• Effect of Reaction Pathways on the Kinetic Modeling of Aquathermolysis of Heavy Oils 

  Felix Lugo Jose Guillermo; Tirado Kota Aleksis; Varfolomeev Mikhail Alekseevich; Ancheyta Juarez Jorge (2024)

  The proposal of a reaction scheme during the kinetic modeling of heavy crude oil upgrading is an important step. Therefore, the study of the effect of using different reaction pathways on the kinetic modeling for the ...
• A Commercial Reactor Simulation for the Slurry-Phase Hydrocracking of Heavy Oil with a Mineral Catalyst Using Distillation Lumps and SARA-Based Kinetic Models 

  Calderón Cristian J.; Felix Lugo Jose Guillermo; Ancheyta Juarez Jorge (2024)

  Modeling and simulations of an industrial-scale slurry-phase reactor for heavy crude oil hydrocracking of SARA fractions and distillation lumps are presented. The catalyst under consideration is a mineral material, molybdenite ...
• Modeling the Kinetics of Hydrocracking of Heavy Oil with Mineral Catalyst. In: Mathematical Modeling of Complex Reaction Systems in the Oil and Gas Industry 

  Felix Lugo Jose Guillermo; Trejo Fernando; Ancheyta Juarez Jorge (2024)

  Discrete and continuous lumping models have been largely used to represent the reaction kinetics. Recently, the use of more complex and fundamental microkinetic models to simulate hydrocracking has increased the interest ...
• Kinetic Insights into Heavy Crude Oil Upgrading in Supercritical Water 

  Tirado Kota Aleksis; Felix Lugo Jose Guillermo; Al-Muntaser Ameen Ahmed; Varfolomeev Mikhail Alekseevich; Ancheyta Juarez Jorge (2024)

  Heavy crude oil upgrading in a supercritical water environment is a promising technology owing to diverse advantages such as heteroatom removal, high yields of low molecular weight fractions, and inhibition of coke production. ...
• Kinetic Analysis of Asphaltene Conversion under Supercritical Water Conditions 

  Tirado Kota Aleksis; Felix Lugo Jose Guillermo; Varfolomeev Mikhail Alekseevich; Ancheyta Juarez Jorge (2024)

  Kinetic studies of chemical compounds in crude oil are essential to provide a better understanding of the reaction mechanisms occurring under heavy crude oil upgrading conditions. This study analyzes the reaction kinetics ...

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