张永生
姓名：张永生
职称：教授、博导
职务：能源动力与机械工程学院副院长、电站能量传递转化与系统教育部实验室副主任
院系：能源动力与机械工程学院
研究方向：
煤燃烧及污染物控制、氢燃烧及利用、含碳材料储能
37000dcm威尼斯的联系方式：
电话：010-61771904
邮箱：yszhang@ncepu.edu.cn
地址：主楼f303b
个人简介及主要荣誉称号：
山西大同人，2006年于浙江大学能源清洁利用国家重点实验室获工学博士学位，中国工程热物理学会燃烧学专委会委员、中国工程热物理学会多相流专委会委员、中国重金属污染防治专业委员会会员、中国汞污染防治技术产业创新联盟理事、国际燃烧学会会员、北美热分析学会会员。是fuel（杰出审稿人）、energy fuels、combustion science and technology、international journal of hydrogen energy、environmental science and technology、journal of environmental chemical engineering、journal of hazardous materials等能源环境领域sci期刊审稿人，国家自然科学基金委及科技部评审专家。
在能源环境领域权威期刊发表论文60余篇，主编英文著作1部，合编英文著作2部，合作编写本科教材1部。作为第一发明人获得中国授权发明专利10余项、美国授权发明专利1项，转让及应用发明专利各1项。作为项目负责人承担基金委、科技部及发电企业纵向、横向科研项目40余项。
首创电厂飞灰一体化在线改性吸附脱除重金属技术，研制了世界首台套飞灰在线改性脱除重金属装置，首次在300mw燃煤机组完成了工程示范，并进一步推广应用到1000mw燃煤机组。
教学与人才培养情况：
本科生课程：热力发电厂
硕士生课程：电厂燃烧污染及控制技术
培养30余名博士硕士研究生，具有丰富的实验室和现场锻炼机会，多人曾获得中国工程热物理年会奖、优秀毕业生称号等，大多数毕业后快速成为科研单位和大型发电企业的业务骨干。
主要负责科研项目情况：
1) 2022—2024年，国家电网公司，受限空间氢气扩散后燃爆特性分析及模拟仿真
2) 2020—2022年，国家能源集团三河发电有限责任公司，燃煤电厂固废中重金属稳定化研究
3) 2018—2019年，华北电力科学研究院有限责任公司，寿光电厂环保测试试验
4) 2017—2018年，国华徐州发电有限公司，2号机组烟气脱汞改造
5) 2016—2020年，国家重点研发计划子课题，660mw超超临界cfb发电的超低排放系统集成研究
6) 2015—2017年，国家科技支撑计划子课题，大型燃煤电站近零排放控制关键技术及工程示范
7) 2015—2016年，北京市科技计划重大课题，燃煤发电烟气重金属脱除工艺研究与示范
8) 2015年，中国原子能科学研究院，燃煤机组放射性重金属元素测试
9) 2013—2015年，863计划子课题，燃煤烟气中多种重金属污染物的联合控制技术与示范
10) 2013年，西安热工研究院有限公司，活性焦烟气脱硫系统汞排放特征测试
11) 2012年，中国环境科学研究院，典型燃煤电厂汞排放特征测试
12) 2011—2013年，国家自然科学基金项目，氮气稀释富氢合成气微混合燃料喷射火焰燃烧特性研究
主要获奖情况：
1) 2020年度中国电力科学技术进步奖二等奖(9/18)，全流程燃煤烟气多污染物深度脱除创新平台建设及应用研究
2) 2018年度中国电力科学技术进步奖二等奖(2/16)：改性飞灰深度脱除燃煤烟气中重金属汞技术及应用
3) 2016年度中国电力科学技术进步奖三等奖(7/7)：燃煤电厂烟气脱汞创新技术研究及其应用
代表性论著：
著作：
13) yongsheng zhang, tao wang, wei-ping pan, carlos e. romero. “advances in ultra-low emission control technologies for coal-fired power plants”，2019，elsevier.
