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Carlos Enrique Zambra Sazo

PROFESOR INSTRUCTOR

UNIVERSIDAD DE TALCA

CURICO, Chile

MATHEMATICAL MODELLING; NUMERICAL SIMULATIONS; CHEMICAL AND BIOLOGICAL REACTIONS IN POROUS MEDIA BIOCATALIS ENZIMÁTICA SEPARACIÓN POR MEDIO DE MEMBRANAS

Ingeniero Civil Agroindustrial, Universidad Adventista de Chile. Chile, 1998
Profesor de Educación Técnico Profesional, UNIVERSIDAD METROPOLITANA DE CIENCIAS DE LA EDUCACION. Chile, 2002
Ingeniería de Procesos, UNIVERSIDAD DE SANTIAGO DE CHILE. Chile, 2010

Profesor por hora Part Time

Universidad Arturo Prat

Ingeniería

Iquique, Chile

2010 - 2012
PROFESOR Part Time

Universidad de Talca

DE INGENIERÍA

CURICO, Chile

2014 - 2016
Profesor Asociado Full Time

Universidad de Talca

Ingeniería

Curicó, Chile

2017 - At present

INVESTIGADOR Full Time

CENTRO DE INVESTIGACIÓN Y DESARROLLO EN RECURSOS HIDRICOS

IQUIQUE, Chile

2010 - 2013
INVESTIGADOR LIDER LINEA DE PROCESOS Full Time

CENTRO DE ESTUDIOS EN ALIMENTOS PROCESADOS

TALCA, Chile

2014 - 2016

Carlos Zambra S

Universidad Adventista de Chile

Chile, 1997

Distinción al mejor promedio de la promoción de Ingeniería Civil Agroindustrial año 1997


Application of Mathematical Modeling and Numerical Simulation of Blood Biomarker Transport in Paper-Based Microdevices Zambra, Carlos E.; Hernandez, Diogenes; Morales-Ferreiro, Jorge O.; Vasco, Diego Article ISI SCOPUS Mathematics (2025)
Evolution of Physical-Chemical Parameters, Microbial Diversity, and VOCs Emissions of Tomato Pomace Exposed to Ambient Conditions in Open Reservoirs Hernandez, D.; Zambra C.; Diaz J. Article ISI SCOPUS Waste and Biomass Valorization (2024)
Geomorphological changes in young soils with sparse vegetation: Mathematical modeling and numerical simulation Zambra, Carlos; Clausen, Benjamin Article ISI SCOPUS Heliyon (2023)
Experimental and Numerical Study of a Turbulent Air-Drying Process for an Ellipsoidal Fruit with Volume Changes Zambra, Carlos E.; Rosales, Carlos Article ISI SCOPUS Foods (2022)
Simulation of cooling in a magma chamber: Implications for geothermal fields of southern Peru Gonzalez, Johan; Zambra, Carlos E.; Gonzalez, Luciano Article ISI SCOPUS Geothermics (2022)
Temporal Evolution of Cooling by Natural Convection in an Enclosed Magma Chamber Zambra, Carlos Enrique; Gonzalez-Olivares, Luciano Article ISI SCOPUS Processes (2022)
Kageneckia oblonga Leaves Subjected to Different Drying Methods: Drying Kinetics, Energy Consumption and Interesting Compounds Zambra, Carlos; Reyes, Hugo; Riveros, Nicole Article ISI SCOPUS Frontiers in Sustainable Food Systems (2021)
Liquid–liquid extraction of hydroxytyrosol, tyrosol, and oleuropein using ionic liquids Julio R.; Zambra C.; Merlet G.; Correa G.; Veliz F. Article ISI SCOPUS Separation Science and Technology (Philadelphia) (2018)
Mass Transfer Kinetic and Quality Changes During High-Pressure Impregnation (HPI) of Jumbo Squid (Dosidicus gigas) Slices Zambra C. Article ISI SCOPUS FOOD AND BIOPROCESS TECHNOLOGY (2018)
Modeling 3D conjugate heat and mass transfer for turbulent air drying of Chilean papaya in a direct contact dryer Zambra C.E.; Moraga, N. O. Article SCOPUS Heat and Mass Transfer/Waerme- und Stoffuebertragung (2016)
A 3D coupled model of turbulent forced convection and diffusion for heat and mass transfer in a bioleaching process Zambra C.E.; Moraga, N. O. Article ISI SCOPUS INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER (2015)
Concentration of cranberry juice by osmotic distillation process Zambra C.; romero, j; Pino L.; Saavedra A.; Sánchez, J. Article ISI SCOPUS Journal of Food Engineering (2015)
Numerical simulation of conjugate forced turbulent heat convection with induced natural laminar convection in a 2D inner cavity Vasco D.A.; Zambra C.; Moraga N.O. Article ISI SCOPUS International Journal of Thermal Sciences (2015)
Moisture Diffusivity Coefficient and Convective Drying Modelling of Murta (Ugni molinae Turcz): Influence of Temperature and Vacuum on Drying Kinetics Ah-Hen K.; Vega-Galvez A.; Lemus-Mondaca R. Article ISI SCOPUS Food and Bioprocess Technology (2013)
A novel numerical method of high-order accuracy for flow in unsaturated porous media Zambra C.E.; Dumbser, M; Toro, E. F.; Moraga, N. O. Article ISI SCOPUS International Journal for Numerical Methods in Engineering (2012)
Unsteady 3D heat and mass transfer diffusion coupled with turbulent forced convection for compost piles with chemical and biological reactions Zambra C.E.; Moraga, N. O.; Rosales C.; Lictevout E. Article ISI SCOPUS International Journal of Heat and Mass Transfer (2012)
Sewage Sludge Self-Heating and Spontaneous Combustion. Field, Laboratory and Numerical Studies Escudey M.; Arias A.; Forster, J; Moraga N.; Zambra C.; Chang, AC Article ISI SCOPUS HIGH TEMPERATURE MATERIALS AND PROCESSES (2008)


