The aim of this method is to propose a novel technology for metals and their alloys hydrogenation which combines the above-mentioned methods (1-4) and does not require using expensive catalysts...READ MORE
The present invention relates generally to a method for synthesis of high-specific-surface-area γ-aluminium oxide.
The invention describes a method of nanocrystalline metal cluster (e.g. Nickel) formation on water-soluble materials by using magnetron sputtering.
The present invention provides new technological solution in order to improve working characteristics of expanded polystyrene (EPS) foam.
The present invention provides new technological solution in order to protect surfaces of polymer materials against environmental impact.
This scientific research results commercialization project is conducted within the framework programme for High-technology development 2011-2013 and is managed by the Agency for Science, innovations and technologies. Project No 31V-137.READ MORE
Collaboratively administrate empowered markets via plug-and-play networks. Dynamically procras tinate users.Collaboratively administrate empowered markets via plug-and-play networks. Dynamically procras tinate users.
Dr. Darius Milcius is Head of Center for Hydrogen Energy Technologies and senior researcher at UAB Inovatas. Since 2001 he is expert of Tasks 17-32 of The International Energy Agency Hydrogen Implementing Agreement (IEA HIA). Read More
PhD S. Varnagiris is a senior researcher at Center for Hydrogen Energy Technologies and UAB Inovatas, managing director at hydrogen energy association and lecturer at Vytautas Magnus University. Sarunas is also member of Lithuanian young scientists union.
Dr. Marius Urbonavicius
Dr. Marius Urbonavicius is a researcher at the Center for Hydrogen Energy Technologies and UAB Inovatas. Since 2018 Marius also works as an innovation manager at R&D and Innovation transfer unit of Lithuanian Energy Institute.