14) 陈海平，张永生，张学镭，李惊涛，于刚，李志宏，热力发电厂，“十三五”普通高等教育本科规划教材，2018，中国电力出版社
论文：
1) qixin yuan, gang yang, yongsheng zhang*, tao wang, jiawei wang, carlos e. romero. supercritical co2 coupled with mechanical force to enhance carbonation of fly ash and heavy metal solidification. fuel, 315: 123154, 2022.
2) tao wang, yuanbo lou, shengchao jiang, jiawei wang, yongsheng zhang∗,wei-ping pan. distribution characteristics and environmental risk assessment of trace elements in desulfurization sludge from coal-fired power plants. fuel, 314: 122771, 2022.
3) duo dong, yongsheng zhang∗, yi xiao, tao wang, jiawei wang, wei gao. oxygen-enriched coal-based porous carbon under plasma-assisted mgco3 activation as supercapacitor electrodes. fuel, 309: 122168, 2022.
4) jiawei wang, liyuan liu, siqi li, yang chen, tao wang, yongsheng zhang∗. mercury emissions and distribution in a waste incineration plant based on the 30b and ontario hydro methods. journal of cleaner production. 328:129663, 2021.
5) 张翼，叶云云，顾永正，张青松，史晓宏，张帅，王家伟，汪涛，张永生*. 1000mw 超超临界燃煤机组汞排放特征.中国电机工程学报, 41 (20), 7039-7045, 2021.
6) 张永生*, 董舵, 肖逸, 汪涛, 王家伟. 我国能源生产、消费、储能现状及碳中和条件下变化趋势，科学通报，66(34):4466-4476, 2021.
7) qixin yuan, yongsheng zhang*, tao wang, jiawei wang, carlos e. romero. mechanochemical stabilization of heavy metals in fly ash from coal-fired power plants via dry milling and wet milling. waste management, 135:428-436, 2021.
8) duo dong, yongsheng zhang∗, yi xiao, tao wang, jiawei wang, wei gao. mechanochemistry coupled with mgco3 one-step activation to prepare coal-based hierarchical porous carbon for supercapacitors. journal of power sources, 503: 230049, 2021.
9) yue peng, tao wang*, yongzheng gu, jiawei wang, yongsheng zhang, wei-ping pan. impact of the mercury removal system using modified fly ash on particulate matter emission. fuel, 301: 121054, 2021.
10) tao wang, xishan zhou, zhao liu, jiawei wang, yongsheng zhang∗,wei-ping pan. preparation of energy storage materials working at 20–25 °c as a cold source for long-term stable operation. applied thermal engineering, 183(2), 116220,2021.
11) 韩卫博，卞双，汪涛，王家伟，张永生*，潘伟平.燃煤电厂脱硫废水及污泥中重金属污染物控制研究进展，发电技术，41(5):497-509, 2020.
12) duo dong, yongsheng zhang∗, yi xiao, tao wang, jiawei wang, wei-ping pan. synthesis of o-doped coal-based carbon electrode materials by ultrasound-assisted bimetallic activation for application in supercapacitors. applied surface science, 529, 147074. 2020.
13) duo dong, yongsheng zhang*,yi xiao, tao wang, jiawei wang, carlos e. romero, wei-ping pan. high performance aqueous supercapacitor based on nitrogen-doped coal-based activated carbon electrode materials, journal of colloid and interface science, 580,77–87,2020.
14) duo dong, yongsheng zhang∗, tao wang, jiawei wang, carlos e. romero, wei-ping pan. enhancing the pore wettability of coal-based porous carbon as electrode materials for high performance supercapacitors. materials chemistry and physics, 252: 123381, 2020.
15) wenjun yin, duo dong, yongsheng zhang*, tao wang, jiawei wang, carlos e. romero, wei-ping pan. effect of annealing temperature on the continuity and conductivity of coal-based carbon films prepared by ball milling, applied surface science, 510, 145411, 2020.
