91影视

From November 14 to November 15, the Materials Session of the 2025“Belt and Road”International Industry–Academia–Research–Application Cooperation Conference concluded successfully in Shenzhen. The conference was hosted by 91影视 (SMBU) and jointly organized by the Faculty of Materials Science of SMBU, the Guangdong Provincial Key Laboratory of Green Energy Storage Materials, and the China-Russia Joint Laboratory on Nanostructured Optoelectronic Functional Materials and Devices. The National Key Laboratory of Nuclear Safety Technology and Equipment of China Nuclear Power Engineering Co., Ltd. co-sponsored the event. The conference was held in multiple phases, first on-site at the 27th China Hi-Tech Fair (CHTF) and subsequently on the campus of SMBU. The event brought together over 100 participants, including domestic and international experts and scholars in the field of materials science, enterprise representatives, and faculty and students from universities. Centered on the theme “Empowering Industry through Technology, Creating the Future Together,” the conference facilitated exchanges on frontier technological breakthroughs and the deep integration of industry–academia–research–application, injecting new vitality into scientific and technological collaboration along the Belt and Road.

CHTF Special Session: Frontier Keynote Reports Focus on Core Industry Tracks

On the afternoon of November 14, the first session of the conference opened on-site at the China Hi-Tech Fair (CHTF) in Shenzhen World Exhibition and Convention Center (Bao’an). The session was chaired by Li Shukui, Professor and Chinese Co-Director of the Faculty of Materials Science at SMBU. Six high-quality keynote presentations focused on critical areas in materials science, covering core industry tracks including new energy, low-altitude economy, aviation, and biomedicine, providing participants with a comprehensive platform to explore technological frontiers and application prospects.

Wen Zhaoyin, Academician of the Asia-Pacific Academy of Materials and Researcher at the Shanghai Institute of Ceramics, Chinese Academy of Sciences, presented on High-Energy-Density Solid-State Battery Materials, offering an in-depth analysis of performance optimization pathways and key breakthroughs for industrial implementation of solid-state battery materials. Baoyin Hexi, President and Professor of Inner Mongolia University of Technology, delivered a report titled From the Grasslands to the Clouds: Foundational Advantages, Practical Exploration, and Future Industrial Landscape of Inner Mongolia’s Low-Altitude Economy, explaining how new materials technologies support lightweighting and high-performance upgrading of low-altitude economic equipment. Li Gang, Deputy Chief Designer and Researcher at the China Hunan Aero-Engine Power Machinery Research Institute, spoke on Application and Development of Advanced Materials in Small and Medium-Sized Aero Engines, sharing R&D achievements and engineering applications of high-temperature alloys, composite materials, and other critical structural materials for aviation engines. Zhang Han, Professor at Shenzhen University, presented Black Phosphorus in Biomedicine: From Tumor Therapy to Biosensing, introducing technological innovations of black phosphorus in precision drug delivery, photothermal tumor treatment, and biomolecular detection. Wang Liqiu, Chair Professor at The Hong Kong Polytechnic University, delivered a talk on Microfluidic Smart Soft Manufacturing, explaining innovative applications of microfluidic technology in flexible electronic materials and biomedical microdevice fabrication. Zhu Bin, Professor at Loughborough University, presented Next-Generation Fuel Cells, outlining technological directions and industrial prospects for catalysts, proton-exchange membranes, and other key materials for fuel cells.

SMBU Session: Specialized Subfield Discussions Deepen Technical Exchanges

On November 15, the conference was held at SMBU with a main venue and a microfluidics sub-venue. Using a combination of “in-person discussions and online live streaming”, the sessions conducted in-depth exchanges in specialized materials subfields, further promoting technology convergence and collaborative connections.

Focusing on Core Materials Technologies to Empower Industrial Upgrading

The main venue at SMBU was held in the Lecture Hall on the first floor of the university library. Experts from China, Russia, Pakistan, and other countries shared research results in key areas such as photovoltaic materials, special alloys, battery catalysts, and nuclear power materials, contributing to the upgrading of industrial technologies.

