Plenary talk by Masahiro YOSHIMURA


Join us!! GSCCE-2019!!

2nd  Global Summit on Chemistry and Chemical Engineering (GSCCE-2019), which will be held during February 18-19, 2019 at Frankfurt, Germany is now an established event, attracting global participant’s intent on sharing, exchanging and exploring new avenues of Chemistry and related research and latest developments. The event will have highly cited class plenary speakers, established keynote speakers, Invited speakers and fresh contributed speakers.


Masahiro YOSHIMURA was graduated for B.S. at 1965, M.S. at 1967 and D. Sc. in Engineering at 1970 from Tokyo Institute of Technology, Japan. He was the Director of Center for Materials Design for 1996-2002. He retired at 2008, Professor Emeritus from Tokyo Institute of Technology. He is nominated form Thomson-Reuter as ISI Highly-Cited Researcher (2001). Now he has >730 peer-reviewed Papers, 84 Reviews, 4 Books (49 Book Chapters) & >30 Patents, and >18,000 International. Citations with h-index >68, in Google Scholars: >28,700 Citations with h-index= 78.

Being an invited plenary speaker, Dr. Masahiro YOSHIMURA is going to talk about “Why is Soft (= Green, Solution & Low-Energy) Processing of Advanced Inorganic Materials Difficult but Necessary for Sustainable Society?” A brief summary is presented here.

Modern our society has been developed with various advanced materials. Most of advanced materials, Metallurgical materials, Semiconductors, Ceramic materials and Plastics have been used in wide area of applications like structural, mechanical, chemical, electrical, electronic, optical, photonic, biological, medical, etc. Most of them except for bio-polymers & bio-minerals have never been produced via biological systems. Thus they have generally been fabricated artificially and/or industrially by so-called high-technology, where  high temperature, high pressure, vacuum, molecule, atom, ion, plasma, etc. have been used for their fabrications, then consumed huge amount of resources and energies thus exhausted  huge amounts of wastes: materials, heats and entropy. To prevent this tragedy, we must consider water-based industries.
Considering the lowering of total energy consumption, we have challenged to fabricate those advanced inorganic materials with desired shape/size/location, etc. directly in low energetic routes using aqueous solutions since 1989 when we found a method to fabricate BaTiO3 film on Ti substrate in a Ba(OH)2 solution by Hydrothermal Electrochemical[HEC] method at low temperatures of 60-200 C.  We  proposed in 1995 an innovative concept and technology, “Soft Processing” or “Soft Solution Processing,” which aims low energetic (= green, environmentally friendly) fabrication of shaped, sized, located, and oriented inorganic materials in/from solutions.  It can be regarded as one of bio-inspired processing, green processing, or eco-processing.  When we have activated/stimulated interfacial reactions locally and/or moved the reaction point dynamically, we can get patterned ceramic films directly in solution without any firing, masking nor etching.   Direct Patterning of CdS, PbS and CaWO4 on papers by Ink-Jet Reaction method. Furthermore, we have succeeded to fabricate BaTiO3 patterns on Ti by a laser beam scanning and carbon patterns on Si by plasma using a needle electrode scanning directly in solutions.  Successes in TiO2 and CeO2 patterns by Ink-Jet Deposition, where nano-particles are nucleated and grown successively on the surface of substrate thus become dense even below 300 C will be presented.　Nano-structured films will be also talked. .A recent novel subject, Soft Processing for various 2D materials including Graphene and functionalized Graphene, will be introduced where we have succeeded to prepare functionalized Graphene Ink via successive processes under ambient temperature and pressure conditions.

Interested?

Have a glance: https://scientificfederation.com/gscce-2019/index.php

Contact Us: chemistryandchemicalscientific@gmail.com
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2nd Global Summit on Chemistry and Chemical Engineering




The 2nd edition of Global Summit on Chemistry and Chemical Engineering – GSCCE-2019 will continue in full swing on February 18-19, 2019 at the Frankfurt, Germany under the motto “Innovation and Integration for advancements in Chemistry”.




GSCCE is organized by Scientific Federation. These scientific conferences are covering a broad range of research in the Science, Technology, Medical, Pharmacy, Clinical and Engineering. Attending this Conference is immense access to ground-breaking research presentations and discussions, and the informal atmosphere and smaller size of a conference provides the best break to develop collaborations, get innovative ideas and opportunity for your own work - and plan for the subsequent stage of your scientific career. 

GSCCE-2019 provides the best platform for all participants to boost and update their knowledge in chemical science and technology through a variety of courses, workshops and lectures. Additionally, the scientific program provides an ideal setting for specialists and practitioners in this field to strengthen existing collaborations and develop new ones with their counterparts from all over the world.

In addition to the excellent educational opportunities, a specialized exhibition held in conjunction with the conference, provides an avenue for business entities in the industry to showcase and promote the most up-to-date equipment, machine and product.

