Search this site
Skip to main content
Skip to navigation
Floriano Filho's Japanese Studies Postdoc Fellowship
Home
Results
Activities
2022
2021
Quarterly Reports
Next
Chapters
China-LAC strategic relations
The Evolving Global Context
Trade & FDI as locomotives
Belt & Road
FEW nexus
Fertilizers and Geopolitics
New configuration implications for Japan
Strategic metals
Lithium & other metals global value chain
Strategic Metals for Aircrafts
Research
Data
Tools
Image bank
Book Publishing
Links
Floriano Filho's Japanese Studies Postdoc Fellowship
Home
Results
Activities
2022
2021
Quarterly Reports
Next
Chapters
China-LAC strategic relations
The Evolving Global Context
Trade & FDI as locomotives
Belt & Road
FEW nexus
Fertilizers and Geopolitics
New configuration implications for Japan
Strategic metals
Lithium & other metals global value chain
Strategic Metals for Aircrafts
Research
Data
Tools
Image bank
Book Publishing
Links
More
Home
Results
Activities
2022
2021
Quarterly Reports
Next
Chapters
China-LAC strategic relations
The Evolving Global Context
Trade & FDI as locomotives
Belt & Road
FEW nexus
Fertilizers and Geopolitics
New configuration implications for Japan
Strategic metals
Lithium & other metals global value chain
Strategic Metals for Aircrafts
Research
Data
Tools
Image bank
Book Publishing
Links
Trade & FDI as locomotives
WTO Blog | Data Blog - High demand for energy-related critical minerals creates supply chain pressures
Critical minerals, such as cobalt, copper, lithium, nickel and rare earths, play a crucial role in the production of clean energy technologies, from wind turbines to electric cars. Over the past 20 years, annual trade in energy-related critical minerals trade has increased from US$ 53 billion to US$ 378 billion. However, the high demand for clean technology goods is putting pressure on the supply chains for these minerals.
Google Sites
Report abuse
Page details
Page updated
Google Sites
Report abuse