Chen Tao, Professor at the University of Science and Technology of China, presented Antimony-Based Novel Photovoltaic Materials and Devices, elaborating on technical breakthroughs of antimony-based materials in improving photovoltaic conversion efficiency and reducing manufacturing costs. G.G. Chernik, CEO of Active Nano LLC, Russia, delivered a presentation titled High-Energy Milling in Planetary Mills of High Accelerations, sharing recent advancements in applying high-acceleration planetary ball milling technology to the preparation of nanomaterials. Xu Yongdong, Researcher and Science Lead at the 52 Institute of China North Industries Group, Introduced Research Progress on Cost-Effective Titanium Alloy Technology for Special Vehicles, discussing scalable application pathways of titanium alloy materials in specialized equipment. Assistant Prof. Lyu Wei of Tsinghua University Shenzhen International Graduate School and Associate Prof. He Chuan of the School of Materials, Beijing Institute of Technology, respectively shared research on lithium battery catalytic technologies and high-enthalpy reaction-driven erosion jet applications. Gu Tenfei, Senior Engineer, and Li Jiakang, Senior Engineer of China Nuclear Power Engineering Co., Ltd., together with Xiong Zhiliang, Senior Engineer at Harbin Institute of Technology, focused on nuclear power materials technologies, including welding materials for nuclear pressure vessels, ultrasonic inspection in nuclear power plants, and underwater laser welding repair, sharing both engineering applications and innovative achievements.

Deepening Frontier Technologies to Promote Biomedical Innovation

The microfluidics sub-venue was held in Room 1306 of the main building at SMBU. The presentations focused on the applications of microfluidic technologies in biomedicine, environmental monitoring, and drug development, showcasing innovative results from multiple universities and research institutes.

Shui Lingling, Professor at South China Normal University, delivered a presentation titled Microfluidic Confined Assembly Structural Materials and Applications, sharing innovative applications of confined assembly techniques in the fabrication of functional materials. Zhang Shailong, Professor at Beijing Institute of Technology, presented Research on Digital Light-Controlled Bio-Micro/Nano Manipulation Technology and Its Industrial Transformation, explaining the industrial potential of digital light-control technology in handling biological samples. Zhang Linming, Professor at Hong Kong Polytechnic University, brought a report titled Microfluidic Production and Encapsulation of NADH for Anti-Aging Applications, demonstrating the use of microfluidic technology in preparing anti-aging active substances. Liu Dayu, Researcher at Guangzhou First People’s Hospital, along with the team of Associate Researchers from Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences, and Jiang Cheng, Assistant Professor at The Chinese University of Hong Kong, Shenzhen, shared progress on droplet-based digital pathogen diagnostics, high-throughput nucleic acid extraction microfluidic systems, and cell migration phenotype detection chips, respectively, highlighting advances in technology development and applications. Zhou Hongbo, R&D Manager at Shenzhen Dapu Biotechnology Co., Ltd., in the presentation Droplet Microfluidic High-Throughput Technology—From Microbial Discovery to Screening, showcased the practical value of microfluidic technology in industrial microbial research and development.

Fruitful Outcomes and a New Beginning

The two-day conference, as an important supporting event of the Xili Lake Forum, realized three core values: “technological collaboration, industry–research integration, and international linkage”, achieving significant results. In terms of deepening technological collaboration, presentations by Chinese and international experts focused on cutting-edge areas such as solid-state batteries, aerospace materials, biomedical materials, and microfluidic technologies. The discussions precisely addressed industry demands, providing key references for technological breakthroughs and industrial applications, and promoted cross-disciplinary joint research initiatives. Regarding industry–research integration and implementation, universities, research institutes, and enterprises leveraged the conference platform to reach preliminary agreements on joint R&D projects and technology transfer, covering fields such as photovoltaic materials, nuclear power equipment, and biomedical testing. On international linkage, the conference invited experts from Belt and Road countries including Russia, the United Kingdom, and Pakistan to participate actively, engaging in in-depth discussions on materials technology innovation and industrial cooperation, laying a solid foundation for subsequent international collaboration. From the perspective of regional service, the conference focused on green energy, low-altitude economy support, nuclear power materials, and biomedicine, aligning closely with the industrial layout of the Guangdong–Hong Kong–Macau Greater Bay Area, and is expected to provide technological support and talent supply for regional industrial upgrading in the future.

With the conclusion of the conference, SMBU plans to establish a long-term communication mechanism for participants, continuously track the progress of collaboration intentions, and use this event as an opportunity to deepen cooperation with universities, research institutes, and enterprises at home and abroad. The University aims to build a regular exchange platform in the field of materials, promote deep integration of industry–academia–research–application among Belt and Road countries, and contribute more “China solutions” and “international synergy” to the high-quality development of the global materials industry.