- [1]祝贺陈杰锋的论文"Dry distillation characteristics ofdeactivated mercury chloride catalyst:Thermal behaviors, kinetics analysis,evolution of volatiles, andtransformation of elements" 接收发表!
- [2]祝贺朱鹏琳的论文" Detrimental effect of NO on Hg0adsorption over Se-based adsorbentand enhanced resistance by recombination with ZnS as sacrificialagent"接收发表！
- [3]祝贺张伟进入选2025年中国科协青年科技人才培育工程博士生专项计划！
- [4]热烈祝贺张伟进项目“数据驱动金属硫/硒化合物汞吸附材料高通量筛选”获得湖南省自然科学基金资助！
- [5]祝贺张伟进论文“Automated machine learning predicting SO2and CO, adsorption and separation in metalorganic frameworks”被SPT接受！
- [6]祝贺张伟进获得2025年度研究生优秀学生标兵
- [7]祝贺张伟进同学获得校长拔尖奖学金！
- [8]热烈祝贺王瑞松同学任湖南省低空经济发展集团党委副书记！
- [9]祝贺覃瑞杨论文”ZnS-Mediated TraceTl(l)Removal fromWastewater: Synergistic Pathways andPractical lmplications for WastewaterRemediationChemical Engineering Journa“接收发表
- [10]祝贺谢福音论文”Advancesin Amine-FunctionalizedMetal Organic Frameworks for CarbonCapture“接收发表
- [11]祝贺孟凡悦申请的美国专利 Preparation Method of Mercury Removal Material 获得授权！
- [12]祝贺张伟进获得高庭耀奖学金青年博士生杰出人才项目提名奖！
- [13]祝贺张伟进论文“Predicting adsorption of volatile organic compounds onto biochars with machine learning and potential applications”被ACS ES&T Engineering（IF：6.7）接收发表！
- [14]祝贺祖鸿霄论文“Atomic insights into the stable states of mercury oxidized by meta oxides”被Chemical Engineering Journal（IF：13.2 ）接收发表！
- [15]祝贺张明光论文“Mechanistic Insights into HgCl2 Adsorption over Zinc Sulfide: The Role of inherent Sulfur and Newly-formed Zinc Chloride”被Journal of Environmental Chemical Engineering（IF：7.4）接收发表！
- [16]祝贺张明光论文“Mechanistic Insights into Mercury Removal by FeCl3-Modified ZnS: Role of Oxidation and Sulfur Activation”被Chemical Engineering Journal（IF：13.4）接收发表！
- [17]祝贺张伟进论文“Machine-learning-assisted predicting and exploring the homogeneous oxidation of mercury in coal combustion flue gas”被选为顶级期刊EST封面！
- [18]祝贺夏扬论文“Study on co-combustion characteristic of coal and industrial solid wastes and the migration behavior of heavy metals”被International Journal of Coal Preparation and Utilization（IF：2.2）接收发表！
- [19]祝贺张伟进论文“Machine-learning-assisted predicting and exploring the homogeneous oxidation of mercury in coal combustion flue gas”被Environmental Science & Technology（IF：10.9）接收发表！
- [20]祝贺周钟儒论文“Enhanced CO2/N2 separation via optimized temperature/vacuum swing adsorption (TVSA) processes: experimental and simulation studies”被Separation and Purification Technology（IF：8.2）接收发表！