New research led by the University of Bath shows that surface-modified graphene could transform the production of hydrogen peroxide for industrial use.
This lab will help accelerate research into photopolymerization, a future-oriented technology that improves energy savings and doesn’t require the use of solvents. It will also explore new and more sustainable UV-curable materials.
The research team focuses on improving long-term performance and developing sustainable coatings for high-voltage insulation systems for electric power transmission in the State of Qatar and the Gulf region.
Evonik's Coating Additives business line has developed a new tool for the digital analysis of coated test samples: COATINO® Defect Detection (CDD), that precisely and objectively detects and evaluates coating defects.
The center expands an existing research relationship, as the university has been a member of the Eastman Innovation Network of higher education partners since 2015.
Researchers at the Saint Petersburg Electrotechnical University, LETI, have developed a “digital twin” that will form the basis for creating energy-efficient equipment for applying protective coatings to metal structures of any size using strong electromagnetic fields.
ALINA company, Riga Technical University and the University of Latvia have partnered to launch an initiative to accelerate the manufacturing of green and innovative architectural paint products.
