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Q235b rectangular tube, the second round of the 3rd Symposium on Ultra Low Emission Control Technology for Flue Gas in Steel and Coking Industry

Author: Tianjin Daegu Zhuang Xinhong Pipe Source: diseinugile.com Hits: Updated: September 18, 2019 [Font: large, medium and small ]

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The 3rd Symposium on Ultra-Low Emission Control Technology for Flue Gas in Steel and Coking Industry is scheduled to be held in Beijing from September 19th to 20th. The main contents of the conference include: 1) Invited report (opening ceremony); 2) Thematic points Venue seminars; 3) Advanced low-emissions advanced training courses in the steel and coking industries; 4) Environmental protection scientific and technological achievements exhibition; 5) Presentation of "Excellent Paper Award", etc., Q235b rectangular tube. Experts and scholars, managers of government departments, research and development and engineering technicians of enterprise units, scientific research institutes, universities, etc. will attend the meeting. Welcome everyone to sign up for it.
I. Conference organization
Hosted by: Institute of Process Engineering, Chinese Academy of Sciences
University of Science and Technology Beijing
Hegang Group Co., Ltd.
Tsinghua University
Sinosteel Tiancheng Environmental Protection Technology Co., Ltd.
Beijing-Tianjin-Hebei Iron and Steel Industry Technology Innovation Alliance
2. Preliminary agenda arrangement (more than 120 invited experts report)
Opening Ceremony
Speech by Secretary of Yunfa Chen, Institute of Process Engineering, Chinese Academy of Sciences
Speech by Vice President Xue Qingguo of University of Science and Technology Beijing
Hegang Leader's Speech
Speech by Director Wang Lei of Agenda 21 Management Center of Ministry of Science and Technology
Invited keynote speech
Hao Jiming Academician of Chinese Academy of Engineering / Professor of Tsinghua University
Report Title: Technological Innovation Drives Green Development of the Iron and Steel Industry
Zhang Yuanhang, Academician of Chinese Academy of Engineering / Professor of Peking University
Report Title: To be determined
Chai Fahe Former Vice President / Researcher, Chinese Academy of Environmental Sciences
Report Title: Comprehensive Prevention and Control of Air Pollution in Iron and Steel and Coking Industry
Wang Xindong, Deputy General Manager of Hegang Group
Report Title: Innovation and Technical Practice of Green Manufacturing Concept of Hesteel Group
Zifa Wang Researcher, Institute of Atmospheric Physics, Chinese Academy of Sciences
Report Title: Design and Application of Regulatory Platform for Key Industries in Regional Atmospheric Environment Joint Prevention and Control
Zhu Tingyu Researcher, Institute of Process Engineering, Chinese Academy of Sciences
Report Title: To be determined
Liu Jianguo Deputy Dean / Researcher, Institute of Material Science, Chinese Academy of Sciences
Report title: Optical Hazardous Gas Monitoring System Solution for Industrial Park
Xing Yi President / Professor, Beijing University of Science and Technology
Report Title: Research and Practice on Hot Issues of Ultra-Low Emission Technology in the Iron and Steel Industry
Session 1 (Entire Pollutants Emission Reduction and Energy-saving Coupling Technology)
1. Wenzhi Professor, University of Science and Technology Beijing
Mathematical model of heat and mass transfer process in high temperature flue gas sintering process and its application
2.Sun Yifei, Chair / Professor, Department of Beijing University of Aeronautics and Astronautics
Control Technology of UP-POPs in Iron Ore Sintering Process
3. Fan Xiaohui Professor, Central South University
New technology for source and process emission reduction of sintered flue gas
4. Long Hongming, Deputy Dean / Professor, Anhui University of Technology
New integrated technology for sintering flue gas desulfurization and denitration based on process + end
5.Yan Naiqiang, Professor of Shanghai Jiaotong University
Exploration on New Technology of Coupling Furnace-Blast Furnace Coupling Conversion Based on New Dry-Coke System
6. Deputy General Manager of Shanli Donghe Steel Legang
Build a steel base for energy conservation and emission reduction and green manufacturing in the coastal areas of Hesteel
7. Liu Lianji, Director, General Office of Tangshan Iron and Steel
Production and use of magnesium flux pellets
8. Zhao Yi Professor of North China Electric Power University
Related environmental issues and technology development in the era of ultra-low emissions after coal power
9.Henggen Shen, Professor, School of Environmental Science and Engineering, Donghua University
Research and Practice of Clean Technology for Hazardous Materials Control in High Pollution Process
10. Liu Jianhua, Professor of Engineering Technology Institute, University of Science and Technology Beijing
Blast furnace treatment technology for sintered flue gas and coke oven flue gas
11. Xu Wenqing Researcher, Institute of Process Engineering, Chinese Academy of Sciences
Technology and application of sintering flue gas selective circulation energy saving and emission reduction
