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world chemistry forum-2019 | page 1

WELCOMEWORLDCHEMISTRYF RUM

May 22-24,2019Crowne Plaza Fira Center

Barcelona, Spain

WORLDCHEMISTRYF RUM

EVENT HIGHLIGHTS

Three Major Topics Analytical Science and TechnologyCatalysis Science and TechnologyNano Science and Technology

Renowned Experts from All Over the World 50+ Speakers deliver cutting-edge presentations 300+ Professionals coming to this chemistry event

Exhibition & Poster will showcase what the latest are 30+ Exhibitors and sponsors dispaly their new products and technology 20+ Posters enable you to get access to the chemical world

www.istci.org/wcf2019

https://www.facebook.com/miceistci/

https://www.linkedin.com/company/istci/

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WELCOME WELCOME TO WCF-2019

On behalf of the organizing committee, we are proud to announce that World Chemistry Forum 2019 (WCF-2019) will be held during May 22-24, 2019 in Barcelona, Spain. On this honorable occasion, Organizing Committee invites the participants from all over the world to take part in this significant event.

With the theme “Analysis, Catalysis, Nanoscience”, WCF-2019 will mainly focus on these 3 hot areas of analytical chemistry, catalysis and nanotechnology in chemistry this year. The program will be comprised of plenary forum, industry summit and 26 breakout sessions from the basic research to their current application.

Through oral presentations, posters, panel discussion and colorful social activities, it aims to provide a grand platform for the professionals, decision makers and students from the area of Chemistry to share their research achievement and indulge in interactive discussions and technical program at the event. There will be also a space for companies and institutions to present their technology, service, products, and innovations.

Finally, we hope WCF-2019 will be a multidisciplinary conference providing 500+ participants internationally a first hand learning channel, as well as the opportunity to establish partnership and explore new business.

——Organizing Committee

http://www.istci.org/wcf2019



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WELCOMEORGANIZING COMMITTEEHonorary ChairmanDr. Gabor A. Somorjai, Professor, University of California at Berkeley, USA

International Scientific Advisory Board Members

Dr. Anne M. Gaffney, Researcher and Director of the Process Science & Technology Division, Idaho National Laboratory, USA

Dr. Ela Bakowska, Research Associate, Corning RDC, USA

Dr. GyulaPalyi, Professor, University of Modena and Reggio Emilia, Italy

Dr. Herve K Sanghapi, Assistant Professor, Mississippi State University, USA

Dr. Jian Xie, Professor, Indiana University – Purdue University, USA

Dr. John Zhou, Professor, University of Technology Sydney, Australia

Dr. M. Samy El-Shall, Professor and Chair of Chemistry Department, Virginia Commonwealth University, USA

Dr. Márcia Matiko Kondo, Professor, Federal University of Itajubá, Brazil

Dr. Matthias Westerhausen, Professor and Chair of Inorganic Chemistry, Friedrich-Schiller-University Jena, Germany

Dr. Moniek Tromp, Professor and Chair of Materials Chemistry at the Zernike Institute for Advanced Materials, University of Groningen, The Netherlands

Dr. Oleg L. Figovsky, Professor and Founder, Polymate Ltd - Israel Research Center, Israel

Dr. Sheng-Heng Chung, Research Associate, Texas Materials Institute, USA

Dr. Victor E. Ostrovskii. Head of Sector of Thermodynamics and Calorimetry, Karpov Institute of Physical Chemistry, Russia

Dr. Yanko Moreno, Assistant Professor, Andres Bello National University, Chile

Dr. Yurii V. Geletii, Senior Scientist, Emory University, USA

Mr. Richard Kramer, President, Applied Chemometrics, Inc., USA




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Tentative Agenda

MAY 21 MAY 22 MAY 23 MAY 24 MAY 25

08:20-12:00

Registration

All Day

Opening Ceremony& Plenary Forum (I)

Plenary Forum

(II) Forum 1-7

Forum 1-8

Forum 2-7

Forum 2-8

Forum 3-5

Optional Tour

Forum 1-3

Forum 1-4

Forum 2-3

Forum 2-4

Forum 3-3(I)

12:10-13:30 Lunch

13:30-17:10

Forum 1-1

Forum 1-2

Forum 2-1

Forum 2-2

Forum 3-1

Forum 3-2

Forum 1-5

Forum 1-6

Forum 2-5

Forum 2-6

Forum 3-3(II)

Forum 3-4

Forum 1-9

Forum 1-10

Forum 1-11

Forum 2-9

Forum 3-6

17:10-18:00 Poster and Free Talk

18:00-20:00 Reception Banquet Buffet Dinner Buffet Dinner




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TOPICS AT A GLANCE

FORUM I FORUM II FOURM III

Analytical Science and Technology

Nano Science and Technology

Catalysis Science and Technology

Wednesday22nd May

Wednesday PM - SHARED WITH PLENARY KEYNOTE

#1: Frontiers in Analytical Science and Technology

#1: Nanochemistry #1: Advanced Research of Catalysis

#2: Mass Spectrometry #2: Advanced and Smart Nanomaterials

#2: Catalytic Theory and Mechanisms

Thursday23rd MaY

Thursday AM - SHARED WITH PLENARY KEYNOTE

#3: Chromatography #3: Application of Nanomaterials and Nanotechnology

#3:Catalytic Materials, Methodologies and Technologies (I)

#4: Spectroscopy #4: Nano-Biomaterials and Nanobiotechnology

Thursday PM - BREAKOUT SESSIONS

#5: NMR & MRI #5: Nanoelectronics, NanoOptics, NanoPhotonics and Nanomagnetism

#3: Catalytic Materials, Methodologies and Technologies(II)

#6: Crystallography #6: Nano Devices #4: Catalysis for Chemical Synthesis

Friday24th MaY

Friday AM - BREAKOUT SESSIONS

#7： Micro-/Nanofluidics and Sensor Technology

#7： Nano-Fabrication, Characterization and Nanoengineering

#5： Catalysis and Green Chemistry

#8： Electroanalytical Chemistry

#8： Nanomedicine

Friday PM - BREAKOUT SESSIONS

#9: Microscopy and Imaging Technology

#9: Nanotechnology in Energy & Environment

#6: Catalysis for Environment, Energy and Industry

#10: Biological and Omics Bioanalysis

#11: Food, Pharmaceutical and Environmental Analysis




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WELCOME

WCF offers comprehensive sponsorship packages which include presentation opportunities, exhibit space, branding and networking with specific prospects. Sponsorship allows you to achieve your objectives before, during, and long after the event. Any sponsorship can be customized to meet your company’s needs and budget. Signing on early will allow you to maximize exposure to qualified decision-makers.

Exhibition Gold Sponsorship- $30000

Exhibiting at WCBI-2019 will provide an opportunity for your company to gain visibility with potential partners, buyers, suppliers, contractors, the services peers and leaders, and top industry experts to discuss current trends and initiatives in the bio theraputic and diagnostic fields.

• Logo with a link to the conference website• Logo on backdrop at plenary program• 1 page company profile in the proceedings• 1 set of brochure insertion in conference bag• 10 complimentary regular passes• 10 complimentary banquet ticket tickets• 1 Speech opportunity at opening ceremony(5mins)• Broadcasting promotion video (10mins) before the opening

WHY exhibit ? Silver Sponsorship-$20000

• Brand and product visibility to key decision makersand purchasing agents from around the globe.• Numerous networking and business generating op-portunities with policy makers, purchasing agents and end users.• Conference sessions covering the most up to date in-formation and future of the biomedical industry.

• Broadcasting promotion video (10mins) before the opening• Logo on backdrop at plenary program• 1 page company profile in the proceedings• Logo with a link to the conference website• 1 set of brochure insertion in conference bag• 8 complimentary regular passes• 8 complimentary banquet ticket tickets

Poster Cooper Sponsorship-$10000

Posters are a key component of communicating your science and an important element in a successful scientific career. Many a lifelong collaboration has begun in front of a poster board.There will be an exhibition of posters at the conference and the abstracts of accepted posters will be published in the WCF program.

• Logo with a link to the conference website• Logo on backdrop at plenary program• 1 page company profile in the proceedings• 1 set of brochure insertion in conference bag• 5 complimentary regular passes• 5 complimentary banquet ticket tickets• 1 Speech opportunity at a parallel session (25mins)

Sponsorship, Poster& Exhibition Opportunities

For sponsoring, exhibiting & posterplease contact

Exhibition & Sponsorship Lee ZhiEmail: [email protected]

Poster & Speech JohannaEmail:[email protected]




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PLENARY FORUM IWednesday 22nd May

08:00-18:00 Registration

08:50 Organizer’s Welcome Amy Guo, President of International Science & Technology Conferences Institute (ISTCI)

08:55 Chairperson’s Opening Remarks Dr. Francesc Illas, Professor, University of Barcelona, Spain

09:00 PRESENTATION: Interface Materials on the Nanoscale. Dominant Media of Chemical Change and Evolution Dr. Gabor A. Somorjai, Professor, University of California at Berkeley, USA

09:30 PRESENTATION: Interface Materials on the Nanoscale. Dominant Media of Chemical Change and EvolutionDr. Gabor A. Somorjai, Professor, University of California at Berkeley, USAThe discoveries of the unique chemical properties of defects and low coordination sites of metals and the electronic properties of semiconductor transistors started the development of nanomaterials to optimize their utility as catalysts in energy conversion and chemical technologies and information storage using integrated circuits. The size and shape of nanoparticles maintained, altered, and improved their chemical activity and selectivity and the size as transistors became exponentially smaller from micron size to nanometer sizes as their numbers in the integrated circuits increased from thousands to billions.

