"Parametric Sensitivity Studies in a Commercial FCC Unit"
written by Prabha K Dasila, Indranil Choudhury, Deoki Saraf, Sawaran Chopra, Ajay Dalai,
published by Advances in Chemical Engineering and Science, Vol.2 No.1, 2012
has been cited by the following article(s):
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[13] Fluid catalytic cracking unit control using model predictive control and adaptive neuro fuzzy inference system: Comparative study
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[14] Modelling of regenerator units in fluid catalytic cracking processes
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[15] Kinetic mechanism for the cracking of Colombian heavy crude oil in refinery equipments
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[16] Automation of FCC Centered Oil Refinery for Diesel Maximization
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[17] A Computational fluid dynamics (CFD) comparison of 3-Lump and 4-Lump kinetic models for predicting gasoline, light gases and coke yield in fluid catalytic cracking ( …
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[18] A Computational fluid dynamics (CFD) comparison of 3-Lump and 4-Lump kinetic models for predicting gasoline, light gases and coke yield in fluid catalytic cracking …
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[19] Prediction of gasoline yield in a fluid catalytic cracking (FCC) riser using k-epsilon turbulence and 4-lump kinetic models: A computational fluid dynamics (CFD …
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[20] Large-Scale Kinetic Parameter Identification of Metabolic Network Model of E. coli Using PSO
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[21] A Computational fluid dynamics (CFD) comparison of 3-Lump and 4-Lump kinetic models for predicting gasoline, light gases and coke yield in fluid catalytic cracking (FCC) riser
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[22] Simulation of Fcc Riser Reactor using Five Lump Model
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[23] CONTROL OF A FLUIDIZED-BED CATALYTIC CRACKING UNIT USING PID AND FUZZY LOGIC CONTROLLERS
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[24] Simulation of an Industrial Fluid Catalytic Cracking Riser Reactor Using a Novel 10-Lump Kinetic Model and Some Parametric Sensitivity Studies
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[25] Commande prédictive d'un craqueur catalytique à lit fluidisé avec estimation des paramètres clés
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[26] On The Conversion Of Gas Oil In Fluid Catalytic Cracking Risers: Application Of Residence Time Distribution (Rtd) Concept
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[27] Prediction of gasoline yield in a fluid catalytic cracking (FCC) riser using k-epsilon turbulence and 4-lump kinetic models: A computational fluid dynamics (CFD) approach
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[28] Effect of Independent Variables on the Maximization of Gasoline Yield and Closed Loop Studies in Catalytic Cracking Unit
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[29] Discontinuity analysis for the treatment of lumped-parameter chemical engineering systems for singular inputs
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