煤化工

1. 煤、污泥等热转化基础及应用研究；
2. 低阶煤热解过程中焦油气除尘与原位改质；
3. 多级孔碳材料制备及应用；
4. 基于煤质大数据的煤炭选配一体化技术开发与应用。

[1] Li Cen, Yan Lunjing*, Lv Miaolin, Wang Meijun, Kong Jiao, Bao Weiren, Chang Liping*. Spongy porous carbon nanosheets obtained by one-step oxidation-activation of asphalt with KHC2O4 activator: Application in the cathode of zinc storage devices. Science of The Total Environment 2024,909: 168519.
[2]  Li Xilong, Yan Lunjing*, Men Xiaoyong, Wang Meijun*, Kong Jiao, Lv Peng, Bai Yonghui, Chang Liping, Bao Weiren. Effect of metal-acid synergistic effect of modified HZSM-5 zeolites on the catalytic upgrading of gaseous tar to produce light aromatics. Journal of the Energy Institute 2024,113: 101539.
[3]Li Cen, Yan Lunjing*, Li Xilong, Wang Meijun, Kong Jiao, Bao Weiren, Chang Liping*. Pitch-based 3D tremella-like porous carbon with cavitary structures: Applications in symmetric capacitors and zinc ion capacitors. Journal of Energy Storage 2024, 86: 111220.
[4] Li Cen, Yan Lunjing*, Wang Meijun, Kong Jiao, Bao Weiren, Chang Liping*. Synthesis Strategies and Applications for Pitch-Based Anode: From Industrial By-Products to Power Sources. Chemical Record 2023, 23(2): e202200216.
[5] Jin Xin, Yan Lunjing*, Cui Beibei, Kong Jiao, Wang Meijun, Chang Liping*, Frederik Ronsse, Bao Weiren. Nickel loaded on carbon materials prepared from co-pyrolysis of biochar and caking coal for catalytic conversion of volatiles, Journal of Analytical and Applied Pyrolysis, 2023, 169: 105825
[6] Yan Lunjing*, Wang Wenmin, Liu Yan, Wang Meijun*, Li Fan, Bao Weiren. The roles of low molecular compounds on the light aromatics formation during different rank coal pyrolysis. Journal of the Energy Institute 2022,100:129-136.
[7] Zhang Xufeng, Yan Lunjing*, Niu Huifang, Wang Meijun, Kong Jiao, Bao Weiren, Chang Liping. Effects of oxidation degree of support and phosphorus modification on the catalytic cracking of coal pyrolysis tar by char-supported nickel catalysts[J]. Journal of the Energy Institute, 2023, 107.
[8] 牛卉芳, 闫伦靖*, 吕鹏, 张旭峰, 王美君, 孔娇, 鲍卫仁, 常丽萍. 煤焦油沥青基碳气凝胶微球的制备及分析[J].化工学报,2022,73(12):5605-5614.
[9] Ren Liang, Yan Lunjing*, Bai Yonghui, Liu Yan, Lv Peng, Wang Yuxian,  Li Fan. Effects of loading methods and oxidation degree of support on the tar reforming activity of char-supported Ni catalyst using toluene as a model compound[J]. Fuel Processing Technology, 2020, 201:106347.
[10] Yan Lunjing*, Liu Yujie, et al. Effect of Brønsted acid of Y zeolite on light arene formation during catalytic upgrading of coal pyrolysis gaseous tar [J]. Journal of the Energy Institute, 2020, 93(6):2247-2254.

[1] 田茜; 王倩; 候唯强; 孔娇; 申岩峰; 闫伦靖 ; 王美君; 常丽萍; 鲍卫仁 ; 一种焦油气原位轻质化装置, 2023-6-6, 中国, ZL202223327930.7
[2] 王倩; 刘倩; 王旎晨; 孔娇; 申岩峰; 闫伦靖 ; 王美君; 常丽萍; 鲍卫仁 ; 一种焦油气轻质化及油品回收装置, 2023-4-7, 中国, ZL202223328025.3
[3] 王美君; 申岩峰; 闫伦靖 ; 鲍卫仁; 常丽萍 ; 一种制备高强度低反应性焦炭的配煤方法, 2023-03-28, 中国, ZLN202210074991.2
[4] 郑仙荣; 王美君; 申岩峰; 闫伦靖; 鲍卫仁; 常丽萍 ; 用于降低焦炭反应性的添加剂及其制备方法和应用, 2023-03-28, 中国, ZL202210074975.3
[5] 高美琪; 闫伦靖; 王美君; 吕鹏; 任亮; 柳岩; 王宇仙; 鲍卫仁; 李凡 ; 基于废FCC催化剂制备焦油 轻质化催化剂的方法, 2022-2-25, 中国, ZL201910402564.0
[6] 鲍卫仁; 吕鹏; 李凡; 闫伦靖; 高美琪; 周亚杰 ; 一种用于催化改质煤焦油的多级孔碳基催化剂的制 备方法, 2022-2-8, 中国, ZL201811462664.4
[7] 廖俊杰; 刘洋; 王建成; 闫伦靖; 常丽萍; 鲍卫仁 ; 基于煤液化油渣萃余物的加氢脱硫催化剂及其制 备方法, 2021-4-6, 中国, ZL202010782817.4
[8] 闫伦靖; 任亮; 王美君; 吕鹏; 柳岩; 王宇仙; 鲍卫仁; 李凡 ; 利用废SCR脱硝催化剂制备焦油裂解 催化剂的方法, 2020-5-15, 中国, ZL201910402563.6
[9] 闫伦靖; 高美琪; 吕鹏; 杨志荣; 李凡; 白永辉; 朱生华 ; 一种提高煤焦气化反应性的方法, 2020- 5-1, 中国, ZL201611223268.7
[10] 白永辉; 闫伦靖; 崔晓曦; 朱文坚; 王培; 刘昌龙; 李凡 ; 一种改善半焦孔隙结构的方法, 2015-3- 4, 中国, ZL201310147411.9

1. 企业委托技术研发项目，污泥热解气化技术研究，300.28万，主持
2. 国家自然科学青年基金项目，煤中低分子化合物在热解气态焦油催化改质过程中的供氢机制，25万，主持
3. 山西省基础研究计划自然科学研究面上项目，煤焦油重质组分气相催化裂解及其与活性富氢自由基匹配耦合过程的研究，8万，主持
4. 企业委托技术开发项目，山西典型高硫煤热解过程S迁移研究，3万，主持
5. 山西省青年科技研究基金面上青年基金项目，煤热解过程中低分子化合物对焦油形成的作用，3万，主持
6. 国家自然科学基金面上项目，热解焦油气轻质化中富氢小分子活化及其对重质组分供氢的匹配研究，64万元，参与
7. 国家重点研发计划子课题，热解煤气中焦油在高温下裂解和积碳特性，100万，参与

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