The global shift towards renewable energy and electrification is heavily influenced by the dynamics of critical minerals supply chains. Southeast Asia and India are pivotal in this transition, boasting significant reserves of essential materials like lithium, nickel, cobalt, and rare earth elements. However, these regions face profound challenges in translating their geological wealth into substantial industrial and technological value.
According to an OECD assessment, there exists a notable disparity within these regions: while they possess strong upstream resource capabilities, their downstream processing remains underdeveloped. This imbalance is reshaping the landscape of global trade and investment, intensifying competition within the tech and battery materials sector.
Southeast Asia’s Nickel Dominance
Southeast Asia is a critical player in the global nickel supply chain, holding approximately 46% of global reserves. Indonesia and the Philippines are particularly significant, accounting for around 68% of global nickel production. This dominance positions the region as essential for supplying materials for electric vehicle (EV) batteries and energy storage systems.
In addition to nickel, Southeast Asia has substantial reserves of bauxite, tin, cobalt, graphite, and rare earth elements. Despite this abundance, the region struggles with value capture; most processing occurs outside its borders. China remains the leading force in refining and battery production, having exported $66.3 billion in battery packs in 2023 alone. This concentration of processing capabilities means that while Southeast Asia supplies raw materials, it often lacks control over final industrial outputs.
India’s Resource Potential
India also holds a significant position in the global critical minerals landscape, with approximately 7–8% of global rare earth reserves alongside emerging deposits of graphite and lithium. Nevertheless, only about 10–20% of its mineral potential is currently utilized, resulting in a heavy reliance on imports for lithium, cobalt, and nickel. The country spends around $1.3 billion annually on these battery materials, highlighting a strategic vulnerability as EV adoption accelerates.
The lack of downstream industrial capacity in both Southeast Asia and India is further exacerbated by China’s dominance in refining and manufacturing processes. As these regions export raw materials while high-value production takes place elsewhere, they miss out on significant economic benefits from their resources.
Indonesia’s Strategic Industrial Policy
Indonesia exemplifies how targeted industrial policies can reshape the raw materials sector. The country’s implementation of export bans on unprocessed nickel has spurred investment in domestic processing facilities, resulting in over 40 nickel processing plants. This strategy has positioned Indonesia as the world’s largest refined nickel producer; however, it remains reliant on Chinese investment and technology for much of its processing capacity. Environmental concerns continue to mount due to the energy-intensive nature of nickel refining.
Diverse Approaches Across ASEAN
The strategies for developing critical minerals vary across ASEAN countries. The Philippines balances export controls with efforts to attract foreign investment, while Vietnam focuses on establishing partnerships for rare earth processing and magnet manufacturing. Malaysia and Thailand are concentrating on producing components for downstream electronics and batteries. In contrast, India is pursuing a comprehensive approach through its National Critical Minerals Mission to enhance domestic supply chains and reduce import dependency.
Geopolitical Dynamics Affecting Raw Materials Trade
The geopolitical landscape surrounding raw minerals is becoming increasingly complex. Export restrictions have surged since 2009, now impacting over 20% of global mineral trade. China’s controls over critical materials like graphite and Indonesia’s restrictions on nickel exports illustrate a trend toward resource nationalism that could reshape industrial strategies across sectors such as EV manufacturing and renewable energy technologies.
Despite rising demand for minerals essential to the tech industry, investment in mining has seen a decline. Foreign direct investment fell to $1.49 trillion in 2024, with greenfield projects dropping sharply to around $40 billion. This mismatch between demand for lithium, nickel, and other battery metals versus capital deployment raises concerns about potential supply constraints.
The long-term forecast remains optimistic; Southeast Asia is projected to achieve 8.5 million EV sales by 2035, with its green technology market anticipated to grow from $5 billion in 2020 to $50 billion by 2050. Such growth underscores the critical role that minerals play in supporting sustainable energy transitions.
A Structural Challenge: Fragmentation of Resource Wealth
The primary challenge facing Southeast Asia and India lies not in resource scarcity but rather in systemic fragmentation across mining operations, refining processes, and manufacturing capabilities. While export bans may incentivize domestic processing efforts, environmental regulations can hinder project development timelines. Moreover, foreign investments often come with strings attached regarding technology transfer and operational control. This paradox leaves these resource-rich nations supplying vital materials for global energy transitions yet struggling to participate fully in value creation within their own economies.
