Indonesia is expanding its nickel refineries to meet global electric vehicle demand, turning rural regions into industrial hubs at a significant local cost.
This shift matters because the global transition to green energy relies on battery minerals, often externalizing environmental and health burdens to the communities where these materials are extracted and processed.
Over the past decade, the Indonesian government has issued hundreds of mining permits [3]. These permits cover a total concession area of nearly 10,000 square kilometres [2]. The rapid acceleration of this industrialization began in the early 2020s and has continued through this year.
Indonesia currently produces about 2.2 million tonnes of nickel per year [1]. This output is driven by the global surge in demand for nickel to produce batteries for electric vehicles. While the industry generates significant profit, the rapid conversion of rural land into industrial zones has created health and environmental challenges for residents.
Local communities are facing the consequences of this industrial shift. The process of refining nickel, which is essential for the EV boom, has brought pollution and health risks to areas that were previously rural. The expansion has effectively traded local ecological stability for global technological advancement.
Reports indicate that the health costs of mining in Indonesia are rising as the industry grows. The transformation of these regions into industrial hubs has occurred rapidly, often leaving local populations to deal with the resulting environmental degradation.
“Indonesia currently produces about 2.2 million tonnes of nickel per year”
The situation in Indonesia highlights a critical tension in the global energy transition: the 'green' goals of developed nations often depend on 'dirty' extraction processes in developing economies. As the world shifts toward electric vehicles, the environmental and health costs are being shifted from the end-user to the source of the raw materials, creating a sustainability paradox.





