H5) Polymer Additive, Composite and Manufacturing
Chair(s): Masayuki Okoshi (Gifu University, Japan) Co-Chair(s): Tan Chin Hui (ALTECO Chemical) Symposium Scope/Topics Our session focuses on three key areas: polymer additives, composite materials, and manufacturing technologies. Polymer additives: We pursue sustainable material design by enhancing functionality and environmental adaptability. Composite materials: This sector emphasizes the development and evaluation of novel high-strength, lightweight composites, promoting broad applications in aerospace, automotive, and other industries. Manufacturing: Advanced production technologies and process optimization are targeted to establish high-quality and efficient manufacturing systems. Researchers and engineers from Asia and around the world will gather to integrate diverse knowledge and technologies, strengthen collaboration with industry, and generate comprehensive insights that contribute to solving global challenges and realizing a sustainable society. Topics: Composite Materials Polymer-based Materials – sustainability and circularity Flame retardants/Flame-retardant materials Polymer additives Evaluation method, simulation, material Informatics 3D printing Injection/press/extruder Invited Speakers Ueno Tomonaga Nagoya University Our session focuses on three key areas: polymer additives, composite materials, and manufacturing technologies. Polymer additives: We pursue sustainable material design by enhancing functionality and environmental adaptability. Composite materials: This sector emphasizes the development and evaluation of novel high-strength, lightweight composites, promoting broad applications in aerospace, automotive, and other industries. Manufacturing: Advanced production technologies and process optimization are targeted to establish high-quality and efficient manufacturing systems. Researchers and engineers from Asia and around the world will gather to integrate diverse knowledge and technologies, strengthen collaboration with industry, and generate comprehensive insights that contribute to solving global challenges and realizing a sustainable society. Topics: Composite Materials Polymer-based Materials – sustainability and circularity Flame retardants/Flame-retardant materials Polymer additives Evaluation method, simulation, material Informatics 3D printing Injection/press/extruder Ueno Tomonaga Nagoya University
H4) Biomass-Based Defossilisation Strategies for Sustainable Chemicals and Materials
Chair(s): Kai Dan (IMRE), Li Zibiao (IMRE/NUS) Co-Chair(s): Yong Qian (South China University of Technology, China) Symposium Scope/Topics With increasing global emphasis on environmental sustainability and reducing dependency on petroleum-based feedstock, the development of renewable fuel, chemicals and materials has become critical. Among these, lignocellulosic biomass offers a promising alternative to fossil fuel due to its abundance and renewability. Beyond biorefinery and biomass conversion, functional materials derived from wood and other biomass sources are attracting widespread attention for applications in packaging, electronics, and energy storage. This symposium aims to gather researchers and industry professionals to exchange knowledge, showcase recent advances, and discuss future directions in the design, synthesis, processing, and application of biomass. This symposium will cover the following topics: Biorefinery and biomass valorization Green chemistry for biomass pre-treatment Biomass conversion to platform chemicals Green and sustainable technologies for biomass deconstruction Biomass-based materials Cellulose-derived functional materials (films, hydrogels, aerogels, electronics, 3D printing, sensors) Lignin-derived functional materials (nanoparticles, adhesives, resins, copolymers) Other functional materials from biomass Wood-derived materials and technologies Functional wood composites Bioinspired and hierarchical wood structures Transparent and modified/reprocessed wood Novel processing methods on wood Invited Speakers To be confirmed With increasing global emphasis on environmental sustainability and reducing dependency on petroleum-based feedstock, the development of renewable fuel, chemicals and materials has become critical. Among these, lignocellulosic biomass offers a promising alternative to fossil fuel due to its abundance and renewability. Beyond biorefinery and biomass conversion, functional materials derived from wood and other biomass sources are attracting widespread attention for applications in packaging, electronics, and energy storage. This symposium aims to gather researchers and industry professionals to exchange knowledge, showcase recent advances, and discuss future directions in the design, synthesis, processing, and application of biomass. This symposium will cover the following topics: Biorefinery and biomass valorization Green chemistry for biomass pre-treatment Biomass conversion to platform chemicals Green and sustainable technologies for biomass deconstruction Biomass-based materials Cellulose-derived functional materials (films, hydrogels, aerogels, electronics, 3D printing, sensors) Lignin-derived functional materials (nanoparticles, adhesives, resins, copolymers) Other functional materials from biomass Wood-derived materials and technologies Functional wood composites Bioinspired and hierarchical wood structures Transparent and modified/reprocessed wood Novel processing methods on wood To be confirmed
H3) Programmable Soft Materials and Flexible Structures for Sustainability Solutions