16) jiawei wang, yongsheng zhang*, tao wang, hong xu, wei-ping pan. effect of modified fly ash injection on as, se and pb emissions in coal-fired power plant, chemical engineering journal, 380: 122561, 2020.
17) 王家伟, 张永生*, 张翼, 顾永正, 刘钊, 汪涛, 隋子峰, 徐鸿, 潘伟平. 喷射点位及温度对超低排放电厂活性炭吸附脱汞的影响. 中国电机工程学报. 39 (11), 3303-3312, 2019.
18) yongsheng zhang*, dongqian mei, tao wang, jiawei wang, yongzheng gu, zailei zhang, carlos e. romero, wei-ping pan. in-situ capture of mercury in coal-fired power plants using high surface energy fly ash. environmental science & technology, 53(13): 7913-7920, 2019.
19) shumin wang, yongsheng zhang*, yongzheng gu, jiawei wang, xuehai yu, tao wang, zhongchun sun, zhao liu, carlos e. romero, wei-ping pan. coupling of bromide and on-line mechanical modified fly ash for mercury removal at a 1000 mw coal-fired power plant, fuel, 247: 179-186, 2019.
20) jiawei wang, yongsheng zhang*, zhao liu, yongzheng gu, pauline norris, hong xu, wei-ping pan. coeffect of air pollution control devices on trace element emissions in an ultralow emission coal-fired power plant, energy and fuels, 33(1): 248-256, 2019.
21) yue peng, zifeng sui, yongsheng zhang*, tao wang, pauline norris, wei-ping pan. the effect of moisture on particulate matter measurements in an ultra-low emission power plant, fuel, 238: 430-439, 2019.
22) longchun zhong, yongsheng zhang*, tao wang, yong ji, pauline norris, wei-ping pan. optimized methods for preparing activated carbon from rock asphalt using orthogonal experimental design. journal of thermal analysis and calorimetry, 136 (5):1989-1999, 2019.
23) shuang bian, jiawen wu, yongsheng zhang*, tao wang, pauline norris, wei-ping pan. increasing recovery ratios with improved bcr method for mercury analysis in fgd gypsum, energy and fuels, 32(8): 8340−8347, 2018.
24) zifeng sui, yongsheng zhang*, tao wang, hong xu, boning zhang, martin cohron, chuanchuan cai, pauline norris, wei-ping pan. full-scale demonstration of enzyme-treated coal combustion for improved energy efficiency and reduced air pollution, energy and fuels, 32(6): 6592−6602, 2018.
25) tao wang, jiawen wu, yongsheng zhang*, jun liu, zifeng sui, huicong zhang, wei-yin chen, pauline norris, wei-ping pan. increasing the chlorine active sites in the micropores of biochar for improved mercury adsorption, fuel, 229: 60-67, 2018.
26) jie cheng, yongsheng zhang*, tao wang, hong xu, pauline norris, wei-ping pan. emission of volatile organic compounds (vocs) during coal combustion at different heating rates, fuel, 225: 554-562, 2018.
27) tao wang*, jun liu, yongsheng zhang*, wei-yin chen, wei-ping pan. increasing the chlorine active sites on biochar using non-thermal plasma technique for mercury removal, chemical engineering journal, 331: 536−544, 2018.
28) 钟隆春，张永生，潘伟平.溴化氢改性飞灰汞吸附机理研究.华北电力大学学报, 44(6):93-99, 2017.
29) yongsheng zhang*, panfeng shang, jiawei wang, pauline norris, carlos e. romero, wei-ping pan. trace element (hg, as, cr, cd, pb) distribution and speciation in coal-fired power plants, fuel, 208: 647-654, 2017.
30) jiawei wang, yongsheng zhang*, zhao liu, pauline norris, carlos e. romero, hong xu, wei-ping pan. effect of coordinated air pollution control devices in coal-fired power plants on arsenic emissions, energy and fuels, 31(7): 7309−7316, 2017.
