Monday 13 Tuesday 14 Wednesday 15 Thursday 16 11:20 11:40 12:00 12:20 12:40 13:00 13:20 13:40 14:00 14:20 14:40 15:00 15:40 15:40 16:00 16:20 16:40 17:00 17:20 17:40 18:00 18:20 18:40 19:00 19:20 XRD, SEM and PEC Course THEORY Coffee Break XRD, SEM and PEC Course PRACTICAL SESSIONS OC (3-7) Coffee PL4 IL4 OC (13-17) OC (23-27) OC (18-20) OC (28-30) IL2 IL3 IL5 Lunch - IPICYT Garden Time for Lunch XRD, SEM and PEC Course PRACTICAL SESSIONS Bus to IPICyT PL3 PL5 IL6 OC (11-12) OC (21-22) OC (31-32) Coffee break Registration Opening Ceremony OC (33-34) PC (1-23) P (1-9) PL1 OC(1-2) IL1 Poster Session 1 PC (23-46) P (10-20) Meeting to decide the next place for the congress PL6 Poster Session 2 19:40 Awards to the best poster communications 20:00 Bus from IPICyT to Hotel Cocktail 21:00 Visit of the Historic Downtown of SLP Saturday 18 Coffee Break OC (8-10) Children in Science 09:40 Registration PL2 Registration Bus from Hotel Real Plaza to IPICYT Registration for courses 08:30 09:00 Friday 17 Congress Dinner Free Night Trip to Real de Catorce OC PC P PL Plenary lecture (35+5 min) IL PL1 Prof. Yun Hang Hu IL1 Dr. Aida Barbosa PL2 Prof. Soo Wohn Lee IL2 Dr. Rodolfo Zanella PL3 Prof. Gianluca Li Puma IL3 Dr. Carolina Belver PL4 Dr. Mario Pedraza Reyes IL4 Dr. Juan Manuel Peralta PL5 Prof. Ricardo Gómez IL5 Dr. Martha Niño Gómez PL6 Prof. Enric Brillas IL6 Dr. Rafael Villaurrutia Oral communication (15+3 min) Poster communication (5 min) Poster Novel materials for green photocatalysis Applications of photobiology Photo-electrochemical process Photo-catalytic Hydrogen production Invited Lecture (15+5 min) Building Alfa Beta Delta Pre-Congress School X-Ray diffraction for materials characterization (XRD) Scanning Electron Microscopy for materials characterization (SEM) Photoelectrochemistry: applications to wastewater treatment (PEC) Plenary lectures PL1 PL2 Plenary speaker Prof. Yun Hang Hu Prof. Soo Wohn Lee PL3 Prof. Gianluca LI PUMA PL4 PhD. Mario Pedraza-Reyes PL5 Prof. Ricardo Gómez Romero PL6 Prof. Enric Brillas Coso Plenary title 3D Graphene for solar energy conversion Multifunctional photocatalytic nanomaterials for removing red and green tides Photocatalytic conversion of solar energy: A sustainable approach to renewable energy production and environmental protection Multiple pathways to process DNA photodamage in the sporeformer bacterium Bacillus subtilis Modification of the photophysical and photocatalytic 4+ properties of TiO2 by insertion of Ce ions into the anatase network Solar Photoelectro-Fenton: An emerging method for the treatment of organics in waters Invited lectures IL1 Invited speaker PhD. Aida Liliana Barbosa López IL2 PhD. Rodolfo Zanella Specia IL3 PhD. Carolina Belver Coldeira IL4 PhD. Martha Eugenia NiñoGómez IL5 PhD. Juan Manuel Peralta Hernández PhD. Rafael Villaurrutia IL6 Lecture title Development of biomaterials for use in photocatalysis from marine fishery waste Photocatalytic hydrogen production by Au and Au combined with Ag, Cu and Ni supported on TiO2 Nanoarchitectures for emerging pollutants decomposition under sunlight irradiation Oxide titanium doped with no metals – graphene composites films on conducting substrates for pollutants oxidation under visible light irradiation Application of electrochemical advance oxidation process for abatement of organic pollutants in the wastewater Recent technological advances in Transmission Electron Microscopy for novel materials characterization Oral communications OC-01 Presenting author Alvaro Gaspar Rodríguez Méndez Communication title Photocatalysis water disinfection by Ag-TiO2 with different phase anatase/rutile ratio