What the falafel? U.S. dependance on China for Rare earth elements (REE)

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How did the U.S. become dependent on China for Rare Earth Elements (REEs)? Welcome fellow cultural nomads to the “What the Falafel?” series, where we explore sociocultural and geopolitical anomalies and try to make sense of them together.

This edition explores the U.S.’s dependence on China for Rare Earth Elements (REEs), which are critical to U.S. defence capability. REEs are used in F-35 stealth fighters, night-vision goggles, and nuclear reactor control rods. According to the U.S. Geological Survey, in 2019, China was responsible for 80% of REE imports.

This degree of reliance might be acceptable between allies. But would anyone consider China a U.S. ally? In September 2024, Frank Kendall, Secretary of the Air Force, said at an Air & Space Forces Association convention:

So, how did the U.S. become so reliant on China for these strategically critical minerals? Did they drop the ball due to a complex mix of economic, political, and environmental factors? I’m no expert on this topic, so I’ll be leaning on you, my fellow cultural nomads, to share your perspectives.

What are Rare Earth Elements?

Rare earth elements (REEs) comprise 17 chemical elements, 15 of which are commercially relevant and are found in natural deposits worldwide. REEs are more common than their name implies, but extracting, processing, and refining them presents various technical, political, and environmental challenges.

After being extracted from mines, REEs are sent to separation facilities where they are separated from other minerals. They are processed into oxides, metals, and then magnets, which are used in various products, including missiles, wind turbines, medical devices, power tools, mobile phones, and motors for hybrid and electric vehicles.

China’s Domination of REE

Production China produces about 70% of the world’s rare earth ore.
ProcessingChina processes nearly 90% of the world’s rare earths. 
ControlChina controls over 85% of the processing capacity for significant rare earths. 
Technology China has filed over 25,000 rare earth patents, compared to the US’ 10,000. 

The U.S. remains highly reliant on Chinese production of REEs through direct imports. This reliance is also due to the predominance of Chinese materials in global supply chains.   

Military use of REEs

REEs play a critical role in modern military technology. They’re essential for electronic warfare systems, targeting radars, and the electric motors in stealth fighters such as the F-35. Submarines and naval ships rely on REEs in their sonar systems, enabling effective detection and navigation.

REEs are essential to night-vision goggles and communication technologies. They also contribute to precision targeting and the development of cutting-edge laser weapons.

History of REE Mining and Production

From the mid-1960s to the 1980s, the U.S. controlled the REE market mainly through Mountain Pass. This mine, in the California desert, is operated by the Molybdenum Corporation of America.

Mountain Pass Mine

However, cost, environmental, and regulatory pressures resulted in companies exploring alternatives or moving their industries to China. While China was initially slower to develop its REE operations, this changed in the mid-1970s, coinciding with the closing of mines in the U.S.

Additionally, according to a 2018 Department of Defense report, China “strategically flooded the global market” with REE at lower prices to discourage current and future competitors. Analysts view this as a failed U.S. strategy, as China’s low costs, driven by subsidies and lax standards, outpaced the U.S. REE industry.

Koray Kose, Senior Director at Gartner, explains how the U.S. prioritised profit over security:

How did that workout?

Meanwhile, Japan shut down several rare-earth facilities and transferred its technology to China. This further boosted China’s market dominance and increased other countries’ reliance on Beijing for supply. This dependence on Chinese processors and environmental concerns resulted in suspending production at the Mountain Pass mine in the U.S. in 2002.

Tiago Tecelão Martins of the Geopolitical Monitor argues this strategic failure was possible because it occurred:  

In the 1990s, China dominated REE production, controlling 85-95% of the global supply. With its vast resources, China strategically harnessed rare earths to drive technological advancements in space, defence, and energy sectors.

By 2010, China was responsible for 95% of the world’s rare earth oxides.

Diplomatic tensions between China and Japan escalated following an incident between a Chinese fishing trawler and two Japanese Coast Guard. In response, China suspended its rare earth exports to Japan. This triggered a price surge of up to 500% in 2011 and 2012.

This sparked growing concern about China’s REE dominance, leading to the initiation of over 200 new projects worldwide to diversify the supply chain. As a result, the Mountain Pass mine in the USA reopened in 2012. It now accounts for 15% of global rare earth production, marking a strategic effort to lessen dependence on China.

Current State

Concerned about this dependence, former U.S. President Donald Trump signed an executive order on rare earths and increased funding for domestic companies. The Biden administration built upon these efforts by including rare-earth projects in the Defense Production Act and expanding the nation’s rare-earth stockpile.

Despite these efforts, James Kennedy the president of ThREE Consulting, was quoted by Foreign Policy as saying:  

Foreign Policy also quoted Raytheon chief Greg Hayes as saying:

So, fellow cultural nomads, what do you think? Did the U.S. drop the ball due to a complex mix of financial, environmental, and regulatory pressures? Do you believe no one raised the alarm because the U.S. dominated the world and China wasn’t considered a threat?

Let me know your thoughts in the comments.

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5 responses to “What the falafel? U.S. dependance on China for Rare earth elements (REE)”

  1. Blair Avatar
    Blair

    Love your article, feels like a good conversation starter. Would love you to dive into REM/REE and who has the top five reserves of them(ie specifically the elements and who has them) I think Australia is a stakeholders in this space but would love to know more. Also consider how we balance environmental impact on an emerging market.

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    1. Tymur Hussein Avatar

      Hi Blair

      Thanks for the feedback. Yes, Australia is a stakeholder. When developing the blog, I discovered that in 2023, the U.S. Department of Defense increased its funding to Lynas to $384 million (from $120 million in June 2022) to construct its processing facility in Texas.

      Regarding environmental impacts, Lynas was involved in the development of a manufacturing plant in Malaysia. The locals raised concerns about the radioactive by-products and mobilised against the company. As far as I can tell, illegal mining operations and their environmental impacts also impacted the reputation of REEs in Malaysia.

      Blair, I’d love to hear from an industry insider on what happened in Malaysia and their thoughts on sustainable REE operations here in Australia.

      Cheers

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  2. eelleissy Avatar
    eelleissy

    Great article! Wondering if the solution lies in advancing technologies for REE recycling or even exploration of alternative materials

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    1. Tymur Hussein Avatar

      Hi eelleissy
      Agree. I’m curious to see the viability of Critical Materials Institute / Ames Laboratory’s solution for extracting rare earth elements from the high-powered magnets found in e-waste.

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  3. […] While researching DeepSeek’s emergence, I noticed parallels to China’s Rare Earth Elements (REEs) strategy of the 1980s and 90s. This strategy eventually led to China’s dominance and U.S. reliance, creating a major national security risk for the latter. (See my blog—https://cultural-nomad.org/2024/12/01/what-the-falafel-us-dependance-on-china-ree/) […]

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