Chair(s): Yifan Wang (NTU), Will Liu Chang (NUS) Co-Chair(s): Wei Zhai (NUS), Ke Liu (Peking University, China) Symposium Scope/Topics Soft materials and flexible structures offer programmable mechanical and functional behaviors, opening new opportunities for sustainable solutions. Programmable encoding of extreme properties and multifunctionality into such systems can be achieved through a broad spectrum of physical, chemical, thermal, and other couplings. This symposium explores multiscale design and fabrication strategies that enable adaptive, responsive, and environmentally conscious soft systems for real-world applications. By uniting expertise in manufacturing, mechanics, and materials science, the symposium seeks to catalyze cross-disciplinary solutions that advance programmable soft materials and flexible structures toward a sustainable future. Multi-physics coupling in soft materials and flexible structures for extreme properties. Programmable encoding of functionalities within soft materials and flexible structures. Responsiveness enabled by advanced processes, including 4D printing, hierarchical structuring, biomimetic design, compositing, and beyond. Soft material systems for sustainability, encompassing energy harvesting, water management, and environmental sensing. Soft materials and flexible structures for robotics and human–machine interfaces. Invited Speakers To be confirmed Soft materials and flexible structures offer programmable mechanical and functional behaviors, opening new opportunities for sustainable solutions. Programmable encoding of extreme properties and multifunctionality into such systems can be achieved through a broad spectrum of physical, chemical, thermal, and other couplings. This symposium explores multiscale design and fabrication strategies that enable adaptive, responsive, and environmentally conscious soft systems for real-world applications. By uniting expertise in manufacturing, mechanics, and materials science, the symposium seeks to catalyze cross-disciplinary solutions that advance programmable soft materials and flexible structures toward a sustainable future. Multi-physics coupling in soft materials and flexible structures for extreme properties. Programmable encoding of functionalities within soft materials and flexible structures. Responsiveness enabled by advanced processes, including 4D printing, hierarchical structuring, biomimetic design, compositing, and beyond. Soft material systems for sustainability, encompassing energy harvesting, water management, and environmental sensing. Soft materials and flexible structures for robotics and human–machine interfaces. To be confirmed
H2) Functional Nanocomposites and Hybrid Materials
Chair(s): Chaobin He (NUS) Co-Chair(s): Jianwei Xu (A*STAR), Jun Ma (Adelaide University, Australia), Xianhu Liu (Zheng Zhou University, China) Symposium Scope/Topics Nanocomposites and hybrid materials with their heterogeneous structures that range from a few nm to 100 nm exhibit unique thermal mechanical, optical and electrical properties, and have been found many applications in aerospace, automotive, energy conversion and storage, infrastructure, maritime, health care technology and sport products. This symposium aims to gather researchers and industry professionals to exchange knowledge, showcase recent advances, and discuss future directions in the design, synthesis, processing, modeling and application of nanocomposites and hybrid materials. This symposium will cover the following topics: Nanoparticles synthesis, their surface modification, and interfacial interaction with matrices Applications of nanocomposites (energy, biomedical, electronic, optical, barrier, and structures, and other new applications.) Characterization of nanocomposite structure and constituent phases, Modelling of nanocomposites and interfaces, Fracture mechanics, and the performance of nanocomposite materials & devices Invited Speakers To be confirmed Nanocomposites and hybrid materials with their heterogeneous structures that range from a few nm to 100 nm exhibit unique thermal mechanical, optical and electrical properties, and have been found many applications in aerospace, automotive, energy conversion and storage, infrastructure, maritime, health care technology and sport products. This symposium aims to gather researchers and industry professionals to exchange knowledge, showcase recent advances, and discuss future directions in the design, synthesis, processing, modeling and application of nanocomposites and hybrid materials. This symposium will cover the following topics: Nanoparticles synthesis, their surface modification, and interfacial interaction with matrices Applications of nanocomposites (energy, biomedical, electronic, optical, barrier, and structures, and other new applications.) Characterization of nanocomposite structure and constituent phases, Modelling of nanocomposites and interfaces, Fracture mechanics, and the performance of nanocomposite materials & devices To be confirmed
H1) Recent Advances in Polymer Recycling and Upcycling
