project management & financing.

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Advisory Board

Sam Malin

Mr. Malin holds a BSc (Hons) in Geological Engineering from Queens University in Canada and completed graduate studies in England at the University of Cambridge. Mr. Malin is CEO of Avana Resources Limited, founder of Red Island Minerals and Madagascar Oil (vehicles for major Malagasy coal and heavy oil projects respectively) and has been focused on Madagascar for 15 years. His prior experience includes as positions with Standard & Poor's, Arthur D. Little and Dome Petroleum Limited, as well as advisory positions to the European Commission. He is fluent in French and conversant in several other languages.

Dr. Song Jin

Dr. Song Jin, a Chinese American, from Boulder CO. Dr Jin is Ph.D., Zoology/Environmental Biology, Bio-geo-chem, 1994 – 1997] (University of Wyoming). Dr Jin’s specialty is Applied R&D, management and commercialization of advanced technologies in environmental and alternative energy areas.

Mr. Muzylowski

Mr. Muzylowski’s initial introduction to the graphite mineralization on the Neuron project happened during exploration work he was involved with in the 1960’s. In 2014 Mike and his team at Callinex Mining Inc. followed up a historical graphite intersection resulting in the Neuron High Grade Graphite Project discovery.

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Investment Highlights

➢ Only graphite deposit within ~50 miles from Tesla’s Nevada Gigafactory

➢ Past producing asset in favorable jurisdiction to China and India

➢ Well structured, low market capital

➢ Minimal capital commitments

➢ Strong financial partners

➢ Aggressive growth strategy



Corporate Structure


Shares OutstandingWarrantsOptions

40.7 M pre financing 9.5 M @ $0.50, 3M @ $0.751.55 M @ $0.25 500,000 @ $0.52

Private Placement TBA

Property Payments N/A

SHARE STRUCTUREas at Feb, 2019)


Contact

Jason Walsh, Chairman Yana Bobrovskaya

604-608-6314 604-608-6314

[email protected] [email protected]

908-510 Burrard Street

Vancouver, BC V6C 3A8

THANK YOUwww.globalli-iongraphite.com

[email protected]

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Global Li-Ion Graphite Corp Investor Relations


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