... polymers per year. Modern gas processing and raw material separation units. Logistical infrastructure: A terminal for shipping finished products in the Khabarovsk Territory. Railway nodes and terminals for transporting raw materials and finished goods. Research laboratories: Centers for developing new types of polymers and optimizing production processes. Main investment directions: Construction of new production lines: Capacity expansion: Opening new lines to increase polyethylene and polypropylene ...

... cathode copper is used in the electrical industry, which makes it in demand in the markets of Europe and Asia. Infrastructure development: Additional warehouse space and logistics terminals have been built to optimize the transportation of products. 2. Research centers UMMC actively invests in scientific research to improve the efficiency of production processes and develop new technologies. Innovative laboratories: The company's research divisions are engaged in: Developing new alloys and improving ...

... accelerators, mentors, as well as talent concentration and entrepreneurial culture. There is a strong concentration of these elements among global tech hubs. Not surprisingly, over half of all unicorns are located in just a few global cities. According to HSE research, 58.5% of unicorns are concentrated in the top 15 tech megacities worldwide. Key locations include San Francisco (Silicon Valley), New York, Beijing, Shanghai, London, Los Angeles, Boston, Bangalore, Berlin, Paris, Tel Aviv, among others. These ...

... direct investment. These cities are expected to provide a conducive environment for economic growth and business expansion. Singapore leads in both economic potential and a business-friendly environment. Thanks to low taxes and an abundance of various research grants, Singapore positions itself as one of the most innovative cities in the world. It has been at the forefront of foreign direct investment in R&D (research and development) over the past five years, with investments exceeding $210 million ...

... of certain pesticides and some persistent organic substances (for example, some PFAS). All these pathways contribute to the gradual accumulation of TFA in the environment. Risks to Human Health How dangerous is trifluoroacetic acid to humans? Current research has not identified significant toxicity of TFA at the levels observed in nature. In laboratory experiments, lethal doses of TFA for mice and rats were much higher than actual concentrations, and the substance exhibited extremely low acute toxicity....