Wednesday, Day 1 | May 22

09:30 PRESENTATION: Oxide Surface Chemistry Viewed at the Atomic ScaleDr. Ulrike Diebold, Professor, Institute of Applied Physics, TU Wien, Vienna, AustriaSurface science studies of metal oxides have experienced rapid growth during the last two decades. The reasons for this surge in interest are quite clear: after all, most metals are oxidized under ambient conditions, so in many instances it is the oxidized surface that deserves our attention. In addition, bulk metal oxides exhibit an extremely wide variability in their physical and chemical properties.

10:00 PRESENTATION: Role of Carbonaceous Aerosols in Catalyzing Sulfate FormationDr. Hong He, Researcher, Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, China

10:30-10:45 COFFEE BREAK

10:45 PRESENTATION: Heterogeneous Catalysis – Backbone for Worldwide ChemistryDr. Ulrich Mueller, Senior Vice President - Executive Expert Zeolite Catalysis, BASF SE, Germany

11:15 PRESENTATION: Role of Carbonaceous Aerosols in Catalyzing Sulfate FormationDr. Johannes A. Lercher, Professor of Chemical Technology at the TU München, Germany

11:45 PRESENTATION: Role of Carbonaceous Aerosols in Catalyzing Sulfate FormationDr. Magnus Berggren, Professor, Linkoping University, Sweden

Dr. Francesc Illas, Professor, University of Barcelona, Spain

Dr. Ulrich Mueller, Senior Vice President - Executive Expert Zeolite Catalysis, BASF SE, Germany

Dr. Johannes A. Lercher, Professor of Chemical Technology at the TU München, Germany

Dr. Magnus Berggren, Professor, Linkoping University, Sweden

OTHER PLENARY SPEAKERS




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AN ISTCI'S FORUM

Plenary Forum II23rd MAY 2019

08:00-18:00 Registration

07:55 Chairperson’s Opening Remarks Calling for Chair Seat

08:00 PRESENTATION: New Catalytic Concepts Using Low Vapor-pressure LiquidsDr. Hans-Peter Steinrück, Professor, University of Erlangen-Nuremberg, Germany

08:30 PRESENTATION: Catalytically Active Sites on Oxide Nanoparticles: Is What You See Really What You Get?Dr. Christof Woll, Professor and Director of Institute for Functional Interfaces, Karlsruhe Institute of Technology, GermanyIn this contribution, we present an approach based on using small probe molecules, such as carbon monoxide (CO), molecular oxygen (O2), or nitrous oxide (N2O). After adsorbing these molecules to the surface of oxide nanoparticles, the vibrational frequencies of the probe molecules are determined by IR spectroscopy. Such data can be recorded in a straightforward fashion, but the assignment of the different vibrational bands and features observed for such powders represents a formidable problem. We succeeded in providing the required reference data using exactly defined, single-crystal model substrates. For this, we used a complex UHV system equipped with IRRAS (IR reflection-absorption spectroscopy) [1]. The assignment of the vibrational features was aided by DFT calculations.

09:00 SPEECH OPPORTUNITY AVAILABLE


CONTACT US

For SPEECH OPPORTUNITY, POSTER, VISITORS, please contact Ms. Johanna Email: [email protected]




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WELCOME08:00-18:00 Registration

13:20 Chairperson’s Opening Remarks Dr. Carlos Escudero, Scientist, Alba Synchrotron Light Source, Spain

13:25 Co-Chairperson’s Opening Remarks Dr. Michael Li, Professor, Suzhou University of Science and Technology, China


13:55 PRESENTATION: Towards the Next Generation Optical Nanopore Device for Single Molecule SensorDr. Seong Soo Choi, Professor and Director, Research Center for Nanobio Science and Technology, SunMoon University, South KoreaThe nanopores surrounded with periodic grooves or along with periodic Au array on the Au thin membrane can be fabricated in order to obtain the enhanced optical intensity. Furthermore, considering natural slit-type carbon nano-membrane, the slit-type nanopore array is currently investigated.

14:20 PRESENTATION: NAPP: XPS at Near Ambient Pressures at ALBA SynchrotronDr. Carlos Escudero, Scientist, Alba Synchrotron Light Source, SpainIn this talk we will introduce the NAPP endstation. A differentially pumped electron energy analyzer, developed by Salmeron and Schlögl groups and now available commercially, allows extending the standard UHV XPS (X-ray Photoelectron Spectroscopy) technique to sample pressures up to 20 milibar. The surface reactivity and structure in real environments can reveal dramatic differences with respect to the traditional solid-vacuum studies.The possibility to work with these instruments under realistic conditions and get information during the reactions or processes of interest has a great impact in heterogeneous catalysis, fuel cells, photovoltaics, batteries, corrosion, biological systems and many other fields.


15:30 PRESENTATION: Alternative Method to Downstream Process Monoclonal Antibodies Without Protein A ResinDr. Michael Li, Professor, Suzhou University of Science and Technology, ChinaThe presentation herein describes an innovative technology that can generate a linear pH gradient, which can be used to replace the traditional salt gradient chromatography. In addition, inexpensive ion exchange media can be used instead of Protein A resin. The new platform could mean less steps and equally effective purification. The overall process could improve manufacturing efficiency and reduce downstream processing costs.


16:20 PRESENTATION: Application of Nano Materials in Analytical ChemistryDr. Mahmoud Khodari, Professor, Vice President for Postgraduate and Research Affairs, South Valley University, Egypt


AN ISTCI'S FORUM

Analytical Science and TechnologyFrontiers in Analytical Science and Technology

This forum aims to provide scientists, researchers, company executives and students worldwide with unlimited access to the latest advances of the analytical sciences.It is a vast topic with constantly evolving technology and capability, such as Mass Spectrometry, Chromatography, Spectroscopy, NMR & MRI, Crystallography, Micro-/Nanofluidics and Sensor Technology, Electroanalytical Chemistry.

14:45 PRESENTATION: Released Soon Mr. Richard Kramer, President, Applied Chemometrics, Inc., USA





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MASS SPECTROMETRY13:20 Chairperson’s Opening Remarks Dr. Chengzhi Cai, Professor, University of Houston, USA

13:25 Co-Chairperson’s Opening Remarks Calling for Co-Chair Seat

13:30 PRESENTATION: Released Soon Dr. Athula B. Attygalle, Professor, Stevens Institute of Technology, USA

13:55 PRESENTATION: Proteomics of The Bacterial Biofilms Related to Catheter Associated Urinary Tract Infection Studied by Mass SpectrometryDr. Chengzhi Cai, Professor, University of Houston, USA


14:45 PRESENTATION: Deuterated Products Analysis During Deuterium Tracer Studies of Fischer-Tropsch Synthesis by Gas Chromatography – Mass SpectrometryDr. Buchang Shi, Associate Professor, Eastern Kentucky University, USAIn order to have the information about the role of hydrogen, which is the key to understand the mechanism of the Fischer-Tropsch (FT) synthesis, deuterium tracer experiments are useful. One of the obstacles in conducting deuterium tracer experiments during FT reactions is to accurately determine the amounts of isotopomers of a hydrocarbon in the FT products. Because of an inverse isotope effect for isotopomers on a GC column, the isotopomer with more deuterium atoms will be eluted first.

Wednesday, Day 1 | May 22 15:55 PRESENTATION: Released SoonDr. Judy Westrick, Director, Wayne State University, USA

16:20 PRESENTATION: Thermodesorption Mass-SpectrometryDr. E. N. Slyuta, V.I. Vernadsky Institute of Geochemistry and Analytical Chemistry, Russian Academy of Sciences, Russia


AN ISTCI'S FORUM




Thursday, Day 2 | May 23

CHROMATOGRAPHY

10:00 Chairperson’s Opening Remarks Dr. Christopher J. Hudalla, Founder/Chief Scientific Officer, ProVerde Laboratories, USA


10:10 PRESENTATION: Chemical Derivatization: A Must Have Tool in LC-MS/MS BioanalysisDr. Hermes Licea Perez, Scientific Director and GSK Fellow, GSK, USAChemical derivatization has long established itself as a powerful technique to address bioanalytical challenges associated with low ionization efficiency, molecular instability, poor assay selectivity, insufficient chromatographic retention, bad peak symmetry, and carryover issues. The objective of chemical derivatization is to alter the chemical structure of the analyte of interest using a selective chemical reagent. As a result, a new molecule or derivative with improved chemical and physical properties for bioanalysis is formed.

10:35 PRESENTATION: Monitoring Organic Impurities in the Development of Pharmaceutical Products Using HPLC/UPLCDr. Kim Huynh-Ba, Technical Director & CEO, PHARMALYTIK, USA

11:00 PRESENTATION: Separations of Antibodies using FcgRIII based Affinity ColumnDr. Egbert Mueller, Technical Director, Tosoh Bioscience GmbH, GermanyFcyRIII are membrane proteins and are important for the mediation of immune responses. The binding sites of FcyRIII receptors are located at the hinge region of human IgGs. They have high affinities for IgG. Because the natural FcyRIII protein is unstable under acidic and alkaline conditions, it was modified by site directed evolution to achieve a ligand with a greater chemical stability.

