A new smartphone every year: the amount of electronic waste we produce is growing all the time. What to do with all the garbage? The Fraunhofer Institute for Laser Technology ILT is looking for answers.
The project is developing processes with which, for example, old mobile phones and printed circuit boards can be dismantled into their individual components. This will be used to extract valuable raw materials for recycling in new electronics. One of the valuable materials, for example, is tantalum from capacitors. The whole thing works according to the principle of so-called »inverse production«. Hereby, the old electronics are first measured and valuable components are specifically dismantled in order to obtain new, highly enriched substances. The remaining material is then fed into the proven metallurgical processes.
The disassembly into individual parts is to be automated: Laser processes identify the ingredients of the components in real time and desolder or cut out the components without contact. The process allows the recyclable materials to be efficiently recycled on an industrial scale. Laser technology, robotics, camera systems and information technology work together intelligently in the proven dismantling plant.
On May 17th 2019, the project partners will present important results in theory and practice at the »ADIR Demo-Day« in Goslar. In the morning, the ADIR consortium will report on the results of the EU project in the logistics centre of the project partner H.C. Starck Tantalum & Niobium. In the afternoon, the machines and processes developed, will be presented to the specialist audience at the Electrocycling GmbH (ECG) site.