12. Zhao Shaoying, Deputy Director of Energy and Environmental Protection Department of Hegang Iron and Steel Group
Full process ultra-low emissions to build a garden-type ecological factory
13. Ye Hengzheng Deputy General Manager of China Metallurgical Changtian International Engineering Co., Ltd.
Full-process emission reduction technology for sintered flue gas
14. Chen Wenyin, Hegang Iron & Steel Environmental Protection Grade I Business Supervisor
Electric furnace flue gas source emission reduction cooling purification technology
Session 2 (Sintering (Pellet) Flue Gas Denitrification Technology)
1. Li Junhua, Professor of Tsinghua University
Technological innovation drives green development in the steel industry
2. He Hong, Professor, Beijing University of Technology
Technology strategy for ultra-low emission of flue gas in steel and coking industry
3. Tang Xingfu, Professor of Shanghai Jiaotong University
High-efficiency SCR denitrification technology for steel flue gas coking industry
4. Liu Zhiming, Professor of Beijing University of Chemical Technology
Study on Ce-based SCR denitration catalyst
5. Chen Yanhe Iron & Steel Senior Engineer / Operation Officer
Analysis of "Extra-Ultra-Low" Emission Technology for Flue Gas from Leting Pellets of Hebei Iron and Steel Group
6.Shen Jiantao Chief Engineer of Xi'an West Mine Environmental Protection Technology Co., Ltd.
Technology and application of SCR denitration in sintered flue gas
7. Wang Hualin, Director / Professor of National Flue Gas Desulfurization Engineering Technology Research Center, Sichuan University
New technology and application of sintering flue gas treatment
8. Dong Lin Director / Professor of Nanjing University
Thoughts and Practice on Catalytic Denitration of Iron and Steel Industry Tail Gas
9. Liu Hui, Professor, School of Metallurgical Environment, Central South University
Development of Efficient Washing and Mercury Removal Technology for High Sulfur Smelting Flue Gas
10.Xiao Liu, Associate Researcher, Institute of Process Engineering, Chinese Academy of Sciences
Study on Sintering / Pellet Flue Gas Low Temperature Oxidative Denitrification Technology
11. Hou Changjiang River Steel Research Engineer
Research progress of sintering flue gas source and process pollutant emission reduction
Session 3 (Coke Oven Flue Gas Pollutant Control Technology)
1. Li Chao, Deputy General Manager of MCC Jiaonai (Dalian) Engineering Technology Co., Ltd.
Energy saving and emission reduction technologies in current coking plants
2. Tan Xiao Angang Steel Co., Ltd. Deputy Director / Senior Engineer
Application of coke oven flue gas desulfurization and denitrification technology
3. Liu Lijun Deputy Director of Anyang Iron & Steel Co., Ltd. Coking Plant
Application of activated carbon flue gas countercurrent integrated purification technology in Angang Coking Plant