11:25 PRESENTATION: Cyclodextrins Are the Dominant Chiral Selective Agents in Capillary Chromatographic TechniquesDr. Zoltan Juvancz, Professor, Obuda University, HungaryEnantiomer pure pharmaceuticals are one of the basic requirements of drug market since the Contergan scandal. Development of such compounds needs enantiomer pure synthesis and chiral selective analyses. The cyclodextrins (CDs) are the most frequently used chiral selective agents in those separation methods (GC, SFC, CE), which use capillary columns for chiral selective analyses.

11:50 PRESENTATION: Validation and Application of Analytical Method for Glyphosate and Glufosinate in Foods by Liquid Chromatography-tandem Mass SpectrometryDr. Renwei Hu, INOVALYS, FranceA reliable and sensitive method was developed for simultaneous determination of glyphosate and glufosinate in various food products by liquid chromatography-tandem mass spectrometry. Based on extraction, derivatization with 9-fluorenylmethylchloroformateand purification on solid phase extraction column, quantification was done by using isotopic-labeled analytes as internal standard and calibration in matrix.




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SPECTROSCOPY10:00 Chairperson’s Opening Remarks Dr. Herve Vezin, Director of Research, University of Lille, France

10:05 Co-Chairperson’s Opening Remarks Dr. Herve K Sanghapi, Assistant Professor, Mississippi State University, USA

10:10 PRESENTATION: Advanced EPR Spectroscopy in CatalysisDr. Herve Vezin, Director of Research, University of Lille, France

10:35 PRESENTATION: Novel Photoacoustic Spectroscopy with Applications in Trace Monitoring Dr. Mikael Lassen, Senior Scientist, DFM A/S, Denmark

11:00 PRESENTATION: What we Learn about Surfaces and Crystal Defects Using Positron BeamsDr. Christoph Hugenschmidt, Group Head, Technical University of Munich, GermanyRecently, we demonstrated that coincident DBS (CDBS) is particularly suited to identify Cu precipitates in age-hardenable Al alloys. At the surface, the annihilation of low-energy positrons with core electrons initiates the emission of Auger-electrons primarily in the topmost atomic layer. By applying time-dependent positron annihilation induced Auger-electron spectroscopy (PAES) we succeeded in observing in situ the surface segregation in the Cu-Pd system. Within this contribution the basic properties of positron annihilation studies will be briefly explained and the benefit of positron beam experiments will be elucidated by selected experiments.

Thursday, Day 2 | May 23 11:25 PRESENTATION: Laser-Induced Breakdown Spectroscopy for Quantitative Analysis of Trace Elements in High Pressure CO2 Enriched Water: An Application to Carbon SequestrationDr. Herve K Sanghapi, Assistant Professor, Alcorn State University, USACombustion of fossil fuels has raised environmental concerns about the increase of anthropogenic emission of carbon dioxide (CO2). This increase enhances the greenhouse effect, leading to global climate change. Reduction of carbon dioxide remains the prime option to substantially circumvent deterioration of the ecosphere. A promising approach is Carbon Capture and Storage (CCS). In view of this, geological environments such as depleted oil and gas reservoirs, coal formations, and deep saline aquifers have been proposed.


12:15 PRESENTATION: Photoelectron SpectroscopyDr. Elena O Filatova, Researcher, St Petersburg State University, Russia

AN ISTCI'S FORUM


NMR & MRI

14:50 PRESENTATION: Possible Methodological Errors in Quantitative Analysis by NMRDr. Vladimir I. Chizhik, Professor, Saint Petersburg State University, RussiaIn the Saint-Petersburg State University the fundamental researches in the area of magnetic resonance have been carrying out since the beginning of the 50-ies of the last century. Basing on them, a number of practical applications have been developed, and the overview of the results will be given in the report.



14:00 PRESENTATION: Molecular Diffusion in Functional Materials for Catalysis and Energy Storage – An NMR ApproachDr. Muslim Dvoyashkin, Group Head, Leipzig University, Germany

14:25 PRESENTATION: Released Soon Dr. Dominique Petit, Research Director, Ecole Polytechnique-CNRS, France







CRYSTALLOGRAPHY

13:50 Chairperson’s Opening Remarks Dr. Josep Ll Tamarit, Professsor, Polytechnic University of Catalonia, Spain


14:00 PRESENTATION: Released SoonDr. Josep Ll Tamarit, Professor, Polytechnic University of Catalonia, Spain





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14:50 PRESENTATION: Crystallography, Aspecially Superstructure of Domains and Clusters of Real Crystals Dr.Michael E.Boiko, Associated Professor, Ioffe Physical-Technical Institute of RAS, Russia


15:30 PRESENTATION: Released SoonDr. Ekaterina Politova, Professor, Karpov Institute of Physical Chemistry, Russia

15:55 PRESENTATION: Released SoonDr. Antoni Oliver, Assistant Professor, University of the Balearic Islands, Spain

16:20 PRESENTATION: Crystallography of Displacive Dual Martensitic Transformations in Shape Memory AlloysDr. Osman Adiguzel, Professor, Firat University, TurkeyShape memory effect is a peculiar property exhibited a series of alloy system called shape memory alloys, which have dual characteristics called thermoelasticity and pseudoelasticity, from view point of memory behavior. Two successive structural transformations, thermal and stress induced martensitic transformations govern shape memory phenomena in crystallographic basis. Thermal induced martensite occurs as twinned martensite in self-accommodating manner on cooling, and twinned martensite structures turn into detwinned martensite by means of stress induced martensitic transformation on stressing.




08:30 PRESENTATION: Released SoonDr. Xueji Zhang, Professor, University of Science & Technology, China

08:55 PRESENTATION: Microcantilever Sensors for Biological and Chemical SensingDr. Hai-Feng Ji, Professor, Drexel University, USA


09:45 PRESENTATION: The Strategies in Designing Nanoparticles for Therapies and SensorsDr. Seong Soo An, Associate Professor, Gachon University, South Korea


10:30 PRESENTATION: Monodisperse Microbubbles as Carrier Units of Biologically Active Compounds Extracted from Plants for the Localized Treatment of TumorsDr. Walter Duarte de Araujo Filho, Adjunct Professor, University of the State of Bahia, Brazil This work deals with the generation of monodisperse microbubbles using a microfluidic device based on 3D printing. The microbubbles act as carriers of biologically active compounds for localized action, having the ultrasound as a drug release agent. The microbubbles are generated from a microfluidic device consisting of T-shaped micro channels (T-junction).

10:55 PRESENTATION: Paper-based Analytical Devices for Determination of Metal Ions in Water SamplesDr. Hitoshi Asano, Associate Professor, Sanyo-Onoda City University, JapanSince the paper-based analytical device (PAD) was introduced by Whitesides group at Harvard university, the development of PADs has rapidly spread in the fields such as diagnostics, environmental analysis, and food control. PADs possess many advantages: inexpensive materials, portability, simple fabrication, light weigh, and instrument-free. We have developed PADs for determination of iron, hexavalent chromium and measurement of pH in water samples.

AN ISTCI'S FORUM




ELECTROANALYTICAL CHEMISTRY08:20 Chairperson’s Opening Remarks Calling for Chair Seat



08:55 PRESENTATION: Released SoonDr. J. Georgieva, Associate Professor, Institute of Physical Chemistry, Bulgarian Academy of Sciences, Bulgaria


09:45 PRESENTATION: Released SoonDr. George R. Ivanov, Associate Professor and Head of Lab of Nanoscience and Nanotechnology, University of Architecture, Civil Engineering and Geodesy, Bulgaria


10:30 PRESENTATION: Released SoonDr. Sudip Malik, Professor, Indian Association for the Cultivation of Science, India

10:55 PRESENTATION: A Brief Studies on The Modification of Tio2 with Different Ions and Its Electrocatalytic Application Coupled with Bdd Anode Toward Organic Compounds DegradationDr. Juan M. Peralta-Hernández, Researcher, University of Guanajuato, Mexico



Friday, Day 3 | May 24

MICRO-/NANOFLUIDICS AND SENSOR TECHNOLOGY08:20 Chairperson’s Opening Remarks Dr. Hai-Feng Ji, Professor, Drexel University, USA




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MICROSCOPY AND IMAGING TECHNOLOGY13:20 Chairperson’s Opening Remarks Dr. Etienne Snoeck, Researcher and Director, Center of Materials Development and Structural Studies, CNRS, France

13:25 Chairperson’s Opening Remarks Calling for Co-Chair Seat

13:30 PRESENTATION: Advanced In-situ Tem Experiments of Devices In-OperandoDr. Etienne Snoeck, Researcher and Director, Center of Materials Development and Structural Studies, CNRS, France

13:55 PRESENTATION: High-resolution Surface Imaging and Force Spectroscopy of Single Membrane Proteins by AFMDr. Andreas Engel, Professor, Case Western Reserve University, USAWe will discuss measurements on 7-transmembrane proteins like bacteriorhodopsin and G-protein coupled receptors (GPCRs). These proteins pump protons or relay extracellular information across cell membranes through a continuum of conformations that are not always captured in structures. We present recent AFM-based applications to directly observe the supramolecular assembly of GPCRs in native membranes and to measure the free-energy landscape of ligand-binding.

