The Thermochemical Reaction Engineering Lab at @QMULSEMS | Researching fundamental aspects of #biomass thermochemical conversion | #ChemicalEngineering
London, UK
Joined January 2021
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A new exciting adventure in our group through university spin-out Syntex, developing a new family of synthetic tissues for cardiovascular applications.
qmul.ac.uk/media/news/2024/s…
Thermochemical Reaction Engineering Lab retweeted
Research on one of the oldest organic materials on earth published @TCRxLab @Ana_JSobrido dlvr.it/TG7WpC
Thermochemical Reaction Engineering Lab retweeted
#biochar may remove pollutants, accelerate chemical reactions, and store energy. Roberto Volpe and his team at Queen Mary University of London and UCL , UK, are utilising Diamond Light Source to further analyse one type.
Read more at: bit.ly/3IZJsnr
Delighted to see this exciting work shaping up in @QMULSEMS with @DiamondLightSou and huge thanks to @RhodJerv @LuisSal21139441 for the great collaboration. #biochar #biomass #microCT
Researchers from @QMUL and @ucl, in collaboration with @DiamondLightSou, the UK's national synchrotron, have imaged the porosity of biochars for the first time
#biomass #bioenergy
bioenergy-news.com/news/qmul…
Thermochemical Reaction Engineering Lab retweeted
Our new paper with @CarmineDAgosti6 of @ChemEngManUni in Applied Surface Science shows that alkaline pretreatment of walnut shells changes how surface chemistry and texture of derived #biochar evolves during #pyrolysis: doi.org/10.1016/j.apsusc.202…
@TCRxLab @QMULSEMS @QMULSciEng
Thermochemical Reaction Engineering Lab retweeted
Check out our new paper from @TCRxLab @QMULSEMS and @ImperialChemEng in @ACSSustainable: pubs.acs.org/doi/full/10.102… 🌱
We discuss how the pyrolyses of #biomass components affect one another & offer tips on how to account for these 'synergistic' effects during #pyrolysis experiments.
Thermochemical Reaction Engineering Lab retweeted
Exciting new research from @TCRxLab @QMULSEMS in collaboration with @UCLEIL, @DiamondLightSou, and @titiricigroup! nature.com/articles/s41598-0… @EngageQM @QMULSciEng
When it comes to using #biochar for #environmental applications, #morphology matters! 🌱 Thanks to everyone who helped me win this animation by @_SciStudio! 🤗 Read the #openaccess article here: nature.com/articles/s41598-0…
@OpenAcademics @Sci_Comm_ #scicomm #biomass #pyrolysis #Xray
Thermochemical Reaction Engineering Lab retweeted
When it comes to using #biochar for #environmental applications, #morphology matters! 🌱 Thanks to everyone who helped me win this animation by @_SciStudio! 🤗 Read the #openaccess article here: nature.com/articles/s41598-0…
@OpenAcademics @Sci_Comm_ #scicomm #biomass #pyrolysis #Xray
Thermochemical Reaction Engineering Lab retweeted
Study suggests that hospital #wastewater, containing elevated levels of #antibiotics, rapidly kills antibiotic-sensitive bacteria, while #multi-resistant bacteria continue to grow. 🏥
Read: ow.ly/z3kM50DKGfx
Congratulations to lab-member @Mez_theEngineer! 🎉 Check out the paper to be animated here: nature.com/articles/s41598-0…
We have a winner!
View the top-voted paper of February below! The winner will be receiving a free animation of their work, curtesy of @_SciStudio.
Thanks to everyone that posted their papers - some super interesting reading!
scientistt.net/paper-discuss…
Thermochemical Reaction Engineering Lab retweeted
Open Access UCL Research: Towards a mechanistic understanding of particle shrinkage during biomass pyrolysis via synchrotron X-ray microtomography and in-situ radiography - UCL Discovery discovery.ucl.ac.uk/id/eprin…
Thermochemical Reaction Engineering Lab retweeted
Check out this article from @Mez_theEngineer, @TCRxLab, @UCLEIL, @diamondlightsou & @titiricigroup: Towards a mechanistic understanding of particle shrinkage during biomass pyrolysis via synchrotron X-ray microtomography and in-situ radiography go.nature.com/3aVkJQc
Great to see this work by @TCRxLab, @UCLEIL, @DiamondLightSou, and @titiricigroup being highlighted by @nresearchnews!
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Thermochemical Reaction Engineering Lab retweeted
To study how surface area accessibility changed as nut shells became #biochar, we visualised how pore volume was distributed within particles using #microCT.
Check out my #opensource @MATLAB #ImageAnalysis code: doi.org/10.5281/zenodo.35680…
#WomenWhoCode #OpenScience 3/6
Thermochemical Reaction Engineering Lab retweeted
Check out our new paper, which I really should have called "X-Rays in a Nut Shell" wherein we shone #synchrotron #Xrays through nut shell particles during #biochar production to study how they shrink and become more porous using a reactor I developed! nature.com/articles/s41598-0… 1/6
Check out our new paper on tracking particle morphology during #biomass pyrolysis in situ, published with @SpringerNature in @SciReports: nature.com/articles/s41598-0…
Thanks to collaborators @UCLEIL, @DiamondLightSou, & @titiricigroup, and congrats to 1st author @Mez_theEngineer!
Thermochemical Reaction Engineering Lab retweeted
Towards a mechanistic understanding of particle shrinkage during biomass pyrolysis via synchrotron X-ray microtomography and in-situ radiography j.mp/3r4GdQY
This studentship is currently being offered in our lab. Please reach out if you are interested and eligible! #PhDposition
📢PhD Studentship Announcement📢
My PI is offering a #PhD position on the use of #biochar in artificial heart valves @QMULSEMS 🇬🇧 for a Pakistani national 🇵🇰 (part-funded by @hecpkofficial)
Details: sems.qmul.ac.uk/research/stu…
Contact info: sems.qmul.ac.uk/staff/r.volp…
#ChemEng #MedTech