Trump Signs Executive Order to Investigate US Dependence on Critical Mineral Imports

Published: Apr 22, 2025 13:58
President Trump Signs Executive Order to Launch Investigation into Dependence on Imports of Critical Minerals

US President Trump recently signed an executive order directing the federal government to conduct a comprehensive investigation into the US's dependence on imports in the field of critical minerals. This move aims to reduce supply chain risks and ensure national security and manufacturing stability. The investigation will focus on strategic resources such as lithium and rare earths, and assess domestic capacity enhancement and cooperation plans with allies. The order is seen as the latest step in the US's strategy to strengthen self-sufficiency in critical mineral supply.

Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and relying on SMM‘s internal database model. They are for reference only and do not constitute decision-making recommendations.

For any inquiries or to learn more information, please contact: lemonzhao@smm.cn
For more information on how to access our research reports, please contact:service.en@smm.cn
Related News
Beijing Launches 500-kV Power Project in Fengtai, Boosting Grid Resilience and Industrial Growth
48 mins ago
Beijing Launches 500-kV Power Project in Fengtai, Boosting Grid Resilience and Industrial Growth
Read More
Beijing Launches 500-kV Power Project in Fengtai, Boosting Grid Resilience and Industrial Growth
Beijing Launches 500-kV Power Project in Fengtai, Boosting Grid Resilience and Industrial Growth
On January 28th, the construction of the 500-kilovolt power transmission and transformation project in Fengtai, Beijing officially started. This project is the first newly-built 500-kilovolt power grid project in Beijing during the 15th Five-Year Plan period. It will significantly enhance the resilience and power receiving capacity of the southern Beijing power grid and provide reliable power support for Beijing to continuously optimize the investment structure and vigorously develop high-end, precise, and cutting-edge industries. The 500-kilovolt power transmission and transformation project in Fengtai, Beijing is a key project of Beijing's power grid during the 15th Five-Year Plan period and one of the "3 100" key projects in Beijing this year. It is constructed and managed by the State
48 mins ago
Shaanxi-Anhui UHV DC Project's 500-kV AC System at Hezhou Station Begins Operation After Trial Run
51 mins ago
Shaanxi-Anhui UHV DC Project's 500-kV AC System at Hezhou Station Begins Operation After Trial Run
Read More
Shaanxi-Anhui UHV DC Project's 500-kV AC System at Hezhou Station Begins Operation After Trial Run
Shaanxi-Anhui UHV DC Project's 500-kV AC System at Hezhou Station Begins Operation After Trial Run
On February 1st, the 500-kilovolt AC system of the Hezhou Converter Station, the receiving-end station of the ±800-kilovolt UHV DC power transmission project from northern Shaanxi to Anhui, was officially put into operation after a 24-hour trial run.
51 mins ago
750-kV Power Line Connecting Northern to Central Shaanxi Fully Operational
51 mins ago
750-kV Power Line Connecting Northern to Central Shaanxi Fully Operational
Read More
750-kV Power Line Connecting Northern to Central Shaanxi Fully Operational
750-kV Power Line Connecting Northern to Central Shaanxi Fully Operational
On February 2nd, the 750-kilovolt power transmission and transformation project of the third passageway from northern Shaanxi to central Shaanxi was fully connected. The project starts from the 750-kilovolt Shuofang Substation in Shenmu City in the north and ends at the 750-kilovolt Bailuyuan Substation in Lantian County in the south. It has newly built a 1,271-kilometer line, passing through 18 counties (districts) in 4 cities including Yulin, Yan'an, Weinan and Xi'an.
51 mins ago
President Trump Signs Executive Order to Launch Investigation into Dep - Shanghai Metals Market (SMM)