（1）国家十四五重点研发计划子课题-水源水微污染物净化用竹质活性炭定向制备技术

（2）国家十四五重点研发计划课题-竹基代塑产品环境安全性评价及标准体系构建

（3）国家自然基金面上项目-基于自活化技术调控竹箨活性炭-砷吸附构效关系研究

（4）国家十三五重点研发计划子课题-竹材加工剩余物能源化利用技术研究

（5）国家十三五重点研发计划子课题-氮掺杂竹活性炭纤维/石墨烯复合电极材料制备关键技术

代表性文章：

(1) Liangmeng Ni, Aiyue Huang, Yuge He, Qi Gao, Shanwen Rong, Yanhang Zhong, Shushu Liu, Zhijia Liu. Recycled hydrothermal carbonization of bamboo shoot shells in a catalyst system as a sustainable energy conversion method: Energy utilization, nutrient recovery, and reaction mechanism. ACS Sustainable Chemistry and Engineering, 2025, https://doi.org/10.1021/acssuschemeng.5c01000.

(2) Qi Gao, Liangmeng Ni, Shaowen Rong, Shushu Liu, Yanhang Zhong, Yuge He, Zhijia Liu*. Disposal of bamboo-based plastic substitute waste: A case study on co-pyrolysis and co-combustion of bamboo and polylactic acid. Energy, 2025, 329: 136822.

(3) Shaowen Rong, Yuge He, Liangmeng Ni, Qi Gao, Xin Feng, Shushu Liu, Yanhang Zhong, Yuguo Li, Zhijia Liu*. Steam-activated biochar for efficient removal of sulfamethoxazole from water: Activation temperature-mediated differences. Journal of Water Process Engineering, 2025, 72: 107462.

(4) Qi Gao, Liangmeng Ni, Shaowen Rong, Shushu Liu, Yanhang Zhong, Zhijia Liu*. Enhancement effect of potassium ferrate on self-activation: Significant improvement in pore structure and adsorption performance of activated carbon. Bioresource Technology, 2024, 413: 131546.

(5) Qi Gao, Liangmeng Ni, Hao Ren, Mengfu Su, Shaowen Rong, Zhijia Liu*. Microwave vacuum pyrolysis rapidly transforms bamboo into solid biofuel: Predicting fuel performances by response surface methodology. Renewable Energy, 2024, 235: 121346.

(6) Mengfu Su, Liangmeng Ni, Shaowen Rong, Qi Gao, Hao Ren, Zhijia Liu*. The ash-forming element migration and mineral transformation during the bamboo combustion process. ACS Omega, 2024, 9: 21974−21982.

(7) Liangmeng Ni, Qi Gao, Hao Ren, Mengfu Su, Shaowen Rong, Zhijia Liu*. Conversion of infected pine wood into energy charcoal material based on a transportable carbonization system. Biochar, 2024: 6, 50.

(8) Qi Gao, Yuyu He, Liangmeng Ni, Hao Ren, Mengfu Su, Shaowen Rong, Zhijia Liu*. Evaluation of potassium ferrate activated Fe-N-modified carbons from bamboo shoot shells for arsenic removal. Industrial Crops and Products, 2024, 209: 117952.

(9) Hao Ren, Qi Gao, Liangmeng Ni, Mengfu Su, Shaowen Rong, Shushu Liu, Yanhang Zhong, Zhijia Liu*. Effect of deashing treatment on ash fusion characteristics of biochar from bamboo shoot shells. Molecules 2024, 29: 1400. https://doi.org/10.3390/molecules29061400

(10) Qi Gao, Zixing Feng, Yuyu He, Yanmei Hou, Hao Ren, Mengfu Su, Liangmeng Ni, Zhijia Liu*. Pyrolysis self-activation: An environmentally friendly method to transform biowaste into activated carbon for arsenic removal. Bioresource Technology. 2023, 368: 128353.

(11) Yanmei Hou, Qi Gao, Yuyu He, Liangmeng Ni, Hao Ren, Mengfu Su, Shaowen Rong, Zhijia Liu*. Pyrolysis characteristics and gaseous products of bamboo shoot shells under N2 and CO2 atmospheres. Renewable Energy. 2023, 215: 118929.

