Critical Minerals & the Energy Transition in ASEAN
The energy transition runs on more than solar panels and battery cells — it runs on lithium, cobalt, nickel, copper, and rare earth elements, and the supply chains that get them out of the ground and into EVs, wind turbines, and grid storage. Those supply chains are geographically concentrated, politically contested, and increasingly central to how governments and investors think about energy security.
IEA's 2026 Outlook
On July 15, the International Energy Agency published its Global Critical Minerals Outlook 2026, placing magnet rare earths, graphite, cobalt, titanium, tungsten, tellurium, and germanium in its highest supply-security concern tier. The report estimates that roughly USD 6.5 trillion a year in downstream production outside China remains at risk if Beijing's export controls on rare earths and battery materials — currently suspended until November 2026 — are reinstated. Prices for strategic minor minerals more than doubled through 2025 and early 2026, with tungsten up sixfold. Diversifying magnet rare earth supply chains alone would take an estimated USD 60 billion in investment over the next decade, concentrated in refining and magnet manufacturing rather than mining.
Regional Policy Shifts
Indonesia, the source of roughly 60% of global nickel production, is recalibrating its 2026 mining quota (RKAB), prompting the Philippine Nickel Industry Association to position the Philippines as a steadier alternative supplier. In Australia, regulators restricted the voting rights of foreign shareholders linked to a heavy rare earths developer — a sign that diversification policy now extends to who sits on the board, not just where a mine is located.
ASEAN sits squarely at the centre of this story: the region holds an estimated 46% of global nickel reserves and roughly a fifth of global rare earth element reserves, while simultaneously being the fastest-growing market for EV and renewable energy deployment in Asia.
CLNZ Books now carries the complete two-volume treatment of Critical Minerals Supply Chains ASEAN from Springer Singapore's Economics, Law, and Institutions in Asia Pacific series, edited by Han Phoumin (ERIA), Rabindra Nepal (University of Wollongong), and Farhad Taghizadeh-Hesary (Tokai University).
ASEAN Case Studies
Volume 1 — Lessons from Economics and Finance applies microeconomic theory and applied empirical analysis to critical mineral supply chains across fourteen peer-reviewed chapters: resource pricing, investment risk, reshoring and vertical integration, geopolitical risk, and country case studies spanning Indonesia, Laos, China, Japan, and Australia.
Volume 2 — Policy and Technology shifts to policy and technology: rare earth supply scenarios for ASEAN, EV battery supply chain risk in China, refining and secondary mining opportunities in Australia and the wider Asia-Pacific, intergovernmental policy dialogues, and financing strategies for rare earth development — with case comparisons across Australia, India, and China, and a look at where artificial intelligence and secondary mining fit into future extraction.
Together, the two volumes give energy policy professionals, commodity economists, clean energy investors, mining executives, and university energy and economics libraries a genuinely comprehensive Asia-Pacific reference on one of the defining resource questions of the energy transition.
Order Now! — Vol. 1 Order Now! — Vol. 2
Browse the full Energy collection at CLNZ Books for related titles on the energy transition, renewable finance, and supply chain security.
Q&A
What are critical minerals and why do their supply chains matter for the energy transition?
Lithium, cobalt, nickel, copper, graphite, and rare earth elements are the physical inputs for EV batteries, solar panels, and wind turbines. Reserves and processing capacity are geographically concentrated — China dominates rare earth processing, Indonesia holds the largest nickel reserves — which makes supply chain security a strategic priority for governments and investors.
Which ASEAN countries hold the largest critical mineral reserves?
Indonesia leads in nickel, Vietnam and Laos hold significant rare earth deposits, Malaysia produces bauxite, and the Philippines has notable nickel and cobalt reserves. Both volumes include dedicated case studies on Indonesia and Laos alongside regional ASEAN analysis.
How does geopolitical risk affect critical minerals markets?
Export restrictions, trade disputes, and political instability in producing regions can disrupt supply and drive price volatility — Indonesia's nickel quota decisions and China's rare earth processing dominance are recent examples covered in Volume 1's geopolitical risk analysis.
What role does technology play in securing critical mineral supply chains?
Volume 2 examines how artificial intelligence and secondary mining (recovering minerals from existing waste streams and end-of-life products) are being applied to diversify supply and reduce dependence on new extraction, alongside refining capacity development in Australia and the Asia-Pacific.
Where can I buy the Critical Minerals Supply Chains Security and Resiliency in the ASEAN volumes with international shipping?
CLNZ Books offers both Volume 1 (Lessons from Economics and Finance) and Volume 2 (Policy and Technology) by Han Phoumin, Rabindra Nepal, and Farhad Taghizadeh-Hesary (Springer Singapore, 2026), with worldwide shipping included in the price.