As Donald Trump returns to the White House, his interest in critical minerals could lead to a shift in the US's approach to green technology, contradicting his prior climate actions.
Trump's Shift: From Climate Discard to Critical Minerals Advocate

Trump's Shift: From Climate Discard to Critical Minerals Advocate
A new approach to mineral procurement raises questions about the US leadership in green technology under Trump's administration.
Donald Trump’s recent return to the White House promises a reshaping of the United States' focus on critical minerals, a shift that might redefine its role in the green technology landscape. Former UN climate chief Christiana Figueres remarked that Trump's victory represents a setback for global climate efforts. He has historically distanced the US from international agreements like the Paris Climate Agreement and eliminated electric vehicle targets, calling them part of a "green new scam."
Nonetheless, Trump has shown an eagerness to establish essential agreements with leaders of mineral-rich countries, such as Ukraine, Canada, and Greenland. These critical minerals, vital in sectors including defense and aerospace, are equally important in manufacturing green technologies. The question arises: Could Trump's interest in securing such resources inadvertently boost the US’s capabilities in green technology?
Aiding this scenario is the growing concern among industry leaders like Tesla’s Elon Musk, who cited a dramatic increase in lithium prices due to soaring demand. By 2023, demand for lithium surged by 30%, primarily driven by advancements in clean energy and electric vehicles, forecasts from the International Energy Agency indicate that these areas will account for about 90% of lithium demand within the next two decades. Musk underlined the urgency of tapping into these minerals, hinting that Tesla might need to step into mining if conditions don't improve.
According to a December 2023 report by the US Government Select Committee, the country must rethink its critical mineral strategy to reduce heavy reliance on China, which dominates the global production and processing of rare earth elements. Experts suggest that while countries may have abundant mineral reserves, ease of access and geopolitical stability impact their viability as reliable sources. Consequently, China’s investments in Africa and South America have cemented its position in the market, leading to fears that the US is falling behind.
Trump's motivation may stem from a desire to secure a competitive edge against China’s market control. Experts argue that Trump's new focus on critical mineral procurement may coincidentally bolster green technology sectors, despite his traditionally anti-environment stance.
There are whispers of an upcoming "Critical Minerals Executive Order" from Trump, which could expedite investment and streamline processes for mining and processing in the US. Although experts warn of the significant time needed to establish supply chains properly, the potential for increased mineral extraction has intrigued stakeholders.
Despite the complexities of creating sustainable mineral supply chains, interest in critical minerals reflects an essential pivot in US energy policy. Notably, while the previous administration emphasized downstream processes, Trump's shift signals an urgency for upstream involvement—procuring necessary minerals for production.
However, this proposed mining focus could face political hurdles, especially considering the significance of maintaining support for the Inflation Reduction Act amidst the impending 2026 mid-term elections. Especially in energy-centric states like Georgia, where legislative support is paramount for sustaining battery and renewable energy industries.
Not surprisingly, industry actors remain optimistic about the future, with ongoing discussions about reconciling the critical importance of energy security with environmental responsibilities. Regardless, Trump's evolving priorities indicate a noteworthy dilemma: an apparent disinterest in elevating his environmental legacy could paradoxically lead to advancements in green technology.