All researchers, including post docs and graduate students, are encouraged to attend the Scientific Federation conferences in their respective research field. All conferences offer the opportunity to exploit your knowledge by submitting a poster for the poster sessions. 


Discussion meetings will be arranged during the conference time and this is the best platform to develop new partnership & collaborations worldwide. GSCCE-2019 is the pioneer and largest event in the Middle East, North Africa and South Asia region dedicated to chemists, labs and industries.

Chemistry is the study of matter, its properties, how and why substances combine or separate to form other substances, and how substances interact with energy. It is part of everything in our lives. Understanding basic chemistry concepts is important for almost every profession.
Many people think of chemists as being white-coated scientists mixing strange liquids in a laboratory, but the truth is we are all chemists. Chemical engineers research and develop new materials or processes that involve chemical reactions.

Attending this conference makes people more effective and chemical engineers to devise new ways to make manufacturing of their products easier and more cost effective.

The event will have 5-6 world level (Highly cited class) plenary speakers, established Keynote speakers, active Invited speakers and fresh contributed speakers. In addition, variety of poster presentations along with workshops and special sessions would be interested in audience.


Chemical engineers are involved in designing and operating processing plants, develop safety procedures for handling dangerous materials, and supervise the manufacture of nearly every product we use. Chemical engineers work to develop new products and processes in every field from pharmaceuticals to fuels and computer components. 



Poster presentations may not seem as prestigious as oral presentations, but they are a great opportunity to interact with other scientists in your field in a reasonably structured way. Just like oral presentations, they force you to crystallize your thoughts about your research and, in this way, focus on its essence. After the conference, you can usually hang your poster in the hallway of your laboratory. Thus, you promote your work to passersby and have a support at hand if you must unexpectedly present your research to visitors.

Being accepted for a poster session at a conference means you must first create the poster itself, and then prepare to interact with visitors during the session.

In our conferences, you may also have a chance to promote your poster through an extremely brief oral presentation.

GSCCE-2019 makes sure to support and motivate 'Young Researchers' by Establishing their academic and professional relationships, Improving their morale and confidence of presenting research in an international platform, Interacting with expertise in their respective departments, Clearing your inhibitions of adjusting to the foreign environment, Providing a holistic experience of academic tourism.

GSCCE-2019 brings you an immense opportunity to be a part of scientific acceleration to world class personalities, young scholars, scientific delegates and young scientists to join in this forum to utilize the expertise and novelties that brings a new era for innovations in the field of Chemistry & Chemical Engineering which brings well versed scrutinizers at one place. It provides a platform to have open discussions, knowledge sharing and interactive sessions with field experts.

Submit your brief idea or abstract of your talk/presentation/symposium/ workshop according to your session interest.

Sessions include Chemical Engineering, Chemical Technology, Chemical Process Technology, Chemical Safety Technology, Advances in Chemical & Process Engineering, Catalysis and Reaction Engineering, Thermodynamics and Molecular Computation, Polymers and Complex Fluids, Cellular Engineering, Micro fabricated Systems, Chemical research and Development, Chemical Reactors, Thermodynamics, New Catalytic Processes, Catalysts Synthesis and Characterization, Chemical Engineering educational challenges and development, Chemical Reaction Engineering, Crystallization, Biochemical Engineering, Physical Chemistry, Radiochemistry, Energy and Nuclear Sciences.

Conference sessions will bring you the latest strategies, research, and best practices to improve outcomes through quality, safety and staffing. Attendees will learn from evidence-based research and discover innovations they can start using immediately.

For more details about conference: http://scientificfederation.com/gscce-2019/index.php

Join your peers at conference for focusing on quality outcomes! Frankfurt, Germany!!
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Global Summit on Chemistry and Chemical Enggineering


Physical Chemistry


Dr. PATIL SHIVAJIRAO RAGHUNATH has made significant contribution in Bio-analytical Chemistry and Material Science by publishing 75 articles in the research journals of national and international repute. In addition, he has also contributed in teaching, curriculum and extracurricular activities of the home university and other universities of Maharashtra State. 

Dr. Patil was visiting Professor to Department of Chemistry, Hanyang University, South Korea during March 2010 to June 2010. The analytical methods based on Fluorescence off-on approach developed for determination of Drugs, Bio-molecules like Vitamins, components of DNA etc and molecular interaction studies between Drug and Bio-molecules have received appreciating citations. The work on organic nano-particles (NPs) for development of Bio-analytical technique and bio-chemical imaging is of interest. Dr.Patil is reviewer for international journals and currently Member of the Editorial Board of “Journal of Luminescence and Applications” a Journal of Columbia International Publishing USA. 

Being an invited keynote speaker at The Global Summit on Chemistry and Chemical Engineering Conference held by Scientific Federation. He is going to talk about “Preparation and characterization of Fluorescent Organic Nano particles (FONs) for chemical, biochemical detection and imaging.” A brief summary is presented here.

