Hydrometallurgy, leaching of copper concentrate and sulphide minerals, kinetics on chloride media, agglomeration and curing. Dissolution of enargite, electrochemical studies, EWASTE

COLLECTIVE COURSES

• Hydrometallurgy I course for Ingenieros de Ejecución en Metalurgia.
• Hydrometallurgy II course for Ingenieros de Ejecución en Metalurgia.
• Dissolution in aqueous systems course for Ingenieros Civiles en Metalurgia.
• Kinetics for Master degree course.
• The dissolution of sulfide minerals for Master degree course.
• Fluids Mechanical for Ingenieros Civiles en Metalurgia.
• Numerical Methods in Mathematics for Ingenieros Civiles en Metalurgia.
• Heat and mass transfer for Ingenieros Civiles en Metalurgia.

TUTORIAL SEMINARS

• Sea water in hydrometallurgy processes.
• Electrochemistry
• Alternative process for sulphide minerals

THESES TUTOR

Postgraduate students. Master in Engineering sciences mention in Metallurgy:

Dissolution of chalcopyrite in chloride media. Tania Ibáñez Valenzuela

Dissolution of copper in amoniacal systems under moderate conditions. Andrea González Salazar

Electrochemistry of enargite. Maria Virginia Ramirez Anselme

Kinetics of dissolution of enargite. Rodrigo Ruiz Rivera (candidate)

Influence of the sea water and brine on the dissolution of ore and copper concentartes. Victor Quezada Reyes (candidate)

Leaching 0f chalcopyrite in chloride and amoniacal systems. David Torres Albornoz (candidate)

Electrochemical techniques to study the dissolution of sulphide minerals. Luis Beiza Lazcano (candidate)

Characterization of sea water and its effect on the dissolution of sulphide minerals. Cristian Serrano Araya (candidate)

Effect of clay in the leaching of copper minerals. Fabiola Rivadeneira Rojas (candidate)

Undergraduate students:

Lixiviación por agitación de minerales sulfurados en soluciones cloruradas. Sergio Acevedo Silva (Metallurgical Engineering, 2012)

Lixiviación de mineral y concentrado de calcopirita en medios clorurados. Luis Beiza Lazcano (Metallurgy, 2012)

Interpretación de los resultados de lixiviación de calcopirita en medios de clorurados desde un punto de vista mineralógica utilizando planta como aditivo. Carolina Cortés Galleguillos (Metallurgical Engineering, 2012).

Uso de técnicas mineralógicas como herramienta para interpretar resultados de lixiviación de calcopirita en medios clorurados, utilizando manganeso como catalizador. Carolina Cortés Ossandón (Metallurgical Engineering, 2012).

Pruebas exploratorias de lixiviación con agua de mar. Daniela Zambra Choque (Metallurgical Engineering, 2012).

Lixiviación primaria con agua de mar, pruebas exploratorias proyecto minera antonella Participation in science & development projects indicating source(s) of funds, period of funding and category within the project. Cristian Moya Romero (Metallurgical Engineering, 2012).

Efectos de la temperatura en la cinética de lixiviación de un mineral sulfurado. Francisco Lira Mendieta (Metallurgical Engineering, 2012).

Generación de concentrado de enargita para su posterior lixiviación. Gonzalo Pérez Bravo. (Metallurgical Engineering, 2012).

Aplicación de riego diferenciado en lixiviacion de minerales mixtos de cobre. Jonathan Vásquez Correa (Metallurgical Engineering, 2012).

Agglomeration in heap leaching. Jose Cólque Sierra (Metallurgical Engineering, 2012).

Column leaching of copper ore. Fabian Rupallán Hijiera (Metallurgical Engineering, 2012).

Review on the material resistant to the corrosion that can be use in hydrometallurgy rocess. Nicols Romo Suarez (Metallurgical Engineering, 2013)

Process options of sulphide minerals. Fabiola Torres Opazo (Metallurgical Engineering, 2013)

Gangue acid consumption. Camila Bolados Henríquez (Metallurgical Engineering, 2013)

Voltametric test to study the behaviour of a sulphide minerals. Francisco Vergara Becerra (Metallurgical Engineering, 2013)

Dissolution of Enargite. Marinka Silva Martínez (Metallurgical Engineering, 2014)