14:20 PRESENTATION: Xe NMR Technique: Various ApplicationsDr. Jacques Fraissard, Emeritus Professor, University Pierre and Marie Curie, France This technique allows the determination of pore size, location and charge of compensating cations, structural defects, distribution of adsorbed species, etc. It is applied now for the characterization of a lot of solids: mesoporous silica, clays, liquid crystals, metal-organic framework compounds (mainly their elasticity), carbons, solid polymers, diffusion in porous structures and even in archaeology.



15:30 PRESENTATION: 3D Micro-Morphological Features and Quantitative Classification of Tumors in Digestive SystemDr. Huiqiang Liu, Professor, Xinjiang Medical University, ChinaOur experimental results show the tomographical images of eight typical tumor lesions in human digestive system at the micro-level resolution based on the SR-μPCT technique, including tumor specimens of liver, stomach, and intestine etc, which definitely revealed the morphological specificities of different tumor lesions. And it exhibits the correlation of tumor lesions in the view of their reconstructed results of CT and SR-μPCT.




BIOLOGICAL AND OMICS BIOANALYSIS




13:55 PRESENTATION: Released SoonDr. Lawrence Berliner, Professor, University of Denver, USA

14:20 PRESENTATION: Released SoonDr. Marc Baumann, Senior Scientist, University of Helsinki, Finland



AN ISTCI'S FORUM


15:30 PRESENTATION: Released SoonDr. Ruth A. Kinkead, Researcher, Queen`s University Belfast, UK

15:55 PRESENTATION: Salivary Arginase: A Possible Diagnostic Method for Periodontal DiseaseDr. Alexandre Lustosa Doutor, Professor, EAPGOIAS, Brazil



FOOD, PHARMACEUTICAL & ENVIRONMENTAL ANALYSIS13:20 Chairperson’s Opening Remarks Dr. Zihao Wang, Senior Manager, GSK, USA

13:25 Chairperson’s Opening Remarks Calling for Co-Chair Seat

13:30 PRESENTATION: TEM Microscopy Research and Pharmaceutical ApplicationsDr. Stavros Nicolopoulos, Director and Chief Executive Officer, NanoMEGAS SPRL, Belgium

13:55 PRESENTATION: A New Degradation Pathway Discovered in Recombinant Biologic by Multiple Analytical and Bioanalytical ApproachesDr. Zihao Wang, Senior Manager, GSK, USA

14:20 PRESENTATION: Released SoonDr. John Reilly, Senior Research Investigator, Novartis Institutes for BioMedical Research, USA

14:45 PRESENTATION: Picotechnology vs Graphene We are a Lot Smaller than GrapheneMr. Don Wilshe, Owner, Biobased, USA




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15:30 PRESENTATION: Dispersed Ground-Truth Networks for Remote Sensing Calibration and Validation, and Rapid Field Status UpdatesDr. Jon-Pierre Michaud, Associate Professor, University of Hawaii, USA Remote sensing tools have a problem: accurate signal interpretation. None of these wide-field methods are error-free. Interpretation of passive & active optical signals, aided by machine learning algorithm models, are made more robust by direct measurements ‘ground-truth’ subsets of the fields of view. Compatible ground-truth networks with low forward error loss can vastly reduce such errors, aid model parameter estimation, model calibration + validation and provide more robust chemical signal interpretation.

15:55 PRESENTATION: Environmental Analysis, Particularly the Development of Techniques for Microplastic AnalysisDr. Claire Gwinnett, Principal Lecturer, Staffordshire University, UK

16:20 PRESENTATION: Released SoonDr. M. Laura Soriano, Assistant Professor, University of Cordoba, Spain


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MEDIA PARTNERS

Our media partnership approach provides a strong platform for unique content delivery and engagement, leading up to and during conference period. Working with our Media Partners enables delegates and audiences globally to keep up-to-date with the latest developments and achievements in their working industry sectors. As media partners, they will promote the event via print and digital outlets as well as send representatives to our conferences to report on the event and interview key conference attendees. For Partnership, please contact Mr. Lee Zhi, Email: [email protected].

Journal Partners

Supporting Partners

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YOUNG SCIENTISTS FORUM



10:10 PRESENTATION: Quantum Dot-Carbon Nanocomposites as Heterostructures for Effective Pollutant Removal through PhotocatalysisSherif Okeil, PhD Student, Technical University of Darmstadt, Germany



11:25 PRESENTATION: Released SoonTolga Zorlu, PhD Student, University of Vigo, Spain; Yildiz Technical University, Turkey


The organizing committee of WCF has arranged a Young Scientists' Forum (YSF) immediately to promote interactions between pre- and post-doctoral scientists around the world. YSF gives young scientists in the host country the opportunity to present their studies and bright future, which, while building on a proven format, keeps the event youthful and fresh.




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WELCOME 13:20 Chairperson’s Opening Remarks Dr. Didier Long, Deputy Director of the Polymers and Advanced Materials Laboratory, CNRS/Solvay; Director of Research, CNRS, France

13:25 Co-Chairperson’s Opening Remarks Dr. Conrad Becker, Professor, Aix-Marseille University, France

13:30 PRESENTATION: Effect of Filler Morphology and Distribution State on the linear and Nonlinear Mechanical Behaviour of Nanofilled ElastomersDr. Didier Long, Deputy Director of the Polymers and Advanced Materials Laboratory, CNRS/Solvay; Director of Research, CNRS, FranceWe extend the model proposed by Merabia et al [2008] regarding reinforcement mechanisms of filled elastomers. This model is based on the presence of glassy layers around filler particles which may bridge neighboring particles. The model was solved by Merabia et al for spherical particles only, and for a single dispersion state. However, experiments show that mechanical properties depend crucially on the complex shape of fillers, as well as on their spatial distribution. We consider extensively both aspects in this manuscript. We show that the distribution state of the fillers is key for controlling the reinforcement at high temperature.

13:55 PRESENTATION: Released SoonDr. Joan Ramon Morante, Professor and Head of the Advanced Materials and Devices for Energy, Catalonia Institute of Research for Energy, Spain


14:45 PRESENTATION: Local On-surface Chemistry by STM Using High Electric FieldsDr. Conrad Becker, Professor, Aix-Marseille University, FranceWLocal chemistry using the scanning tunneling microscope (STM) has received much attention in recent years. In this approach reactions are induced by an inelastic interaction of the electrons tunneling either from the tip or the surface with the species adsorbed on the surface. Here we report on the dehydrogenation of dihydrotetraazapentacene (DTHAP) molecules adsorbed on a Au(111) surface to either monohydrotetraazapentacene (MHTAP) or tetraazapentacene (TAP) with molecular precision by applying voltage pulses.

15::10-15:30 COFFEE BREAK

Wednesday, Day 1 | May 22 15:30 PRESENTATION: Hybrid Organic-inorganic Composite Layers Synthesized by Laser Techniques for Environmental and Energy Storage ApplicationsDr. Eniko Gyorgy, Scientist, ICMAB-CSIC, Spain

15:55 PRESENTATION: Effect of Nano-Confinement on the Kinetics, Mechanism, and Equilibria of Aqueous Chemical ReactionsDr. Guy Vereecke, Senior Researcher, Interuniversity Microelectronics Centre (Imec), BelgiumIn nanofluidic systems, nano-confinement has been reported to affect the properties of water, such as viscosity, dielectric constant and pH. In semiconductor manufacturing of 3-D nano-structures, modified kinetics have been encountered for the aqueous chemical etching of thin films in nano-confined spaces. A popular explanation relies on changes in reactant concentration from the overlap of electrostatic double layers (EDL) on opposite walls of the nano-structures, but it is only in qualitative agreement with observed trends. We need a better understanding of the phenomena affecting reactions in nano-confined spaces to enable their quantitative control. However, the characterization of chemical reactions in these spaces is challenging.



Nanotechnology, the manipulation of matter at the atomic and molecular scale to create materials with remarkably varied and new properties, is a rapidly expanding area of research with huge potential to revolutionize our lives and to provide technological solutions to our problems in agriculture, energy, the environment and medicine. In this forum we will discuss some nano topics about Nanomaterials, Nanobiotechnology, Nanoelectronics, NanoOptics, NanoPhotonics and Nanomagnetism, Nano Devices.

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Nano Science and TechnologyNanochemistry




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ADVANCED AND SMART NANOMATERIALS13:20 Chairperson’s Opening Remarks Dr. Igor L. Shabalin, Professor, The University of Salford, UK



13:55 PRESENTATION: Dependence of Chaotic Behavior on Optical Properties, Surface Roughness, and Electrostatic Effects in Casimir Actuation Dr. George Palasantzas, Professor, University of Groningen, The Netherlands

14:20 PRESENTATION: Released SoonDr. Juan Baselga Llidó, Professor and Director(Head) of the Materials Science and Engineering and Chemical Engineering, Charles III University of Madrid, Spain

14:45 PRESENTATION: Nanotechnology and Chemistry of Advanced Hetero-Modulus CeramicsDr. Igor L. Shabalin, Professor, The University of Salford, UK

15::10-15:30 Coffee Break

15:30 PRESENTATION: Control of Random Atomic Configuration for Improved Mechanical Properties in Metallic GlassesDr. Junji Saida, Professor, Tohoku University, JapanRecently, a number of metallic glasses with high glass-forming ability have been developed, which results in the successful production of glassy alloys with bulky shape. Metallic glasses have attracted extensive interests in the field of materials science in the aspects of their excellent mechanical properties such as high strength, elastic modulus and hardness. These advantages originate from their structure with intrinsic random atomic configuration.

