Laboratory of Additive Manufacturing

The Additive Manufacturing Laboratory is a joint research laboratory established on the basis of NUST MISIS jointly with the Boreskov Institute of Catalysis SB RAS (Novosibirsk). Laboratory activities The laboratory was created to solve practical problems in the fields of chemical synthesis, industrial catalysis and additive technologies, as well as to carry out projects.: State assignment No. 075-00268-20-02 (ID: 0718-2020-0040) on the topic: "Complex processing of hydrocarbons to produce hydrogen-containing gases and precursors of composite materials for additive manufacturing"; grant from the President of the Russian Federation for financial support of the Scientific School NSh-2513.2020.8 "Gorenje multicomponent energy systems of natural and man-made origin"; Russian Science Foundation Grant No. 19-79- 30025 "Development of scientific and technological foundations for the design of aluminum matrix composites and their production by additive laser methods for industrial applications"; Russian Science Foundation Grant No. 25-29- 00954 on the topic "Investigation of the possibility of in situ control of the functional properties of titanium nickelide obtained by selective laser melting"; Russian Science Foundation Grant No. 25-29- 00912 on the topic "The physical foundations of the production of aviation, rocket, space and medical products from magnesium alloys by high-performance additive manufacturing methods." The laboratory conducts research in the following areas: multicomponent energy systems of natural and man-made origin; technologies of catalytic processing of hydrocarbons, processing of man-made waste, natural and associated petroleum gases, production of carbon nanomaterials; materials and technical solutions for additive manufacturing of metal and metal-containing products; metal matrix composite materials based on light metals and alloys; technologies for the production of oxygen-containing compounds of aluminum and other light metals; optimization and improvement of classical technologies of industrial catalysis, metallurgy of light metals and chemical industry.