After initial discussions with K-UTEC AG SALT TECHNOLOGIES, who were looking for a cost-effective solution for detecting lithium in the low concentration range, Innovation Manager Dr Ferenc Liebig visited K-UTEC's plant in Sondershausen to better understand the process procedure and the challenges of the existing system. The focus was particularly on optimising the reprocessing of accumulating waste solutions.
In addition to the university's expertise in the field of laser-induced plasma spectroscopy (LIBS), an equipment manufacturer was also needed to implement the idea. A regional company, SECOPTA analytics GmbH, was quickly found for the project. To enable detailed information and concrete discussions, a non-disclosure agreement was drawn up via the Department of Research Affairs. Subsequently, many discussions took place to concretise the idea and develop a plan for a product.
From the very beginning, the goal was not only a fruitful cooperation but also to apply for funding. Based on previous experience on the part of K-UTEC, the project partners decided to submit a proposal to the Deutsche Bundesstiftung Umwelt (DBU). After a positive review, the implementations proposed in the project outline were explained in more detail and the work packages of the individual actors were expanded in order to complete a full application for an initial feasibility study with a duration of one year. This also included a more detailed cost breakdown as well as the presentation of economic and technical risks.
The feasibility study is intended to be only the start of a long-term project, followed at best by a three-year R&D project. The individual actors will try to prove that the formulated solution approach can be realised in order to be able to pursue further tasks with this gained information. Ultimately, an innovative device for lithium detection is to be produced that will be used worldwide.
Potsdam Transfer is pleased about the start of the project together with the companies and scientists and hopes for a successful cooperation.