15.0 Coal chemical industry information list

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This post was last edited by Shutong at 2024-9-24 08:39 15.0 Coal Chemical Industry Information List ├─15.0 Coal Chemical Industry General Information │ │ 1# Furnace Heating and Baking Oven Regulations.doc │ │ 2010 World Coal to Liquids Conference Participation Report.doc │ │ 2011-04 Introduction to Huali Coal Gasification Technology (Pulverized Coal Gasification Technology) 2011-4 │ │ 2015 China Coal Chemical Industry White Paper │ │ 500,000 tons of annual coal gasification Texaco, Shell, atmospheric pressure entrained bed pulverized coal gasification method (GKT), entrained bed gasification technology (GE) process comparison.doc │ │ 500,000 tons per year coal gasification production process.doc │ │ 600,000 tons per year ammonia synthesis unit.doc │ │ 600,000 tons per year olefins project.doc │ │ 600,000 tons per year coal-to-olefins project feasibility study 2.doc │ │ 70,000 tons per year MTBE production unit process manual.doc │ │ BGL gasifier simulation diagram.doc │ │ BGL crushed coal slag gasification technology │ │ Characteristics of Destec coal gasification process.doc │ │ The difference between FCC and MTO processes.doc │ │ Main characteristics of GE and multi-component slurry coal-water slurry gasification.doc │ │ GE coal water slurry pressurized gasifier system process diagram.doc │ │ GE coal water slurry gasifier is a kind of coal water slurry as raw material.doc │ │ IGCC integrated coal gasification combined cycle technology complete information.doc │ │ MTO introduction │ │ MTO and MTP technical difficulties and prospects.doc │ │ MTO process technology.doc │ │ MTO technical and economic analysis.doc │ │ MTO operating procedures │ │ Shell coal gasification process flow for each position.doc │ │ Shell coal gasification process handout 64 │ │ Shell coal gasification process equipment selection.doc │ │ Shell coal gasification technology.doc │ │ Application of Shell coal gasification technology in our company.doc │ │ The application prospects of SHELL coal gasification technology in the field of coal chemical industry in China.doc │ │ The application prospects and technical practice of Shell coal gasification technology in China.doc │ │ Texaco process and Shell coal gasifier.doc │ │ Design of Texaco coal gasification process technical indicators and economic benefit evaluation system.doc │ │ Introduction to UOP's MTO and Dalian Institute of Chemical Physics' DMTO, SMTO-1, and MTP.doc │ │ Comparison table of technical parameters of different coal gasifications.doc │ │ Sinopec Nanhua 8.7 MPa GE coal gasification unit operation summary.doc │ │ Low-pressure heater.doc │ │ Frequently Asked Questions about Coal Water Slurry.doc │ │ Cold start-up steps.doc │ │ Superheater.doc │ │ Comparison of several coal gasification furnace types.doc │ │ Coal raw material indicators for ammonia synthesis in the fertilizer industry.doc │ │ Coal gasification technology of East China University of Science and Technology │ │ Principle of reverse osmosis.doc │ │ Strategy for developing my country's coal gasification technology.doc │ │ Various coal chemical industry, Shell coal gas related technical questions and answers.docx │ │ Introduction to various types of burners.doc │ │ Xianyang Chemical Coal Slurry Preparation Position Operation Method 090420.doc │ │ Comparison and selection of advanced coal gasification technologies at home and abroad - Zhang Ronglin.doc │ │ Development status of coal gasification at home and abroad.doc │ │ Overview of coal gasification technology at home and abroad.doc │ │ Current status of coal gasification technology at home and abroad.doc │ │ Introduction to the process of methanol to olefins at home and abroad │ │ Shell coal gasification technology.doc │ │ Overview of the promotion and application of Shell coal gasification technology in China.doc │ │ Application of Shell coal gasification technology.doc │ │ Multi-component slurry preparation.doc │ │ Suggestions on plant configuration and design for applying Shell 200 coal gasification process.doc │ │ Research on the technical route of Ende furnace.doc │ │ Key technology for industrial coal-fired clean production - furnace coal gasification furnace.doc │ │ Technology_BGL coal gasification 7.doc │ │ Production process design of a polypropylene workshop with an annual output of 20,000 tons.doc │ │ Prospect analysis of Texaco gas to methanol.doc │ │ Discussion on technical issues of Texaco coal gasification engineering.doc │ │ Discussion on issues of refractory bricks in Texaco gasification furnace.doc │ │ Summary of technical transformation of Texaco coal gasification unit.doc │ │ Calculation and analysis of Texaco coal gasification process.doc │ │ Common accidents since the start-up of Ende furnace.doc │ │ Ende pulverized coal gasification technology evaluation report.doc │ │ Discuss the engineering effect of entrained bed coal gasification technology in large-scale methanol production.doc │ │ Gasification basics.doc │ │ Gasification process technology.doc │ │ Gasifier 2.doc │ │ Types of gasifiers.doc │ │ Gasifier surface temperature measurement system │ │ Technical status of entrained bed coal gasification and development of multi-nozzle opposed coal-water slurry gasification technology.docx │ │ Gas-phase polypropylene.doc │ │ Water-cooled wall.doc │ │ Review of coal-water slurry application technology in 2012 │ │ Properties, Classification and Utilization of Coal in China │ │ Sinopec Employee Training Material Low Carbon Olefin Production Technology Sinopec Employee Training Material Editing and Review Steering Committee organized and compiled the 2015 edition edited by Xu Yuehua and Dai Wei │ │ Sinopec Employee Training Material Coal Chemical Technology Kang Wanzhong 2017 Edition │ │ China’s Energy Security and the Formation of a New Coal Pattern 2010 Edition │ │ Ethylene Process and Technology Wang Songhan 722 │ │ Low-rank coal quality conversion polygeneration technology 2013 edition │ │ Hydrotreating unit technology Q&A Shi Kaihong │ │ Power coal blending │ │ * * Secondary Vocational Education Reform and Development Demonstration School Key Professional Textbook Construction Achievements Typical Coal Chemical Unit Processes and Operations Editor-in-Chief Zheng Zhengzi 2015 Edition │ │ Large Coal Chemical Plant Gasification Operator Knowledge Questions and Answers Textbook Editor Cui Fake 2016 Edition │ │ Large Coal Chemical Plant Methanol Operator Knowledge Questions and Answers Textbook Edited by Li Shengjun 2016 Edition │ │ Natural Gas Treatment and Processing │ │ Practical Natural Gas Engineering │ │ Introduction to Industrial Polypropylene (USA) Malpass, (USA) Bender, ； Translated by Li Huayi, Yuan Wei et al. 2015 edition │ │ Ministry of Education Higher Vocational College Planning Textbook Clean Coal Technology │ │ Ministry of Education Higher Vocational College Planning Textbook Coal Chemistry │ │ New Coal Chemical Engineering and Practice 2011 Edition │ │ General Higher Education Planning Textbook Coal Chemical Technology Xue Yongsheng, edited by Liu Tong 2015 edition │ │ The latest new coal washing technology, new technology and practical manual on production management 1448 │ │ Coal water slurry preparation and application technology │ │ Coal water slurry pulping technology Zhang Rongzeng │ │ Coal water slurry technology development and application in 2012 │ │ Coal water slurry standard practice book * * A complete book of relevant technical standards, specifications