Tuesday publication post! 📖 This newest study introduces an approach that integrates carbon capture and utilization directly into lithium-ion battery materials. Using Poseidon AX, the researchers conducted in situ TEM experiments under controlled CO₂ environments to directly observe how lithium silicate nanomaterials evolve during carbon capture.
Key highlights:
🌍 A high–energy-efficiency synthesis route that reduces CO₂ emissions by >85% compared to conventional fabrication methods
💨 Direct, real-time observation of CO₂ capture kinetics and morphological evolution under continuous gas flow using in situ TEM
🔬 Clear visualization of phase and structural transformations during carbonation of lithium silicate nanomaterials
🔋 Demonstration of exceptional cycling stability and fast-charging performance in carbonated lithium silicate anodes
By enabling realistic environments inside the TEM, Poseidon AX plays a critical role in uncovering how carbon capture processes influence battery material formation and performance.
Want to read the entire paper? Find it here!
https://www.doi.org/10.1002/smll.202504905
Want to know more about battery research using the Poseidon AX?
https://www.protochips.com/solutions/by-applications/batteries/