15:55 PRESENTATION: Superconducting MgB2 and MT-YBaCuO materials for SMART application: nanostructure and propertiesDr. Tatiana Prikhna, Professor, Bakul Institute of Superhard Materials, National Academy of Sciences of Ukraine, Ukraine

16:20 PRESENTATION: Tokenization Intellectual Property Development on Nano Science and Technology – Graphene Case StudyDr. Mei-Hsin Wang, Professor, National Yunlin University of Science & Technology, Taiwan



APPLICATION OF NANOMATERIALS AND NANOTECHNOLOGY

10:00 Chairperson’s Opening Remarks Dr. Oleg L. Figovsky, Professor and Founder, Polymate Ltd - Israel Research Center, Israel

10:05 Co-Chairperson’s Opening Remarks Dr. Henrich H. Paradies, Professor, University of Salford, UK

10:10 PRESENTATION: Potential Applications of Nanomaterials in Aerospace ApplicationsDr. Miguel á. Castillo Acero, VP Technlogy Development, Aernnova Group, Spain

10:35 PRESENTATION: Engineering Surface. Nano-coatings; from Laboratory to IndustryMr. Antonio Onteniente, CEO, Advanced Nanotechnologies S.L., SpainThe surface of an object is comparable to the human skin. The main function of skin is to protect the body from external factors, factors such as bacteria, chemicals and extreme temperatures. Similarly, in the industrial world, many objects require surfaces that need to be protected from external forces in order for them to function as best as possible. This optimum functionality can be achieved thanks to nano-coatings.


11:25 PRESENTATION: Organic Water Soluble Silicates for the Protective Nanostructured Coatings & CoveringDr. Oleg L. Figovsky, Professor and Founder, Polymate Ltd - Israel Research Center, IsraelThe work describes the properties of soluble, organic silicates and their applications to obtaining nanocomposite materials. We analyzed the properties of the water-soluble high-modulus silicate systems, and their technology for producing. The aim of this paper is the comparison properties of binders based on liquid glass containing strong organic bases silicates. The work describes the properties of soluble, organic silicates and their applications to obtaining nanocomposite materials. We analyzed the properties of the water-soluble high-modulus silicate systems, and their technology for producing. The aim of this paper is the comparison properties of binders based on liquid glass containing strong organic bases silicates. We have shown how these systems are transformed, from lower to higher oligomers, through the formation of the silica sol and the implementation of the sol-gel process for these oligomers.

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11:50 PRESENTATION: Working Bodies Made of a Lyophobic Nonporous Matrix and a Non-Wetting Fluid to Store/Restore Thermal, Mechanical, Electric Energy. A Coupled Calorimetry-Pvttechnique InvestigationDr. Jean-Pierre E. Grolier, Professor, Blaise Pascal University, FranceAn original calorimetric device coupled on-line with a PVT (bellow) technique is used over extended temperatures and pressures to document the (2 D) energy developed at the interface of a non wetting fluid with a lyophobic (nano) porous solid. This approach is based on forced intrusion of a liquid into a porous matrix under external high pressure, which allows accumulating surface Gibbs energy through the development of a high surface area between the liquid and the solid in the condensed system.

12:15 PRESENTATION: Self-directed Assemblies of Lipid A-phosphates Transformations to Harness Autoimmunity and Antagonism to Microbial InfectionsDr. Henrich H. Paradies, Professor, University of Salford, UK

11:50 PRESENTATION: Released SoonDr. Bruce Kim, Associate Professor and Director of Advanced NanoLab, The City College of New York, USA

11:50 PRESENTATION: Released SoonDr. Alessandra Marrella, Research Fellow, Institute of Electronics and Information and Telecommunications Engineering, National Research Council, Italy


NANOELECTRONICS, NANOOPTICS, NANOPHOTONICS AND NANOMAGNETISM




14:25 PRESENTATION: Released SoonDr. Yishay Manassen, Professor, Ben-Gurion University of the Negev, Israel

14:50 PRESENTATION: Quantum Fluctuations in Magnetic NanostructuresDr. Mikhail Barabanenkov, Professor, Institute of Microelectronics Technology and High-Purity MaterialsRussian Academy of Sciences, RussiaA quantum fluctuation problem in magnetic nanostructures is considered in framework of a finite linear chain of atoms with exchange interaction between electron spins of neighboring atoms according to the Heisenberg ferromagnetism theory. For simplicity account is taken of only one electron in each atom which takes part in the exchange interaction. We suppose that in the initial state all atoms of the chain excluding the first two have spins aligned along the same direction but the spins of the first two atoms are flipped down.


15:30 PRESENTATION: Released SoonDr. Jean-Guy Tartarin, Professor and Head of European Platform for Low Noise Analysis Platform, University of Toulouse, France


16:20 PRESENTATION: Magnetism goes Surfing: Direct Imaging of Delayed Magneto- Dynamic Modes Induced by Surface Acoustic WavesDr. Lucia Aballe, Group Leader, Cells Alba, SpainIn this work, the magnetoelastic effect is measured for Ni microstructures under a time dependent elastic deformation produced by a surface acoustic wave (SAW). Synchronizing the SAW frequency with the repetition rate of the synchrotron x-ray light pulses for photoemission electron microscopy (PEEM), the time-resolved magnetic domain configuration can be followed using X-ray magnetic circular dichroism contrast (XMCD) with a time resolution close to 80 ps and 60 nm spatially.

16:45 PRESENTATION: Electrochemical In-Situ Ellipsometry: An Atomistic Insight to Redox Reactions at Solid Liquid InterfacesDr. Christoph Cobet, Johannes Kepler University Linz, Austria

17:10 PRESENTATION: Nanomagnetism Imaged with x-Rays with a Spatial Resolution of 7 nmDr. Benedikt Rosner, Postdoctoral Fellow, Paul Scherrer Institut, Switzerland

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NANOBIOMATERIALS AND NANOBIOTECHNOLOGY

10:00 Chairperson’s Opening Remarks Dr. Bruce Kim, Associate Professor and Director of Advanced NanoLab, The City College of New York, USA


10:10 PRESENTATION: Nano-Calorimetry in Studying Biological MacromoleculesDr. Peter L. Privalov, Research Professor, Johns Hopkins University, USA







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14:50 PRESENTATION: Released SoonDr. David Gracias, Professor, Johns Hopkins University, USA


15:30 PRESENTATION: Nanofabrication of Semiconductor Nanowires for Novel Optoelectronic DevicesDr. Anyebe Ezekiel, Researcher, Lancaster University, UK


16:20 PRESENTATION: Advanced Resistive Random Access Memory and Its ApplicationsDr. Feng Zhang, Research Associate, Institute of Microelectronics of Chinese Academy of Sciences, ChinaOur work designed a 1-Mb HfOX-based embedded Resistive Random Access Memory (ReRAM) device with a one-transistor-one-resistor (1T1R) structure in a 0.13um CMOS logic compatible process. To more applications of the future, we systematically investigated the material and chip working temperature range. It noted that this embedded ReRAM macro has a 1.6X working temperature range than previous design for some extreme environment. Using the peripheral-assisted technique, it can enable the error rate of the ReRAM macro under 0.5% which can reduce the complexity of ECC function.




08:30 PRESENTATION: Ultrahigh Vacuum Tribology, a Tool to Understand the Catalytic TribomechanismsDr. Amaya Igartua, Head of the Tribology Unit and Coordinator of European Actions, IK4-TEKNIKER, Spain

08:55 PRESENTATION: Released SoonDr. Simon Lawson, CEO, Lawson Scientific Ltd., UK


09:45 PRESENTATION: Solution Blow Spinning for Nanowhiskers and Nanofiber FabricationDr. Noel Peter Bengzon Tan, Research Scientist, Nano and Advanced Materials Institute Ltd., Hong Kong, China


10:30 PRESENTATION: Modern State of the Density Functional Theory, Still Unsolved Problems, and Limits on its ApplicationDr. Ilya Kaplan, Professor, National Autonomous University of Mexico, Mexico At present the DFT approach is the most widely used method for calculation and modelling molecular systems and solids. However, the DFT community is seriously concerned by the problems arising in the applications of the DFT methods to intermolecular interactions, magnetic properties of the transition metals and to some others. Most of discussions are focused on the comparative studies of quality of different kind of exchange-correlation functionals. On the other hand, in such tremendous every-year increase of DFT applications, it is important to discuss the general limits on the applicability of DFT methods. In this report I will discuss several cases when the conventional DFT approaches cannot be applied

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NANO DEVICES

13:50 Chairperson’s Opening Remarks Dr. David Gracias, Professor, Johns Hopkins University, USA


14:00 PRESENTATION: Space-Time Crystals and New Concepts for Nano-devicesDr. Cheng Hsiao Wu, Professor, Missouri University of Science and Technology, USA Nano-devices can function as quantum processors, very similar to some large molecules possessing with several intrinsic interconnecting lengths, or the molecular bonding lengths, when an array of identical nano-devices are formed into a one-dimensional cellular automaton. In one type of interconnections, those nano-devices can form a Euclidean chain and perform any addition operations of two long bit-strings. But when the same nano-devices are rotated to a different type of interconnections, a helix chain is formed and birth-and-death of space-time blocks can be generated, very similar to half of DNA structure with four states.