Sewage Sludge Disposal and Applications Mauricio Escudey, Nelson Moraga, Carlos Zambra and Monica Antilen; Fernando Sebastián García Einschlag BookSection Municipal solid waste landfills often develop scenarios of self heating, causing negative environmental impacts by odors, gas generation and smoke production. Self-ignition and resulting fires at landfills have been undesirable outcomes in compost piles worldwide. Field, laboratory and numerical studies have been considered trying to reproduce and understand the conditions under which self-heating and combustion may take place. Inside a compost pile built from solids obtained after municipal wastewater treatment, oxygen, methane, carbon monoxide and carbon dioxide concentrations and temperature change with time and in depth. Electric conductivity and pH show only slight changes. In field piles temperature increased with time, reaching a maximum of about 90°C. While no spontaneous combustion was observed after six months in field experiments, in laboratory studies carried out in a closed bottom cylinder, self-ignition was observed and a maximum temperature of about 400°C was reached. Spontaneous combustion in compost piles is a chemical and biological process. Initially, the metabolism that allows microorganism growth causes temperature increase, but simultaneous oxidation of the organic matter also reinforces self-ignition at a lower value. When the temperature within the compost pile rises to about 87°C, self-ignition follows mainly due to cellulose oxidation. Therefore, the conditions under which biomass increases must be studied. An important factor in the development of internal changes within the compost pile comes from atmospheric boundary conditions. General convection, radiation, rain rate and atmospheric humidity must be included as boundary atmospheric field conditions on the lateral and top surfaces. (2010)


