The race to produce lithium

15 Jan 2025 · 8 min

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Podcast Summary: The Indicator from Planet Money

Episode Title

The Race to Produce Lithium

Episode Description In this episode, the hosts discuss the global race to produce lithium, a critical component for electric vehicles, semiconductors, and grid-scale batteries. While the U.S. was historically a leader in lithium production, it has since fallen behind countries like China, which now dominate both lithium mining and processing.

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Key Themes and Concepts

  1. Importance of Lithium
  2. Hot Commodity: Lithium is essential for lithium-ion batteries, which power various devices, including electric vehicles and renewable energy solutions.
  3. Market Presence: Over 90% of the batteries in North American electricity grids are lithium-ion.
  1. Historical Context
  2. U.S. Leadership: The U.S. was once a major lithium producer, contributing about a third of the world's supply post World War II.
  3. Decline: By the present day, the U.S. produces only 2% of the world’s lithium, a dramatic decline attributed to cheaper extraction costs in Australia and Chile.
  1. China's Ascendancy
  2. Processing Power: Roughly two-thirds of lithium is processed in China, giving the country significant control over the lithium market.
  3. Geopolitical Strategy: China’s government heavily subsidizes domestic lithium production, recognizing its strategic importance for the 21st-century economy.
  1. Current U.S. Efforts
  2. Government Initiatives: Recent legislation, including the Bipartisan Infrastructure Law and the Inflation Reduction Act, aims to enhance domestic lithium production.
  3. Albemarle Corporation: The only operating lithium mine in the U.S. is owned by Albemarle, which is attempting to restart the historic Kings Mountain mine in North Carolina.
  1. Challenges in Restarting Production
  2. High Costs: Restarting the Kings Mountain mine requires significant investment (potentially over a billion dollars).
  3. Market Demand: The U.S. lacks sufficient domestic battery production capacity, leading to concerns about export costs if lithium is mined domestically but processed and utilized abroad.
  1. Environmental and Community Considerations
  2. Opposition to Mining: Local communities, environmentalists, and indigenous groups often oppose new mining projects due to potential ecological damage and community displacement.
  3. Community Engagement: Successful mining operations require support and engagement from local communities.
  1. Economic Viability
  2. Price Volatility: Lithium prices have fluctuated significantly, with recent declines making it economically challenging for Albemarle and other potential mining ventures to operate profitably.
  3. Market Dynamics: The episode highlights the importance of global supply and demand dynamics, including government subsidies impacting pricing strategies in the lithium market.

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Key Takeaways

  • The U.S. has a critical opportunity to revitalize its lithium production but faces significant hurdles, including economic viability, environmental concerns, and competition from established foreign markets.
  • The control of lithium production and processing is likened to the control over oil in the previous century, emphasizing its strategic economic implications.
  • Collaborative efforts between American companies and Chinese firms illustrate the complex interdependencies in global resource markets despite geopolitical tensions.

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Related Episodes

  • How Batteries Are Already Changing the Grid
  • How EV Batteries Tore Apart Michigan (Update)
  • The Surprising Leader in EVs
  • How China Became Solar Royalty

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Conclusion This episode of *The Indicator* provides a succinct overview of the current landscape of lithium production, encapsulating the challenges and opportunities faced by the U.S. as it endeavors to regain its foothold in this vital sector of the global economy, all while navigating the intricate web of international relations and environmental concerns.

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Transcript

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0:01NPR

0:11This century, lithium is a hot commodity. That's thanks to the lithium-ion battery used in phones, electric vehicles, and grid-scale batteries. More than 90 % of the batteries in North American electricity grids are lithium-ion. And the reason lithium is so prized for batteries is that it's the lightest metal there is. Yeah, so not heavy metal, light metal. Exactly. It's less Pantera. More Bon Jovi. Light, light metal. Yes, the Bon Jovi of the periodic table. But unlike Bon Jovi, it is not all American. Lithium mining happens across the globe, but when it comes to processing, an estimated two-thirds is processed by Chinese companies.

1:00China realized that whoever controls the production of lithium and other critical minerals will control the 21st century economy the way that control of oil defined the 20th century economy. That's Ernest Scheider. He's the author of The War Below, Lithium, Copper, and the Global Battle to Power Our Lives. He says the U.S. was once a lithium pioneer. Now it's trying to play catch-up. This is The Indicator from Planet Money. I'm Darian Woods. And I'm Adrian Ma. Today on the show, we conclude our three-part series on grid-scale batteries by looking at a race to produce the battery's key ingredient here in the U.S.

1:37It's a story that starts with the development of the nuclear bomb and arrives at today where geopolitics is colliding with environmentalists, local communities, and fickle economics.

2:07resolve 30 % of interactions instantly, quickly giving your customers what they need. Loved by over 10 ,000 companies, Zendesk AI makes service teams more efficient, businesses run better, and your customers happier. That's the Zendesk AI effect. Find out more at zendesk.com. There's only one lithium mine still running in the U.S. It's a small mine in Nevada run by a company called Albemarle. And the story of lithium in America can be told through this company. Eric Norris is Albert Marr's executive vice president and chief commercial officer. We've been producing lithium since the 1930s in the U.S.