31) jie cheng, yongsheng zhang*, tao wang, pauline norris, wei-yin chen, wei-ping pan. thermogravimetric-fourier-transform infrared spectroscopy-gas chromatography / mass spectrometry study of volatile organic compounds from coal pyrolysis, energy and fuels, 31(7): 7042−7051, 2017.
32) yongsheng zhang*, zhensen zhang, zhao liu, pauline norris, wei-ping pan. study on the mercury captured by mechanochemical and bromide surface modification of coal fly ash, fuel, 200: 427-434, 2017.
33) yongsheng zhang*, you zhang, tao wang, jianwei lin, carlos e. romero, wei-ping pan. oxidation of elemental mercury with non-thermal plasma coupled with a wet process, fuel, 197: 320-325, 2017.
34) yongsheng zhang*, lilinzhao, ruitao guo, jiawei wang, yan cao, william orndorff, wei-ping pan. influences of no on mercury adsorption characteristics for hbr modified fly ash, international journal of coal geology, 170: 77-83, 2017.
35) longchun zhong, wenhan li, yongsheng zhang*, pauline norris, yan cao, wei-ping pan. kinetic studies of mercury adsorption in activated carbon modified by iodine steam vapor deposition method, fuel, 188: 343-351, 2017.
36) zifeng sui,yongsheng zhang*, yue peng, pauline norris, yan cao, wei-ping pan. fine particulate matter emission and size distribution characteristics in an ultra-low emission power plant, fuel, 185: 863-871, 2016.
37) zifeng sui,yongsheng zhang*, jiabin yao, pauline norris, yan cao, wei-ping pan. the influence of nacl and na2co3 on fine particulate emission and size distribution during coal combustion, fuel, 184: 718-724, 2016.
38) shumin wang, yongsheng zhang*, yongzheng gu, jiawei wang, zhao liu, you zhang, yan cao, carlos e. romero, wei-ping pan. using modified fly ash for mercury emissions control for coal-fired power plant applications in china, fuel, 181: 1230-1237, 2016.
39) yongsheng zhang*, minglei shi, jiawei wang, jiabin yao, yan cao, carlos e. romero, wei-ping pan. occurrence of uranium in chinese coals and its emissions from coal-fired power plants, fuel, 166: 404-409, 2016.
40) yongzheng gu, yongsheng zhang*, jianwei lin, zhensen zhang, hong xu, pauline norris, yan cao, wei-ping pan. homogeneous mercury oxidation with bromine species released from hbr-modified fly ash, fuel, 169: 58-67, 2016.
41) longchun zhong, yongsheng zhang*, yong ji, pauline norris, wei-ping pan. synthesis of activated carbon from coal pitch for mercury removal in coal-fired power plants, journal of thermal analysis and calorimetry, 123 (1):851-860, 2016.
42) yongsheng zhang*, lilin zhao, ruitao guo, na song, jiawei wang, yan cao, william orndorff, wei-ping pan. mercury adsorption characteristics of hbr modified fly ash in an entrained-flow reactor, journal of environmental sciences, 33(1):156-162, 2015.
43) yongzheng gu, yongsheng zhang*, lvrong lin, hong xu, william orndorff, wei-ping pan. evaluation of elemental mercury adsorption by fly ash modified with ammonium bromide, journal of thermal analysis and calorimetry, 119 (3):1663-1672, 2015.
44) yongsheng zhang*, hailong zhang, long tian, pengfei ji, shanchuan ma. temperature and emissions characteristics of a micro-mixing injection hydrogen-rich syngas flame diluted with n2, international journal of hydrogen energy, 40 (36): 12550-12559, 2015
45) zifeng sui, yongsheng zhang*, wenhan li, william orndorff, yan cao, wei-ping pan. partitioning effect of mercury content and speciation in gypsum slurry as a function of time, journal of thermal analysis and calorimetry, 119 (3):1611-1618, 2015.
