Our scientific development team consists of:
Professor Doctor of Medicine - 1 person;
Associate Professor, Candidate of Medical Sciences - 1 person;
Associate Professor, Candidate of Veterinary Sciences - 1 persons;
Associate Professor, Candidate of Technical Sciences - 4 persons;
Associate Professor, Candidate of Chemical Sciences - 1 person;
Electronics engineer - 2 persons;
Programmer - 1 person.
Each of the employees has at least 100 scientific publications.
Main research interests
Functional and composite materials, nanomaterials and nanotechnologies, powder metallurgy, catalytic materials (thermal and photocatalysis) and equipment based on them, the use of photocatalysis to extend the shelf life of agricultural products, bactericidal and biodegradable materials for packaging and storage of agricultural products, resource and energy saving technologies, electroforming of nanoscale bactericidal, biodegradable nonwoven materials of medical and veterinary applications.
Our science group completed development of first prototype of Hi-End Mycotoxines destroying system.
First internal tests confirms theoretical valuations of technology efficiency.
We conducted 5 years of research by our international team. And at the end we found technology which form our development process.
Hundred of prototypes, test operations and we came to working samples. At the moment we developed working samples of all product range for different markets.
Heart of our equipment is based on process of Photocatalic Oxidation.
This process provide destruction of VOC Cells and forming them to new molecular structures: H2O and CO2
Trees one of the main natural air cleaner. Process of Photo-Synthesis describes working process of trees. Trees mainly convert CO2 to O2. But only several types of them possible to clean air from VOC.
Our equipment main component - Photo-Catalysator which destroy cells of VOC and then catalyze to molecules of CO2 and H2O.
One square meter of catalysator NANO surface cleans approximately 700 000m3 of air yearly, while one tree made only 150m3. So the efficiency of one square of Photo-catalysator is same to 4666 trees, or small forest.