This course focuses on the fundamental concepts of adsorption theory and its application in inorganic materials technology. It covers the principles of industrial adsorbents, adsorption equilibrium, and kinetics. The course also delves into heat and mass transfer within adsorption processes. Students will explore the technology of adsorption processes, including methods for adsorbent regeneration and classification of processes based on regeneration techniques. Cyclic processes, construction of cyclograms, process organization, and adsorbent selection will be discussed with practical examples. The course details various types of adsorption processes, such as gas drying with thermal regeneration, focusing on schematic diagrams, technology, adsorbent types, and equipment. It also covers short-cycle adsorption (KSA) processes with non-thermal regeneration for gas drying and air separation, highlighting their technological and operational features.
The curriculum includes lectures on adsorption theory, industrial adsorbents, equilibrium, kinetics, heat and mass transfer, and adsorption process technology. It also covers adsorbent regeneration, cyclic processes, gas drying, and air separation using adsorption.
Graduates from related faculties at Moscow State University are highly competitive in the job market due to their strong theoretical and practical training. They are sought after in various sectors that utilize computational technology and research. There are opportunities for further academic pursuits through postgraduate studies (aspirantura). The university also has partnerships with international institutions and major technology companies, facilitating potential international collaboration and employment.
Tuition fees and living costs for international students are not specified in the provided documentation.
The programme covers fundamental adsorption theory, industrial adsorbents, adsorption equilibrium and kinetics, and heat and mass transfer. It also delves into adsorption process technology, including regeneration methods, cyclic processes, gas drying, and air separation.
Graduates can pursue careers as Researchers, Academics, IT Specialists, or Engineers in industries like chemical and materials. They may also work as Analysts or Developers, or pursue further academic studies through postgraduate programmes.
International students should consult the official Moscow State University admissions portal for detailed procedures. The process typically involves submitting an application form, academic transcripts, and proof of language proficiency by the specified deadline.
The application period typically opens in late autumn for the following academic year, with specific dates varying. Decisions are usually communicated in the spring or early summer.
Tuition fees and living costs for international students are not specified in the provided documentation.
Specific entry requirements for international students are not detailed on the provided pages. General admission to Moscow State University typically requires completing secondary education and potentially entrance exams.