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The European Union has launched an ambitious MaLaR project aimed at developing a technology to extract valuable rare earth elements (lanthanides) from nuclear waste to strengthen resource independence and sustainable development.
MaLaR, which brings together researchers from Germany, France, Sweden and Romania, aims to create an innovative material for the selective extraction of lanthanides from radioactive mixtures. The three-year initiative has been allocated 2,3 million euros. Lanthanides, key components of modern electronics, are currently mostly imported from China, making the project critical for diversifying supply sources. As Professor Khrystyna Kvashnina, the project leader, noted:
A key stage of the research will be carried out at the Grenoble synchrotron, where powerful X-rays will be used to study materials. The combination of the latest developments in the field of 2D and 3D materials with discoveries in the physics of radioactive elements will provide the possibility of isolating even the smallest concentrations of target substances. This will increase the efficiency of waste disposal and at the same time provide high-quality raw materials for innovative industries.
As part of the European sustainable development strategy, the success of MaLaR could revolutionize nuclear waste management, changing disposal standards worldwide. The project also supports Europe's environmental responsibility and technological independence by promoting the circular economy in industry.
