Eramine, part of the French group Eramet, achieves a new milestone in the mining industry with the first export of lithium carbonate produced in the province of Salta—a key resource for the global energy transition.
The shipment of 40 tons of lithium carbonate is being transported through the Port of Rosario, following a 1,580 km logistical route from the Centenario-Ratones salt flat.
“Reaching this milestone marks the beginning of a new phase for our company and the province. We continue to advance in the development of a sustainable and profitable industrial model, with high safety standards and cutting-edge technology,” stated Alejandro Moro, CEO of Eramine.
The project, located at an altitude of 4,000 meters in the Centenario-Ratones salt flat within the Los Andes department, represents one of the most significant investments in Argentina’s lithium industry. Its production, derived from brine extracted from the salt flat itself, is destined for export and will contribute to the global supply of strategic minerals.
Furthermore, the project’s development has driven the creation of both direct and indirect jobs, with the majority of the workforce coming from Salta, thereby strengthening its positive impact on the regional economy.
To ensure the safety and traceability of transportation, all trucks are equipped with a real-time monitoring system, guaranteeing efficiency and compliance with the highest operational and safety standards.
Eramine thus reaffirms its commitment to the development of Argentina’s lithium industry, promoting innovation, sustainability, and the country’s integration into the value chain of essential minerals needed worldwide.
About Eramine’s Production Process:
Eramine’s plant stands out from other facilities in the country due to its production process. It is based on the Direct Lithium Extraction (DLE) method, which enables a recovery rate of over 90% and a production time of just one week—contrasting with conventional projects that rely on brine evaporation ponds and achieve no more than 50% lithium recovery efficiency. This reflects a clear technological investment focused on optimizing natural resource use and environmental preservation.
