Researchers from Nottingham’s UoN Chemistry, @Unibirmingham, UQ News and Universität Ulm have successfully transformed CO2 into methanol which is a discovery that could pave the way for creating new green fuels. ➡️ ow.ly/gWY750R41sv

📢Dr Luke Norman (@lukethechemist) is a Knowledge Exchange Fellow UoN nmRC. He initiated the public engagement programme "Under the Microscope" and also led the Coronation Coin project, producing Uni of Nottingham #WeAreUoN's official coronation gift to King Charles III. 1/2

Did you know that as a student you can register to vote at both your home and term-time addresses? Make sure you register to vote in the upcoming mayoral elections by Tuesday 16 April. Read more: ow.ly/6YgJ50Rf16k

Today is the last day you can register to vote in the mayoral election, which is due to take place on Thursday 2 May. As a student you can register to vote at both your home and term-time addresses. By voting you can make a real difference. ow.ly/P3TE50RgUcG

Trash to treasure– researchers turn metal waste into catalyst for H2 MASI researchers have pioneered a circular economy approach to producing green hydrogen from metal waste. Read more here nottingham.ac.uk/news/trash-to-… UoN Chemistry UoN nmRC Uni of Nottingham Press Office UoN Science Nottingham Research

How do you turn trash into treasure? Using magnetron sputtering of course! Check out this work from MASI Programme Grant featuring SEM, EDS and XPS from the nmRC! nottingham.ac.uk/news/trash-to-…

Waste metal swarf has nanotextured surface! Ideal for fixing electrocatalytic centres for hydrogen production from water. Well done to team MASI Programme Grant UoN Chemistry big thanks to Engineering and Physical Sciences Research Council UoN nmRC pubs.rsc.org/en/content/art…

Researchers have transformed #CO2 into methanol by shining sunlight on single atoms of #copper deposited on a light-activated material. It paves the way for creating new #greenfuels. ow.ly/O07p50Rn3LJ #UniversityofNottingham #UniversityofBirmingham #UniversityofQueensland

MASI's exciting new publication, where we harness light to turn CO2 into fuel, has been covered by Tech Briefs . The interview with our Director Nottingham Nanomaterials Group explains the findings and future plans in more detail: techbriefs.com/component/cont… doi.org/10.1039/d4ta00…

New process for turning CO2 into sustainable fuel - Tech Briefs reports on recent research from UoN Chemistry UoN nmRC techbriefs.com/component/cont…

A team of researchers from UoN Chemistry and Faculty of Engineering have found a way to transform metal waste into an effective catalyst to make hydrogen from water – a discovery that could make hydrogen production more sustainable. bit.ly/44dUIqt

Metal swarf transformed into electrodes for hydrogen production: chemistryworld.com/news/metal-swa… Chemistry World covered the work of MASI Programme Grant team 😃

Great piece on research from UoN Chemistry UoN nmRC ⬇️

Our latest publication on electrocatalytic reduction of CO2 to produce formate is now out in Communications Chemistry, featuring work from @CDTSusChem UoN Chemistry UoN nmRC Nottingham Nanomaterials Group Uni of Birmingham : doi.org/10.1038/s42004…

Nanoscale morphological changes are monitored and directly linked with the selectivity of the CO2 electroreduction reaction MASI Programme Grant @CDTSusChem nature.com/articles/s4200…

Scientists from UoN Chemistry UoN nmRC have created a catalyst for hydrogen generation from ammonia that becomes more active with time, and by counting atoms revealed changes that boost the catalyst’s performance Full story here: ow.ly/r2la50UCq4Z

MASI researchers have created a catalyst for hydrogen generation from ammonia that becomes more active with time: nottingham.ac.uk/news/scientist…

During an ammonia cracking reaction, a ruthenium catalyst undergoes structural changes that, thanks to scanning transmission electron microscopy, we now understand. chemistryworld.com/news/electron-…

MASI's latest exciting publication has been covered in Chemistry World!

New publication alert! nottingham.ac.uk/news/nanoscale… Our latest research investigates turning CO2 into formate using tin on naotextured carbon fibres, leading to performance improvements over time: doi.org/10.1021/acsaem…