14:25 PRESENTATION: Bridge the Gap between Photoluminescence and Electroluminescence of Colloidal Quantum DotsDr. Xingliang Dai, Director, Center for Chemistry of High-Performance & Novel Materials, Department of Chemistry, Zhejiang University, China In the past few years, we designed a conceptually new device structure containing an ultrathin insulating layer for QLEDs and integrated almost functional layers by solution process. The insulating layer modulate the electron injection to optimize charge balance and maintain superior emissive properties of QDs. Finally we realized the state-of-the-art solution-processed red LEDs with sub-bandgap turn-on voltage (1.7 V), record efficiency (EQE > 20%) and outstanding operational stability (>105 hours @100 cd m-2).



NANO-FABRICATION, CHARACTERIZATION AND NANOENGINEERING

08:20 Chairperson’s Opening Remarks Dr. Simon Lawson, CEO, Lawson Scientific Ltd., UK




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09:45 PRESENTATION: Plasmonic Nanostructures for Imaging and Targeting Drug DeliveryDr. Oara Neumann, Research Scientist, Rice University, USAEngineering a compact, near-infrared plasmonic nanostructure with integrated image-enhancing agents for combined imaging and therapy is an important nanomedical challenge. To overcome this challenge we designed a nanostructure with NIR plasmonic signatures composed of a 50 nm Au core surrounded a SiO2 inner-shell doped with contrast agents and an outer Au shell. The plasmon resonance of this nanostructure, known as a nanomatryoshka (NM), can be tuned to the desired wavelength by varying the thickness of the layers.


10:30 PRESENTATION: Mobile Health Diagnostics for Disease Detection and Treatment MonitoringDr. Hadi Shafiee, Assistant Professor, Harvard Medical School, USAThe advances in micro- and nano-technologies and the surge in consumer electronics have paved a solid foundation for developing mobile health (mhealth) technologies with the potential to transform the current paradigm in global health. In this talk, Dr. Shafiee will present examples of how smartphones can be seamlessly integrated with hardware, software, microfluidics, and nanotechnology to develop point-of-care diagnostic devices to address clinical gaps in the management of infectious diseases and infertility.

10:55 PRESENTATION: The Biological Effects of Silver Nanoparticles for Biomedical ApplicationsDr. Elena M.Egorova, Head of the Laboratory of Nanopathology and Biomedical Nanotechnologies, Institute of General Pathology and Pathophysiology, Russia


11:45 PRESENTATION: Plasmonic Photothermal Cancer Therapy with Reduced Graphene Oxide NanocompositesDr. Volodymyr Zaitsev, Professor, Pontifical Catholic University of Rio de Janeiro, BrazilGold nanoparticles (Au NPs) and reduced graphene oxide (rGO) mediated hyperthermia are the two most widely explored systems used for the photothermal ablation of cancer cells. We show that the photothermal conversion and efficiency of these nanomaterials can be improved not only by combining them into one material, but also by changing the particles geometry, forming Au nanorods or bimetallic AuPd nanoparticles.

AN ISTCI'S FORUM


10:55 PRESENTATION: Material Interaction and Compositional Analysis Characterization of Fib-Induced Chemistries for Nanoetching and Nanodeposition using Different Ion SourcesDr. Yariv Drezner, Intel Israel (74) Ltd., Israel




NANOMEDICINE

08:20 Chairperson’s Opening Remarks Dr. Owen J. Guy, Professor and Head of Chemistry, Swansea University, UK


08:30 PRESENTATION: New Pharmacological Approaches by Squalenoyl-Based Sirna Nanoparticles for the Treatment of Thyroid and Prostate CancersDr. Giorgia Urbinati, Professor, Institut Gustave Roussy, France

08:55 PRESENTATION: From Nanostructured Conducting Polymers to Electronic Gas Sensors And Electronic Nose for Environment Monitoring and Medical DiagnosisDr. Jean-Luc Wokiewicz, Professor, Institute Mines-Telecom -Lille Douai, France

09:20 PRESENTATION: Nanoparticles for Cancer Therapeutic DeliveryDr. Syed K Hasan, President, Immunotrex Corp., USAOur current study illustrates paclitaxel (Taxol) encapsulated within our nanoparticles allowing for greater percentage of drug to be delivered to breast cancer cells (AC-711) in cell culture studies; as compared to paclitaxel dissolved in saline. Cellular death with encapsulated paclitaxel was between 35%-40% greater than paclitaxel in saline (0.9% NaCl) alone (10%). This indicates that our PEG-based nano-particle delivery system can be effective in not only making therapeutics soluble that are hard to solubilize in aqueous solutions but can make delivery to targeted cells more efficacious and thereby reducing side effects due to high levels of un-encapsulated circulating cancer therapeutics in body circulation.




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14:20 PRESENTATION: Released SoonDr. Paul Oconnor, Chairman, Cellicon BV, The Netherlands

14: 45 PRESENTATION: Released SoonDr. Manuel Valiente, Professor of Analytical Chemistry and Executive Director of Centre GTS, Autonomous University of Barcelona, Spain


15:30 PRESENTATION: Thermoelectric Effects in Carbon NanostructuresDr. Evgeny D. Eydelman, Professor, University of St.- Petersburg, Russia

15:55 PRESENTATION: Colloidal Nanocrystals with Reduced Shape SymmetryDr. Davide Cozzoli, Associate Professor, University of Salento, Italy



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NANOTECHNOLOGY IN ENERGY & ENVIRONMENT



13:30 PRESENTATION: HYCSOS, The Hybrid Conversion Solar SystemDr. Dieter M Gruen, Argonne Distinguished FellowEmeritus, Argonne National Laboratory; President, Dimerond Technologies LLC, USA

13:55 PRESENTATION: Nanosafety Aspects of Nanotechnology Applications in a Variety of SectorsDr. Socorro Vazquez-Campos, Group Leader, LEITAT Technological Center, Spain

Conference Venue & Hotel & Save $100 for the Package before 31st December 2018

WCF2019 will be held in Catalonia Barcelona Plaza

Address: Plaza Espana, 6-8 | 08014-Barcelona, Spain

The Hotel Catalonia Barcelona Plaza is a big hotel that offers 338 soundproofed rooms, right in the center of Plaza Espana, Montijuic and the Fira de Barcelona.The hotel has 12 meeting rooms that are ideal for organizing meetings, special events, or business related conferences.

The hotel's beautiful position has fantastic views of Plaza de Espana, the Fountains and the Palace of Montjüic and is close to many important sites.

The rooftop swimming pool is not to be missed! Here guests can relax in the sun with amazing views over the city. For those who enjoy a work out, the gym is available with all the equipment necessary.

HOTEL RESERVATION FOR WCF-2019 Please ContactMs. JohannaEmail: [email protected]




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WELCOME13:20 Chairperson’s Opening Remarks Yurii V. Geletii, Senior Scientist, Emory University, USA

13:25 Co-Chairperson’s Opening Remarks Dr. Johntho Dixon, Senior Manager Olefin Transformation, Sasol South Africa (Pty) Ltd., South Africa


13:55 PRESENTATION: Addressing the Impact of Nanoscale Photon Field Heterogeneities on Photocatalysis: Coupled optical and kinetic Monte Carlo SimulationsDr. Sebastian Matera, Group Leader, Free University of Berlin, Germany Our studies on this admittedly simplified model indicate that this complexity on all levels of photocatalytic activity might hamper the analysis of experimental findings on such structured catalysts, where only spatially averaged kinetic information can be addressed. Such an analysis can be further complicated as many catalytic systems show a wide variety of particle shapes and sizes. Ideally, such experiments are complemented with theoretical approaches, which can tackle this complexity, and the presented approach is a first step into this direction.


14:45 PRESENTATION: Water Oxidation Catalyst: A Bottleneck in Photocatalytic Water Splitting (Artificial Photosynthesis)Dr. Yurii V. Geletii, Senior Scientist, Emory University, USA


Wednesday, Day 1 | May 22 16:20 SPEECH OPPORTUNITY AVAILABLE


CATALYTIC THEORY AND MECHANISMS


13:25 Co-Chairperson’s Opening Remarks Dr. Sergio Navalon, Professor, Technical University of Valencia, Spain

13:30 PRESENTATION: Heterogeneous Boron Catalysts for the Sustainable Production of Small OlefinsDr. Ive Hermans, Professor, University of Wisconsin-Madison, USA

13:55 PRESENTATION: Metal Modified Bifunctional Catalysts for Production of Green Biodiesel from Renewable SourcesDr. Narendra Kumar, Professor, Abo Akademi University, FinlandDepletion of fossil fuel reserves from the planet, rapidly growing population, enormous need of energy for industrialization of emerging economies, everyday use and climate change mitigation, requires development of alternative sources of energy. Utilization of energy from renewable sources such as ligno-cellulosic biomass, solar, wind and geo-thermal will be necessary for meeting the present and future energy demands.

