Amphiphilic Fluorinated Block Copolymer Additives for Ultrastable Aqueous Zn-Ion Batteries | Journal of the American Chemical Society https://t.co/yVmQHgkKp5
New paper accepted in JACS!
We report a new block copolymer electrolyte for sodium metal batteries with 3D ion transport channels, >5000 h cycling, & >91% retention after 1000 cycles.
📄 Morphology-driven design = safer, sustainable Na-metal batteries!
https://t.co/7bM9Sm97fy
Excited to share our new study on a novel sorbent for selective, efficient PFAS removal! From tough landfill leachate to clean drinking water, it tackles it all. Check it out and share! @NatureComms@AIBNatUQ#PFAS#WaterTreatment#Innovation
https://t.co/zxQXqcb7RK
A project at @AIBNatUQ has developed a filter to remove harmful PFAS ‘forever chemicals’ from contaminated water.
And @CZhang0318 is testing the material in renewable batteries.
Read more: https://t.co/cUtlGazeai
🧪 🌊 The world is waking up to #PFAS chemicals and the threat they pose to human and environmental health.
Join a team that is tackling ‘forever chemicals’ with groundbreaking new technology - polymer chemist @ChengZH41694822 is looking for PhD candidates to join his lab
🧪@CZhang0318 and his @AIBNatUQ colleagues @XiaoTanUQ and Zicheng Su are fresh from their @CSIRO ON Prime mentorship as the BlueWave Solutions team, receiving support from a range of mentors and advisors as they chart a path towards translation
We are now live! The 2024 Young Tall Poppy science awards are now open for nominations/applications (for two months only!!).
https://t.co/yf5xA2Ht7O
#ytp24#tallpoppy#scienceawards
Further excel your research career and open up new outreach opportunities...become a Young Tall Poppy science award winner and join over 1000 Young Tall Poppy alumni!
Nominations open later this week (22nd Feb)
https://t.co/yf5xA2GVig
#ytp24#tallpoppy#scienceawards
Fluorinating #battery components can improve the energy density, safety & cycling stability of rechargeable batteries. This new Review by Cheng Zhang @CZhang0318 and colleagues @AIBNatUQ examines the use of fluorine in 🔋 design: https://t.co/HyjFlOSoOs
Our latest article published with @NatRevMater summarizes the key aspects of fluorine in advanced battery design, highlighting significant challenges and opportunities of fluoridated compounds under current #PFAS regulation. @AIBNatUQ@NaturePortfolio
https://t.co/QwHIZUkLYW
Advancing PFAS Sorbent Design: Mechanisms, Challenges, and Perspectives
A perspective from Cheng Zhang et al @UQ_News
🔓 Open access in ACS Materials Au 👉 https://t.co/t3bJH6ycyS
Qld 2023 YTP, Dr Cheng Zhang's research focuses on the development of adv polymerization, purification and characterization techniques to prepare well-defined functional polymers with precisely-tailored properties for important applications from PFAS remediation, energy materials