Introduction

The global race for lithium is more intense than ever—and China is rapidly closing in on Australia’s long-held dominance. As demand for electric vehicles (EVs) and clean energy storage skyrockets, lithium is becoming one of the most critical minerals on earth. According to recent reports, China could surpass Australia as the world’s top lithium miner by 2026. For businesses that rely on steady, strategic sourcing of mining materials, understanding this shift is not just important—it is urgent.

Why Australia-China Mining Relations Matter

Australia and China are two of the most important players in the global mining supply chain. Australia has long led the world in lithium exports, while China dominates processing and manufacturing. Tensions around trade policy, environmental standards, and geopolitical competition have shaped the relationship between the two nations, but mutual dependency on mineral trade has kept the partnership alive.

For companies navigating these waters, CAMAL offers unique expertise in bridging sourcing and supply between Australia and China. Our deep understanding of both markets ensures resilience despite rising friction.

Key Materials Driving Australia-China Mining Trade

Lithium is at the center of this dynamic. Australia currently provides a major portion of the world’s lithium ore, while China refines it into battery-grade material for EVs and electronics. Major players like CATL, BYD, and Tesla rely on this chain.

Copper is another major commodity linking both countries. Blending and refining are shared activities, making copper sourcing and export a key concern. Learn more in our blog on Copper Export to China.

Rare Earths and Base Metals round out the list. These elements are crucial for everything from wind turbines to military applications.

To understand how equipment ties into this flow, explore CAMAL’s blogs on Top 10 Equipment Australia Imports from China and Top 10 Chinese Importers of Copper Ore.

A miner holds lithium-bearing ore in Western Australia—highlighting the resource at the heart of China and Australia’s strategic mining tensions and trade shifts.

Challenges and Opportunities in Australia-China Mining Relations

Recent years have seen rising tariffs, environmental restrictions, and changing export laws. Australia has introduced stricter controls on lithium exports, while China continues building domestic capacity to reduce reliance on imports.

Despite these shifts, CAMAL enables buyers to navigate obstacles by providing neutral sourcing, transparent manufacturer verification, and multi-country procurement strategies. Our sourcing tips and advice from blogs like Verify Chinese Companies, Avoid China Scams, and How to Find Manufacturers in China ensure safer business decisions.

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What country is richest in lithium?

Australia is currently the richest country in terms of known lithium reserves. The U.S. Geological Survey ranks Australia first, followed by Chile, China, and Argentina.

• • Australia leads with vast hard-rock spodumene reserves concentrated in Western Australia.
  • Chile has extensive lithium brine fields, particularly in the Salar de Atacama.
  • China has made recent discoveries in Yichun (Jiangxi Province) and Qinghai.

According to Fastmarkets, Australia’s reserves exceed 5.7 million metric tons, while China’s trail at just over 2 million.

Statista further reports that Australia has led global lithium production since 2017. China’s edge lies in processing capacity, not raw resource size.

See how China-Australia sourcing dynamics shape this competition.

Is mining lithium bad for the environment?

Lithium mining has environmental drawbacks, especially depending on the extraction method.

1. 1. Water Usage: Lithium brine extraction in South America consumes significant water, impacting local ecosystems.
   2. Hard-Rock Mining: Common in Australia, this method involves blasting and chemical processing, raising carbon emissions.
   3. Waste Generation: Mining byproducts and tailings pose risks if not managed responsibly.

According to a 2024 Nature Sustainability report, lithium mining contributes to land degradation and biodiversity loss in high-yield regions.

However, new technologies—such as direct lithium extraction (DLE)—show promise in reducing water usage and chemical waste.

Environmental NGOs like Earthworks call for stricter regulation and investment in green refining.

For more on balancing cost and environmental risk, visit CAMAL’s Zero Carbon Mining blog.

Where does China get its lithium?

China sources its lithium from both domestic and international operations.

