RESEARCH

  • 19.May.

    2026

    Natural Wood “Transformed” into a Highly Efficient Catalyst: Breakthrough in Paired Electrocatalysis by the Teams of Prof. Shuliang Yang and Prof. Jian-Feng Li

    Driven by the “dual carbon” goals and the principles of green chemistry, constructing efficient electrochemical systems based on renewable biomass resources to enable the synergistic production of value-added chemicals has become a key research direction in energy and materials science. However, achieving efficient coupling of oxidation and reduction reactions within a single electrolytic system ...

  • 29.Jan.

    2026

    New Progress in Quantitative Analysis of Calendar Aging in Lithium-Ion Batteries by the Research Team of Professors Yong Yang and Zhengliang Gong

    Quantitative elucidation of calendar aging mechanisms is crucial for the development of long-life lithium-ion batteries suitable for large-scale energy storage systems and electric vehicles. In recent years, studies on the calendar aging behavior and mechanisms of lithium-ion batteries under high-temperature storage conditions have generally suggested that elevated temperatures accelerate side reactions,...

  • 09.Jan.

    2026

    An important progress has been made by the research team led by Xianhai Zeng of our college in the field of biomass catalytic conversion

    Linear alcohols serve as critical raw materials for the preparation of polymers and synthetic solvents. The conventional production process of 2,5-hexanediol (2,5-HDL) suffers from drawbacks such as complex process flows. The catalytic conversion of bio-based platform molecules represented by 5-hydroxymethylfurfural (HMF) into linear alcohols has emerged as a promising alternative approach; nevertheless,...

  • 04.Sep.

    2025

    Professor Zhifeng Zheng's Team from the Department of Energy Storage Makes New Progress in Dual-Carbon Sodium-Ion Capacitors

    Recently, the team led by Assistant Professor Dechao Wang and Professor Zhifeng Zheng from the Department of Energy Storage of our college has proposed an innovative "Precursor Crosslinking Engineering" strategy. Using a single phenol-furfural resin as the precursor, they successfully synthesized an optimized hard carbon anode and a porous carbon cathode simultaneously by precisely regulating the crosslinking ...

  • 25.Aug.

    2025

    Prof. Shuliang Yang’s Group Achieves Significant Progress in the In Situ Encapsulation of [2]Catenane Molecules

    As an emerging class of porous materials, metal–organic frameworks (MOFs) are capable of accommodating a wide range of guest molecules, thereby enabling diverse applications. Among the various strategies for introducing guests, the in situ encapsulation approach offers unique advantages, as it allows the incorporation of small molecules, organometallic clusters, proteins, and even more complex species ...

  • 25.Aug.

    2025

    Research Progress from Dr. Yao Zhou’s group: Development of Alkaline Hydrogen Oxidation Electrocatalyst

    The development of high-performance hydrogen fuel cells relies on highly active and stable cathode and anode electrocatalysts.

  • 24.Aug.

    2025

    Important Research Progress in Ultrafast Graphdiyne Synthesis Achieved by Collaborative Teams Led by Professors Shuliang Yang and Jian-Feng Li

    Graphdiyne (GDY), as an emerging two-dimensional carbon allotrope, exhibits tremendous application potential. However, its development has been severely hindered by relatively complex and time-consuming synthetic methods.Recently, the research teams led by Professor Shuliang Yang and Assistant Professor Jia Yu from our college, in collaboration with Professor Jian-Feng Li, have made significant progress ...

  • 21.Mar.

    2025

    Professor Zhifeng Zheng's Team Makes New Progress in High-Energy Hybrid Lithium-Ion/Lithium Metal Batteries

    Hybrid lithium-ion/lithium metal batteries (LIB/LMBs) are a promising solution to achieve higher energy density in lithium batteries by using a small amount of carbon anode (carbon anode/cathode < 1) for mixed storage of Li ions and Li metal. They reduce the anode cost of traditional LIBs and avoid the stringent environmental requirements during the fabrication of lithium metal batteries. However, ...

  • 17.Apr.

    2019

    Sub-forum of the College of Energy of XMU Nanqiang Young Scholars Forum Was Successfully Held

    The 2019 Nanqiang Young Scholars Forum was held at Xiamen University on Apr.11th - 12th. Sub-forum of the College of Energy of XMU Nanqiang Young Scholars Forum hosted by the College of Energy was ...

  • 07.Apr.

    2019

    The bioenergy team of our college joined hands with the cooperative enterprises to attend the summit forum of the integration of industry and education in Xiamen University and signed the contract on the spot

    Xiamen University Forum for Industry & Education was held in Science & Art Center on April 5th. Hundreds of representatives of technology company and about 600 scientific backbone members from Xiamen University ...

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