Chemical reaction engineering has made a significant contribution to the commercialization of laboratory-developed chemistry. Reaction engineering can be used to analyse reactions, identify rate-limiting processes, calculate overall rates, choose reactor configurations, and design and scale-up reactors. Insights into catalytic cycles and clues for optimizing catalyst systems can also be gained through reaction engineering. Chemical reactions are fundamental to the transformation of molecules from basic materials to useful products and energy. Many of these changes rely on catalysis, which leads to more efficient and environmentally friendly processing methods. Catalysts are complicated materials that must meet a number of criteria on a variety of scales in order to be used in catalytic processes. For this, an integrated approach is needed, one that considers sustainability and scalability while combining modelling and experiments, catalysis science, and chemical engineering.
Title : Reforming and synthesis of hydrocarbons activated by plasma of gliding discharges in rotating gas flows
Valeriy Chernyak, Taras Shevchenko National University of Kyiv, Ukraine
Title : Theoretical Modeling in Organic Nanophotonics
Alexander Bagaturyants, Russian Academy of Science, Russian Federation
Title : Scanning Probe Microscopy in Food Science: a review
Nickolas Rigopoulos, Department of Food Science and Nutrition, Greece
Title : Many Faces of Gold
Puru Jena, Virginia Commonwealth University, United States
Title : Combining Different In Silico And Experimental To Foster Drug Design
Salvatore Guccione, University of Catania, Italy
Title : Promise of new thermosensitive liposomes loaded with chemotherapeutic drugs for targeted cancer radiotherapy
Kaushala Prasad Mishra, Bhabha Atomic Research Center, Mumbai, India