OC-02 Angeles Mantilla OC-03 Jorge Bedia OC-04 OC-05 Carlos Montalvo Alonso Ceballos Sepúlveda OC-06 Juan Carlos Durán Álvarez OC-07 Jocelyn Miranda Sánchez CeZnAl LDHs as active nanomaterials for phenol mineralization TiO2/activated carbons for sunlight photocatalytic applications Pyridine degradation with ZnO-Au nanocatalysts Waste water organic compounds degradation by photocatalysis and radiocatalysis Photocatalytic degradation of antibiotics using surface modified TiO2 with mono– and bi–metallic nanoparticles Influence of Ce:Ti molar ratio on the structural optical and photocatalytic characteristics of nanostructured TiO2-CeO2 OC-08 Luis A. May Ix OC-09 Ariadna Alicia Morales Pérez OC-10 Sandra Ramírez Rave OC-11 Luz Amparo Hernández Carabalí OC-12 Carlos Kubli Garfías OC-13 OC-14 Braulio Gutiérrez Medina I. Viveros Palma OC-15 Mayté G. Cervantes Badillo OC-16 Víctor Alan Ruiz García OC-17 Juan Carlos Cardozo Gualdrón OC-18 OC-19 Sergio Casas Flores José Octavio Saucedo Lucero OC-20 Julio César Morales Mejía OC-21 Andrés Suárez OC-22 Julio Andrés Pedraza Avella OC-23 Gustavo Rangel Porras OC-24 Ingrid Natalia Sequeda Pico As(III) oxidation by TiO2-Cr2O3 photocatalyst: effects of as(III) adsorption Comparison of different TiO2 samples as photocatalyst for the degradation of carbaryl pesticide in a pilot plant reactor Reduction of 4-Nitrophenol using ZnS bipyridine based hybrid materials as photocatalysts Enhancement in the activity of photocatalytic free cyanide removal, over niobium compounds by change in acidity with lithium addition Free energy of cis and all-trans retinal conformers in the rhodopsin binding pocket Optical tweezers: a tool to interrogate biological systems Solar photocatalytic disinfected wastewater impact on horticultural species growth The Trichoderma atroviride photolyase-encoding gene is transcriptionally regulated by non-canonical light response elements Wastewater treatment using immobilized microalgae in ion exhange resin Effect of support method on the performance under visible light of S-TiO2 films prepared from nanopowders synthesized by microwave-assisted sol-gel method The influence of light in the biology of Trichoderma Hexane vapours abatement and spore emission control in a hybrid system based on a fungal biofilter and a photoreactor Oxidation of aqueous sweeteners by solar heterogeneous photocatalysis in a high optical concentration PTC reactor Electrocoagulation followed by photocatalytic process for lithographic wastewater treatment Photo-assisted electrochemical removal of mercury and cyanide from mining wastewater: a micro-electrolysis study Atrazine degradation using photoelectrochemical process and catalysts supported on reticulated vitreous carbon (RVC) Photoelectrocatalytic oxidation of phenol using N-TiO2/SS 304 semiconductors films under visible light OC-25 Edgar Leonardo Castellanos Leal OC-26 Mayra Agustina Pantoja Castro OC-27 Juan Francisco Ramírez Martínez OC-28 Gabriela Gutiérrez Mata OC-29 Sergio Velázquez Martínez OC-30 Julio César Morales Mejía OC-31 Andrés López Vázquez OC-32 Agileo Hernández Gordillo Poster communications PC-02 Presenting Author Arturo Adrián Rodríguez Rodríguez D. A. García Osorio PC-03 Guadalupe Romero Ortiz PC-04 Angel F. Mohedano PC-05 Claudia Patricia Castañeda PC-06 Claudia Martínez Gómez PC-07 Diana Marcela Cañas Martínez PC-08 Durvel de la Cruz Romero PC-01 - Photoelectrocatalytic oxidation of CN under visible light using TiO2-x-yNxFy films on aisi 304 stainless steel Study of photoelectrical properties in PMMA-carbon nanotubes-cadmium sulfide in thin film form Electrochemical characterization of