14:20 PRESENTATION: The Mechanism of Hydroamination Catalysis Using Cyclam-Based Zr and y ComplexesDr. Ana M. Martins, Professor, Higher Technical Institute, University of Lisbon, Portugal


15::10-15:30 COFFEE BREAK

This forum shows new catalytic discoveries that are a significant advance on researchers work, bringing conceptual advances, or molecular insights to catalytic processes, and where appropriate, demonstrate the relationship between synthesis, structure and performance of catalytic systems. Kinetics and mechanisms are a central part of catalysis science and the parallel sessions cover the most of areas:

AN ISTCI'S FORUM

Catalysis Science and TechnologyAdvanced Research of Catalysis, Catalytic Theory and Mechanisms

15:30 PRESENTATION: Released SoonDr. Johntho Dixon, Senior Manager Olefin Transformation, Sasol South Africa (Pty) Ltd., South Africa

15:55 PRESENTATION: Recent Advancements in Closing the Apparent Community Gap between Electrocatalysis and Battery ResearchDr. Dr. Kai Exner, Ulm University, GermanyDespite of the fact that the underlying processes are of electrochemical nature, electrocatalysis and battery research are commonly perceived as two disjoint research fields. This is particularly evident in the fact that different approaches for the investigation of electrode materials are used both in theoretical electrocatalysis and in theoretical battery research.




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15:30 PRESENTATION: ASuperior Activity of UiO-66 Solid having Simultaneously Zr4+ and Ti4+ as Metal Nodes and Nitroterephthalate Organic Ligand for the Catalytic Oxidation of Alkenes with O2Dr. Sergio Navalon, Professor, Technical University of Valencia, Spain In this presentation, we will report the superior catalytic activity of UiO-66 solids prepared with different amounts of Zr4+ and Ti4+ ions in the metal nodes together with the presence of a nitro group in the terephthalate organic ligand compared the parent UiO-66(Zr)-H that is inactive for these aerobic oxidation.3 It will be shown that the optimized UiO-66(Zr5.4Ti0.6)-NO2 solid catalyzes the selective aerobic oxidation of cyclooctene to cyclooctene oxide achieving a turnover number and a turnover frequency as high as 16,000 and 6,640 h-1, respectively. Kinetic studies, selective quenching experiments and EPR measurements indicate the generation of superoxide radicals as primary reactive oxygen species. The scope of the reaction using the most active, reusable and stable UiO-66(Zr5.4Ti0.6)-NO2 catalyst was expanded to other cycloalkenes as well as to linear and aromatic alkenes.

15:55 PRESENTATION: The Catalytic Design and Structural Design in Li-O2 BatteriesDr. Quanfeng Dong, Professor, Xiamen University, China Due to the use of Li metal as anode and the unlimited source of O2 from environment as the active material of cathode, the aprotic Li-O2 battery possesses the highest theoretical specific energy density of any battery technology. However, since the active material of the cathode is gas, the electrochemical reaction involves a gas-liquid-solid three-phase interface, resulting in a very complicated electrode process. Generally, two factors, structural factor and catalytic factor, are crucial for the electrochemical performance. Basically, the structural factor will determine the storage space of the reaction products and the O2 active species diffusions, while the catalytic factor will determine the oxygen redox kinetics. Therefore, reasonable catalytic design and structural design are very important for Li-O2 batteries.



Wednesday, Day 1 | May 22 10:05 Co-Chairperson’s Opening Remarks Dr. Gyula Palyi, Professor, University of Modena and Reggio Emilia, Italy

10:10 PRESENTATION: The Role of Natural Abundance Stable Isotopes In Enantioselective CatalysisDr. Gyula Palyi, Professor, University of Modena and Reggio Emilia, Italy

10:35 PRESENTATION: The Dark Side of Artificial Photosynthesis. Recent Discoveries from Operando Electrochemical Surface Science StudiesDr. Manuel P. Soriaga, Professor, California Institute of Technology, USAIn the latest seriatim permutation, operando electrochemical quartz crystal nanobalance (EQCN) was combined with STM and DEMS as a prelude to the acquisition of θCO as a continuous function of concentration and potential. It is equally critical to know the adsorbate packing arrangement at the onset of the reaction because, if “CO dimers” were indeed the precursors to C2 products, reduction can only be initiated when the adlayer consisted of closely packed, not loosely arrayed, CO molecules. The results indicate that the electrocatalytic reaction indeed lags the adsorption process and, in fact, does not transpire until maximum CO adsorption is attained.

11:00 PRESENTATION: Hydrofunctionalization of Alkynes and Heterocumulenes With s-Block Metal CatalystsDr. Matthias Westerhausen, Professor and Chair of Inorganic Chemistry, Friedrich-Schiller-University Jena, Germany Hydrofunctionalization of alkynes and heterocumulenes requires a catalyst. Complexes of the essential and non-toxic and globally abundant s-block metals potassium and calcium represent ideal catalyst candidates with a sufficiently high reactivity. We focus on the intermolecular addition of amines (hydroamination), phosphanes (hydrophosphanylation, hydrophosphination), phosphane oxides and sulfides (hydrophosphorylation) and phosphonates (hydrophosphonylation) across alkynes and heterocumulenes. Diverse factors determine the efficiency of s-block metal mediated hydroelementation reactions.

11:25 PRESENTATION: Surface Science and Heterogeneous CatalysisDr. Steven Lynn Bernasek, Professor, Yale-NUS College, Singapore

AN ISTCI'S FORUM


Tursday, Day 2 | May 23

CATALYTIC MATERIALS, METHODOLOGIES AND TECHNOLOGIES(I)

10:00 Chairperson’s Opening RemarksDr. Steven Lynn Bernasek, Professor, Yale-NUS College, Singapore




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11:50 PRESENTATION: Redox-responsive Polymer Template as an Advanced Multifunctional Catalyst Support for Silver Nanoparticles Dr. Lee D. Wilson, Associate Professor, University of Saskatchewan, CanadaHybridization of metal NPs with redox-switchable polymer supports not only mitigates their aggregation, but also introduces interfacial electron pathways desirable for catalysis and numerous other applications. The large surface area and surface accessible atoms for noble metal nanoparticles (e.g. Ag, Au, Pt) offer promising opportunities to address challenges in catalysis and environmental remediation. Herein, Ag NPs were supported onto redox-switchable polyaniline (PANI) that acts as advanced multifunctional conducting template to attain enhanced catalytic activity. At the initial stage of reduction of Ag+, leucoemeraldine (LE) is oxidized in-situ to pernigraniline (PG) which acts as interfacial pathway between NPs for electron transport.

12:15 PRESENTATION: The Design and Application of New Nanomaterials for the Conservation of Cultural HeritageDr. A. Sierra-Fernandez, University Carlos III of Madrid and IAAB, Spain

14:25 PRESENTATION: Graphene-based Materials for Applications in Heterogeneous Catalysis, Water Treatment and Solar Water DesalinationDr. M. Samy El-Shall, Professor and Chair of Chemistry Department, Virginia Commonwealth University, USA This talk will address the development of three classes of graphene-based materials as (1) support for metal nanoparticle catalysts in heterogeneous catalysis, (2) sorbent materials for the removal of heavy metal ions from polluted water, and (3) photothermal energy converter materials for efficient solar water desalination.

14:50 PRESENTATION: Pt Nanoparicles Supported on Graphene Sheet as Catalysts for Proton Exchange Membrane Fuel CellsDr. Jian Xie, Professor, Indiana University – Purdue University, USA


15:30 PRESENTATION: Plasma Catalysis for Gas ConversionDr. Marie-Paule Delplancke, Professor, University Libre de Bruxelles, Belgium

15:55 PRESENTATION: Development of Non-Noble Metal as Acid-Stable Hydrogen Evolution CatalystsDr. Yoshikazu Ito, Associate Professor, University of Tsukuba, Japan Among the approaches employed to fabricate catalysts, encapsulation of non-noble metal nanoparticles (NPs) using chemically stable graphene layers is particularly promising. However, encapsulation using thick graphene layers provides high chemical stability but often reduces the catalytic activity significantly. In contrast, single-layer encapsulation affords high-performance catalysts with short lifetimes. To achieve a balance between HER performance and lifetime, I have developed various type of graphene encapsulation for NiMo alloys to prevent undesired dissolution arising in acidic electrolyte. In this presentation, I will introduce how to take balance the catalytic activity and catalyst lifetime for realizing hydrogen society.

16:20 PRESENTATION: The Emerging Use of CeO2 Catalytic NCs in BiomedicineDr. Víctor F. Punte, Professor, Catalan Institute of Nanoscience and Nanotechnology (ICN2), Spain


AN ISTCI'S FORUM


CATALYTIC MATERIALS, METHODOLOGIES AND TECHNOLOGIES(II)

13:50 Chairperson’s Opening RemarksCalling for Chair Seat

13:55 Co-Chairperson’s Opening Remarks Dr. Jian Xie, Professor, Indiana University–Purdue University, USA

14:00 PRESENTATION: New Nanostructures for Increased Selectivity and Stability in CatalysisDr. Francisco Zaera, Distinguished Professor, University of California, Riverside, USA In this presentation we will provide a progress report on several projects ongoing in our laboratory based on this approach. Platinum-based catalysts have been prepared for the selective trans-to-cis conversion of olefins, with a design based on early surface-science work with model surfaces and quantum mechanical calculations that indicated a particular preference for (111) facets in promoting the formation of the cis isomers.