4. Sheng Junbo, General Manager of Wuhan Pingmei Wuhan Iron & Steel Coking Co., Ltd.
Coke oven flue gas desulfurization and denitrification practice
5.Han Fengguo, Hegang Iron & Steel Xuangang Coking Plant Deputy Director / Senior Engineer
Application of Innovative Technology of Energy Saving and Environmental Protection in Xuangang Coking Plant
6. Gong Zhijun, Associate Professor, Inner Mongolia University of Science and Technology
High-temperature in-situ catalytic reduction coke oven flue gas denitrification technology
7. Zheng Wenhua Chief Expert of China Coking Industry Association
Status of coking industry operation and energy saving technology
8. Kong Dewen, Hegang Tanggang Senior Engineer
Application of Coke Oven Low Nitrogen Combustion Technology and Optimization of Desulfurization and Denitrification Operation
9.Hongming Wang, Chief Engineer, Zishu Environmental Engineering Technology Co., Ltd., Anhui
Coke oven flue gas dust sulfur nitrate ceramic fiber filter tube integrated treatment technology
10.Francesco Castellino
Application of catalytic filter in flue gas treatment of steel coking industry
11. Li Tianxi, Deputy Chief / Senior Engineer, Henan Jinma Energy Co., Ltd.
Test and Application of New Catalytic Dry Desulfurization Technology
Session 4 (Ultra-low Emission Technology and System Energy Conservation for Fine Particles of Steel)
1. Yao Qun, Chief Engineer, Sinosteel Tiancheng Environmental Protection Technology Co., Ltd.
Fugitive emissions and control in the steel industry
2. Zhang Bin, MCC CCID Engineering Technology Co., Ltd.
Blast Furnace Iron Field Flue Gas Capture Technology
3. Wang Shaohua MCC Jiaonai (Dalian) Engineering Construction Co., Ltd. is high
Coke oven fugitive fume collection and treatment technology
4. Zhang Tao Chief Engineer of Wuhan Sky Blue Environmental Technology Co., Ltd.
PM2.5 Agglomeration Enhanced ESP Technology and Application
5. Qi Guisheng, Dean / Professor, School of Chemical Engineering, North University of China
Technology and application of ultra-gravity wet purification of fine particles in gas
6. Yu Jianhua, Deputy Chief Engineer of China Steel Group Tiancheng Environmental Protection Technology Co., Ltd.
Steelmaking converter / electric furnace flue gas capture and ultra-low emission technology
7. Xu Biao Technical Director of Jiangsu Aokai Environmental Technology Co., Ltd.
Ultra-fine fiber filter media helps ultra-low emission of steel
8. Wang Associate Dean, College of Resources and Environment, Bolanzhou University
The theory and application of cloud-based technology to remove ultrafine particles
9. Zhiwei Chen, Vice President / Zheng Gao of Sinosteel Tiancheng Environmental Protection Technology Co., Ltd.
Reconstruction of Dust Removal Standard for Steel Furnace and Energy Saving Technology
10.Zhang Xiangjian, Deputy Chief Engineer, Chengdu Ease Technology Co., Ltd.
High-temperature intermetallic compound porous filter material and application thereof
11. Wang Jin, General Manager of Guangzhou Huafiltration Environmental Protection Co., Ltd.
Filter cartridge dust removal technology and its ultra-low emission application
12. Huang Sanming Chief Engineer / Zheng Gao of Wuhan Jinghong Ecological Environment Co., Ltd.
Integrated technology of dust removal and denitration of ceramic fiber filter tube
13.Deng Yali, Director of R & D Engineering Department of Suzhou Xiechang Environmental Technology Co., Ltd.
Intelligent management and control technology for industrial smoke ultra-low emission cloud platform
14. Ye Wei, Chief Engineer, Senior Engineer of Sinosteel Tiancheng Environmental Protection Technology Co., Ltd.
Technology and Practice of Extracting Potassium from Sintered Ash
Session 5 (Multi-pollutant Ultra-low Emission Control Technology)
1. Dean / Professor, School of Environmental Science and Engineering, Ningping Kunming University of Science and Technology
Key technologies and applications of desulfurization and denitrification of kiln flue gas slurry
2. Huang Zhanggen Researcher, Shanxi Institute of Coal Chemistry, Chinese Academy of Sciences
Sintering / pellet flue gas multi-pollutant dry integrated removal technology
3. Tian Jinglei, Deputy Director, Institute of Sustainable Development, Steel Research Institute, Hesteel Group
Full process ultra-low emission technology route and engineering practice in the steel industry
