2027 8th International Conference on Advanced Material and Clean Energy (ICAMCE 2027)

2026 7th International Conference on New Materials and Clean Energy (ICAMCE 2026) was grandly held in Xiamen, Fujian Province from January 30th to February 1st, 2026. This conference, with the core theme of "Gathering Global Wisdom to Drive a Green Future", focuses on the cutting-edge trends and innovative achievements in clean energy technology, biomass energy, new chemical materials and their cross-disciplinary applications, aiming to build a high-level and international academic exchange and cooperation platform. The conference attracted a large number of experts, scholars, researchers and student representatives from domestic and foreign universities, research institutes and industries to gather together and jointly discuss the technological innovation and development paths in the fields of new materials and clean energy.

The keynote report focuses on the cutting-edge and leads the development direction of the discipline

The core keynote report session of the conference invited three outstanding scholars in this field to share their latest research achievements and profound insights.

Professor Qi Hong, the vice dean of the School of Energy Science and Engineering at Harbin Institute of Technology, delivered the opening report titled "Research on Thermal Physical Property Measurement Technology of High-Temperature Molten Salt for Solar Energy". Professor Qi Hong systematically expounded on the crucial role of high-temperature molten salts in the thermal utilization of concentrated solar energy, and elaborated on the significant breakthroughs made by his team in the precise measurement technology of the thermal physical properties of high-temperature molten salts, providing a solid data foundation and theoretical support for the efficiency improvement and safe operation of clean energy systems such as solar thermal power generation.

Subsequently, Professor Li Haitao from Jiangsu University, the host of the conference, delivered a special report titled "Green Ammonia Synthesis Driven by the Dual Carbon Background". He conducted an in-depth analysis of the challenges and opportunities faced by the traditional ammonia synthesis industry under the "dual carbon" strategic goals, with a focus on introducing the "green ammonia" synthesis technology path based on renewable energy, the latest research progress and the future industrialization prospects, providing innovative ideas for the low-carbon and green transformation of the chemical industry.

Professor Xie Guohua from Xiamen University, a Fellow of the Royal Society of Chemistry, delivered a wonderful report titled "Transfer Printing Organic Light-Emitting Diodes". Professor Xie Guohua elaborated in a clear and understandable way on the key advantages and application potential of solution processing and transfer printing technology in the preparation of high-performance, large-area organic light-emitting diodes (OLEDs), demonstrating their broad prospects in the next-generation flexible display and lighting fields, which aroused great interest among the participants.

Young scholars gave oral presentations, demonstrating their vitality in scientific research and innovation

The specially arranged oral presentation session at the conference provided a stage for young researchers to showcase their talents. Ten outstanding young scholars from renowned universities and research institutions at home and abroad, including Guangxi University for Nationalities, Guizhou University, Guangxi University, North China University of Technology, Academy of Military Sciences, Beijing Institute of Technology, and University College London, successively took the stage to report on their latest research progress in cutting-edge fields such as electrocatalytic hydrogen evolution, thermal transport and electronic structure modulation of carbon nanotubes, photoelectrochemical water splitting, biomass energy materials, lithium-sulfur/sodium-ion batteries, and energy system optimization and dispatch. The presentation contents were rich and the innovation points were prominent. The on-site question-and-answer session was lively, fully demonstrating the innovative thinking and solid foundation of the younger generation of researchers, and injecting fresh vitality into the development of the discipline.

The conference came to a successful conclusion, jointly drawing a blueprint for green innovation

The ICAMCE 2026 conference had a tight schedule and rich content. Through high-quality keynote speeches and active academic exchanges, it successfully promoted the sharing of knowledge, the collision of ideas and the expansion of cooperation networks in the fields of new materials and clean energy. The conference not only sorted out the current research status and key technical challenges in related fields, but also looked forward to future development trends, gathering wisdom and consensus to assist in achieving the "dual carbon" strategic goals and promoting green and low-carbon technological innovation and industrial development.

The successful holding of the conference has built a valuable communication bridge for scholars and engineers worldwide dedicated to the research of new materials and clean energy. It will surely further stimulate innovative inspiration, deepen the cooperation among industry, academia and research, and jointly promote the technological progress and sustainable development in this field.