Effective structural and technological solutions for the use of artificial foundations in difficult engineering and geological conditions at facilities for the transportation and storage of oil and oil products
The purpose of the project is to attract investments for the development and implementation of new quality control standards for medicinal products in terms of determining the composition and structure of their components in order to harmonize the regulatory and legal framework of Ukraine with the requirements of European Union directives, as well as conducting quality monitoring in order to prevent falsification of medicinal products. The further development of methods of quality control of medicines and their components requires updating and developing the material and technical base of the authorized center. In the conditions of martial law, there is an extremely important need to promote the production of high-quality domestic medicinal products, increase their competitiveness, protect the interests of Ukrainian manufacturers in the domestic market of medicinal products of Ukraine, and prevent counterfeit products from entering the Ukrainian market. NTC "Institute of Monocrystals" has the status of the country's leading scientific institution in the field of analytical support for the quality control of medicinal products and their components, in particular in X-ray structural analysis, nuclear magnetic resonance spectroscopy and spectrometry with inductively coupled plasma, and the creation of technologies for the production of original medicinal products that is confirmed by the status of the authorized center for quality control of medicinal products of the State Service of Ukraine for medicinal products and drug control.
Personalized approaches to the diagnosis, prevention and treatment of vascular diseases with prognostic modeling of the individual development of atherosclerosis
For Ukraine, solid fuel energy, which is capable of using local coal and fuel biomass, is a critical factor in stable heat and power supply and load regulation in the power system. However, the deterioration of TPP and CHP equipment causes significant deviations of furnace processes from the calculated ones. The project involves improving methods for preventing critical deviations in furnace processes, developing methods for low-cost modernisation of TPP and CHP boiler units to increase their efficiency and reliability, methods for reconstructing anthracite boiler units with their conversion to gas coal, and methods for reconstructing gas and oil boilers with their conversion to solid fuel combustion.
Based on the study of the structure of hydrobiota and the assessment of negative changes in the target river basin (part of it), a plan of measures for its revitalization is being developed based on technologies for restoring the natural riverbed, free migration paths of hydrobionts, and creating new biopositive hydrotechnical structures.
Effective reduction of emissions of polluting substances is one of the main factors in the functioning of modern heat energy. The use of ammonium compounds in the semi-dry desulfurization of flue gases will allow not only to obtain more than 96% efficiency, but also to produce dry ammonium sulfate (fertilizer). The project envisages the creation of a pilot industrial installation of ammonium semi-dry desulfurization at a power plant.