4. Wang Gao, China Metallurgical Construction Research Institute Co., Ltd.
Study on Multi-pollutant Emission Characteristics of Flue Gas from Sintering Head
5. Beijing Boqi Electric Power Technology Co., Ltd.
6.Zhang Fan, Deputy Chief Engineer / Researcher, Chinese Academy of Environmental Sciences
Pollutant control policy and ultra-low emission control in steel industry
7. Shen Boxiong, Dean / Professor, School of Energy and Environmental Engineering, Hebei University of Technology
Study on Catalytic Technology of Multi-pollutant Adsorption from Flue Gas
8. Jiang Xia, Professor of Sichuan University
Study on Desulfurization and Denitrification Performance of Biochar-based Catalyst
9. Liu Guorui, Researcher, Eco-Environment Research Center, Chinese Academy of Sciences
Principles of generation and control of dioxins and new persistent organic pollutants in the steel smelting industry
10. Li Yuran, associate researcher, Institute of Process Engineering, Chinese Academy of Sciences
Study on Synergistic Control of Multi-pollutants in Flue Gas by Activated Carbon Method
11. Yan Zhan Haihe Steel Group Handan Iron and Steel Company Senior engineer
Cooperative production practice of energy saving and emission reduction technology in sintering process
Session 6 (Contaminant Monitoring Technology)
1. Fu Qiang, Researcher, China Environmental Monitoring Station
Topic to be determined
2.Shen Chengyin Deputy Director / Researcher, Research Office, Hefei Institute of Material Science, Chinese Academy of Sciences
Tracking VOCs emission sources by PTR-MS
3. Cheng Ping, Professor of School of Environmental and Chemical Engineering, Shanghai University
Development of VOCs Real-time On-line Mass Spectrometer and Its Application in Monitoring VOCs Degradation Process
4. Xu Weili Technical Director of Beijing Xuedilong Technology Co., Ltd.
Online monitoring technology and case sharing of steel industry flue gas
5. Chen Songchen, Professor, Peking University
Meteorological changes and air pollution in the north
6. Xu Liang, Researcher, Hefei Institute of Material Science, Chinese Academy of Sciences
Infrared spectroscopy technology and its application in point and surface source emission monitoring and process analysis
7. Chen Longfei, Associate Professor, Beijing University of Aeronautics and Astronautics
Principle and Instrument Development for Measuring the Number and Concentration of Ultrafine Nanoparticles in a Wide Temperature Range
