- [101]祝贺李琴获得“中南大学优秀毕业生”称号！
- [102]张伟进论文“Machine learning aided production of bio-oil with high energy recovery and lownitrogen content from hydrothermal liquefaction of biomass with experiment verification”被Chemical Engineering Journal（IF：10.652）接收发表
- [103]陈英杰论文“Thermochemical energy storage of concentrated solar power by novel Y2O3-doped CaO pellets”被Energy & Fuels（IF：3.421）接收发表
- [104]赵洁霞发明专利“一种光催化氧化烟气中单质汞的方法”获得授权（2021.05.08）
- [105]热烈祝贺李海龙老师入选“爱思唯尔2020中国高被引学者”
- [106]热烈祝贺李海龙、冷立健老师、杨建平老师，入选“全球前2%顶尖科学家”
- [107]杨琴论文“Facile preparation of nanosized copper sulfide functionalized macroporous skeleton for efficient vapor-phase mercury sequestration”被Chemical Engineering Journal（IF：10.652）接收发表（2021.09.01）
- [108]李琴论文“硒化铜修饰海绵烟气脱汞研究”被《工程热物理学报》录用
- [109]祖鸿霄论文“The influences of selenium species on mercury removal over pyrite surface: A density functional theory study”被Fuel（IF：5.587）接收发表（2021.05.15）
- [110]郑威论文“Advances in flue gas mercury abatement by mineral chalcogenides”被Chemical Engineering Journal（IF：10.652）接收发表（2021.05.01）
- [111]李琴论文“Recyclable chalcopyrite sorbent for mercury removal from coal combustion flue gas”被Fuel（IF：5.578）接收发表（2021.04.25）
- [112]杨丽红论文“A review on nitrogen transformation in hydrochar during hydrothermal carbonization of biomass containing nitrogen”被Science of The Total Environment（IF：6.551）接收发表（2021.02.20）
- [113]黄金金论文“Reduction of oxidized mercury over NOx selective catalytic reduction catalysts: A review”被Chemical Engineering Journal（IF：10.652）接收发表（2020.11.24）
- [114]李琴论文“Surface-Engineered Sponge Decorated with Copper Selenide for Highly Efficient Gas-Phase Mercury Immobilization”被Environmental Science & Technology（IF：7.864）接收发表（2020.11.24）
- [115]赵洁霞论文“Light Irradiation Inhibits Mercury Adsorption by Mineral Sulfide Sorbent”被Fuel（IF：5.578）接收发表（2020.11.02）
- [116]鹿红媛论文“Single step fabrication of spherical CaO pellets via novel agar-assisted moulding technique for high-temperature CO2 capture”被Chemical Engineering Journal（IF：10.652）接收发表（2020.09.22）
- [117]屈文麒论文”Density Functional Theory Studies of the Adsorption and Interactions between Selenium Species and Mercury on Activated Carbon“被Energy & Fuels（IF：3.021）选为8月封面论文！
- [118]祖鸿霄论文“The Adsorption Mechanisms of Hg0 on Marcasite-type Metal Selenides: The Influences of Metal-terminated Site”被Chemical Engineering Journal（IF：10.652）接收发表（2020.08.18）
- [119]杨泽群论文“Toward an Understanding of Fundamentals Governing the Elemental Mercury Sequestration by Metal Chalcogenides”被Environmental Science & Technology（IF：7.864）接收发表（2020.07.08）
- [120]杨泽群论文“Density Functional Theory Study of Elemental Mercury Immobilization on CuSe(001) Surface: Reaction Pathway and Effect of Typical Flue Gas Components”被Industrial & Engineering Chemistry Research（IF：3.573）接收发表（2020.07.03）