CASTILLO ARAIZA, CARLOS OMAR

CASTILLO ARAIZA, CARLOS OMAR

INGENIERÍA · Nivel 2

Kinetics & Chemical Reaction Engineering

Desde 2013 es Profesor Titular C en Universidad Autónoma Metropolitana

Perfil académico

Nombre CARLOS OMAR CASTILLO ARAIZA
Área INGENIERÍAS Y DESARROLLO TECNOLÓGICO
Campo INGENIERÍA
Disciplina INGENIERÍA QUÍMICA
Especialidad OTRAS
CVU 41739
Institución
Dependencia UNIDAD IZTAPALAPA
Entidad CIUDAD DE MEXICO
Nivel 2
Vigencia Inicio: 01/01/2025
Fin: 31/12/2029

Publicaciones ORCID

2026
Oxygen-mediated kinetic pathways governing selective and total oxidation over transition-metal oxides Chemical Engineering Journal
Transient heat and mass transfer in a wall-cooled packed-tray bioreactor for solid-state fermentation: An engineering framework for parameter estimation Biochemical Engineering Journal
Esterification in Organic- and Gas-Phase Catalytic Media Using Immobilized Yarrowia lipolytica Biocatalysts and Development of a CLEA-Based Platform
2025
Solid/Gas Synthesis of Isobutyl Propionate Catalyzed by Packed-Bed CalB Cross-Linked Enzyme Aggregates (CLEA) ACS Omega
A systematic approach to defining a unit cell for fluid dynamics in packed beds with low tube‐to‐particle diameter ratio AIChE Journal
Development of a generalized pseudo-continuous model for fluid dynamics in packed bed reactors with a low dt/dp Chemical Engineering Journal
Communication Regarding Articles from the 2023 International Engineering Conference (IEC-2023), held in Zacatecas City, Mexico, from September 18–23, 2023, already published in the International Journal of Chemical Reactor Engineering in 2024 International Journal of Chemical Reactor Engineering
Preface of the special issue dedicated to the International Energy Conference (IEC 2023): Energy and Climate Change International Journal of Chemical Reactor Engineering
On the Conceptualization of the Active Site in Selective Oxidation over a Multimetal Oxide Catalyst: From Atomistic to Black-Box Approximation Catalysts
Multiscale analysis of the M1 MoVNbTeO catalyst for ethylene production via selective ethane oxidation: From atomistic calculations to the industrial reactor Chemical Engineering Journal