8. Cui Yanqing, Marketing Director, Senior Engineer, Hebei Xianhe Environmental Protection Technology Co., Ltd.
Industrial source environmental management and service overall solution technology and case sharing
Session 7 (Technology of Pollution Control and Cost Benefit Simulation in Steel Coking Industry)
1. Wang Shuxiao, Professor, School of Environment, Tsinghua University
Environmental Benefit Analysis of Air Pollution Control in Steel Coking Industry
2. Director / Researcher of the Atmospheric Environmental Planning Department of the Planning Institute of the Ministry of Ecology and Environment
Impact of Air Quality on the Steel Industry Emission Reduction in Beijing-Tianjin-Hebei and Surrounding Areas
3. Dean of Li Xinchuang Metallurgical Industry Planning and Research Institute
Ultra-low emission path of steel and its impact on carbon emissions
4. Zhang Qi, Professor of Northeastern University
Comprehensive Analysis of Energy Conservation and Pollutant Co-emission Reduction in Iron and Steel Industry
5.Wen Zongguo, School of Environment, Tsinghua University professor
Analysis and Policy Optimization of Energy Conservation and Emission Reduction in Steel Industry
6. Researcher of Environmental Engineering Assessment Center of Boxin Ministry of Ecology and Environment
Urban steel enterprises accurately solve the problem
7. Song Yu, Professor, School of Environmental Science and Engineering, Peking University
Impact of Atmospheric Ammonia on Acid Gas Emission Reduction in Typical Industries
8. Chen Dongsheng, Professor, Beijing University of Technology
Vessel emissions from the Bohai Rim region and their impact on coastal cities' PM2.5
9. Sun Yele, Researcher, Institute of Atmospheric Physics, Chinese Academy of Sciences
Emission Characteristics of Air Pollution in Shandong Rizhao Iron and Steel Plant and Its Impact on Air Quality
Session 8 (Emission and Control of Poisonous and Harmful Air Pollutants in Iron and Steel and Coking Industry)
1. Yan Keping, Professor of Zhejiang University
VOCs plasma control technology for steel and coking industries
2. Senior Engineer of the Solid Waste and Chemical Management Technology Center of Yuyang Ministry of Ecology and Environment
Research on screening methods of toxic and harmful atmospheric pollutants at home and abroad
3. Chen Yang, Researcher, Beijing Comprehensive Research Center, Chinese Academy of Sciences
Status and Development of Atmospheric Mercury Pollution Control Technology
4. Wang Sheng, Professor of Dalian Institute of Chemical Physics, Chinese Academy of Sciences
Catalytic purification technology for typical air pollutants
5.Tang Xiaolong, Professor, University of Science and Technology Beijing
Emission characteristics and control of toxic and harmful air pollutants in steel industry
6.Wang Baodong, a professor-level senior engineer at the Beijing Low Carbon Clean Energy Research Institute
Full life cycle management of denitration catalyst
7.Liang Wenjun, Professor, Beijing University of Technology
Emission Characteristics and Control Technology of Dioxins and VOCs in Iron and Steel and Coking Industries
8. Zhu Tao Director / Professor, China University of Mining and Technology (Beijing)
Emission and control of toxic and harmful air pollutants in steel coking industry
9. Wei Yongjie, Researcher, Chinese Academy of Environmental Sciences
Poisonous and harmful air pollutants in steel and coking industry and their impact on human health
10. Mao, Chief Engineer of Huatai Yongchuang (Beijing) Technology Co., Ltd.
Coking industry pollutant source emission reduction technology
11. Duan Erhong, Professor of Hebei University of Science and Technology
VOCs governance technology in coking industry
12. Liang Peng Professor of Qingdao University of Science and Technology
VOCs governance technology and its application in coking industry
13.Wang Jiancheng, Professor of Taiyuan University of Technology
Emission Characteristics and Control Technology of VOCs in Coking Industry
14. Liu Erhao Chief of Chenggang Iron and Steel Co., Ltd.
Purification and Recovery Technology of Blast Furnace Tank Equal Pressure Discharge Gas
Session 9 (CO2 emission reduction technology for steel and coking industries)
1. Wang Qiang, Vice Dean / Professor, School of Environmental Science and Engineering, Beijing Forestry University
Research progress on high cycle stability lithium silicate-based high-temperature CO2 capture materials
2. Associate Dean / Professor, School of Chemical Engineering, Jing Guohua Huaqiao University
Development of New Phase Change Absorbent and Study on CO2 Capture
3. Jia Qingming, Professor of School of Chemical Engineering, Kunming University of Science and Technology
Study on Efficient Capturing of Carbon Dioxide and Its Catalytic Copolymerization
4.Wang Tao Professor of Zhejiang University
