Efficient and gentle lithium processing: — washing — dewatering – drying: A joint approach to sustainability.
Efficient and gentle lithium processing: — washing — dewatering – drying: A joint approach to sustainability.
In a recent video interview, experts from SIEBTECHNIK GmbH, Comi Condor and TEMA Process shed light on our successful collaboration in the processing of lithium derivates.
Our focus is on continuous and discontinuous centrifuges as well as dryers specially designed for washing and dewatering various lithium compounds.
In this interview Dario Lopez, Sales & Process Engineer at SIEBTECHNIK GmbH, presents the core offerings of our partnership which seamlessly combines the expertise of SIEBTECHNIK TEMA in continuous centrifuges, TEMA Process in fluid bed dryers and coolers, and Comi Condor in peeler centrifuges.
This collective expertise enables us to provide complete lines for dewatering and drying of various lithium compounds, thus ensuring a holistic solution.
Luigi Poma, President of Comi Condor, highlights the essence of our joint project, which seamlessly combines continuous and discontinuous machines, demonstrating how a harmonized approach can lead to winning solutions that meet market needs.
Albert Brand, process engineer at TEMA Process, explains the unique advantage of the collaboration, which offers both centrifuges and dryers, streamlining processes for customers and minimizing interfaces. The close synergy between TEMA Process and SIEBTECHNIK TEMA engineers is a key success factor.
«One Solution» becomes not only a motto, but also a promise that all three companies keep in the interest of our customers. The growth of the lithium battery market, especially for electric vehicles, benefits from this joint effort.
We recognize the global importance of the growing lithium battery market, especially in terms of developing clean energy solutions and reducing environmental impact. As a combined force, we are contributing to a greener planet by providing solutions for drying and dewatering battery materials and supporting progress in clean energy generation.
