Engineering of Chemical Reactions Based on Fundamental Principles
Chemical Reaction Kinetics
Energy & Mass Transfer in Chemical Reactors and First Principles Calculations
Fundamentals of Hydrodynamics and Fluid Flow in Chemical Reactors
Chemical Process Engineering and Reactor Design — New Experimental Approaches, Modeling, Scaling and Optimization
Mathematical Modeling: Multiscale Analytical and Computational Studies of Chemical Reactors
Modern Information Technologies for the Development of Catalysts, Chemical and Catalytic Reactors (artificial intelligence, neural networks, machine learning, big data)
Development of chemical reactors and technological schemes of reaction processes
New Chemical Reactor Designs (e.g., structured catalysts and reactors, membrane reactors, microreactors, nature-inspired reactor concepts, modular reactor designs for multipurpose use, etc.)
Process Intensification and Novel Approaches in Multifunctional Reaction Processes (e.g., combined reaction-mass transfer processes, reactors with microwave / induction heating, ultrasonic reactors, non-stationary and sorption-catalytic processes in chemical reactors, etc)
Industrial Safety in the Design and Operation of the Reactor
Chemical Reactors and Technologies for Targeted Applications
Modern Challenges and Directions in Engineering of Chemical Reactors
Environmental Protection and Utilization of Wastes
Reactors for Polymers and Other Novel Materials with Targeted Properties
Processing of Biomass and Renewable Feedstocks
Biochemical, Electrochemical and Photochemical Reaction Engineering
Reactors, Catalysts and Technologies for Obtaining Nanostructured Carbon Materials
CO2 Sequestration and Utilisation
New Reactors and Technologies for Applications in the Fuel and Energy Area
Reactors, Catalysts and New Technologies for Production of Fuels from Traditional, Non-traditional and Renewable Feedstocks (including new reactors and technologies for the processing of associated petroleum gas and gas condensate, oil and natural gas processing)
Reactors, Catalysts and Technologies for Hydrogenation Processing of Hydrocarbon Raw Materials
Promising Reactors, Catalysts and Technologies for Hydrogen Production
Reactors, Catalysts and Processes for the Production, Conversion and Storage of Energy