Collection technology of carbon dioxide mineralization curing steel slag concrete prefabricated parts
5. Wang Lidong, Deputy Dean / Professor, School of Environmental Science and Engineering, North China Electric Power University
Mechanism of Phase Separation Agent for CO2 Capture in Coal-Fired Flue Gas
6. Zhang Shihan, Professor, Zhejiang University of Technology
Research progress in carbon dioxide capture by organic amine-based absorbents
7. Liao Wenjie Associate Professor, Sichuan University
CO2 mineralization reduction and solid waste treatment technology and its life cycle assessment
8. Shi Yanxiang, Associate Professor, Tsinghua University
R & D and Application of Directional Deep De-Hybrid Production of Syngas
Venue 10th (Air Pollutant Emission Inventory for Steel Industry)
1. Cheng Shuiyuan, Professor, Beijing University of Technology
Research and Demonstration Application of Beijing, Tianjin and Hebei Steel Industry's Optimized Emission Reduction Classification Technology
2. Wang Shuxiao, Professor, School of Environment, Tsinghua University
Analysis of atmospheric mercury emission characteristics and emission reduction potential in steel industry
3. Xue Zhigang, Researcher, Chinese Academy of Environmental Sciences
Beijing, Tianjin, Hebei and surrounding steel and coking industry pollution emissions and control measures
4. Secretary General of Su Yi China Environmental Protection Industry Association Environmental Impact Assessment Industry Branch
Iron and steel environmental steward service pollution prevention battle
5. Boxin (Researcher, Environmental Engineering Evaluation Center, Ministry of Ecology and Environment)
Air Pollutant Emission Inventory in the Iron and Steel Industry
6, Chen Jianbaoshan Iron and Steel Co., Ltd. Chief Expert
Baosteel's road to ultra-low emissions
7. Chenghua Shougang Co., Ltd. Qianan Iron and Steel Company Environmental Protection Minister
Selection of Ultra-Low Emission Technology Routes and Analysis of Problems in Steel Industry
8.Bieweihe Steel Chenggang Engineer / Desulfurization Section Deputy Chief
Accuracy analysis of dry-wet bulb method for measuring high-temperature flue gas humidity
Meeting arrangements
(I) Registration time and place
1. Registration at the meeting: Report all day on September 18, Q235b
2. Registration Location: Beijing Xijiao Hotel (Address: No. 18 Wangzhuang Road, Haidian District, Beijing, Phone: 010-62322288), Q235b rectangular tube,
3. No pick-up will be arranged for the meeting. Please attend the meeting place by yourself. Q235b
(2) Meeting time and content
Leader's speech at the opening ceremony on the morning of September 19
Afternoon on the afternoon of September 19-20, the venue, training courses, etc.
Environmental Protection Science and Technology Achievement Exhibition in the morning of September 19-20
Meeting costs
Representative type Preferential registration fee
(Before August 20) Standard registration fee
(After August 20 or on-site)
General representative 1600 yuan 1900 yuan
Student (with valid ID) 1000 RMB 1500 yuan
Note: Participants will pay by August 20th (inclusive) for remittance and enjoy the preferential registration fee. Q235b will be managed. The conference registration fee will be invoiced by Central Science (Beijing) Technology Development Center. Q235b will be managed. Wait, it is recommended that participants pay in advance, Q235b
V. Exhibition of Environmental Protection Scientific and Technological Achievements
During the conference, exhibitions and exhibitions of new technologies, new products and new instruments for monitoring and controlling flue gas will be held to promote excellent environmental protection technologies and successful experiences.
Accommodation arrangements
During the conference, the accommodation will be arranged in the Xijiao Hotel. The conference has already reserved enough rooms. If you need accommodation, please contact the Xijiao Hotel Reservation Department directly. Tel: 010-62322288 Transfer to the reservation department. Price, standard room 600 yuan / room (including double breakfast), single room 510 yuan / room (including single breakfast), booking deadline: September 15th, Q235b rectangular tube,
Contact Information of Conference Group
Conference secretariat
Contact: Zhang Chao Liu Hongguang Yao Kai Zhang Xue
Phone: 010-68668291
2. Institute of Process Engineering, Chinese Academy of Sciences
Contact: Guo Yan
Phone: 010-82544823
3. University of Science and Technology Beijing
Contact: Su Wei
Phone: 13810484418
4. Beijing-Tianjin-Hebei Steel Industry Energy Conservation and Emission Reduction Industry Technology Innovation Alliance
Contact: Hu Shenda
Phone: 010-62334783
Registration email: lvsegangtie@163.com,
Official website registration website: http://lsgt.csesam.com/
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