Chair(s): Jason Lim (IMRE), Zhiqun Lin (NUS) Co-Chair(s): Eugene Chen (Colorado State University, USA) Symposium Scope/Topics The proposed Advances in Polymer Recycling and Upcycling symposium for ICMAT 2027 aims to provide an academic platform for experts, researchers, and professionals in the fields of polymer science and engineering, materials science and engineering and chemical and biomolecular engineering to delve into recent advances, challenges, and future opportunities in polymer recycling and upcycling. The symposium will propel the academic understanding and exploration of sustainable practices in polymer recycling and upcycling. The symposium will facilitate discussion and knowledge sharing to promote such sustainable practices and advancements in polymeric materials, contributing to a greener and more sustainable future. Target Audience The symposium is tailored for academic researchers and students specializing in polymer science and engineering, materials science and engineering, chemistry, chemical engineering, and related disciplines. The participants are encouraged to present their research findings, engage in academic discussion, and collaborate for future research prospects of polymer recycling and upcycling. The symposium covers but is not limited to the following 6 topics. Innovative Recycling Techniques and Processes Delving into the forefront of recycling methodologies, encompassing advanced mechanical, chemical, thermal, catalytic and enzymatic processes tailored for efficient polymer waste recycling. Abstracts in this area are sought. Polymer Degradation and Monomer Recovery Exploring chemical mechanisms and reactions that facilitate the degradation of polymers into valuable monomers or precursors, with a focus on enabling effective recycling. Abstracts in this area are sought. Characterization of Recycled Polymers Utilizing advanced analytical techniques to characterize the composition, structure, and properties of recycled polymers, enabling informed material design and development. Abstracts in this area are sought. Upcycling of Plastic Waste Investigating innovative approaches to transform recycled polymers into high-value materials, products, and/or applications, promoting upcycling and sustainable reuse. Abstracts in this area are sought. Sustainable Polymer Synthesis and Design Exploring sustainable approaches and strategies for designing polymers with recyclability in mind, minimizing environmental impact in both synthesis and end-of-life phases. This will include emerging classes of polymers such as covalent adaptable networks and biomass-derived polymers. Abstracts in this area are sought. Expected Outcomes of the Symposium Facilitate academic discussion and knowledge exchange in the field of polymer recycling and upcycling. Promote collaboration and cultivate new avenues of research across various scientific disciplines, including polymer science and engineering, materials science and engineering, chemistry, and chemical and biomolecular engineering. Provide a platform for researchers to present their latest findings and innovations. Stimulate academic and industry partnerships for sustainable polymer materials development. Invited Speakers To be confirmed The proposed Advances in Polymer Recycling and Upcycling symposium for ICMAT 2027 aims to provide an academic platform for experts, researchers, and professionals in the fields of polymer science and engineering, materials science and engineering and chemical and biomolecular engineering to delve into recent advances, challenges, and future opportunities in polymer recycling and upcycling. The symposium will propel the academic understanding and exploration of sustainable practices in polymer recycling and upcycling. The symposium will facilitate discussion and knowledge sharing to promote such sustainable practices and advancements in polymeric materials, contributing to a greener and more sustainable future. Target Audience The symposium is tailored for academic researchers and students specializing in polymer science and engineering, materials science and engineering, chemistry, chemical engineering, and related disciplines. The participants are encouraged to present their research findings, engage in academic discussion, and collaborate for future research prospects of polymer recycling and upcycling. The symposium covers but is not limited to the following 6 topics. Innovative Recycling Techniques and Processes Delving into the forefront of recycling methodologies, encompassing advanced mechanical, chemical, thermal, catalytic and enzymatic processes tailored for efficient polymer waste recycling. Abstracts in this area are sought. Polymer Degradation and Monomer Recovery Exploring chemical mechanisms and reactions that facilitate the degradation of polymers into valuable monomers or precursors, with a focus on enabling effective recycling. Abstracts in this area are sought. Characterization of Recycled Polymers Utilizing advanced analytical techniques to characterize the composition, structure, and properties of recycled polymers, enabling informed material design and development. Abstracts in this area are sought. Upcycling of Plastic Waste Investigating innovative approaches to transform recycled polymers into high-value materials, products, and/or applications, promoting upcycling and sustainable reuse. Abstracts in this area are sought. Sustainable Polymer Synthesis and Design Exploring sustainable approaches and strategies for designing polymers with recyclability in mind, minimizing environmental impact in both synthesis and end-of-life phases. This will include emerging classes of polymers such as covalent adaptable networks and biomass-derived polymers. Abstracts in this area are sought. Expected Outcomes of the Symposium Facilitate academic discussion and knowledge exchange in the field of polymer recycling and upcycling. Promote collaboration and cultivate new avenues of research across various scientific disciplines, including polymer science and engineering, materials science and engineering, chemistry, and chemical and biomolecular engineering. Provide a platform for researchers to present their latest findings and innovations. Stimulate academic and industry partnerships for sustainable polymer materials development. To be confirmed