The development of increasingly selective and sensitive methods for the determination of chemical, biochemical analyzes species currently receiving considerable attention. Fluorescence spectroscopy has become a commanding tool for sensing and imaging trace amounts of species because of its simplicity and high sensitivity. The fluorescence method has obvious advantages in sensitivity, selectivity and real-time in situ detection. FONs of the low molecular weight materials exhibit improved photo stability and enhanced emission. It is worth noting that FONs have high stability in aqueous solution, thus providing convenience for chemical and biological testing in aqueous solution. These organic materials have certain advantages of well-defined molecular structures, easier preparation and purification, amenability to large-scale production, and better batch-to- batch reproducibility. 

The design and synthesis of fluorescent organic nano sensors with high selectivity and sensitivity of detection continue to grow in the research field. The organic nano particles will be characterized by Dynamic Light Scattering (DLS), SEM (Scanning Electron Microscope), Infra-Red (IR) spectroscopy and Nuclear Magnetic Resonance (NMR) spectroscopy methods. The studies on photo physical performance of the nano particles will help to explore the binding ability of fictionalized nano particles with analyte of interest. Mechanism of binding could be proposed on the basis of fluorescence change, Zeta potential, anodic and cathodic peak potential obtained on cyclic voltammetry. 

For more details: http://scientificfederation.com/chemical-engineering-2018/index.php


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Global Summit on Chemistry and Chemical Engineering

Catalysis & Reaction Engineering

          The Scientific Federation delighted to welcome you to Global Summit on Chemistry & Chemical Engineering which will be held on February 26-27 at Abu Dhabi, UAE. This brings you an immense opportunity to be a part of scientific acceleration to world class personalities, young scholars, scientific delegates and young scientists to join in this forum to utilize the expertise and novelties that brings a new era for innovations in the field of Chemistry & Chemical Engineering which brings well versed scrutinizers at one place. It provides a platform to have open discussions, knowledge sharing and interactive sessions with field experts at GSCCE-2018.
              Chemical reactions lie at the heart of processes where molecules are transformed from raw materials to useful products and energy. For the economic utilization of such chemical transformations the unit where they are performed (the reactor) needs to be carefully designed accounting for kinetics, hydrodynamics, mass and heat transfer. 
               Catalysis plays a significant role in many of these transformations, leading to more efficient and greener processing routes. Catalysts are complex materials that have to satisfy many criteria on multiple scales, in order to be successfully used in catalytic processes. For this purpose an integrated approach, taking into account sustainability and scalability considerations, and combining modeling and experiments, catalysis science and chemical engineering is required.  Phenomena at all length scales interact, and for this reason simultaneous catalyst and reactor design is the best route towards optimal performance. We employ a multi-scale (in space and time) design approach that ranges from the microscopic atomistic scale to the macroscopic scale of the reactor. Modeling and experiments are utilized at the various length scales, including sophisticated spectroscopic techniques, quantum and statistical mechanics, process intensification tools and inspiration from nature. 
              The reactor technologies, catalytic materials and fundamental knowledge developed by the group find applications in diverse areas. These include manufacturing of chemicals, chemical intermediates, pharmaceuticals and nano materials, which find use from consumer products to healthcare. A comprehensive range of applications in the energy domain, such as hydrogen production from water, driven by solar energy or electrolysis, fuel cells, batteries, production of fuels from waste materials or carbon dioxide, and applications that seek to increase energy efficiency are also explored. Particular areas of interest within the group include catalytic pyrolysis, electro catalysis, and micro reactor technology and photo catalysis. 

URL: http://scientificfederation.com/chemical-engineering-2018/index.php
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Polymers and Complex Fluids

                               Polymers and Complex Fluids
         
                                    

        The Scientific Federation delighted to welcome you to Global Summit on Chemistry & Chemical Engineering which will be held on February 26-27 at Abu Dhabi, UAE. This brings you an immense opportunity to be a part of scientific acceleration to world class personalities, young scholars, scientific delegates and young scientists to join in this forum to utilize the expertise and novelties that brings a new era for innovations in the field of Chemistry & Chemical Engineering which brings well versed scrutinizers at one place. It provides a platform to have open discussions, knowledge sharing and interactive sessions with field experts at GSCCE-2018.

        The Polymers and Complex Fluids Group develops measurement methods, models, data, standards, and science for soft materials, such as multi-phase fluids, gels, and composites, and their constituent components, such as polymeric molecules, nano particles, colloids, and fibers. The Complex Fluids and Theoretical Polymer Physics group focuses on the structure and dynamics of complex fluids, with polymeric fluids being the overarching theme. The study of polymers and complex fluids is an active area of research within our department and is tightly interwoven with other areas. Topics of current interest include thermodynamic modeling of gelation and crystallization of nano particles in a variety of complex fluids, rheology of polymers and colloids, structure-property-processing relationships in polymers and composites.

