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Project coordinator
SINTEF, Casper van der Eijk: Casper.Eijk@sintef.no

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 958307.
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h2020_harare

Our PhD candidate Ganesh Pilla, received the “Be

👋 Meet Esin! Esin Iplik is a phd-student at Lin

Hot stuff! At the National Technical University of

Fun facts about hydrogen transportation: This huge

👋 Meet Olivia Bogen Skibelid, Frida Vollan and

Early heads-up for the 4th International Bauxite R

Meet the people in the HARARE-project: I am Mani $Meet the people in the HARARE-project: I am Manish Kumar Kar from India. I did my master in technology from the Indian Institute of technology in metallurgical and materials engineering. I am working as a Ph.D. in the project of Harare in the Department of material engineering under the supervision of Asst. prof. Jafar Safarian. The aim of my work is to recover Fe and Al from the bauxite residue by using hydrogen reduction followed by magnetic separation. The non-magnetic fraction is going for Al recovery. #science #scientist #scientists #scientistlife #student #studentlife #phd #phdlife #phdstudent #metalrecovery #greenindustry #recycling #reducewaste #metal #metalproduction #circularindustry #circulareconomy #norway #india #indianinnorway #ntnu #ntnustudent #ntnulife$

Frist tests done! We learned a lot, but we have a

After the tests where we have added hydrogen gas t

How to handle the hot stuff. Scientist at RWTH Aac

Video from the lab! Hydrogen gas will self-igni

Update from the lab! Here is how a real bigger set

How to add hydrogen gas to liquid copper slag? Hy

Meet our scientists! This is Gunnar Hovestadt (RWT

New update from the lab! Arman H Kermani has done $New update from the lab! Arman H Kermani has done experiments with reduction of red mud with Hydrogen. That means he has tried to use hydrogen to get valuables out of red mud, which is a waste stream from aluminium production. As explained in the last post, he succeeded in producing pellets which was attracted to a magnet, which shows that he had produced iron from ironoxide in the red mud. For further confirmation he took the pellets in to a Scanning Electron Microscope (SEM) with an x-ray diffraction (XRD) detector. This detector can measure so-called characteristic x-rays coming from the material when illuminated by electrons. These characteristic x-rays are like a fingerprint for the elements and we can therefore conclude that Arman has been able to produce iron. ♻♻♻ In the picture you can see Arman by the SEM, a picture from the Sem, the x-ray-detector, the sample end the curve with the peak of characteristic x-rays from iron (Fe). It's pretty cool! ♻🤓 If you have questions, feel free to ask! 📸 Photo: @arman.hk This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 958307 ♻♻♻ #sustainable #metalproduction #redmud #iron #upcycle #upcycling #bauxiterecidue #bauxite #waste #reducewaste #NoPlanetB #industry #recycling #hydrogen #circularity #circulareconomy #Aluminium #aluminum #metals #technology #science #facts #scientific #research #researcher #savetheplanet #h2020 #crm$

We have updates from the lab! Meet Arman H Kermani

Copper metal has a reddish brown color, but did yo

Extracting copper can have a quite large environme

Let’s talk about copper in the future ✴️ Th

🗽 Did you know that the Statue of Liberty is ma

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