benzo[1,2-d;3,4d’]diimidazol Co(II) and Cu(II) complexes with biological activity Carbaryl mineralization by heterogeneous photo-Fenton process in a multiple CPC solar reactor Nanostructured TiO2 compact and porous films deposit for dye-sensitized solar cells application Aqueous Naproxen photocatalytic oxidation with a solar CPC slurry reactor horizontally placed in Mexico City Black sand: mineral–based photocatalyst for hydrogen production Surface modified of CdS nanofibers for the Blue-Light photocatalytic H2 Production Poster title CoFe2O4-TiO2 hybrid system synthesized in oil-in-water microemulsion: a magnetically separable photocatalyst Reactive blue 19 oxidation: electrochemical vs photocatalytic treatment Mineralization of organic compounds using ZnO nanomaterials Water treatment by catalytic hydrodechlorination for the elimination of MCPA Evaluation of the photocatalytic behavior of phosphated TiO2 for 4-chlorophenol degradation Degradation of phenol and p-cresol on γ-Al2O3-TiO2 photocatalysts Evaluation of ilmenite concentrates in the photocatalytic degradation of methyl orange under visible light Kinetic study of oxidative degradation of naproxen 3+ PC-09 PC-10 Diana Clemencia Guerrero Araque Elzbieta Regulzka PC-11 Juan Manuel Peralta Hernández PC-12 Edgar Miguel Lizarraga Díaz PC-13 Cinthia Guadalupe Aba Guevara PC-14 Israel Rangel PC-15 Marcos May Lozano PC-16 Dianaly Carretero González PC-17 PC-18 Luis Antonio Flores Sánchez M. M. M. Contreras Turrubiartes PC-19 Marcos May Lozano PC-20 Aida Barbosa PC-21 Manuel Medina Mendoza PC-22 Maira Berenice Moreno Trejo PC-23 Nádia R.C. Fernandes-Machado PC-24 Getsemaní Morales PC-25 María de Jesús Rodríguez Vargas photocatalytic with TiO2-Sm Synthesis of TiO2, Zro2 and TiO2-ZrO2 for oxidation reactions Visible-light-induced photocatalytic activity of porphyrin modified tio2 for quercetin degradation Degradation of AR122 from water by electrochemically generated Fenton’s reaction Spectroscopic characterization and photo-catalytic activity of air calcined zeolitic mineral tuffs from Etla, Mexico Degradation of antibiotics in aqueous solution using 3+ nanostructured catalysts of Fe -TiO2-xNx Synthesis, characterization and photocatalytic activity of TiO2-SnO2 materials Semiconductors supported titanium in SBA-15 and a semi reactor photocatalytic properties Methyelene blue degradation using plasma supported photocatalyst NO reduction by co over Fe2O3 and Co3O4 catalyst Growth and characterization of TiO2 films grown by atomic layer deposition for photocatalytic applications Sonophotocatalytic degradation of orange II by Ag/TiO2-SiO2 catalyst Desing photocatalyst solar plant to use the diffusive radiation on the cyanide degradation for mining residual waters Photodegradation of reactive black-5 on Fe2O3/TiO2 semiconductors: kinetic study Aqueous co-precipitation assisted with natural polysaccharide gum for the preparation of hybrid ZnO/Ag nanostructures Degradation of fish skins tanning process wastewater using ZnO/NaY and ZnO/NaA as photocatalysts The photo-catalytic activity of ZnAl LDH compounds with manganese as dopant Photocatalytic degradation of phenolic compounds using nanostructured Ti/Zn oxides synthesized in o/w PC-26 PC-27 Marcos May Lozano Juan Manuel Peralta Hernández PC-28 Oliver Muñiz Serrato PC-29 Rossy Feria Reyes PC-30 Cynthia G. Tabla Vázquez PC-31 PC-32 Sandra Yazmin Arzate Salgado Sandra Cipagauta-Díaz PC-33 PC-34 Yanet Piña Pérez Angela G. Romero PC-35 Marcos May Lozano PC-36 PC-37 Cinthia García Mendoza Sonia Mancipe PC-38 Juan Manuel Alvaro Ruiz PC-39 Juan Manuel Peralta Hernández PC-40 María Isabel Carreño Lizcano PC-41 Martha