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17:10 PRESENTATION: Velocity-resolved Kinetics of Site-Specific Carbon Monoxide Oxidation on Platinum Surfaces Dr. Alec M. Wodtke, Professor, University of Gottingen, GermanyIn this talk, I will introduce “velocity-resolved kinetics”, which yields active-site selective reaction rates. The method reveals that CO oxidation proceeds by two distinct reactions at steps and a third reaction at terraces. The competition between these three reactions is controlled by the temperature dependent competition between diffusion and desorption. Hence, at low temperature, step reactions dominate but at high temperatures typical of real world applications, terrace reactions dominate. Only theoretical calculations of the terrace reaction rate constants are available and these differ significantly from experimentally derived ones.



AN ISTCI'S FORUM


CATALYSIS FOR CHEMICAL SYNTHESIS

13:50 Chairperson’s Opening RemarksDr. Giang Vo-Thanh, Professor, University Paris-Sud 11, France


14:00 PRESENTATION: Catalytic Routes to Designer Polysiloxanes and Polysilanes: Materials for Smart Coatings and Nanoparticulate SiliconDr. Philip Boudjouk, Professor, North Dakota State University, USA


14:50 PRESENTATION: Chiral Catalysts from Biomass: Design, Synthesis and Applications in Asymmetric CatalysisDr. Giang Vo-Thanh, Professor, University Paris-Sud 11, France


15:30 PRESENTATION: Released SoonDr. Patrick Pale, Professor, University of Strasbourg, France




CATALYSIS AND GREEN CHEMISTRY

08:20 Chairperson’s Opening RemarksCalling for Chair Seat

08:25 Co-Chairperson’s Opening Remarks Dr. Sourav K. Sengupta, Technical Fellow, DuPont Experimental Station, USA


08:55 PRESENTATION: Released SoonDr. Naichia Gary Yeh, Professor, MinagDao University, Taiwan

09:20 PRESENTATION: Green Chemistry: New Trends in Polymerization Processes Dr. Marc J.M. Abadie, Professor Emeritus, University of Montpellier, France



10:30 PRESENTATION: Released SoonDr. Lucia Steenkamp, Principal Researcher, CSIR Biosciences, South Africa

10:55 PRESENTATION: The Effect of Laser Soldering onto Properties of Graphene-Type Solder JointDr. Siti Rabiatull Aisha Idris, Senior Lecturer, Universiti Malaysia Pahang, MalaysiaThis topic will discuss on the interfacial reaction between green solder alloy and copper substrate, which had been produced through powder metallurgy approach. The aim is to gain a better understanding at the interface of the green powder solder joint, produced through laser soldering process, that could enable the whole component structure improves its strength. Laser reflow soldering has been studied for the use of solder alloy interconnection. Its unique characteristics such as high energy input rate with local heating capability makes the process a potential technique for fluxless reflow bumping in the area type such as ball grid array (BGA) electronic packages.




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11:20 PRESENTATION: Towards Building a Sustainable Future: Hydrodeoxygenation of Biomass-Derived Polyols to Value-Added Chemicals and MaterialsDr. Sourav K. Sengupta, Technical Fellow, DuPont Experimental Station, USATo understand the differentiated reactivity of supported multimetallic catalysts, relative to supported monometallic catalysts, we have characterized the microstructures of a family of Pt-W/supported catalysts. Extensive characterization of catalysts including carbon monoxide chemisorption, electron spectroscopy for chemical analysis (ESCA), transmission electron microscopy, X-ray absorption spectroscopy and other techniques will be described. Additionally, we have conducted isotopic labeling studies with deuterium gas to explore the mechanism of surface reactions.

11:45 PRESENTATION: Melt Telechelic Polymers: Structure And Influences of a Shear Rate AppliedDr. Carlo Manassero, Researcher, University of Milan, ItalyOur study, performed using the method of molecular dynamics simulation, focused on the melt condition, and divided in three parts. In the first, we analyzed the structure of the polymeric chains, depending on different chain lengths (B=12 or 18 or 26), and A-A interactions strengths (any, corresponding to homo-polymer, A=B, and necessary to compare the following ones, weak, average, strong and very strong).

13:55 PRESENTATION: High Temperature Catalyst Development and Testing for the Hybrid Sulfur Hydrogen Production Thermochemical Water Splitting CycleDr. Daniel M. Ginosar, Distinguished Staff Engineer, Idaho National Laboratory, USA To make the hydrogen economy realistic at a large scale, one of the main technical issues to overcome is process materials degradation for water splitting technology. The Hybrid Sulfur (HyS) process, driven by solar power, has great potential to reach high efficiency and low hydrogen production costs without greenhouse emissions. The high temperature section of the HyS cycle, which operates the catalytic decomposition of sulfuric acid into sulfur dioxide, oxygen and water, is a fundamental section affecting the overall plant efficiency and capital investment. To date, catalysts for this reaction have not been proven to be stable for industrially relevant time periods.


14:45 PRESENTATION: Photocatalysis of Environmental Contaminants: Immobilized System for Continuous Operations Dr. John Zhou, Professor, University of Technology Sydney, Australia



15:55 PRESENTATION: Carbon Dioxide Reduction Catalysis for Large-Scale Chemical Production Dr. Stafford W. Sheehan, President and Co-Founder, Catalytic Innovations LLC, USA

15:55 PRESENTATION: Carbon Dioxide Reduction Catalysis for Large-Scale Chemical Production Dr. Stafford W. Sheehan, President and Co-Founder, Catalytic Innovations LLC, USA

16:20 PRESENTATION: Enhanced Photocatalytic Activity of Metallic Oxides Nanowire Arrays by Surface and Interface ModificationDr. Yajun Wang, Associate Professor, China University of Petroleum, China1D metallic oxides nanowire arrays on conductive substrates have been widely investigated in photocatalysis due to its large surface-to-volume ratios, direct electrical pathways for rapid transport of photogenerated carriers, more reaction sites and recyclable characteristics. Although photocatalysis has made great progress, there are still some unsolved problems, such as low photocatalyst activity and poor solar energy utilization.

16:45 PRESENTATION: Galllium Nitride a New Catalyst for The Direct Non-Oxidative Methane Activation Dr. Sc Jan Kopyscinski, Assistant Professor, McGill University, Canada

AN ISTCI'S FORUM


CATALYSIS FOR ENVIRONMENT, ENERGY AND INDUSTRY13:20 Chairperson’s Opening RemarksDr. John Zhou, Professor, University of Technology Sydney, Australia


13:30 PRESENTATION: New Enzymatic Pathways for the Production of Commercial Scale BiodieselDr. Ahmed Tafesh, Vice President New Business Development and CTO, TransBiodiesel Ltd, Israel




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Pricing and Registration InformationWCF2019 ALL ACCESS PACKAGE - BEST VALUE! (BEFORE DECEMBER 31 2018)INCLUDES ACCESS TO UP TO OPENNING CEREMONY, 2 CONFERENCE PLENARY FORUMS, SCIENTIFIC SESSIONS

Early Bird From 1st January 2019

Regular Registrations $599 $849Package A $799 $1049Package B &1999 $2299Package C $2799 $3049

OthersWelcome Banquet on May 22th 2019 $160Poster $249Exhibition Booth $2399 $2499Exhibition Table Top $1599 $1699

REGISTRATION PACKAGE EXPLANATIONRegular Registrations Conference materials Includes Conference proceedings, handbag, Conference

guide, etc. Coffee break in AM&PM

Package A Regular Registartion plus lunch & welcome banquet ticket for one person during the period of conference

Package B Package A plus dinner & 4 nights hotel accommodation (21st-25th May, 2019)

Package C Package B plus one accompanying person in a shared room

CONFERENCE DISCOUNTSPoster Submission - Discount ($50 Off): Dedicated poster sessions for Symposia and Conference Programs. Special poster deadlines apply.To secure a poster board and inclusion in specific conference materials, your abstract must be submitted, approved and your registration paid in full by the following deadlines: All poster abstracts are due no later than April 22, 2019. Poster inquiries: [email protected]. *ISTCI reserves the right to publish your poster title and abstract in various marketing materials and products.REGISTER 3 - 4th IS FREE: Individuals must register for the same conference or conference combination and submit completed registration form together for discount to apply. This only applies REGULAR REGISTRATIONStudents Discount: Organizing Committee will give students in high school, college, university a discount to encourage them come to FLC's conferences for presenting their studies, thoughts, ideas through poster, exhibition or speaking opportunities. Discount details please contact: [email protected] Discounts: Discounts are available for multiple attendees from the same organization. For more information on group rates contact our team member: [email protected]

CANCELLATION POLICY• A 80% refund will be made for cancellations received on or before Feb 22, 2019.• A 50% refund will be made for cancellations received on or before March 22, 2019.• No refund will be made for cancellations received after March 22, 2019• No refund for registrants who paid but did not attend the conference in person. However, you will have achance to attend next year's conference without registration fee.• Hotel cancellation deadline: March 22, 2019. A separate refund service fee of $100 will be charged for eachrefund.• Cancellations should be made via email to [email protected] before the above deadline.




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