Reaction Kinetics and Modeling

This leads to different models for describing reactive distillation processes  

Chemical equilibrium 4-equilibrium-stage model low complexity 

Chemical equilibrium 4- rate-based approach medium complexity 

Reaction kinetics equilibrium-stage model medium complexity 

Reaction kinetics rate-based approach high complexity 

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Reactive filters for the removal of reactive solids (i.e., diesel soot) have already passed through the test rig state. For the reactive filtration of diesel soot, industrially manufactured devices are available, but improved reaction kinetics and models predicting accurately the loading and regeneration cycles are yet to be produced. 

Rode CV, Chaudhari RV. Hydrogenation of m-nitrochlorobenzene to m-chloroaniline reaction kinetics and modeling of a non-isothermal slurry reactor. Ind. Eng. Chem. Res. 1994 33 1645-1653. 

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