Materials Analysis Challenges for Battery Recyclers From Atomic Spectroscopy to Thermal Analysis
Published on 03-08-202211:51 AM by
qpham289| Updated on 03-08-202211:53 AM
In this Webinar you will learn about the analytical techniques solving today’s challenges in battery component recycling. Learn about robust and practical atomic spectroscopy solutions which detect and mitigate against cross-contamination during the recycling process. See examples of TGA and STA in understanding the degradation and thermal properties of battery materials. Learn how this knowledge allows recyclers to understand the behavior of certain materials during processing. Drive the development of more circular input structures by finding the best laboratory analysis solutions for material reclaim and reuse.
Key Learning Objectives:
Understand trends and challenges facing battery recyclers
Get an overview of recycling processes and approaches
Recognize and prevent cross-contamination of materials during the recycling process
Compare ICP-OES vs ICP-MS technologies for materials reclaim
Gain insights into pyrometallurgical recycling with TGA and STA analysis
Who Should Attend:
Battery and energy storage researchers
Academic researchers in the field
Principal investigators on energy-related projects
Scientists at battery manufacturers or recycling specialists
Brought to you by:
Sascha Nowak Head of Analytics & Environment, MEET Battery Research Center
Ryan Purcell-Joiner Senior Application Scientist, PerkinElmer Inc.
Gerlinde Wita Global Market Leader, PerkinElmer Inc.
Kieran Evans Application Scientist, PerkinElmer Inc.