and practices │ │ Clean coal power generation technology and engineering applications │ │ Clean coal technology compiled by Yao Qiang et al. │ │ Practical manual of coal washing and preparation technology │ │ Olefin raw materials │ │ Coal Utilization Chemistry (Volume 1, 2) │ │ Coal-to-low-carbon olefin technology and engineering 2014 │ │ Application of catalysts in the process of coal-to-chemicals and fuels │ │ Coal-to-liquid technology 2014 │ │ Coal-to-methanol semi-physical simulation training course edited by Wang Xunqiu et al. 2015 edition │ │ Construction and catalytic mechanism of supported solid acid catalysts for coal hydrocracking Yue Xiaoming et al. 2017 edition │ │ Coal Chemistry 2012 │ │ Coal Chemistry 2013 │ │ Coal Chemistry Yu Jishun │ │ Coal Chemistry Zhang Xianglan │ │ Coal Chemistry Zhu Zhipei Gao Yasheng │ │ Coal Chemistry Wuhan Iron and Steel Institute Tao │ │ Coal Chemistry 2nd Edition 2010 Edition │ │ Coal Chemistry 4th Edition Chief Editor Zhang Shuangquan 2017 Edition │ │ Coal Chemistry Guo Chongtao 162 │ │ Coal Chemistry and Coal Analysis 2012 │ │ Coal Chemistry and Coal Quality Analysis 2012 │ │ Coal Chemistry Product Technology │ │ Coal Chemistry and Technology Experiment Huang Yinghua Wang Zenghui Hang Yuezhen │ │ Coal Chemistry and Coal Quality Evaluation Yang Huanxiang, Liao Yuzhi, Hu Yicheng, Miao Suqing edited│ │ Coal Chemistry and Coal Tar Chemistry│ │ Coal Chemistry and Coal Tar Chemistry│ │ Basics of Coal Chemistry│ │ Basics of Coal Chemistry Chen Wenmin Editor-in-Chief Zhang Zishao│ │ Coal Chemistry Experiment 2010 Edition│ │ Coal Chemistry Experiment Tangshan Institute of Engineering and Technology Editor-in-Chief Yang Guangdi │ │ Coal Chemistry Engineering │ │ Coal Chemistry Engineering Guo Shucai │ │ Coal Chemistry Zhu Zhipei Gao Yasheng │ │ Coal Chemistry Editor-in-Chief Yu Jishun │ │ Coal Chemistry Editor-in-Chief Guo Chongtao │ │ Coal Chemistry Zhong Yunying Guan Mengpin and others co-editors │ │ Coal Chemical Industry │ │ Coal Chemical Engineering Professional Training Guidance │ │ Coal Chemical Engineering Simulation Training 2013 │ │ Coal Chemical Engineering Basics │ │ Coal Chemical Industry Safety and Environmental Protection - Xie Quan'an-2005 │ │ Coal Chemical Engineering Practical Training Guidance Li Xinghai, Pang Liwen Editor-in-Chief 2015 Edition │ │ Coal Chemical Technology 207 │ │ Coal Chemical Technology │ │ Coal Chemical Technology 342 │ │ Coal Chemical Technology 2012 │ │ Coal Chemical Technology edited by Song Yonghui and Tang Jieli 2016 edition │ │ Coal Chemical Technology Guo Shucai 307 │ │ Coal Chemical Technology 3rd Edition 2012 │ │ Coal Chemical Technology and Engineering in Coal Chemical Handbook 2013 │ │ Coal Chemical Technology and Application edited by Qian Bozhang 2015 Edition │ │ Coal Chemical Technology and Equipment edited by Wang Jianxin, Chen Xiaojuan, Wang Chang 2015 Edition │ │ Progress and Application of Coal Chemical Technology 2012 │ │ Coal Chemical Engineering School-Enterprise Co-edited Textbook Methanol to Olefin Process Fan Hongzhen, Editor-in-Chief Sun Xiaowei 2016 Edition │ │ Introduction to Coal Chemical Industry 2012 │ │ Safe Operation Technology for Coal Chemical Production - Recovery and Refining of Coal Tar and Crude Benzene │ │ Coal Chemical Production Technology │ │ Coal chemical production technology, edited by Wang Yu and others, 2017 edition │ │ Popular science knowledge of coal chemical industry 2013 │ │ Coal chemical equipment operation and maintenance, edited by Zhang Guowei, Zhang Wei, Zhu Cunen, 2017 edition │ │ Coal chemical engineering design basics 2012 │ │ Coal and coal chemistry 2013 edition │ │ Analysis and utilization of patent information of coal-based chemicals edited by Li Yantao, Li Jie and Liu