Domestic Sources:

• • Sichuan, Qinghai, and Jiangxi provinces contain major hard-rock and brine reserves.
  • The Yichun mine is one of the largest lepidolite sources globally.

International Sources:

• • China has stakes in projects in Chile, Argentina, and the Democratic Republic of Congo.
  • It also owns or co-invests in Australian mines such as Greenbushes.

“China has built a multi-pronged supply chain from mine to battery,” notes Wood Mackenzie in its 2025 lithium outlook.

Chinese firms also partner with trading agents like CAMAL to secure long-term contracts abroad.

A mining professional crosses a lithium extraction site in Australia, where Chinese firms increasingly co-invest in operations like Greenbushes to secure global supply.

What percentage of the world’s lithium comes from Australia?

Australia supplies over 45% of the world’s lithium, making it the largest global producer as of 2024, according to the U.S. Geological Survey (USGS).

• • The majority of Australia’s lithium is mined as spodumene in hard-rock deposits, mainly from Greenbushes and Pilgangoora mines in Western Australia.
  • Greenbushes is considered the largest hard-rock lithium mine in the world.
  • A 2024 report by Benchmark Mineral Intelligence confirms that Australia’s output surpasses Chile and China in raw tonnage, although China leads in refining capacity.

This dominance supports downstream supply chains across China, Europe, and North America. For example:

• • Tesla, LG Energy, and CATL rely on Australian lithium as a core input.
  • Australia’s export-driven model is why Chinese refineries have invested in direct mine partnerships.

To learn how this shapes trade logistics, explore CAMAL’s blog on China–Australia mining trade and lithium mining companies.

Australia’s massive lithium quarries, like this one in Western Australia, supply global battery makers as China ramps up refining and co-invests in mine partnerships.

Does China own lithium mines in Australia?

Yes, Chinese companies hold significant ownership stakes in several Australian lithium projects.

• • Tianqi Lithium owns 51% of the Greenbushes Lithium Mine via a joint venture with IGO Limited.
  • Ganfeng Lithium holds a stake in Pilbara Minerals and other exploration ventures in Western Australia.
  • A 2025 Mining.com article reported that Chinese firms are expanding their influence through partnerships and offtake agreements.

These investments allow China to secure raw lithium for processing in domestic facilities.

“China’s approach has been to control lithium at every level—starting at the source,” says Fastmarkets.

This supply chain control benefits Chinese EV battery makers like BYD and CATL. To understand how sourcing partnerships work, read CAMAL’s insights on verifying Chinese companies and strategic mining procurement.

As Australia and China deepen mining ties, leadership collaboration plays a key role in stabilizing lithium trade and securing future supply chain agreements.

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Why are lithium mines closing in Australia?

Some lithium mines in Australia have temporarily closed or scaled back due to market volatility, not resource depletion.

• • Falling lithium prices in late 2023 and early 2024 caused marginal projects to become unprofitable.
  • Smaller operators without long-term contracts or diversified portfolios faced cash flow issues.
  • Environmental and permitting delays also impacted operations.

According to The Sydney Morning Herald, companies like Core Lithium and Sayona Mining paused production to preserve capital.

“The lithium correction exposed the fragility of boom-time investments,” noted Reuters in January 2024.

That said, projects like Greenbushes and Pilgangoora remain active due to high efficiency and strategic partnerships.

For insights on risk-mitigated sourcing, see CAMAL’s blog on mining equipment sourcing and supplier verification.

Why does China want lithium?

China’s demand for lithium stems from its role as the global leader in electric vehicle production and battery manufacturing.

• • Over 60% of the world’s EVs are manufactured in China.
  • According to IEA 2024, China also accounts for 80% of lithium refining capacity.
  • Lithium is essential for lithium-ion batteries, which power smartphones, EVs, solar storage systems, and drones.

To ensure security of supply, China:

• • Invests in overseas mines (Australia, Chile, Africa).
  • Partners with global OEMs like Tesla and LG.
  • Offers government subsidies to domestic battery firms.

