In our comprehensive study, we’ve explored the significant advantages of µDOES© over traditional lab-based methods like ICP-OES. Notably, µDOES© operates without the need for carrier gases, uses substantially less energy, and automates the entire measurement process—from sampling to data evaluation. This makes it an eco-friendlier and more efficient approach to monitoring and analyzing critical trace impurities such as sodium (Na), potassium (K), and zinc (Zn) in lithium carbonate and hydroxide solutions. These impurities must be meticulously removed to produce high-purity lithium precursors essential for battery manufacturing.

Our team has meticulously optimized various operational parameters, including electrical conductivity and plasma discharge energy, enhancing the precision and efficiency of trace element analysis. This research underscores our commitment to pushing the boundaries of analytical technology and contributing robust, scalable solutions to the scientific community.

We are proud to make our findings available through open access on the “Journal of Analytical Atomic Spectrometry (JAAS)” homepage. By providing unrestricted access, we aim to foster broader collaboration, stimulate insightful discussions, and share our knowledge with the global community.

Thank you for your continued support as we advance scientific understanding and innovate within our field. Join us in exploring the detailed outcomes and implications of our work by reading the full article.

Additional information

Contact:
Aappo Roos, M.Sc.
Chief Sales Officer Sensmet Oy
Headquarters: Moreenitie 15 L 6
90620 Oulu, Finland
Tel. +358 44 321 9075
aappo.roos@sensmet.com
www.sensmet.com

Interested in learning more? Download µDOES® product PDF down below!