2:45Eric says that as the Manhattan Project progressed during World War II, lithium was identified as an important fuel for nuclear bombs. It also became used for nuclear power. It was a strategic element for the U.S. to produce, a really high priority during that time. That meant huge government subsidies. From the period of time after the war into maybe the 1980s, about a third of the world's lithium was produced here in the United States. And yet as we sit here today, fast forward to today, only 2 % of the world's lithium is made in the U.S. So clearly the U.S. has given up a lot of ground when it comes to lithium production.

3:20Yeah, a huge drop. In 1988, a big mine in North Carolina closed. It was called King's Mountain Mine, and it was owned by a predecessor of Eric's company. This was the nail in the coffin for the U.S. as a significant lithium producer. The main reason was that lithium was much cheaper to extract from the great deserts of Western Australia and Chile. Those countries were rising to meet a new use that really began in 1991. That's a year when Sony introduced the first rechargeable lithium-ion battery to the market, which it used in its camcorders. Then, with the rise of cell phones, it was time for the Bon Jovi of the chemical table to step into the spotlight.

4:02I think it's because of his hit song, Lithium on a Prayer.

4:08Yes, I'm sure that's what everybody has been singing at the bars all these years. I just didn't notice it before. While the U.S. was focused on debates around energy independence that mostly revolved around oil, the Chinese government was thinking differently. The Chinese Communist Party started heavily subsidizing lithium mined or processed in China. Now, the mines are still overwhelmingly based in Australia and Chile, two countries friendly with the U.S., but getting the lithium out of the ground is only the first step. The processing to create lithium that's ready for batteries is overwhelmingly Chinese.

4:42Now, to be clear, the story of China's rise in lithium extraction is not purely about competition with the U.S. It's also about cooperation. Eric Norris' company Albemarle is American, and it's done a range of joint ventures with Chinese companies. And Albemarle sells its lithium to battery manufacturers, which includes companies based in China. But some people in the U.S. are anxious about the lack of domestic lithium production. As you may have noticed, relations between the U.S. and China aren't great at the moment, especially after the trade war between the two countries. There is a fear that China could restrict access to lithium.

5:21The Chinese government did this with other minerals as recently as in December. In response to U.S. restrictions on China's semiconductor manufacturing, the Chinese government placed new rules on three important elements in making semiconductor chips. China has now banned these elements from being exported to the U.S. And this is why Congress made it a point to try and build up domestic lithium production. It was part of the Bipartisan Infrastructure Law and the Inflation Reduction Act that was passed. And because of these acts, a few years back, the government awarded Albemarle$240 million to restart the Kings Mountain lithium mine in North Carolina.

6:00But what happened next is sort of instructive about the difficulties governments face when they get involved in markets for commodities like lithium. Eric Norris from Albemarle says it's complicated. We're big advocates of that, but there are challenges that have to be addressed. He says not only would you have to restart the mine, but you'd also have to build a processing facility. And that could be a billion dollars plus. Also, there's this question of who the customers are. If we were to be processing all of Kings Mountain today, most of that product would have to be exported because there isn't demand here for it.

6:32Most of those batteries aren't made here. They're made somewhere else. Most electric vehicle sales are in China and Europe. So that's where most of the electric vehicle batteries are made. So shipping the lithium elsewhere to those battery factories would add costs. Another issue in the U.S., mines like Kings Mountain also face opposition. Often environmental advocates oppose destruction of endangered species habitats. Abandoned mines can become contaminated with toxic chemicals like arsenic. Opposition from indigenous groups is common too. Kings Mountain faces less of these headwinds than new mines because the old mine was already there.

7:08So the big damage is basically already done. But the fact remains that permitting is a big issue. Nothing happens without the community's engagement and support. We have a mine together, or we don't have one. And so we have a community center. We have a team that engaged with the community. They're doing a lot of homework, but they're still not sure if they'll go ahead with restarting this mine. We're plotting how to do it. Now we need the numbers to support it. It's the economics just don't support it now. A few years ago when Albemarle was kicking off this idea, one ton of lithium was selling for record amounts of money.

7:45Now those Chinese lithium processors are churning out plenty of lithium, and the price has fallen about 90%. This makes it harder for Albemarle to justify restarting the King's Mountain mine. And it also worsens the economic case for other lithium proposals like a big potential mine in Nevada. And this dip highlights a key issue with all commodities everywhere. Prices are volatile. And there can be these big price spikes, like there was a few years ago when lithium supply could not keep up with demand. But those high prices don't usually last, especially when you have governments around the world subsidizing production.

8:24One winner, at least for now, is the people making and buying batteries. In the words of Bon Jovi, it's now their life. Cue the chorus. This episode is produced by Cooper Katz McKim with engineering by Gilly Moon and Jimmy Keely. It was fact-checked by Sierra Juarez, Kate and Ken edits the show, and the Indicators are production of NPR.

From the publisher
Lithium is one of the hot commodities of the 21st century: needed for electric vehicles, semiconductors needed for AI, and grid-scale batteries. While the U.S. was once a pioneer in lithium production, it's fallen off — with others, including China, taking the reins. On our third and final episode of our grid battery series, we look at the race to produce the key ingredient in most of these batteries.

Related episodes:
How batteries are already changing the grid (Apple / Spotify)
How EV batteries tore apart Michigan (Update) (Apple / Spotify)
The surprising leader in EVs (Apple / Spotify)
How China became solar royalty (Apple / Spotify)

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