RESEARCH GROUP
Current Group
Postdoctoral Positions
UP ^- Dr. Fernando Plascencia Hernández
- Dr. Hassan Soltan Hassan Mohamed Ibrahim
Ph D Thesis
- Nayeli Gómez Garduño. Analysis of alkaline (Li, Na) zirconates as catalysts for glycerol carbonate production.
- Carlos Hernández Fontes. Hydrogen production from biomass pyrolysis catalyzed by lithium manganate
- Nan Wang. Alkaline ferrites used as catalysts for the hydrogen production through different reactions
Masters Thesis
- Eduar Fabian Pineda Bocachica. Chemical sorption of acid gases with Na2ZrO3 microstructurally modified.
- Anngie Carolina Ospina Suarez. Synthesis, characterization and evaluation of Na3VO4 in the CO2 capture process.
- Ivan Goottman Jadan. H2 production by biomass pyrolysis, using alkaline zirconates as bifunctional materials.
Bachelors Thesis
- Carlos Daniel Castrejón Barrera. Study of the NOx chemical sorption in different alkaline ceramics (Li2ZrO3 and Na2ZrO3).
- Solange M. Romero Sánchez. Hidrogen (H2) production through textile biomass pyrolysis using sodium zirconate (Na2ZrO3) as catalyst and COx captor.
- Armando Z. González Rivas. Evaluation of glycerol pyrolysis and reforming processes for hydrogen production, using different heterogeneous and basic catalysts.
- Marcos F. Gómez Olivos. Thermokinetic analysis of the COx capture on Li2NiO2, in the absence and presence of oxygen.
Former Members
Postdoctoral Positions
- Dr. Issis Claudette Romero Ibarra
- Dr. José Ortiz Landeros
- Dr. Brenda Cecilia Alcántar Vázquez
- Dr. Margarita Judith Ramírez Moreno
- Dr. J. Arturo Mendoza Nieto
- Dr. J. Francisco Gómez García
- Dr. Hugo A. Lara García
- Dr. Oscar Ovalle Encinia
- Dr. Erandi Bernabe Pablo
- Dr. Daniel González Araiza
- Dr. Erick Espinosa Villatoro
- Dr. Hector Martínez Hernández
- Dr. Miguel A. Martínez Cruz
Ph D Thesis
- Hugo A. Mosqueda Altamirano. Lithium titanates: Thermal and chemical stability and CO2 capture capacities (December, 2007).
- José Ortiz Landeros. Materials fabrication base on lithium silicates (Li4SiO4 y Li2SiO3) for the CO2 capture process (May, 2011).
- Tatiana L. Ávalos Rendón. Study of the CO2 chemisorption properties on lithium aluminate (Li5AlO4) and other materials like Li(Al-M)4, M = B, Ga. (June, 2012).
- Brenda C. Alcántar Vázquez. Synthesis, characterization and CO2 capture evaluation on Na2ZrO3 and different solid solutions (Na2(Zr1-xAlxd)O3 and (Na2-3xAlx)ZrO3). (February, 2014).
- Lorena Martínez dlCruz. Structural and microstructural analyses of the CO2 capture process on sodium zirconate (Na2ZrO3) under different physicochemical conditions. (October, 2014).
- Margarita J. Ramírez Moreno. Study of the CO2 capture on layered double hydroxides: Pressure and temperature effects on the materials structural evolution. (December, 2014).
- María T. Flores Martínez. Effect of the sodium and potassium carbonates addition during the CO2 chemisorption on Li5AlO4. (June, 2016).
- Alejandra Cruz Hernández. Use of CaO-NiO composites as catalysts of different CO2 conversion process and syngas production.
- Oscar Ovalle Encinia. Synthesis and characterization of biphasic dense ceramic membranes for the selective CO2 separation (January 2018).
- Hugo A. Lara García. Application of lithium cuprate (Li2CuO2) on different energetic and environmental processes (March, 2018).
- Pedro Omar Sánchez Camacho. Use of lithium aluminate (Li5AlO4) on the biphasic dense ceramic membranes production for carbon dioxide separation. (July, 2019).
- Elizabeth Vera Bernal. Analysis of metallic-doped sodium cobaltates (NaCo1-xMxO2, where M = Fe, Ni, Cu) on the CO2 capture process and CO oxidation-chemisorption. (November, 2019)
- Ana C. Yañez Aulestia. Use of lithium cuprate (Li2CuO2) on NOx reduction processes for environmental applications (January, 2022).
