Labor potential of youth for the development of ecology in the digital economy

The goal of the research is to determine the importance and relevance of youth labor potential management for the environmental industry, as well as to determine the factors and risks that affect the environmental management of labor potential. To conduct the study, analytical, statistical, comparative methods, the grouping method were used, an analysis of statistical data on the number and structure of youth was carried out, as well as an analysis of current trends, factors, risks that affect the management of the labor potential of youth in the environmental industry. The main modern factors are highlighted: population aging; disproportionate distribution of the number of young people by country; the quality of youth vocational training and education; high speed of development of digital technologies in the economy. The risks posed by digital technologies are considered separately: increasing environmental risks and requirements for the level of environmental management; high speed and unpredictability of changes; inconsistent employment; platform approach; the requirement for the study of new technologies; the structure of personnel needs is changing: the level of requirements more and more does not correspond to the level of young personnel, and the rate of change in requirements is changing faster than educational programs; labor automation leads to job cuts; digital autism and decline in professional social and intellectual skills; digital addiction.

Last Patents on Bubble Electrospinning

Due to their unique properties, nanofibers have been widely used in various areas, for example, information industry, pharmaceutical application, environmental industry, textile and clothing, etc. Bubble electrospinning is one of the most important non-needle electrospinning methods for nanofiber fabrication. It usually uses polymer bubbles for the production of nanomaterials by using electrostatic force, flowing air or mechanical force to overcome the surface tension of bubbles. Bubble electrospinning mainly includes bubble electrospinning and blown bubble electrospinning. History of the development of bubble electrospinning is briefly introduced in this article, and the most promising patents on the technology are elucidated. The methods of bubble electrospinning are single bubble electrospinning, porous bubble electrospinning, blown bubble electrospinning, electrostatic-fieldassisted blown bubble spinning and others. These different bubble electrospinning methods are also discussed in this paper.