On the occasion of Dr. Topsøe’s birthday, here’s a story about how his approach to science is still alive and well in the company.
Topsoe’s Stig Helveg has received the award “EliteForsk” – a recognition of his outstanding work within electron microscopy that follows catalytic processes at the atomic scale as they happen.
Joint company will focus on applied research and fast commercialization of new technologies. First development project aims to develop more cost-effective NCA batteries for electric cars. The company will also function as a test facility for Topsoe’s Chinese customers within hydroprocessing and emissions management (catalytic filtration). Haldor...
The active sites of a Cu-zeolite catalyst for diesel emissions control are not static, but are created and dissolved on the fly as the reaction proceeds.
In the latest edition of the Nature Communications journal, Topsoe’s Stig Helveg shares scientific evidence that nano-designed titanium crystals can improve catalysts that reduce air pollution. The optimized titanium oxide crystals boost the reactivity of vanadium oxide in their vicinity. This discovery was made by Topsoe in collaboration with the...
Groundbreaking Topsoe research on improved performance of methanol catalysts published in ‘Science’
20.05.2016
Optimized use of zinc oxide in methanol catalysts can significantly increase yields in the important global methanol industry. A research team from Topsoe and Technical University of Denmark has established a unique molecular-level understanding that enables scientists to ‘tune’ methanol catalysts at the nanoscale resulting in record-breaking...
Topsoe will select and fund R&D projects at Dalian Institute for Chemical Physics – China’s leading catalysis research institute and the world’s largest catalysis R&D center. A number of research projects have already been initiated within Topsoe’s business areas. Topsoe expects to strengthen the company’s market and technology access in China...