- Daniela González Varela. Development of new dense ceramic membranes for CO2 permeation. (September 2023).
Masters Thesis
- Tatiana L. Ávalos Rendón. Study of the thermal stability, crystalline structure and CO2capture capacity on earth alkaline ceramics (November, 2008).
- Francisco Méndez Martínez. Zn-Mn-Cu mixed oxides: Chemical composition, crystalline structure and electric properties. (June, 2009).
- Lorena Martínez dlCruz. Effect of the oxygen and water vapor addition during the CO2 capture on Li2ZrO3. (August, 2010).
- Luis M. Palacios Romero. Study of the Li2+2xCuO2+x structure and its application for the carbón dioxide capture. (October, 2010).
- Zaira I. Bedolla Valdez. Hydrotalcite-like materials (Mg-Al) doped with K, Na and Li evaluated during the CO2 selective absorption. (January, 2012).
- Sergio Ramírez Solís. Study of the hydrotalcite structural regeneration (Mg-Ga-CO3-X, where X = Li, Na y K) during its application as CO2 captors. (June, 2012).
- Rafael Rodríguez Mosqueda. Influence of the relative humidity during the carbon dioxide capture process on sodium metasilicate (Na2SiO3). (January, 2013).
- Daniela A. Torres Rodríguez. Study of Cs-chemically modified Na2ZrO3 as possible catalyst for the biodiesel production from jatropha oil. (August, 2014).
- Pedro O. Sánchez Camacho. Thermodynamic and kinetic analyses of the CO2 chemisorption on Na2TiO3 and Na2ZrxTi1-xO3 solid solution. (January, 2015).
- Pablo R. Díaz Herrera. Study of lithium oxosilicate (Li8SiO6) as CO2 captor.(March, 2015).
- Elizabeth Vera Bernal. Study of CO2 chemisorption and CO oxidation-chemisorption on sodium cobaltate. (July, 2015).
- Ana C. Yañez Aulestia. Synthesis, characterization and evaluation as CO2 captors of the Li2(Cu1-xFex)O2 solid solution (January, 2018).
- Victor M. Bonilla Reyes. Biofuel production from soybean and lithium cuprate (Li2CuO2) as basic heterogeneous catalyst.
- Omar Hernández Rivas. Synthesis, characterization and evaluation of Li2CuO2 as bifunctional material for the WGS process. (May 2019).
- Daniela González Varela. Synthesis and analysis of Y- and Sm-codoped CeO2 biphasic dense ceramic membranes for CO2 separation. (July 2019).
- Aurora Otero González. Analysis of Li-containing CeO2 as possible high temperature CO2 captors. (September, 2020).
- Carlos Hernández Fontes. Analysis of the CO oxidation-capture mechanism on Li2MnO2, as H2 enrichment process from a syngas flow. (September, 2020).
- Nayeli Gómez Garduño. Analysis of the Ni-doped NaFeO2 ceramic as CO2 captor materials (July, 2022)
- Yocelin B. González González. Synthesis and structural analysis of the Li6(Zn1-xNix)O4 solid solution for different energetic-environmental processes. (February de 2023).
Bachelors Thesis
- Francisco Méndez Martínez. Synthesis and characterization of Zn1-xCuxMn2O4 and Cu1-xZnxMn2O4 solid solutions. (September, 2006).
- Marco T. Rodríguez Alegre. Sodium silicates (Na2SiO3 and Na4SiO4): Synthesis, characterization and evaluation of their propetties as CO2 captor ceramics. (September, 2006).
- Miriam J. Venegas Orozco. Effect of the lithium orthosilicate (Li4SiO4) particle size on CO2 chemisorption process. (November, 2006).
- Alejandra Sandoval Díaz. K-doped sodium zirconate (Na2-xKxZrO3): Synthesis, characterization and evaluation of their CO2 chemisorption process. (May, 2007).
- Mayra Y. Veliz Enriquez. K-doped lithium zirconate (Li2-xKxZrO3, x ≤ 2): Synthesis, characterization and evaluation of the carbon dioxide capture properties. (November, 2007).
