The article Barking up the right tree: biorefinery from waste stream to cyclic carbonate with immobilization of CO2 for non-isocyanate polyurethanes by Heyu Chen, Prashant Chauhan and Ning Yan has been selected by editor Buxing Han to be highlighted as a Green Chemistry Editor’s Choice.
The blog post showcasing the publication can be found here and is publically accessible until Feb 2021.
The supplimentary cover art by Luojing, from the article “From Wastes to Functions: A New Soybean Meal and Bark-Based”(10.1021/acssuschemeng.0c02413) was recently published in ACS Sustainable Chemistry & Engineering.
Advances in Engineering—which recognizes important findings in engineering fields and reports timely engineering research news—has recently labeled a research work that came from Professor Ning Yan’s group as a “key scientific article contributing to science and engineering research excellence.”
This work was done by University of Toronto researchers: Heyu Chen (PhD candidate), Dr. Sandeep Nair, Dr. Prashant Chauhan and led by distinguished professor, Prof. Ning Yan; they investigated the effect of lignin-containing nanocellulose (LCNF) on the reinforcing performance of pMDI wood adhesives. As concluded by Advances in Engineering: “Sustainable LCNF from renewable biomass will advance the development of high-performance pMDI adhesives for wider practical applications.”
For further information, this work is published in Chemical Engineering Journal.
Chen, H., Nair, S., Chauhan, P., & Yan, N. (2019). Lignin containing cellulose nanofibril application in pMDI wood adhesives for drastically improved gap-filling properties with robust bonding line interfaces. Chemical Engineering Journal, 360, 393-401.
A recently published article by current Post Doc, Nicolas Tanguy, former Post Doc Mohammad Arjmand and Ning Yan was featured on the cover of Material Interfaces.
Combining polyaniline and graphene doped with nitrogen favors the formation of electrical heterojunctions in the nanocomposite. During exposure to ammonia gas, the concurrent immobilization of charge carriers by dedoping of polyaniline and increasing depletion layer depth causes a more pronounced change of the electrical resistance of the nanocomposite as compared to pristine polyaniline. Further details can be found in article number 1900552