Eugenia Niño Gómez PC-42 Macario Osorio Concepción PC-43 Nádia R.C. Fernandes-Machado microemulsions Synthesis of B-TiO2 under different conditions of hydrolysis Electrocoagulation process coupled with AOP’s to treatment of dairy industry wastewater Synthesis and characterization of high surface area anatase derived via sol gel-solvothermal processing Analysis of the phenanthrene degradation using TiO2 supported on reticulated vitreous carbon surface Effect of the TiO2 synthesis method on the degradation process of the pesticide carbaryl present in water Evaluation of metallurgical slag as fenton like photocatalysts Photocatalytic reduction of 4- nitrophenol by using TiO2 xerogels modified with ethylenediamine 4+ Degradation of phenol by using Al2O3-Ce photo-catalysts Photo-efficiency of CdS supported on MgO for the H2 production Sol-gel synthesis and photocatalytic characterization of ZnSTiO2 Mixed Bi2S3/TiO2 semiconductors for Hydrogen Production Synthesis of MgAl hydrotalcite with different molar ratio used for oxidation reactions of 4- nitrophenol Effect of load hybrid zinc sulfide (ZnS(en)0.5) on γ-Al2O3 surface for hydrogen production Treatment of a dye used in the tannery industry by photoelectro-Fenton/BDD process N-TiO2-RGO composite films in the photoelectroxidation of aqueous solutions of phenol Photocurrent improvement in the phenol oxidation under visible light using boron-doped tio2/graphene composite films The chromatin modifying enzymes HOS-2 and SET-5 are involved in development and light response in Trichoderma atroviride ZnO and Nb2O5 in grains of zeolite: evaluation in the photocatalytic degradation of the reactive blue C.I.222 and PC-44 PC-45 Ruth Belinda Domínguez Espíndola Claudia Valero Luna PC-46 Ariadna Alicia Morales Pérez C.I.250 dye Synthesis and bactericidal ability of Ag/TiO2 films for wastewater disinfection under uv and solar ligh irradiation Magnetic photocatalyst: synthesis of barium hexaferrite for visible light photocatalysis applications Inactivation of the parasite Ascaris eggs by using an iron exchanged catalyst in the heterogeneous fenton like reaction Poster P-01 P-02 P-03 Presenting author Walter González Macías Diana Enríquez Enríquez Imperio Anel Perales Martínez P-04 Jonatan Andrade Martínez P-05 Laura Hinojosa Reyes P-06 Mariana Hinojosa Reyes P-07 Reinaldo David Martínez Orozco P-08 Soo Whon Lee P-09 Angel F. Mohedano P-10 Yelitza Aguas P-11 Paola Y. Hernández Mulgado P-12 Enrique Rivera Hernández P-13 Román Aguirre Bernal Poster title 4-Chlorophenol degradation using MnxOy-TiO2 as mixed oxide 4-Chlorophenol degradation using dioxide titanium nanotubes Microwave-induced hydrothermal synthesis of hierarchically structured anatase TiO2 microspheres Functionalization of ZnO microflowers with silver for the degradation of phenol Photocatalytic removal of As(III) under visible radiation using Fe(III)-TiO2 catalyst Solar photocatalytic degradation of atenolol by TiO2 promoted with Ag nanoparticles Enhanced photocatalytic degradation of phenol by titanium dioxide and zinc oxide coupled with silver nanoparticles Synthesis of high activity solar-light-driven photocatalysts for environmental applications Sequential degradation of organochlorinated herbicides by catalytic hydrodechlorination and photocatalysis Photocatalytic inactivation of total coliforms and Escherichia coli with titanium dioxide supported on two substrates H2 production through UV-vis light using TiO2-MnxOy as photocatalysts UV-Vis light for H2 production using WO3-TiO2 mixed oxide as photocatalyst H2 production using semiconductor: TiO2-ZrO2 P-14 P-15 P-16 P-17 Raquel López Mariana