46) 张永生，张海龙，田龙，付忠广，张锴，稀释合成气微混合燃料喷射燃烧火焰特性研究，动力工程学报，35（1）：45-49，2015.
47) yongsheng zhang*, wei duan, zhao liu, yan cao. effects of modified fly ash on mercury adsorption ability in an entrained-flow reactor，fuel, 128( 15) : 274-280, 2014.
48) 赵立林，张永生*，郭瑞涛，潘伟平. no对hbr改性飞灰汞吸附特性影响机理探讨，2014，11，1-3，中国，西安. （2014年中国工程热物理学会燃烧分会优秀论文）
49) yongsheng zhang*, tianming yang, xueqi liu, long tian, zhongguang fu, kai zhang. reduction of emissions from a syngas flame using micromixing and dilution with co2, energy and fuels, 26(11): 6595−6601, 2012.
授权发明专利：
1) 一种二氧化碳矿化封存及固化飞灰中重金属的系统及方法，申请号：2019113553481，授权日：2021.03.09.
2) 一种燃煤电站飞灰吸附剂一体化改性及喷射脱汞系统，申请号：201510065290.2，授权日：2019.06.18.
3) 一种实现电站锅炉降低重金属及nox污染物排放的方法及系统，申请号：201410691568.2，授权日：2019.10.11.
4) 可调锅炉水冷取样枪装置及取样方法， 申请号：201410261940.6，授权日：2019.03.29.
5) 美国专利：mercury removal system for coal-fired power plant，patent no：us10,142,963 b2, date of patent: dec.4, 2018
6) 控制烟气重金属污染物排放的大规模吸附剂改性耦合喷射系统，申请号：201410261836.7，授权日：2018.01.05.
7) 一种实现电站锅炉降低nox排放及稳燃的方法及系统，申请号：201110190754.4，授权日：2014.03.26.
8) 电厂循环水热泵耦合热电联产的集中供暖系统及方法，201010163688.7，授权日：2014.12.03.
9) 一种可控制调节滴管炉装置，申请号：201210052343.3，授权日：2011.5.18，
10) 实现高氢燃气轮机低nox排放的方法和装置，申请号：200810117256.5，授权日：2011.5.18.
11) 一种热电联产耦合热泵实现区域冷热联供装置，申请号：201020180014.3，授权日：2011.11.25.
软件著作权：
1) 燃煤电厂重金属平衡计算软件，开发完成日期，2016.06.06，授权日期：2016.11.15，登记号：2016sr331691，登记号：软著登字第1510308号
2) 改性飞灰吸附脱汞工艺软件，开发完成日期，2018.08.08，授权日期：2019.06.03，登记号：2019sr0562503，登记号：软著登字第3983260号
实验室：
所在的能源环境科学与工程研究所所成立于2014 年9 月，形成具有国际水平的重金属污染物监测与控制技术研发团队，本人为研究所所长。研究方向包括：（1）含碳燃料的清洁燃烧；（2）重金属等污染物监测与控制；（3）新能源开发与利用。
实验室仪器包括国际先进的重金属污染监测及控制平台、热分析平台、燃烧实验平台和电厂现场监测平台等大型设备40多台套。包括：psa公司烟气汞在线分析仪3套、apex公司ohm安大略法汞测定仪及30b吸附管采样仪各3套、leeman hydra c全自动固相汞分析仪、leeman hydra iiaa全自动液相汞分析仪、lumex ra915 汞分析仪、psa测汞仪、psa测砷仪、等离子体发射光谱仪icp-oes、电感耦合等离子体质谱icp-ms、微波消解系统、以及ta公司的热分析仪器10余套、testo烟气分析仪、气相色谱-质谱分析仪、原子吸收光谱仪、离子色谱仪、傅立叶变换红外光谱仪、氮吸附仪等。