Dear reader, one important step to improve the efficiency of the purification and conversion of sugars from the hemicelluloses fraction of lignocellulosic biomass into new bio-based resins is the intensification of the catalytic conversion. In this newsletter, we want to present the current status of the development of robust predictive models for catalyst …
The Thesis was focused on developing Machine Learning models that predict catalyst performance with relevant descriptors
We are happy to announce, that the first edition of the BioSPRINT Newsletter is launched. You will find insights to our project partners and their work within the project. You can read the Newsletter here. Subscribe, if you want to stay tuned with BioSPRINT.
Research Assistant / Associate in Biorefining Catalysis and Intensification School of Engineering Faculty of Sciences, Agriculture and Engineering.
On the 9th of July 2020, the WP 6 “Integrated Lifecycle Sustainability Assessment (ILCSA)” kicked off.
The online kick-off meeting of the project BioSPRINT ‘Biorefining of sugars via Process Intensification’ was held on the 18th of June 2020. [..]
