China produces far more aluminum than any other country in the world. In 2024, the country produced approximately 43 million metric tons of aluminum—more than the combined output of every other country listed in the dataset.
This enormous production capacity is closely tied to China’s manufacturing infrastructure. Aluminum is widely used in construction, transportation, electronics, packaging, and industrial manufacturing, all of which play major roles in the Chinese economy. The country’s large smelting industry also supports exports of finished goods rather than just raw aluminum itself.
After China, global aluminum production drops sharply. India ranked second in 2024 with roughly 4.2 million metric tons of output, followed by Russia at 3.8 million and Canada at 3.3 million.
Although these countries produce far less aluminum than China, they remain major players in global supply chains. Canada’s aluminum industry benefits heavily from hydroelectric power, while Russia and India maintain large domestic industrial sectors that rely on aluminum for manufacturing, infrastructure, and transportation.
Several Gulf countries have become major aluminum producers despite having relatively small populations. The United Arab Emirates produced approximately 2.7 million metric tons of aluminum in 2024, while Bahrain produced around 1.6 million metric tons.
Aluminum smelting requires enormous amounts of electricity, and energy-rich Gulf states have used access to comparatively low-cost power to build large-scale aluminum industries. These facilities have become important parts of broader economic diversification efforts beyond oil and gas production.
Aluminum is one of the world’s most useful industrial metals, but producing it requires substantial amounts of energy. Smelting aluminum from raw bauxite ore is highly electricity-intensive, which is why many major producers either possess abundant energy resources or access to relatively inexpensive power generation.
At the same time, aluminum is also highly recyclable. Recycled aluminum requires far less energy to process than newly smelted aluminum, making recycling an increasingly important part of reducing the industry’s environmental footprint and long-term energy demands.