(12) Yuyu He, Liangmeng Ni, Qi Gao, Hao Ren, Mengfu Su, Yanmei Hou, Zhijia Liu*. Activated carbon with ultrahigh specific surface derived from bamboo shoot shell through K2FeO4 oxidative pyrolysis for adsorption of methylene blue. Molecules 2023, 28, 3410.

(13) Liangmeng Ni, Zixing Feng, Qi Gao, Yanmei Hou, Yuyu He, Hao Ren, Mengfu Su, Zhijia Liu*, Wanhe Hu. A novel mechanical kiln for bamboo molded charcoals manufacturing. Applied Energy, 2022, 326: 119937.

(14) Yanmei Hou, Zixing Feng, Yuyu He, Qi Gao, Liangmeng Ni, Mengfu Su, Hao Ren, Zhijia Liu*, Wanhe Hu. Co-pyrolysis characteristics and synergistic interaction of bamboo residues and disposable face mask. Renewable Energy, 2022, 194: 415-425.

(15) Qi Gao, Liangmeng Ni, Yuyu He, Yanmei Hou, Wanhe Hu, Zhijia Liu*. Effect of hydrothermal pretreatment on deashing and pyrolysis characteristics of bamboo shoot shells. Energy, 2022, 247: 123510.

(16) Liangmeng Ni, Zixing Feng , Tao Zhang , Qi Gao, Yanmei Hou, Yuyu H, Mengfu Su, Hao Ren, Wanhe Hu, Zhijia Liu*. Effect of pyrolysis heating rates on fuel properties of molded charcoal: Imitating industrial pyrolysis process. Renewable Energy, 2022, 197 : 257-267.

(17) Gao Qi, Zhang Tao, Feng Zixing, Yang Jianfei, Ni Liangmeng, Wanhe Hu, Liu Zhijia*. Energy performances of molded charcoals from bamboo and Chinese fir blends: influence of pyrolysis temperatures and residence times. Industrial Crops and Products, 2022, 177: 114500.

(18) Gao Qi, Xiang Hongzhong, Ni Liangmeng, Hou Yanmei, He Yuyu, Feng Zixing, Yang Jianfei, Hu Wanhe, Zhijia Liu*. Nitrogen self-doped activated carbons with narrow pore size distribution from bamboo shoot shells [J]. Colloids and Surfaces A: Physicochemical and Engineering Aspects, 2021, 629: 127408.

(19) Yang Jianfei, Feng Zixing, Gao Qi, Ni Liangmeng, Hou Yanmei, He Yuyu, Liu Zhijia*. Ash thermochemical behaviors of bamboo lignin from kraft pulping: Influence of washing process[J]. Renewable Energy, 2021, 174: 178-187.

(20) Hu Wanhe, Feng Zixing, Yang Jianfei, Gao Qi, Ni Liangmeng, Hou Yanmei, He Yuyu, Liu Zhijia*. Combustion behaviors of molded bamboo charcoal: Influence of pyrolysis temperatures[J]. Energy, 2021, 226: 120253.

(21) Feng Zixing, Yang Jianfei, Ni Liangmeng, Gao Qi, Liu Zhijia*. The chemical and structural transformation of bamboo wastes during torrefaction process. Environmental Progress and Sustainable Energy. 2021, 40: e13565.

(22) Yang Jianfei, Feng Zixing, Ni Liangmeng, Gao Qi, He Yuyu, Hou Yanmei, Liu Zhijia*. Thermal characteristics of ash from bamboo and masson pine blends: Influence of mixing ratio and heating rate[J]. ACS omega, 2021, 6: 7008-7014.

(23) Feng Zixing, Zhang Tao, Yang Jianfei, Ni Liangmeng, Gaoqi, Hu Wanhe, Liu Zhijia*. Effect of natural stacking pretreatment on pyrolysis characteristics of moso bamboo and Chinese fir blends. Journal of Thermal Analysis and Calorimetry, 2020, 1-9.

(24) Yang Jianfei, Feng Zixing, Ni Liangmeng, Gao Qi, He Yuyu, Hou Yanmei, Liu Zhijia*. Combustion characteristics of bamboo lignin from kraft pulping: Influence of washing process[J]. Renewable Energy, 2020, 162: 525-534.

