Julio Ignacio Urzúa Piña
Director
Chilean Nuclear Energy Commission
Santiago, Chile
Synthesis and application of ionic liquids and deep eutectic solvents in energy extraction and storage systems. Hybrid materials and nanomaterials. Lithium and critical materials for the energy industry. Polymers
-
Chemistry, UNIVERSIDAD DE SANTIAGO DE COMPOSTELA. España, 2015
-
Chemistry, PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE. Chile, 2009
-
Chemistry, PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE. Chile, 2008
-
Professor of General and Organic Chemistry Laboratory Part Time
PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE
Faculty of chemistry and pharmacy
Santiago, Chile
2016 - 2016
-
Professor of Organic Chemistry Laboratory Part Time
Universidad Santo Tomás
Santiago, Chile
2009 - 2009
-
Assistant Professor of Chemistry Part Time
Universidad Andrés Bello
Santiago, Chile
2009 - 2009
-
Chemistry laboratory teacher Part Time
UNIVERSIDAD AUTONOMA DE CHILE
Faculty of Health
Santiago, Chile
2023 - 2023
-
Investigador Full Time
COMISION CHILENA DE ENERGIA NUCLEAR
Santiago, Chile
2018 - A la fecha
-
Researcher Full Time
BASF Chile S.A.
Chile
2007 - 2007
- Direction of title memory: "Evaluation of the thermodynamic properties of mixtures of ionic liquids as thermal fluid in solar power storage plants", Chemical Civil Engineering, Universidad Técnica Federico Santa María. Student Sebastián Mora.
- Direction of title memory: "Preparation and Evaluation of new Ionanofluids as solar thermal fluid", Chemical Civil Engineering, Universidad Técnica Federico Santa María. Student Jenifer Cavieres.
- Direction of title memory: "Purification of lithium brines through the design and optimization of a dual extraction system of magnesium and boron", Chemical Civil Engineering, Universidad de Chile. Student Amanda Yañez.
-Poster "Mixtures of ionic liquids, potential solar energy storage materials" European Advanced Materials Congress 2022. (Genove, Italy, 25 Jun. - 2 Jul. 2022).
-Poster "Thermophysical characterization of new IoNanofluids as heat transfer fluid solar thermal energy Storage" 7th IWLIME - International Workshop on Lithium, Industrial Mineral and Energy. (Santiago de Chile, 9 - 11 nov. 2020).
-Poster "A new approach in lithium extraction process. Efficient Mg/Li separation using a new extraction agent" 5th IWLIME - International Workshop on Lithium, Industrial Mineral and Energy. (Santiago de Chile, 3 - 5 Oct. 2018).
-Poster "Preparation of imidazole-derived copper-carbene complexes. Application in the synthesis of heterocycles". II Symposium and workshop on design and application of ionic liquids in chemistry and physics" (Santiago de Chile, 4-8 Apr. 2016).
-Oral communication "Development of PEGylated dendritic nanoparticles for biomedical applications". XXXV Biennial Meeting of the RSEQ. (A Coruña, 19 and 23 Jul. 2015).
-Poster "Tetraphenylmethane-derived rigid dendrimers. Convergent versus divergent synthesis". XXXV Biennial Meeting of the RSEQ. (A Coruña, 19 and 23 Jul. 2015).
-Oral communication "Globular shape-persistent porous dendrimers and hybrid materials derived from tetraphenylmethane". IV meeting on dendrimers EDEN 4.(Santiago de Compostela, 23-24 Jan. 2014).
-Poster "Advanced materials for nanotechnology and biomedical applications: rigid dendrimers and block copolymers". Conference on Chemical Research in Santiago. Faculty of Chemistry. (Santiago de Compostela, 19 and 10 Sep. 2013).
-Oral communication "Porous Organic Materials for Hydrogen Storage". First Scientific Meeting COST Action MP1103. (Rome, 13-15 Feb. 2012).
-Poster "Porous Shape-persistence dendrimers from tetraphenylmethane". 7th ERA Flash Conference-Bioinspired Chemistry. (Santiago de Compostela, 24-27 Oct. 2010).
Oral communication "Synthesis of nanostructures from tetraphenylmethane". II Iberoamerican Symposium of Organic Chemistry. (Santiago de Compostela, 8-12 Sep. 2010).
-
Guillermo Gormaz Lopetegui
PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE
Chile, 2009
Best chemist of the promotion
-
Qualification cum laude in doctoral thesis
UNIVERSIDAD DE SANTIAGO DE COMPOSTELA
España, 2015
Outstanding qualification cum laude in doctoral thesis: "New nanomaterials based on tetraphenylmethane. Porous dendrimers with persistent globular shape".
Dendritic structures based on tetraarylmethane |