Concentración de Extractos fenólicos y Purificación de Hidroxitirosol a Partir de RILes de la Industria Olivícola Utilizando Perstracción Carlos Zambra S Proyecto Actividades desarrolladas: Filtración de líquido desecho de la industria de fabricación de aceite de oliva. Se realizan 4 procesos de membrana: microfiltración, nanofiltración, destilación por membrana al vacio y perstracción con solventes orgánicos. Se tiene como objetivo principal lograr una nueva (2016)
Experimental, mathematical and numerical development of a membrane perstraction process for hydroxytyrosol extraction from liquid waste of manufacture olive oil. Carlos Zambra S; JULIO ROMERO Proyecto Actividades desarrolladas: Desarrollo de un proceso de perstracción con soluciones modelos y reales utilizando líquidos iónicos para la purificación de hidroxitirosol. Se desarrollarán modelos matemáticos y simulaciones computacionales con algoritmos propios y comerciales para diseño de módulos de p (2016)
Proyecto de Fortalecimiento de Centros Regionales: Fortalecimiento del Centro de Estudios en Alimentos Procesados Ricardo Diaz; Carlos Zambra Proyecto Actividades desarrolladas: Adquisición de planta piloto de filtración para estudios de micro, nano y ultrafiltración y osmosis inversa. Actualizar y adquirir nuevos conocimientos en el área de membrana mediante estadía de investigación en el Instituto Europeo de Membrana. (2014)
Diffusion in Porous Media With Chemical and Biological Reactions Conjugate with Mixed Convection Applied to Self-heating and Solute Leaching Processes Carlos Zambra Sazo Proyecto Desarrollo de modelos matemáticos y simulaciones computacionales con el método de volúmenes y elementos finitos para la predicción de flujos de agua, energía y solutos en material poroso como suelos y material apilado, en el interior de los cuales existen reacciones químicas y biológicas. Las aplica (2011)

2

Kong Ah-Hen

Académico

ICYTAL, FACULTAD CIENCIAS AGRARIAS, UNIVERSIDAD AUSTRAL DE CHILE

Valdivia, Chile

1

Gipsy Tabilo

Dean of Department

Food Engineering

UNIVERSIDAD DEL BIO BIO

Chillan, Chile

22

Carlos Zambra

PROFESOR INSTRUCTOR

INGENIERÍA DE TECNOLOGÍAS INDUSTRIALES

UNIVERSIDAD DE TALCA

CURICO, Chile

1

Julio Romero

Full Professor

Departamento de Ingeniería Química y Bioprocesos

UNIVERSIDAD DE SANTIAGO DE CHILE

Santiago, Chile

1

Antonio Vega

Full Professor

Department of Food Engineering

UNIVERSIDAD DE LA SERENA

La Serena, Chile

6

NELSON MORAGA

TITULAR PROFESSOR

MECHANICAL ENGINEERING

UNIVERSIDAD DE LA SERENA

LA SERENA, Chile

1

Carlos Rosales

professor

Mechanical Engineering

Universidad Tecnuica Federico Santa Maria

Valparaiso, Chile

3

Roberto Lemus

Assistant Professor

Food Science and Chemical Technology

Universidad de Chile

Santiago, Chile

2

Diógenes Hernández

Conferenciante

Instituto de química de recursos naturales

Universidad de Talca

Curico, Chile

3

Diego Vasco

Profesor asociado

Departamento de Ingeniería Mecánica

Universidad de Santiago de Chile

Santiago, Chile

1

Jorge Morales

Director Escuela de Ingeniería

Ingeniería Industrial

Universidad Mayor de Chile

Santiago, Chile

1

Gastón Merlet

Profesor Asociado

Agroindustrias

Universidad de Concepción

Chillán, Chile

1

René Cabezas

Academico

Departamento Química Ambiental

Universidad Católica de la Santisima Concepción

Concepción , Chile

1

Aldo Saavedra

Profesor J/C

Ingeniería Química

Universidad de Santiago de Chile

Santiago, Chile

1

Luis Pino

Profesor Asistente

Ingeniería Química

Universidad de Concepción

Concepción, Chile

1

Elisabeth Lictevout

Directora

Carpe Science

San Pedro de la Paz, Chile

3

Johan González

Conferenciante

Tecnologias Industriales

Universidad de Talca

Curicó, Chile