Titirici group at Imperial Lates

We had a great time at the Imperial College Lates outreach event where we had the chance to share our exciting scientific research with members of the public, thanks to those who came along. Our exhibit was focused on how we are able to turn food waste into valuable products such as batteries to power your phone! Thanks Silvia for leading the event and organising, see our promotional video below:

Imperial Spark on X: "Can a banana peel power your mobile phone? 🍌📱🤔 @Silvia__Favero from the @titiricigroup (@ImperialChemEng) explains just how possible that might be... join her at #ImperialLates this Thursday from 6-9pm to find out more! Register for free 👉 https://t.co/wRUuCRTuap https://t.co/pilzXz38Aj" / X (twitter.com)

VALUED programme launch

Magda hosted the official launch of the VALUED programme grant, the grant that is aimed to manufacture sustainable materials at scale whilst being guided by life cycle and technoeconomic assessment. Along with Magda’s introductory talk, several of he co-investigators on the grant introduced their projects and intended contribution to the ultimate goal. Make sure to follow VALUED twitter page to keep up to date with proceedings! VALUED (@VALUEDPG) / Twitter

DIGBAT project led by Magda to accelerate the development of sustainable batteries

£1.6 Million funding for DIGBAT project, led by Magda, has been provided by the Engineering and Physical Sciences Research Council (EPSRC). The project will combine theory-led high throughput experimentation with data science and machine learning in order to progress the discovery and development of sustainable battery technologies and electrodes for sustainable e-fuels. Read more in the Imperial news article here: £1.6 million funding to accelerate alternative fuel and batteries research | Imperial News | Imperial College London

BBC News Article on Lignin-Based Batteries

Batteries with materials from lignin covered in BBC News article regarding the future of sustainable materials for energy solutions. The Titirici group’s research received a special mention including a quote from Magda:

Separate research into lignin-derived carbon anodes, by Magda Titirici at Imperial College London in the UK and colleagues, suggests that it is possible to make conductive mats containing intricate, irregular carbon structures with lots of oxygen-rich defects. These defects appear to heighten the anode's reactivity with ions transferred from the cathode in sodium ion batteries, says Titirici, which in turn shortens charging times: "This conductive mat is fantastic for batteries."

Read the full article here:

The promise of batteries that come from trees - BBC Future

Sodium-ion Batteries Book in Press

"Sodium-Ion Batteries: Materials, Characterization, and Technology, 2 Volumes" book in press which covers the most recent research and emerging applications for all Na-ion battery enthusiasts and beyond! The book can now be pre-ordered (below) as a result of the great efforts from the editors: Magda, Philipp Adelhelm and Yong Sheng Hu as well as the many contributors from around the world.

https://www.wiley.com/en-us/search?pq=9783527347094%7Crelevance

£6.1M Grant Secured for Functional Bio-Materials

Magda secures £6.1M grant from Engineering and Physical Sciences Research Council (EPSRC) as the lead Principal Investigator. "Bio-derived and Bio-inspired Advanced Materials for Sustainable Industries" is a grant intended to assist in the development of functional material synthesis from or inspired by sustainable precursors. Thus, lowering CO2 emissions in order to help the UK reach the targeted zero emissions by 2050. This grant also brings together the best UK academics and key industrial partners which will accelerate novel pathways to manufacture advanced materials.

Bio-derived and Bio-inspired Advanced Materials for Sustainable Industries (VALUED) (ukri.org)