R&D Case Study: Synthesis of Cathode Active Precursor Materials for Battery R&D

How can precise process control and automated experiment control enable the production of high-quality pCAM materials for lithium-ion batteries? Our paper reveals how advanced hte precipitation technology  is transforming battery materials R&D by delivering commercially relevant materials under fully controlled operation conditions.

What you will learn:

• Why precursor morphology is critical for energy density and manufacturing cost
• How a fully automated and digital data workflow combined with comprehensive online analytics ensures reproducibility and automated 24/7 operability
• The importance of tight control of pH, temperature, and dosing for material quality
• How this technology applies to various battery chemistries (e.g., NCM, LFP, sodium-ion)

The case study demonstrates the synthesis of Ni-rich hydroxide precursors under stable, automated conditions – achieving results comparable to pilot and commercial scale. Learn how to optimize your processes through automated control, leverage data-driven insights, and accelerate your material development.

Authors: Qian Du, Christoph Ariaans, Nina Heene-Würl, Sara Claramunt, Florian Huber