Hinojosa Reyes Alfonso González Bravo Mónica Cedillo P-18 Venus A. Hernández Romero P-19 Socorro Oros Ruiz P-20 Sandra Lorena Clavijo Chaparro Hydrogen production using TiO2-NiO as semiconductor Photocatalytic H2 production using Au/TiO2-Ni as catalyst Electrocatalytic properties of core-shell nanoparticles Ag-Ni Development of Grätzel cell using hibiscus sabdariffa extract as sensitizer Modification with graphene oxide and reduced graphene of the sensitizing phase in cell Grätzel Photocatalytic hydrogen production by Au-MxOy (M=Ag, Cu, Ni) catalysts supported on TiO2 Microwave synthesis of cerium oxide nanostructures and its activity in hydrogen production. X-Ray diffraction for materials characterization (Theory: Dr. Miguel Avalos, Practical Session: M. Sc. Beatriz Rivera) X-ray diffraction is a very versatile research tool that can be used on a wide variety of materials; it can be applied for phase identification, degree of crystallinity and cell parameters calculation, among others. However it is ideal for the analysis of polycrystalline powder samples. The aim of this course is to explore the possibilities of using X-ray Diffraction as a tool for obtaining information from the crystalline materials of interest. To carry out this task we are reviewing the theory on the following topics: • Basic principles of X-ray diffraction • Instrumentation • Effect of crystal size • Degree of crystallinity • Phase identification by comparison • Determination of thin film thickness • Fundamentals of Rietveld refinement • Databases and software There will be a practical session where students will analyze their own samples. We will also review topics on sample mounting and preparation, routine analysis, use of software and database, as well as health and safety issues. Scanning electron microscopy for materials characterization (PhD. Gladis J. Labrada Delgado) Theoretical and practice course related to the basics of scanning electron microscopy (SEM) oriented to understand the interaction between the electronic beam and the samples interface. The basic configuration of the SEM´s column will be explained as well as the different signals obtained from the electron beam incidence with the samples: secondary electron images, backscattering electron images and elemental composition spectrums obtained by energy dispersive X- ray spectroscopy. The infrastructure of the LINAN in this field will be described and a practice on the ESEM (environmental scanning electron microscope) and UHRSEM (ultra high resolution SEM) will be performance. Photoelectrochemistry: applications to wastewater treatment (PhD. Juan Manuel Peralta Hernández, PhD. Luis Felipe Cházaro Ruiz) 1. Concepts of electrochemistry 1.1 Electrode/electrolyte interfaces and electrochemical cells 1.2 Current, charge and potential 1.3 Charge and mass transport 1.4 Principles of electrochemical methods 2. Semiconductor electrochemistry (photoelectrochemistry) 2.1 Band structure of a semiconductor and band bending at a semiconductor/liquid junction 2.2 Heterogeneous photocatalysis 3. Direct electrochemical processes for the treatment of organic compounds in aqueous medium 3.1. Electrochemical incineration. 3.2. Treatment systems based on the use of BDD electrodes. 3.3. Types of electrodes used in the electrochemical incineration. 4. Indirect electrochemical processes for the treatment of organic compounds in aqueous medium 4.1. Electro-Fenton process. 4.2. Photo electro-Fenton process. 4.3. Photoelectro-catalytic process. 5. Experimental demonstrations in the laboratory 5.1 Electroanalytical techniques 5.2 Photoelectrochemical degradation of direct dyes