RUDN University delegation participated in the international exhibition-conference QS-MAPLE 2018: The Advancement of University Excellence in the Middle East and Africa Region 2018 in Bahrain
The QS-MAPLE 2018 conference and exhibition, the 8th Annual Strategic Summit for the Advancement of University Excellence in all its Forms successfully concluded on the 6 of March 2018 in Manama, Bahrain. The representatives of more than 70 universities from 40 countries attended in this important scientific and educational event.
Julia Ebzeeva, Natalia Gvozdeva, Natalia Dubinina, Irina Karabulatova represented RUDN University. The program of the conference included a master class on the methodology of QS rankings, discussions on strategic planning and research, internationalization and evaluation of the quality of education. (http://qsmaple.org/qsmaple2018/post-event-report/)
This year RUDN University will host on the 22-23 of May 2018 the next international event, held by QS in Moscow - QS WorldWide 2018
The RUDN University delegation was greatly supported by Sahil Amarin (Jordan), graduate of the RUDN University Engineering Faculty (1992), currently heading a large trading company in Bahrain.
On the photo: Sahil Amarin (graduate of RUDN University, Jordan), Riyad Youssef Hamza (President of the University of Bahrain), Gvozdeva Natalia Mikhailovna (head of the RUDN University 5-100 Administration) and Irina I. Karabutatova (Professor of the Foreign Languages Department).
The chemist of RUDN together with colleagues from Iran and Spain created a catalyst based on palladium and nickel for the oxidation of cyclohesane in the production of adipic acid, which is used for the production of cleaning products, food dyes and other substances. The new catalyst made it possible to double the consumption of cyclohexane.
RUDN University agronomists have proposed a new scheme for fertilizing winter wheat, which allows increasing the yield by 68%. The key to this is in the combination of nitrogen and growth regulators.
RUDN biologists have studied microorganisms that can survive in metalworking fluids. The results will allow “picking up” bacteria and fungi that can process toxic waste fluids into a harmless product.
The chemist of RUDN together with colleagues from Iran and Spain created a catalyst based on palladium and nickel for the oxidation of cyclohesane in the production of adipic acid, which is used for the production of cleaning products, food dyes and other substances. The new catalyst made it possible to double the consumption of cyclohexane.