Guangnan 2016 edition │ │ Coal-based synthetic chemicals 2010 edition │ │ Coal-based synthetic chemicals edited by Ying Weiyong │ │ New progress in coal-derived oil geochemistry (coal-derived oil research project, one of the results) │ │ Gas purification equipment condition maintenance and overhaul technology │ │ Coal gasification and chlor-alkali production practice Gas and Electrical Purification Workbook │ │ Combustion of Gas │ │ Gas Design Manual Volume 1 692 │ │ Gas Design Manual Volume 2 613 │ │ Gas Design Manual Volume 763 │ │ Coal Clean Conversion Project: Shenhua Coal-to-Fuel and Synthetic Materials Technology Exploration and Engineering Practice 2011 Edition │ │ Theory and Application Technology of Coal Slurry Combustion, Flow, Heat Transfer and Gasification │ │ Coal Liquefaction Chemistry │ │ Coal Liquefaction Technology │ │ Coal Pressurized Gasification │ │ Compilation of Common Standards for Coal │ │ Coal Gasification and Briquette Plant Design 300 │ │ Principles and equipment of coal gasification│ │ Coal gasification engineering│ │ Coal gasification engineering│ │ Coal gasification process│ │ Coal gasification process and operation 2013│ │ Coal gasification technology 2nd edition edited by Wu Guoguang and Zhang Rongguang 2015 edition│ │ Coal gasification technology│ │ Coal Gasification Knowledge Questions and Answers │ │ Clean Coal Utilization and Coal Chemical Technology Series Coal-Based Activated Carbon Edited by Sun Zhongchao and Wang Peng 2016 Edition │ │ Clean Coal Utilization and Coal Chemical Technology Series Coal Gasification Edited by Wang Peng and Dong Weiguo 2015 Edition │ │ Clean Coal Utilization and Coal Chemical Technology Series Modern Coal Quality Technology Ding Hua 2016 Edition │ │ Clean Coal Utilization and Coal Chemical Technology Series Methanol Synthesis Wang Peng 2017 Edition │ │ Clean Coal Utilization and Coal Chemical Technology Series Coal Blending and Coking Edited by Pei Xianfeng and Wang Xiaolei 2015 Edition │ │ Coal Liquefaction Technology │ │ Coal direct liquefaction technology and engineering Wu Xiuzhang, Shu Geping, Li Kejian, etc. 2015 edition │ │ Coal Vocational Education Curriculum Reform Planning Textbook Coal Chemistry 2011 Edition │ │ Coal Tar Chemical Engineering 362 │ │ Coal Tar Chemical Engineering 2nd Edition 455 │ │ Practical Manual on New Processes and New Technologies for Coal Tar Production and Operational Safety and Quality Inspection Standards and Regulations │ │ Mercury Emissions and Control from Coal Combustion 2010 Edition │ │ Coal Combustion Theory and Technology │ │ Coal Combustion Theory and its Macro Universal Laws Fu Weichai │ │ Chemical and Physical Desulfurization of Coal │ │ Chemical Engineering of Coal │ │ Calorific value of coal and calculation formula │ │ Fluidized bed gasification and application of coal edited by Li Fenghai, Duan Yuling and Zhang Chuanxiang 2016 edition│ │ Coal thermal and electric power polygeneration technology and engineering examples book│ │ Coal pyrolysis, coking and coal tar processing│ │ Coal pre-combustion desulfurization process│ │ Coal combustion and gasification manual│ │ Coal conversion│ │ Preparation of pulverized coal (volume 2) │ │ Preparation of pulverized coal (volume 1) │ │ Combustion of pulverized coal │ │ Design and operation of pulverized coal burner │ │ Coal structure-chemical index classification and application 2013 │ │ High temperature and rapid liquefaction of coal Ling Kaicheng, 2017 edition by Sheng Qingtao │ │ Fuel Manual │ │ Basics of Combustion Theory │ │ Modern Coal Washing and Preparation New Technology and Mechanized Operation, Maintenance and Management Practice Book │ │ Basics of Modern Coal Chemical Engineering 2nd Edition 2012 │ │ Modern Coal Chemical Technology Series Pollution and