(25) Feng Zixing, Zhang Tao, Yang Jianfei,, Gaoqi, Ni Liangmeng, Liu Zhijia*. Fuel characteristics of briquettes manufactured by natural stacking bamboo/Chinese fir mixtures. ACS Omega, 2020, 5: 25281-25288.

获奖：

（1）竹基生物质固体燃料制备技术研究与应用，中国林业青年科技奖，2017

（2）竹材生物质颗粒燃料制备技术研究. 茅以升木材科研奖一等奖，2014

（3）竹材高效展平及其加工剩余物利用关键技术. 浙江省林业局/林学会第二十届科技兴林奖一等奖，2020

著作：

(1) 刘志佳. 竹基生物质固体燃料制备技术研究与应用 [M]. 北京：中国林业出版社, 2024（主编）

(2) Yoon Soo Kim . Secondary xylem biology [M]. Academic Press, 2015.（参编）

(3) 江泽慧. Wood Properties of the Global Important Tree Species. Science Press, 2014. （参编）

(4) Anuj Chandel, Silvio Silvério da Silva. Sustainable Degradation of lognocellulosic biomass -techniques, applications and commercialization. InTech, 2013.（参编）

专利：

发明专利

(1) 刘志佳，江泽慧，费本华，米冰冰，胡万河.一种能源自给型竹材生物质焙烧炭制备方法. 中国，授权号ZL 201510420300.X

(2) 刘志佳，陈忠良，江泽慧，费本华，冯子兴，杨建飞，倪良萌，高奇，侯艳梅，何玉玉. 一种烘干机. 中国，申请号 202010689917.2.

(3) 刘志佳，倪良萌，高奇，任浩，苏梦福，刘舒舒，钟龑行，万婷，王永丰，陶文龙.一种移动型竹材烘干炭化一体式装备. 中国，申请号202410042441.1

(4) 刘志佳，陈忠良，江泽慧，费本华，冯子兴，杨建飞，倪良萌，高奇，侯艳梅，何玉玉. 一种生物质炭制备系统. 中国，申请号 202010690377.X.

(5) Sun Zhengjun, Liu Zhijia, Yan Yan, Liu Huanrong, Nie Yujing, Zhang Xiubiao. Extrension recycling method by the technology of bar embenment with glue for wood colunns and apparatus thereof. 美国，授权号US 9808956B2

(6) 费本华，刘志佳，刘杏娥，孙正军，刘贤淼，王戈，覃道春，余雁. 无动力室内净化空气的方法及其结构. 中国，授权号201210514896.6

(7) 孙正军，刘志佳，严彦，刘焕荣，郭伟峰，聂玉静，张秀标. 一种木柱胶植筋接长再生利用的方法及其设备. 中国，授权号201210432523.4.

(8) 刘志佳，冯子兴，杨建飞，倪良萌，高奇，何玉玉，侯艳梅.一种连续生物质炭化装置及方法. 中国，申请号 202010690162.8.

(9) 刘志佳，倪良萌，冯子兴，杨建飞，高奇，何玉玉，侯艳梅.一种能源自给型制备生物质炭的碳化热解炉. 中国，申请号 202010689264.8.

(10) 刘志佳，江泽慧，费本华，冯子兴，项红中，张涛，杨建飞，高奇，倪良萌. 一种生物质颗粒燃料机械耐久性的测试方法. 中国，申请号 202010362960.8.

(11) 刘志佳，陈忠良，江泽慧，费本华，冯子兴，杨建飞，倪良萌，高奇，侯艳梅，何玉玉.一种生物质炭制备尾气处理系统. 中国，申请号 202010689938.4.

(12) 刘志佳，倪良萌，高奇，冯子兴，杨建飞，何玉玉，侯艳梅. 一种能源自给型移动碳化炉. 中国，申请号202011525391.0.

(13) 刘志佳，项红中，倪良萌，高奇，侯艳梅，何玉玉，冯子兴，杨建飞. 一种窄孔径竹箨活性炭及其制备方法. 中国，申请号202011537389.5.

