Why Lithium Matters
Lithium helps rechargeable batteries store substantial amounts of energy while remaining relatively lightweight, making it important to portable electronics and electric transportation.
RESOURCE PROFILE
Lithium
Lithium is a lightweight metal at the center of modern rechargeable battery technology. It is essential to smartphones, electric vehicles, energy storage systems, portable electronics, and a growing range of technologies connected to electrification.
Symbol
Li
Atomic Number
3
Category
Battery Mineral
Metal Type
Alkali Metal
Market Reference
Lithium Carbonate
Common Uses
Lithium is best known for rechargeable batteries, but lithium compounds are also used in ceramics, glass, lubricants, specialty alloys, polymers, and industrial applications.
Where It Is Found
Commercial lithium resources are commonly associated with hard-rock deposits, mineral-rich brines, and emerging clay and sedimentary deposits.
How It Is Sold
Lithium markets include spodumene concentrate, lithium carbonate, lithium hydroxide, and other refined compounds used by battery and industrial manufacturers.
PRICE & MARKET OVERVIEW
Lithium Market Reference
Lithium does not have one universal price. Product form, purity, chemistry, and contract terms can produce very different market values.
REFERENCE LITHIUM CARBONATE PRICE
$12,800 / t
MOCK DATA
Illustrative market movement only. Lithium prices vary by
product specification and market. Live historical data can
be connected through the Earth Value Index data layer.
RESOURCE USES
What Is Lithium Used For?
Batteries dominate the modern lithium story, but they are not the material’s only use.
01
Electric Vehicles
Lithium-ion batteries provide energy storage for electric cars, trucks, buses, and other forms of electrified transportation.
02
Portable Electronics
Smartphones, tablets, laptops, cameras, wearables, and cordless devices depend heavily on rechargeable lithium-ion batteries.
03
Energy Storage
Large battery installations store electricity for homes, businesses, utilities, renewable energy systems, and electric grids.
04
Glass & Ceramics
Lithium compounds can improve thermal resistance, strength, melting behavior, and other properties in glass and ceramic products.
05
Industrial Uses
Lithium compounds also appear in lubricating greases, polymers, specialty alloys, air treatment systems, and other industrial applications.
GLOBAL SUPPLY
Where Lithium Comes From
MAJOR LITHIUM SUPPLY REGIONS
01
Australia
02
Chile
03
China
04
Argentina
05
Other Emerging Regions
This list is general reference content for the initial build. Production rankings and quantities should be date-stamped when current authoritative data is connected.
01
Hard-Rock Deposits
Lithium-bearing minerals such as spodumene can be mined from hard-rock deposits, crushed, concentrated, and processed into battery-grade compounds.
02
Brine Resources
Some lithium is recovered from mineral-rich underground brines, particularly in dry salt-basin regions where dissolved lithium can be concentrated and processed.
03
Clay & Sedimentary Deposits
Emerging projects are evaluating lithium hosted in clays and sedimentary deposits using new extraction and processing methods.
RESOURCE VALUE TOOL
Estimate Lithium Carbonate Equivalent in a Deposit
Enter ore tonnage, an estimated Li₂O grade, a reference lithium carbonate price, and expected recovery.
This is a simplified contained-resource estimate. It does not
account for mineralogy, processing losses beyond the selected
recovery rate, product purity, conversion cost, capital cost,
operating cost, taxes, royalties, or project economics.
Contained Li₂O
—
LCE Equivalent
—
Recoverable LCE
—
Recoverable Reference Value
—
Calculator uses a simplified Li₂O-to-lithium-carbonate-equivalent
conversion factor of approximately 2.473.
RESOURCE IMPORTANCE
Why Is Lithium Strategically Important?
Battery Demand
Modern rechargeable batteries make lithium important to transportation, consumer electronics, and grid storage.
Electrification
Electric vehicles and large-scale energy storage systems have expanded lithium’s role in global energy infrastructure.
Processing Capacity
Mining is only part of the supply chain. Refining lithium into battery-grade chemicals is a critical industrial step.
Supply Concentration
Major lithium resources, processing capacity, and battery manufacturing are concentrated in a limited number of regions, making supply security strategically important.
FROM MINE TO BATTERY
The Lithium Supply Chain
01
Resource
Hard Rock · Brine · Clay
→
02
Extraction
Mining or Brine Recovery
→
03
Processing
Concentrate & Refining
→
04
Battery Chemicals
Carbonate · Hydroxide
→
05
Battery Cells
EV · Electronics · Storage
RELATED RESOURCES
Related Battery Materials
LITHIUM INSIGHTS
Lithium News & Resource Intelligence
CRITICAL MINERALS
Why Lithium Supply Has Become a Strategic Issue
Battery manufacturing has made lithium supply chains increasingly important to governments and industry.
Read Insight →
GLOBAL SUPPLY
Hard Rock vs. Brine Lithium
The two major lithium supply routes use very different geology, extraction methods, and processing systems.
Read Insight →
BATTERY MATERIALS
What Actually Goes Into an EV Battery?
Lithium works alongside graphite, nickel, manganese, copper, aluminum, and other materials in modern battery systems.
Read Insight →
RESEARCH & METHODOLOGY
Lithium Data & Sources
Earth Value Index resource profiles are designed to use authoritative geological, mineral-production, energy, government, and industry data. Current production rankings, reserves, and market values should be date-stamped when live data is introduced.
EARTH VALUE INDEX
Continue Through the Resource Index
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