Materials- and Process-Driven Microstructural Engineering for Scalable Dry-Processed Electrode Manufacturing

Key Points

• This research aims to explore the potential of solvent-free dry-processed electrodes in lithium-ion battery manufacturing.
• Investigation of dry-processing techniques for electrode production
• Comparison of performance metrics with conventional slurry-based methods
• Assessment of environmental impact through carbon footprint analysis
• Dry-processed electrodes show enhanced energy efficiency compared to traditional methods
• Significant reduction in carbon footprint
• Cost-effective manufacturing process identified for scalability