The IMIDRO’s project manager for critical and strategic minerals and elements stated: This organization is studying new methods for lithium extraction.
According to IMIDRO's public relations, Hassan Sedighi noted: IMIDRO, aiming for optimal utilization of lithium resources and reducing import dependence, has implemented various programs in the areas of exploration, research and development, and upgrading the extraction technology for this vital mineral. These measures have been designed and implemented to strengthen self-sufficiency and develop the lithium value chain in the country. He continued: "Among the important measures mentioned is the study and review of the lithium situation in Iran from an investment and commercial perspective. This study, focused on formulating strategies to reduce reliance on imports and prioritizing related products, strengthens IMIDRO's developmental role in this industry. It still continues to pursue, to provide a comprehensive framework for the sustainable development of this sector." The IMIDRO’s project manager for critical and strategic minerals and elements, referring to the definition of numerous projects in the field of technology and innovation to review new methods of lithium extraction during 2024-2025 in this organization, noted: "Among these projects is the investigation of the possibility of extracting lithium from brine resources by selective absorption or direct extraction (DLE), which is considered an innovative approach for exploiting unconventional &unfamiliar lithium resources." He added: The study of lithium extraction from the desalination plants’ wastewater in the country is on the agenda. This project, aimed at utilizing non-traditional and sustainable resources, is considered an important step towards diversifying the sources of lithium supply. Sedighi continued: IMIDRO commenced technical and economic studies for launching a lithium recycling unit from batteries, focusing on the import of used batteries and related products, and emphasized: this project, aiming to develop a circular economy and utilize secondary lithium resources, plays an important role in the sustainability of the supply chain of this vital mineral.
