Scope of the Symposium:
The development of industrial activities has reached a high technical development but the immediate future needs the establishment of processes and manufacture strategies capable to overcome the current impact to environment and to improve social skills and needings. In such a context, new solutions for sustainable growth of ceramics performance environmentally friendly without any health risk and capable to benefit from natural resources are urgently claimed by a society more and more concerned of the importance of reducing contamination and improving life conditions. Therefore, it is essential to develop new processing strategies for the green manufacture of ceramics to preserve natural sustainability and to generate clean and sustainable energy sources. This symposium focuses on new science and technology of ceramic processing especially concerned with these aspects of sustainability, friendly for environment and health and with reduced costs. On this basis, this symposium welcomes and encourages all ceramics community to submit their recent works dealing with novel aspects of the different steps of ceramic processing, including the development of new, eco-friendly synthesis routes, the optimization of powders preparation, colloidal dispersions and rheology, the study of natural biomolecules and natural additives, the theoretical and practical analysis of innovative shaping techniques involving non-contaminant steps or additives, the use of clean and energetically efficient processes and the recuperation of wastes and recycled products, as well as new aspects concerning the development of fast sintering procedures capable to reduce environmental impact and energy consumption at reduced costs. In addition, the design and manufacture of ceramics and ceramic based composites with complex shapes and tailored microstructures with especial functionalities including aligned porosity, texturation, lamination, etc, are also welcome.
Abstracts on the following subjects may be submitted:
Novel synthesis routes
Chemical routes avoiding toxic precursors, such as colloidal sol-gel, freeze drying, chemical routes, etc
Routes for the fast, clean synthesis of nanopowders, such as spray flame pyrolysis, microwaves assisted synthesis, etc
Synthesis of mixtures, core-shell structures, powders with special shapes and geometries, nano and microspheres, etc
Modification and beneficiation of raw materials avoiding environmentally aggressive conditions
Modelling and engineering of milling and mixing procedures
Controlled granulation by spraying, freezing, etc
Dry powder processing
Preparation and optimization of suspensions for green manufacture
Colloidal stabilization and rheology of suspensions
Use of natural additives for ceramic processing
Development of aqueous and low toxicity systems
Innovative shaping processes
Colloidal based processes for three dimensional parts including slip casting and derivatives, gelcasting, micropatterning, etc
Plastic forming processes, low and high pressure injection moulding, extrusion, etc
Manufacture of thin and thick films and coatings by vapor assisted techniques such as CVD, PVD, etc, or using suspensions or particulate sols, such as dipping, spin coating, electrophoretic deposition, etc.
Production of laminates and functionally graded materials with functional or structural applications, focusing biomimetic materials, multilayer devices, textured laminates, etc
Shaping of porous ceramics using friendly additives, ice-templating, polysaccharides, starches, etc
Rodrigo Moren Prof. Rodrigo Moreno obtained the PhD degree in Chemistry by Universidad Autónoma de Madrid in 1988. He has developed all his scientific activity in the Institute of Ceramics & Glass (CSIC, Spain), where he become Tenured Scientist in 1990, Research Scientist in 1999, and Research Professor in 2004. He is the leader of the Synthesis and Colloidal Processing Group at ICV from 2005. His main interest lies on the synthesis of ceramic powders, the colloidal stability and rheology of ceramic suspensions, and the manufacture of structural and functional materials by colloidal processing techniques. He is co-author of more than 260 ISI journal articles, 9 patents, several book chapters, and one book. He has been member of the organization committees of more than 50 national and international conferences and has pronounced more than 60 invited lectures. Prof. Moreno is member of the Spanish Ceramic Society, the American Ceramic Society, Fellow of the European Ceramic Society, and Vicepresident of the Spanish Society of Materials, and is one of the editors of the Journal of the European Ceramic Society . He has been awarded with JECS Trust Award in 2017.
Sonia R. H. Mello-Castanho Dr. Sonia Mello-Castanho is currently Researcher and Manager director of the Materials Science and Technology Centre (CCTM) of the Institute of Nuclear and Energy Research (IPEN / CNEN-SP). She is Professor at the University of São Paulo (USP) on the Nuclear Technology - Materials. Coordinator of the research group (PG/CNPq) in Materials and Environment. She graduated in Materials Engineering by Federal University of São Carlos, obtained the Master Science in Nuclear Technology at the Institute of Nuclear and Energy Research (IPEN/USP, University of São Paulo) and the PhD in Chemistry at the Institute of Ceramics and Glass (CSIC). Her main interest deals with: - Renewable energy devices used in fuel cells, catalysts and biomass, – Environmental issues including mitigation, inerting and rehabilitation of wastewater and by-products of extractive and industrial processes, environmental policy (Rhos, WEEE), - Biocompatible ceramics, glasses and multifunctional composites for implantology. Her activity focused on environmental research management, compositional planning materials, colloidal processing, rheology, glasses and glass-ceramics, composites and natural multifunctional nanostructures.