Latest / The Productivity Podcast with Fexingo: Output, Efficiency, and Long-Term Economic Growth / How Chile's National Lithium Strategy Could Reshape Global Battery Supply Chains
Transcript
- Lucas: So back in April of 2023, President Gabriel Boric announced that Chile would nationalize its lithium industry. And at the time, a lot of headlines framed it as 'Chile seizes control of the white gold.' But the actual policy is more nuanced, and I think it's one of the most interesting productivity stories in the resource world right now. Luna: Nuanced how? Because when I hear 'nationalization' my brain immediately goes to copper in the seventies, and that didn't exactly end well for output. Lucas: Right, and that comparison is exactly what a lot of investors are making. Under Salvador Allende, Chile nationalized its copper mines in 1971, and production did drop — partly because of the transition, partly because of political turmoil, partly because the state-owned company Codelco initially lacked the technical expertise. Lucas: But here's the thing: Boric's plan is not a straight takeover. The government wants to create a model where the state holds a controlling stake — think 51 percent — in strategic lithium projects, but private companies can still operate as minority partners through special operating contracts. Luna: So it's more of a joint-venture model than outright expropriation. That's different from what people assume. Lucas: Exactly. And the motivation is partly about capturing more value for the country, but also about accelerating production. Chile already produces about 30 percent of the world's lithium, but it sits on the largest reserves — over 40 percent of global lithium is in the Atacama salt flat alone. Luna: So if you're Chile, you have this massive resource, but you're seeing Australia ramp up production fast, and you're watching Argentina become the next frontier. The incentive to move quickly is real. Lucas: Right. And the current system isn't structured to scale. Right now, only two companies produce lithium in Chile: SQM, whose contract runs through 2030, and Albemarle, which has a contract through 2043. Both were signed under the previous government, and they operate under quotas. Luna: Quotas that cap how much they can extract each year, right? Lucas: Exactly. SQM's quota was set at around 180,000 tons of lithium carbonate equivalent over the life of the contract, and Albemarle has a similar structure. That's not nothing, but it's not designed to maximize output in response to global demand. Lucas: Meanwhile, lithium prices went from about $6,000 a ton in 2020 to over $80,000 in 2022. The incentive to produce more is enormous, but the regulatory framework is stuck in a different era. Luna: So the nationalization plan — or the 'National Lithium Strategy' as they call it — is partly about creating a new framework that can actually increase production. But does state ownership actually help with that? Historically, state-owned mining enterprises have mixed productivity records. Lucas: That's the million-dollar question. Codelco, Chile's state copper miner, is actually a good case study. It's one of the world's largest copper producers, and it's been relatively efficient. But it's also had periods of underinvestment and declining ore grades. Lucas: The key difference with lithium is that extraction from brine — which is how Chile does it — is actually cheaper and less capital-intensive than hard-rock mining. The Atacama is one of the lowest-cost lithium producers in the world. Luna: So the productivity advantage is built into the geology. The question is whether the governance structure can keep up. Lucas: That's exactly it. And Boric's plan includes creating a national lithium company, but it's not starting from scratch. They're establishing a new entity, but they're also open to partnerships with existing players. The goal is to have multiple projects operating by 2030, not just the two existing ones. Luna: And you mentioned Australia — they've become the world's largest lithium producer, overtaking Chile in 2022. But Australia mostly mines hard-rock spodumene, which is more energy-intensive to process. Chile has the brine advantage. Lucas: Right. And that's where the productivity story gets really interesting. Brine extraction in the Atacama uses solar evaporation, which is cheap but slow — it can take 12 to 18 months to concentrate the brine enough. But newer direct lithium extraction technologies can pull lithium out in hours. Luna: So the real productivity play might not be about nationalization per se, but about whether the new framework incentivizes adoption of those DLE technologies. Lucas: Exactly. And that's where some of the tension lies. The government wants to control the resource, but it also wants to attract investment in new extraction methods. The policy details matter a lot. Lucas: For example, the government has said it will prioritize projects that use less water and have a smaller environmental footprint — which DLE can offer. But the return on investment for those technologies is uncertain, and private companies need clarity on contract terms. Luna: And if you look at what happened with the mining royalty bill that passed in 2023 — that raised taxes on copper and lithium producers. That could affect the calculus for potential investors. Lucas: Yeah, the royalty bill introduced a marginal rate of up to 46.5 percent on copper sales and a separate lithium royalty. So there's a lot of regulatory change happening at once. The question is whether the net effect is positive for production growth. Luna: I want to come back to something you said earlier about the copper nationalization in the 1970s. The productivity loss there wasn't just about the takeover itself — it was about the loss of technical talent and the lack of reinvestment. Are we seeing any signs of that happening with lithium? Lucas: Not yet, but it's a risk. The existing lithium workforce in Chile is relatively small because there are only two producers. The talent pool is thin. If the government tries to staff up a new national company without proper training or competitive compensation, you could see inefficiencies. Lucas: On the other hand, if they partner with existing operators and use a model similar to what Saudi Arabia did with Aramco — state ownership but operational autonomy — you can preserve productivity. Luna: Speaking of preserving productivity — if walking through the economics of resource extraction with us has made something click for you, and you'd like to help keep this show ad-free, listener support is what makes that possible. You can find us at buy me a coffee dot com slash fexingo. Lucas: It genuinely does help us keep the conversation going without having to shoehorn in sponsor messages. So if that's something you value, we appreciate it. Luna: Anyway, back to Chile. Assuming they can get the governance right, what does a successful lithium strategy look like in terms of output? Lucas: The government has set a target of producing 1.5 million tons of lithium carbonate equivalent annually by 2035. That's a huge jump from current production of around 200,000 tons. Achieving that would require multiple new projects and a massive scaling of existing operations. Luna: That's a sevenfold increase in just over a decade. That's ambitious even by mining industry standards. Lucas: It is. And it's not just about Chile's own productivity — it's about the global battery supply chain. Automakers like Tesla, Volkswagen, and BYD are all racing to secure lithium supply. If Chile can deliver, it could anchor a Western supply chain that reduces dependence on Chinese processing. Luna: Right now China controls about 60 percent of lithium refining capacity. So even if Chile produces more raw material, the bottleneck moves to processing. Lucas: Exactly. And Chile has actually started building its own processing capacity. The government has announced plans for a lithium hydroxide plant in the Antofagasta region. That's a value-add step that could increase productivity per ton of raw lithium. Luna: So the productivity story here is multi-layered: extraction efficiency, regulatory efficiency, downstream processing, and global supply chain positioning. Lucas: Right. And I think the most underappreciated aspect is that Chile's lithium strategy could actually be a productivity play for the entire electric vehicle industry. If Chile can produce lithium at low cost and in large volumes, it lowers the input cost for batteries, which makes EVs cheaper. Luna: That's a good point. And it ties back to the core theme of this show: how policy and resource management shape long-term economic output. Lucas: Yeah. Chile is essentially trying to do what Norway did with oil — capture the resource rent while maintaining high production efficiency. The difference is that Norway had a well-established institutional framework from the start. Chile is building the plane while flying it. Luna: So the next few years will be telling. If they can pull it off, it becomes a model for other resource-rich countries in Latin America and beyond. Lucas: And if they don't, we might see a repeat of the copper story — declining output, missed opportunities, and a global supply chain that looks elsewhere. But either way, it's one of the most consequential productivity experiments happening right now.