Malvern Panalytical shares lessons learned during our engagement with the battery material industry from R&D labs to pilot plants to gigafactories, with a focus on how analyses that were once complex can be made both routine and automated.
Topics to be covered
X-ray diffraction analysis
- Practical tips for quantification of phases, lattice parameters, crystallite size and microstrain
- Strategies to make the quantification of Li/Ni site mixing a routine and automated analysis
- In Operando XRD analysis during cycling with easy temperature control (-10 to 70 C)
- Automation for scale-up from lab to pilot plant to production
X-ray fluorescence
- Calibrations for NMC quantification
- Validation from raw material to precursor solution to product
- Fusion vs pressed pellets for XRF sample preparation
- Using XRF to complement ICP to reduce cost and workload
Laser diffraction
- Particle size is critical along the entire value chain, see how Adaptive Diffraction and Size Sure can help with lab analysis.
- PSD is critical in production too, and we’ll share the techniques used with our Insitec PSA and how it can help ensure process yields are maximized in real-time.
발표자
- Jeff DeNigris - Business Development, Malvern Panalytical
- Milan Mitich - Sales Engineer, Malvern Panalytical
- Scott Speakman - Scientist, Malvern Panalytical
- Yassamin Ghafouri - Field Application Specialist, Malvern Panalytical
- Peter Ralbovsky - Northeast Region Sales Manager, NETZSCH Instruments NA, LLC
- Dylan Lundgren - Application Specialist XRF, Malvern Panalytical
- Ed Budzyn - Sector Sales Engineer, Malvern Panalytical
자세한 내용
Who should attend?
- Engineers and scientists involved in battery manufacturing and R&D.
- Quality control professionals in the battery industry.
- Process engineers seeking to optimize production processes.
- Industry professionals interested in advancements in battery production.