- Bertha I. Alcérreca Corte. Kinetic study of carbon dioxide (CO2) capture on sodium zirconate (Na2ZrO3). (November, 2007).
- Carlos Argáez García. Theoretical study of lithium zircoante (Li2ZrO3) and sodium zirconate (Na2ZrO3) crystallinities, as well as Li2-xNaxZrO3 and Na2-xLixZrO3 solid solutions. (May, 2008).
- Luis M. Palacios Romero. Lithium cuprate (Li2CuO2): Synthesis, characterization and evaluation as carbon dioxide captor. (June, 2008).
- Victoria L. Mejía Trejo. CO2 capture on different lithium and sodium orthosilicates (Li4-xNaxSiO4). (July, 2008).
- Lorena Martínez de la Cruz. Thermal stability of lithium metasilicate (Li2SiO3) pellets. (September, 2008).
- Ricardo Alamilla de Jesús. Calcium silicates (Ca2SiO3 and Ca2SiO4): Synthesis, characterization and evaluation as carbon dioxide (CO2) captors. (February, 2009).
- Julio A. Casa Madrid Solórzano. Synthesis, characterization and evaluation of lithium aluminates (LiAlO2 and Li5AlO4) as carbon dioxide (CO2) captors. (November, 2009).
- Isidro Badillo Ramírez. Lithium zirconate (Li2ZrO3): Microestructural modifications and its effect on the CO2 capture. (August, 2010).
- Luisa F. Nivón Ramírez. Lithium-potassium cuprate (Li2KxCuO2+x/2): Synthesis, characterization and evaluation of their CO2 capture properties. (August, 2010).
- Rafael Rodríguez Mosqueda. Study of the carbon dioxide chemisorption process on Li4SiO4, varying the gas flow and particle size. (February, 2011).
- Daniela A. Torres Rodríguez. Mg-Al hydrotalcite as metal oxide precursor for the carbon dioxide capture in the water vapor presence. (June, 2011).
- Alfredo Román Tejeda. CO2 absorption on lithium metaborate (LiBO2) due to phase transitions. (October, 2011).
- Alejandro Sánchez Rueda. Evaluation of the CO2 capture on Ca-Al layered double hydroxides at low temperatures and in the presence of water vapor. (April, 2012).
- Heber González Laurrabaquio. Evaluation of the thermochemical stability of different vitroceramics containing Na, K, Mg and Ca in the presence of CO2. (November, 2012).
- Pedro O. Sánchez Camacho. Chemical capture of carbon dioxide (CO2) on sodium zirconate doped with potassium (K-Na2ZrO3). (December, 2012).
- Nicolas Santiago Torres. Biodiesel production from soybean and methanol using sodium zirconate (Na2ZrO3) as catalyst. (April, 2013).
- Fernando Duran Muñoz. Lithium oxosilicate (Li8SiO6); A new option for the carbon dioxide capture at high temperatures. (June, 2013).
- Mateo González de Gortari. CO2 capture evaluation on porous aluminum oxide doped with different alkaline elements. (November, 2013).
- Alejandro Barrera González. Relative humidity influence on the carbon dioxide capture process on lithium orthosilicate (Li4SiO4) at moderate temperatures (30-70 °C). (May, 2015).
- Paulina Olavarría Sayavedra. Analysis of the Li5(Al1-xFex)O4 solid solution as CO2 captor materials. (April, 2017).
- Jazmín Y. Valenzuela Lopez. Biodiesel production using soybean oil and lithium aluminate (Li5AlO4) as basic catalyst.
- Carlos Hernandez Fontes. Analysis of Li5FeO4as catalyst for hydrogen production, through methane decomposition (June, 2018).
- Nayeli Gómez Garduño. Effect of iron-addition on lithium zirconate (Fe-Li2ZrO3) for CO2 capture at high temperatures (August, 2018).
- Victor M. Bonilla Reyes. Biofuel production from soybean, using lithium cuprate (Li2CuO2) as basic heterogeneous catalyst. (March 2019).
- Yoav M. Morales Loredo. Study of the Pr0.6Sr0.4Fe1-xCuxO3 perovskite during the CO oxidation process and its implementation on the dual-ceramic membranes. (October, 2020).
- Eduardo Diego Armando Gómez Tabaco. Analysis of the dense ceramic membrane for CO2 permeation by using Sm- and La-doped CeO2 (April, 2022).