posted on 2016-02-19, 01:48authored byVaishali
B. Thaore, Vilas G. Gaikar
This
work presents the development and experimental validation
of a mathematical model for the steam pyrolysis process for the thermal
degradation of CHON amides. Experimental data on the steam pyrolysis
of dimethylformamide (DMF) in a nonisothermal tubular stainless steel
reactor for different residence times over the temperature range of
973–1273 K were used to develop a reaction network involving
15 components and 10 reactions to model the process. The General Process
Modeling System (gPROMS) was used for kinetic parameter estimation
and simulation. The model simulations results were found to agree
well with experiments carried out over a wide range of operating conditions.