The parallel functioning of strategies for innovative and sustainable development leads to the emergence of a formal methodological paradox in the form of increasing negative technological impact on the environment due to the prevalence of economic criteria for assessing the efficiency of production over social criteria. This paradox determines the permanent growth of products that can be combined with the concept of waste. To eliminate the methodological paradox, it is necessary to implement the ecological imperative by greening the legal framework that regulates all stages of the life cycle of innovative products.
Author: Avdeychik O.
There were studied features of the structure of composite materials on the basis of recycled thermoplastic (HDPE, LDPE, PP) modified by components of different composition and dispersion. It was established the hardening effect of the matrix of the composite with the introduction of the highly oriented fragments that preserve the structure after the completion of the technological cycle of manufacturing products by injection molding or extrusion. It was proposed the technology of thermo-mechanical combining of thermoplastic components while simultaneous modifying by components of different composition and structure. When modification of fluorinated nanoparticles ablation products is provided the effect of increasing the rate of extrusion and formation of hydrophobized surface layer of products. Nanoscale silicate modifiers (clay, tripoli, metals phosphates and oxides,) contribute to the thermodynamic compatibility of the matrix and the modifier polymer due to formation of a spatial network of physical binds in the volume of the composite. The obtaining technologies for products based on recycled composites that the parameters of deformation strength and tribological characteristics are not inferior to raw materials, but have a significantly lower cost of production.
SOCIETY & ”INDUSTRY 4.0”
NBIC TECHNOLOGIES FOR A SYSTEM OF INTELLECTUAL SUPPORT OF INNOVATIVE ACTIVITIES OF INDUSTRIAL ENTERPRISES
Methodical approaches to the creation of NBIC technologies for a system of intellectual support of innovative activities of industrial enterprises (SISIA IE) of the second integration level as a complex of research, educational and production units that generate high-level intellectual products for the operating and innovative production were considered. As examples of integration model realization have been given the functional nanomaterials based on polymer, oligomer matrices and blends for protective, sealing and tribotechnical systems of machines, mechanisms and technological equipment of industrial enterprises and enterprises of the chemical industry