“Lithium is central to China’s clean energy transition,” states Wood Mackenzie.

For Australian firms navigating this supply shift, CAMAL’s sourcing network provides support in raw materials and downstream components.

Australia’s lithium mines, like this open-pit operation, are crucial suppliers to China, South Korea, and the global battery industry.

Who buys Australian lithium?

Australia exports most of its lithium to China, followed by South Korea, Japan, and the United States.

• • According to the Australian Government Department of Industry, over 90% of Australia’s lithium output is exported.
  • China alone purchases nearly 70% of that, due to its dominant refining infrastructure.

Major buyers include:

Ganfeng Lithium (China)

Tianqi Lithium (China)

POSCO Holdings (South Korea)

Tesla (via partners in China and Australia)

LG Energy (South Korea)

Australia’s strength in mining and China’s in refining make the two highly interdependent.

To understand how these trade flows impact procurement, check CAMAL’s coverage of copper exports and global mining logistics.

Does the USA have a lot of lithium?

The United States has significant lithium potential, but it currently lags behind Australia, Chile, and China in both reserves and production.

• • Reserves: According to the U.S. Geological Survey (2024), the U.S. holds an estimated 9 million metric tons of lithium resources, primarily in Nevada.
  • Production: Only one major lithium-producing mine is operational—the Silver Peak mine in Nevada.
  • Emerging Projects: Projects like Thacker Pass (by Lithium Americas) could boost domestic supply, though environmental pushback has delayed progress.

A 2023 S&P Global report noted that while the U.S. has robust geological potential, permitting delays and community opposition pose major challenges.

For companies considering U.S. vs. China sourcing, CAMAL’s chemical sourcing guide offers comparative insights.

What is the cost of 1 kg of lithium?

The price of lithium varies widely depending on the compound (e.g., lithium carbonate vs. hydroxide), market demand, and geopolitical supply dynamics.

• • Lithium Carbonate (Battery Grade): As of Q2 2025, the spot price is roughly $17–22 per kg.
  • Lithium Hydroxide: Typically priced 10–15% higher due to its use in high-nickel EV batteries.
  • Market Fluctuations: Prices peaked in 2022 above $80/kg, then fell sharply in 2023–2024 before stabilizing.

Benchmark Mineral Intelligence and Fastmarkets cite volatility caused by oversupply concerns and weak EV demand in China.

See our blog on mining chemical sourcing for pricing considerations and supplier reliability tips.

Efficient lithium extraction depends on reliable mining equipment and chemicals—key factors covered in CAMAL’s blog on mining chemical sourcing.

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Where is the most lithium on Earth?

The most lithium on Earth is found in the “Lithium Triangle” of South America—Chile, Argentina, and Bolivia—but Australia leads in active production.

• • Bolivia holds the largest untapped reserves, estimated at over 21 million metric tons, though development has been slow.
  • Chile and Argentina dominate brine extraction with high purity rates.
  • Australia leads in hard-rock lithium mining, especially at the Greenbushes mine.

According to Statista, Australia’s lithium production was 86,000 metric tons in 2024—more than double China’s.

Check out our blog on mining manufacturers for insight into companies operating in high-yield regions.

Why does Australia have so much lithium?

Australia’s lithium abundance is largely due to its unique geology and early investment in exploration and infrastructure.

• • Geological Factors: Rich pegmatite formations, especially in Western Australia, are ideal for spodumene extraction.
  • Infrastructure: Robust transport, permitting, and investor support have made Australia a global leader.
  • Regulatory Stability: Compared to Latin America, Australia offers a more predictable policy environment.

The International Energy Agency (IEA) noted that Australia accounts for 50% of global lithium output due to “efficient regulatory coordination and mineral wealth.”

Visit CAMAL’s blog on equipment sourcing to learn how Australia’s supply chain supports global lithium production.

Underground lithium mining poses logistical and safety challenges—but innovations in recycling, as discussed in this section, are helping reduce long-term dependency on raw extraction.