Control in the Coal Chemical Process │ │ Modern Coal Chemical Technology Series Coal Plasma Conversion │ │ Modern Coal Chemical Technology Manual edited by He Yongde Chemical Industry Press 1513 │ │ Modern Coal Chemical Technology Manual 2011 Edition │ │ Modern Coal Chemical Technology Manual Third Edition 2019 Edition │ │ Modern Coal Chemical Technology Manual He Yongde Second Edition 856 │ │ Modern Coal Chemical New Technology Second Edition Tang Hongqing 2016 Edition │ │ Modern Coal Chemical New Technology │ │ Modern Coal Chemical Production Technology Editor-in-Chief Cheng Liyan 2014 Edition │ │ Modern Coal Conversion and Coal Chemical New Technology and New Process Practical Book 1913 │ │ Biomass Liquefaction Principles and Technical Applications 2013 Edition │ │ Methanol to Olefins Liu Zhongmin et al. 2015 Edition │ │ Methanol to Olefin Process Fan Hongzhen, Editor-in-Chief Sun Xiaowei 2016 Edition │ │ Introduction to Petrochemical Industry │ │ Carbon Tetracarbon Pentaolefin Engineering │ │ Chapter 3 Calorific value of coal and its calculation │ │ Fly Ash Utilization Manual 465 │ │ Fly Ash Utilization Manual 529 │ │ Linear low density polyethylene synthesis process 2010 edition │ │ Polypropylene annual output of 80,000 tons unit production technical data │ │ Polypropylene - Principles, processes and technologies Hong Dingyi │ │ Polypropylene principles, processes and technologies 2nd edition 2011 edition │ │ Polypropylene Handbook (original second edition) │ │ Polypropylene production technology and application 217 │ │ Polypropylene Production Technology and Products Edited by Guo Xiaojun, 2017 Edition │ │ Polyacrylonitrile-Based Carbon Fiber 2011 Edition │ │ Polyolefin Technology and Products Manual, edited by Tao Hong, 2018 Edition │ │ Lignite Utilization Technology │ │ Lignite Chemical Technology 2014 │ │ Solid-liquid and solid-gas separation technology in coal preparation plant │ │ Coal Preparation Manual │ │ Research and Application of New Coal Preparation Technology │ │ High-Density Polyethylene Synthesis Process by Xu Baocheng, 2017 Edition │ │ Blast Furnace Coal Injection Technology │ │ High School Chemistry Experiment Premium Textbook Series Coal Chemistry and Chemical Engineering Experiment Guide edited by Zhao Jianjun 2018 Edition │ │ College textbook Coal Chemistry Experiment edited by Han Xiaoxing, Wang Yaxiong, Xu Ximin, 2018 edition │ │ College Science and Engineering Chemistry and Chemical Engineering Planning Textbook Coal Chemical Engineering Technology edited by Xu Shaoping 2016 Edition │ │ Advanced Combustion Science │ │ Higher Vocational College Series Textbook Coal Chemical Production Technology edited by Hou Xia, Wang Jianqiang 2012 Edition │ │ │ └─Coal Chemical Engineering Design Basics│ Coal Chemical Engineering Design Basics_Part 1 │ Basics of Coal Chemical Engineering Design_Part 10 │ Basics of Coal Chemical Engineering Design_Part 11 │ Basics of Coal Chemical Engineering Design_Part 12 │ Basics of Coal Chemical Engineering Design_Part 13 │ Basics of Coal Chemical Engineering Design_Part 14 │ Basics of Coal Chemical Engineering Design_Part 15 │ Basics of Coal Chemical Engineering Design_Part 16 │ Basics of Coal Chemical Engineering Design_Part 17 │ Basics of Coal Chemical Engineering Design_Part 18 │ Basics of Coal Chemical Engineering Design_Part 19 │ Basics of Coal Chemical Engineering Design_Part 2 │ Basics of Coal Chemical Engineering Design_Part 20 │ Basics of Coal Chemical Engineering Design_Part 21 │ Basics of Coal Chemical Engineering Design_Part 22 │ Basics of Coal Chemical Engineering Design_Part 23 │ Basics of Coal Chemical Engineering Design_Part 24 │ Basics of Coal Chemical Engineering Design_Part 25 │ Basics of Coal Chemical Engineering Design_Part 26 │ Basics of Coal Chemical