Nikolay Semenov

As head of R&D at Bpacks.eco, my main task is to develop and commercialise the process of producing packaging from 100% bio-based materials. This involves overseeing activities that promote manufacturing innovation and developing, implementing and monitoring processes and strategies that improve our products. I am also responsible for continuous innovation in products and work processes, in order to maintain the company's competitive position in the market. I am also responsible for the Belgrade office.

As a senior researcher, I organize experimental research work and develop the methodology of the experiments (DoE). I lead the scientific group and determine the direction of research in my research area. I do experiments myself as well as supervise students. Scientific work: Rheology of polymers, topographic surface analysis, physical and mechanical testing of polymers, filler surface investigation, filler-matrix interaction, polymer compounds and compounding techniques, etc.

I have developed a formulation of a polymer composite 100%plant raw materials. I have achieved a very rapid onset of degradation (hydrolysis) in salty water (close to the ocean water), due to the rapid absorption of moisture. This composite is biodegradable in compost, even at home compost. We developed a material for disposable cups and disposable tableware. We made an MVP and tested it on a live production facility, but the COVID slowed down our plans a bit.

I became technological consulting for small industries, to keep from losing my skills in the polymer technology fields. > I developed of a fire-resistant wood-polymer mix. > I did polymer processing tips and composition tips to improve yield or quality. > I looked for suppliers > I checked for new raw materials, and did quality control. > Participated in the launch of extrusion production > Participated in the launch of making compound

Thesis: Rheology and mechanics of electrically controlled polyimide-based nanosuspensions

Thesis: Study of reinforcing activity of nanofillers of different nature according to the data of physical-mechanical and dynamic tests