Can lithium be recycled?

Yes, lithium can be recycled, but current global recycling rates remain low due to technological and economic constraints.

• • Recycling Methods: Hydrometallurgical and pyrometallurgical processes extract lithium from used batteries.
  • Efficiency: Newer methods recover up to 95% of lithium and other battery metals.
  • Challenges: High costs, lack of collection infrastructure, and low volume of end-of-life batteries.

A 2024 MIT Energy Initiative study concluded that while recycling has high potential, it will not replace primary mining in the short term.

For a deeper dive into sustainable mining practices, read our Zero Emission Mining Equipment blog.

China’s demand for lithium, evident in large-scale mining operations like this, supports its dominance in EV battery production and clean energy manufacturing.

Why does China want lithium?

China’s interest in lithium is strategic, driven by energy security, industrial leadership, and technological dominance.

Battery Production

• • China leads the world in EV battery manufacturing, requiring a stable lithium supply.

Clean Energy Goals

• • National targets aim for carbon neutrality by 2060, driving storage demand.

Industrial Control

• • Securing upstream resources ensures control over supply chains from mine to vehicle.

According to Bloomberg, China controls over 65% of global lithium refining and 77% of battery production capacity.

See CAMAL’s breakdown of Chinese chemical supply chains for insights on China’s procurement tactics.

CAMAL Experience: Sourcing Lithium and Navigating China-Australia Shifts

CAMAL Group facilitates lithium mining equipment sourcing for international buyers, offering on-the-ground expertise to navigate China-Australia supply shifts.

As China rises in the lithium mining hierarchy, global buyers are increasingly seeking trusted partners to navigate this evolving market. CAMAL Group has helped clients across Africa, Australia, and Southeast Asia manage sourcing risks, identify legitimate lithium suppliers, and secure long-term contracts in China’s competitive procurement landscape.

Here’s how CAMAL adds value:

• • End-to-End Lithium Sourcing: From raw spodumene concentrate to lithium hydroxide, CAMAL connects clients with vetted suppliers across Jiangxi, Sichuan, and Qinghai.
  • Australia-China Trade Navigation: We help Australian mining firms understand and adapt to China’s regulatory shifts, ESG priorities, and logistics infrastructure. See our insights on China-Australia trade and Chinese suppliers.
  • Supplier Verification: CAMAL mitigates sourcing risks through on-the-ground audits, factory visits, and company verification—key topics we cover in China factory audits and how to avoid China scams.
  • Neutral Procurement Strategy: We support buyers who want a China-based sourcing hub but with flexibility to diversify across Southeast Asia, Africa, or LATAM.

From lithium to copper to industrial machinery, CAMAL has over a decade of experience managing complex sourcing operations and bilateral trade. Our team works closely with mining operators, EV firms, and chemical processors to ensure sustainable, cost-effective procurement strategies that grow with market demand. Visit our subsidiaries Camamach and Camachem for curated information.

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CAMAL Group supports smarter sourcing across China–Australia lithium supply chains, combining trade expertise with on-the-ground procurement solutions.

Conclusion: Sourcing Smarter in a Lithium-Powered Future

China’s projected overtaking of Australia in lithium mining is more than a headline—it is a clear sign that the global battery supply chain is shifting. While Australia still dominates raw reserves, China’s vertically integrated supply chains, global investments, and policy-driven growth are pushing it to the top.

For companies sourcing from or selling into China, the key is not just knowing where the lithium is, but knowing how to source smarter. That means:

Understanding geopolitical trends and ESG demands

Partnering with trusted sourcing agents like CAMAL

Staying ahead of procurement challenges through verified suppliers and tailored logistics

Whether you are an Australian lithium exporter, a Chinese refiner, or an EV startup looking to scale, CAMAL offers the tools, insight, and local connections you need.

Ready to secure your supply chain? Contact CAMAL Group today or message us directly via WhatsApp to discuss your lithium sourcing goals.

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