China Receives First Shipment of Iron Ore from Simandou Mine in Guinea

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China Receives First Shipment of Iron Ore from Simandou Mine in Guinea

China has taken an important step in strengthening its resource security by receiving the first shipment of iron ore from the Simandou mine in Guinea. This event holds strategic significance for the country’s steel industry and contributes to the diversification of raw material import sources.

This is reported by Finway

Simandou: One of the Largest New Sources of Iron Ore

The bulk carrier Winning Youth, loaded with nearly 200,000 tons of iron ore, arrived at the port of Ma’anshan in Zhejiang Province after a 46-day journey. The vessel departed from the port of Moribaya in Guinea in early December 2025, marking the first delivery of iron ore from the Simandou mine to China. A second shipment of ore has already been dispatched from Guinea at the end of December 2025 and is also heading to China.

The Simandou deposits are considered one of the largest undeveloped in the world, with a planned annual production capacity of 120 million tons of ore containing about 65% iron. These characteristics make Simandou one of the key sources of high-quality iron ore, which is of great importance to the global steel market.

Strategic Importance of the Project for China

The Simandou development project involves four mining blocks, with notable investors including Rio Tinto, Chalco from China, and the Winning Consortium Simandou. Following the transfer of shares, China Baowu has gained a strategic stake in this large-scale project.

The significance of Simandou for China’s resource strategy was underscored by the presence of Vice Premier Liu Guozhong at the mine’s commissioning ceremony in November.

The supply of iron ore from Simandou demonstrates China’s intentions to reduce dependence on traditional suppliers—Australia and Brazil, which together account for about 80% of the country’s iron ore imports. The opening of this new import route will contribute to supply stability and enhance the resilience of Chinese metallurgy.