             Polymers are ubiquitous in modern life, as are complex fluids – soft materials with properties between those of liquids and solids. Researchers in the Chemical Engineering Department are developing polymer films for use in energy conversion, new polymers for flexible solar cells, membranes and medical devices, and polymer coatings that change properties when exposed to stimuli. The research in this area includes rheology studies, molecular simulation, colloid self-assembly, gelation and percolation.

             The Polymer and Complex Fluids Group at the Colorado School of Mines combines expertise in the areas of flow and field based transport, intelligent design and synthesis as well as nano materials and nanotechnology. The faculty of the Polymer and Complex Fluids Group hold appointments in the Department of Chemistry and Geochemistry and Department of Chemical Engineering. A wide range of research tools employed by the group includes characterization using rheology, scattering, micro fluidics and field flow fractionation (FFF), synthesis of novel branched macromolecules and polymer brushes as well as theory and simulation involving molecular dynamics and Monte Carlo approaches. 
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Crystallization

                                                       

   

               The Scientific Federation delighted to welcome you to Global Summit on Chemistry & Chemical Engineering which will be held on February 26-27 at Abu Dhabi, UAE. This brings you an immense opportunity to be a part of scientific acceleration to world class personalities, young scholars, scientific delegates and young scientists to join in this forum to utilize the expertise and novelties that brings a new era for innovations in the field of Chemistry & Chemical Engineering which brings well versed scrutinizers at one place. It provides a platform to have open discussions, knowledge sharing and interactive sessions with field experts at GSCCE-2018.

               Crystallization is the solidification of atoms or molecules into a highly structured form called a crystal. Usually, this refers to the slow precipitation of crystals from a solution of a substance. However, crystals can form from a pure melt or directly from deposition from the gas phase. It can also refer to the solid-liquid separation and purification technique in which mass transfer occurs from the liquid solution to a pure solid crystalline phase.

                Although crystallization may occur during precipitation, the two terms are not interchangeable. Precipitation simply refers to formation of an insoluble (solid) from a chemical reaction. A precipitate may be amorphous or crystalline. Two events must occur for crystallization to occur. First, atoms or molecules cluster together on the microscopic scale in a process called nucleation. If the clusters become stable and sufficiently large, crystal growth may occur. Atoms and compounds can generally form more than one crystal structure (polymorphism). The arrangement of particles is determined during the nucleation stage of crystallization. This may be influenced by multiple factors, including temperature, concentration of the particles, pressure, and the purity of the material. In a solution in the crystal growth phase, equilibrium is established in which solute particles dissolve back into the solution and precipitate as a solid.

                 If the solution is supersaturated, this drives crystallization because the solvent cannot support continued dissolving. Sometimes having a supersaturated solution is insufficient to induce crystallization. It may be necessary to provide a seed crystal or a rough surface to start nucleation and growth.
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Biochemical Engineering

                              Biochemical Engineering

The Scientific Federation delighted to welcome you to Global Summit on Chemistry & Chemical Engineering which will be held on February 26-27 at Abu Dhabi, UAE. This brings you an immense opportunity to be a part of scientific acceleration to world class personalities, young scholars, scientific delegates and young scientists to join in this forum to utilize the expertise and novelties that brings a new era for innovations in the field of Chemistry & Chemical Engineering which brings well versed scrutinizers at one place. It provides a platform to have open discussions, knowledge sharing and interactive sessions with field experts at GSCCE-2018.
This session focuses on the topic of Biochemical engineering, which says that it is the branch of chemical engineering which deals with the designing and manufacturing of the different unit operations involving biological material or living organism. It involves the application of chemical engineering methods and approaches to industrial operations which entirely based on the biological elements. Main application of biochemical engineering are in petrochemical industry, food processing, pharmaceutical companies, biotechnology, and water treatment industries. 
In the past few years, the process of large-scale bio-manufacturing has become more practical owing to advancements in technology and the easy availability of machines large enough to produce significantly high volumes of biologics due to progress in expression systems, cell and organ generation, and batch cultures. These advancements have boosted the requirement for equipment as demand for small volume and multiproduct capabilities have enabled facilities to adjust unit operations based on demand without incurring wastages and additional expenses.
Biochemical Engineering is an essential area in modern biotechnology. It includes Bioreactor and fermented design aspects, Industrial biotechnology, Photo bioreactor, electrochemical energy conversion, Biological hydrogen production (Algae), Bio-fuel from algae, Bioreactor landfill, and Moss bioreactor. The global market for bio-products is $466.6 billion in 2016 and it may reach $714.6 billion by 2021 from a compound annual growth rate (cagr) of 8.9%, from 2016 to 2021. 
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