Optimization of process conditions in a tubular rotary kiln with applying TG/DSC technique and mathematical modeling

摘要

The report examines the possibilities of applying TG/DSC, DSC and heat flux (Calvet) calorimetry techniques to the kinetic study of complicated multistage industrial reactions. The informativeness of calorimetric data and the procedure of their joint treatment together with analytical data for solving inverse kinetic tasks have been envisaged. The results and experience of applying DSC and calorimetric data for developing mathematical models of real industrial chemical processes and further process optimization are presented and discussed.