(14) 刘志佳，倪良萌，高奇，任浩，苏梦福，刘舒舒，钟龑行，万婷，王永丰，陶文龙. 一种外操作式自动取料装置. 中国，申请号2024103887167

(15) 刘志佳，倪良萌，高奇，任浩，苏梦福，刘舒舒，钟龑行，万婷，王永丰，陶文龙. 下开式外操作炭化密封门. 中国，申请号202410269520.6

(16) 刘志佳，倪良萌，高奇，任浩，苏梦福，刘舒舒，钟龑行，万婷，王永丰，陶文龙. 一种烟气内循环式生物质炭化框. 中国，申请号202410201445.X

实用新型专利

(1) 刘志佳，江泽慧，费本华，刘杏娥，米冰冰，胡万河.一种生物质炭加热制造装置.中国，授权号201520190809.9.

(2) 刘志佳，费本华，江泽慧，胡万河，米冰冰. 一种制造秸秆生物碳的碳化设备. 中国，授权号201520190803.8.

(3) 刘志佳，刘杏娥，费本华. 无动力室内净化空气的结构. 中国，授权号201320527318.6.

(4) 刘志佳，孙正军，严彦，刘焕荣等. 一种短木接长连接机. 中国，授权号201220661548.7.

(5) 刘志佳，冯子兴，杨建飞，倪良萌，高奇，何玉玉，侯艳梅.一种连续生物质炭化装置. 中国，授权号 202021412204.3.

(6) 刘志佳，倪良萌，冯子兴，杨建飞，高奇，何玉玉，侯艳梅.一种能源自给型制备生物质炭的碳化热解炉. 中国，授权号 202021409699.4.

(7) 刘志佳，陈忠良，江泽慧，费本华，冯子兴，杨建飞，倪良萌，高奇，侯艳梅，何玉玉. 一种烘干机. 中国，授权号 202021420826.0.

(8) 刘志佳，陈忠良，江泽慧，费本华，冯子兴，杨建飞，高奇，倪良萌，侯艳梅，何玉玉.一种烘干机防回火装置. 中国，授权号 202021420830.7.

(9) 刘志佳，陈忠良，江泽慧，费本华，冯子兴，杨建飞，倪良萌，高奇，侯艳梅，何玉玉. 一种生物质炭制备尾气处理系统. 中国，授权号 202021420827.5.

(10) 刘志佳，陈忠良，江泽慧，费本华，冯子兴，杨建飞，倪良萌，高奇，侯艳梅，何玉玉.一种生物质炭制备系统. 中国，授权号 202021412826.6.

(11) 刘志佳，陈忠良，江泽慧，费本华，杨建飞，冯子兴，倪良萌，高奇，何玉玉，侯艳梅. 一种烘干机内滚筒内抄板. 中国，授权号 202021420941.8.

(12) 刘志佳，陈忠良，江泽慧，费本华，冯子兴，杨建飞，高奇，倪良萌，侯艳梅，何玉玉. 一种高密度制棒机. 中国，授权号 202021411719.1.

(13) 刘志佳，陈忠良，江泽慧，费本华，冯子兴，杨建飞，倪良萌，高奇，何玉玉，侯艳梅. 一种粉碎机锤片. 中国，授权号 202021421008.2.

(14) 刘志佳，陈忠良，江泽慧，费本华，冯子兴，杨建飞，倪良萌，高奇，何玉玉，侯艳梅. 一种生物质原料粉碎机. 中国，授权号 202021420958.3.

(15) 刘志佳，陈忠良，江泽慧，费本华，杨建飞，冯子兴，倪良萌，高奇，何玉玉，侯艳梅.一种粉碎机齿板. 中国，授权号 202021420957.9.

王婷，王永丰，陶文龙，刘志佳，费本华，倪良萌，侯艳梅，何玉玉.一种疫木炭化装备. 中国，专利号 202122039132.3.

其它：

科技鉴定成果

(1) 竹基生物质固体燃料制备技术研究与应用（新技术）

(2) 竹机制棒成型和连续炭化关键技术与装备（新技术）

(3) 移动式松材线虫病疫木炭化及增值利用关键技术（新技术）

(4) 林业生物质自热式移动炭化技术装备与应用（新技术）

(5) 林业生物质自热式移动炭化装备（新产品）