DIGITAL TECHNOLOGIES IN CHEMISTRY AND MATERIALS SCIENCE

The article considers the problems and prospects of digitalization of chemical processes and technologies on the background of the global chemical landscape. Special attention is paid to such issues as low speed of data processing, the problem of lost data, knowledge transfer in micro- and low-tonnage chemistry technologies, and the digital cycle of chemical reaction production. Key areas are the application of specialized digital algorithms needed to solve specific problems in chemistry, accelerating data analysis, automating chemical research, creating new approaches to design materials for catalysis, and developing digital tools for science and educational programs. Important practical application is the use of artificial intelligence for scaling of chemical processes and technology transfer into industrial solutions.

chemistry, materials science, digitalization of chemical processes and technologies, data processing, lost data, digital design cycle of chemical reactors, scaling processes in chemistry