cutting-edge works on biomass conversion and environmental catalysis
展示生物质转化与环境催化前沿成果
2025年8月4日至8月7日，第十届亚太催化大会（APCAT-10）在新加坡新达城国际会议中心隆重举行。何松波研究员带领DNL0902课题组成员参加了此次会议并进行了成果展示。
团队成员在“生物质转化与聚合物降解”及“环境催化”两个专题分会场进行了精彩的口头报告，展示了在生物质催化转化及高难度废水处理等领域的前沿工作。在“生物质转化与聚合物降解”分会场，副研究员孙文静的报告“甘油催化热解制生物基BTX的产物回收ASPEN模拟、技术经济分析与生命周期评估”，从工程模拟与系统评估角度，为生物炼制工艺的工业化可行性提供了重要见解，体现了基础研究与工程应用的紧密结合。助理研究员朴玮玲作了题为“蓖麻油催化热解制备生物基BTX”的报告，系统阐述了从非粮生物油高效制备高价值芳烃的催化过程与机理，其出色的报告荣获了该分会场颁发的“最佳口头报告奖”。在“环境催化”分会场，博士生Khan Yousaf汇报了“高温催化湿式过氧化氢氧化法处理高盐废水”的研究，为解决工业废水处理难题提供了新思路。博士研究生姚晨星展示了“旋流式催化湿式过氧化氢氧化技术耦合双金属纳米球用于氰化物快速去除”的工作，该技术展现了高效、快速的污染物降解能力。
此次参会，团队不仅与国际同行深入交流了催化科学的最新进展，青年研究人员的出色表现也获得了与会专家的广泛认可，进一步提升了我团队在相关研究领域的国际影响力。
From August 4 to 7, 2025, the 10th Asia-Pacific Congress on Catalysis (APCAT-10) was held at the Suntec Singapore Convention and Exhibition Centre. Prof. Songbo He led members of the DNL0902 group to participate in the conference and present their latest findings.
Team members delivered outstanding oral presentations in two parallel sessions, "Biomass Conversion & Polymer Degradation" and "Environmental Catalysis," showcasing frontier research in biomass catalytic conversion and challenging wastewater treatment. In the "Biomass Conversion & Polymer Degradation" session, Associate Prof. Sun Wenjing presented her work titled "Catalytic Pyrolysis of Glycerol to bio-BTX: Product Recycling, ASPEN Modeling, TEA and LCA." Her report provided critical insights into the industrial feasibility of biorefinery processes from the perspectives of engineering simulation and systematic assessment, highlighting the close integration of fundamental research and practical application. Assistant Researcher Piao Weiling delivered a presentation on "Catalytic pyrolysis of castor oil to bio-BTX," systematically elaborating on the catalytic process and mechanism for efficiently producing high-value aromatics from non-food biomass oils. Her excellent presentation was honored with the "Best Oral Presentation Award" in this session. In the "Environmental Catalysis" session, Ph.D. student Khan Yousaf reported on his research "High-Temperature Catalytic Wet Peroxide Oxidation of High-Salinity Wastewater," offering a novel approach to addressing challenges in industrial wastewater treatment. Ph.D. candidate Yao Chenxing presented her work on "Swirl-Flow CWPO for Rapid Cyanide Removal with Bimetallic Nanospheres," demonstrating a technology with highly efficient and rapid pollutant degradation capabilities.
Through this conference, the team not only engaged in in-depth exchanges with international peers on the latest advances in catalytic science but also gained broad recognition from attending experts for the outstanding performance of its young researchers. This participation has further enhanced the team's international influence in related research fields.