Engineering Design_Part 27 │ Basics of Coal Chemical Engineering Design_Part 3 │ Basics of Coal Chemical Engineering Design_Part 4 │ Basics of Coal Chemical Engineering Design_Part 5 │ Basics of Coal Chemical Engineering Design_Part 6 │ Basics of Coal Chemical Engineering Design_Part 7 │ Basics of Coal Chemical Engineering Design_Part 8 │ Basics of Coal Chemical Engineering Design_Part 9 │ ├─15.0 Coal Chemical Engineering Paper │ 050415 (damaged) │ Analysis of 165,000/a coal tar processing unit │ Selection of coal gasification process for 1800kt/a methanol project │ Preparation technology of 2,6-dimethylnaphthalene │ The 2006 China Coal Processing and Comprehensive Utilization Technology, Market, Industrialization Information Exchange Conference and Development Strategy Seminar was successfully held│ 200,000 tons per year low-pressure methanol synthesis device│ 21st century clean fuel - dimethyl ether│ Comparison of 4.3m tamped coke oven and 6m top-loaded coke oven│ Development and application of 4.3m coke oven top smoke and dust removal truck│ Thermal calculation of the internal and external compression processes of the 40000m3/h air separation unit │ Operation evaluation and experience of the 40000m^3/h Ende pulverized coal oxygen-enriched oxidation unit │ Discussion on the composition and operation of the 6.5MPa Texaco gasification coarse slag system │ Optimization and improvement of the 6m coke oven coal blending plan │ A2O process for coking wastewater treatment │ Application of A2O biological deamination process in coking wastewater treatment │ Method for producing propylene by catalytic cracking of C4 olefins │ Feasibility study on direct synthesis of acetic acid from CH4, C02, O2 │ Research progress of CO shift catalysts │ Application of DCS control system in crude benzene distillation process │ DCS system fault identification and treatment methods │ Simplified calculation of gasification reaction of GE gasifier │ Analysis of structural design characteristics of GE coal water slurry gasifier literature │ GE coal water slurry gasification lock bucket program modification │ GSP Research on the influencing factors of slag hanging on the water-cooled wall of gasifier│ GSP gasification technology is first used in Shanxi Coal Chemical Industry│ Overview of GSP coal gasification technology equipment│ HoneywellPKS system in HT_Application in L pulverized coal gasification unit │ Brief analysis of reactor agglomeration in HORIZONE process polypropylene unit │ Discussion of several issues in the production practice of HPF gas desulfurization process │ Application of HSB/OAOA process in coking wastewater treatment │ HT-L furnace pulverized coal pressurized gasification technology │ HT-L Improvement of conversion furnace temperature control method for coal gasification to methanol │ HT-L Operation summary of the conversion system of the pulverized coal pressurized gasification device│ Economic analysis of 100% CO2 pulverized coal transportation technology of the HT-L furnace device│ Summary of optimization and transformation of the coal grinding unit of the HT-L pulverized coal pressurized gasification device│ HT_L-furnace pulverized coal pressurized gasification technology│ Research on coal gasification characteristics of HT-L gasifier│ Reasons and modification measures for excessive H2S content in the operation of low-temperature methanol washing device for HT-L coal gasification to methanol│ Determination of vanadium and thorium in coal by ICP-AES method│ Application of JX-300XDCS system in fertilizer production│ Application of MBR wastewater treatment process in coal chemical enterprises│ Verification of integrated process of MTO and olefin cracking│ Economic analysis of MTO process and traditional ethylene industry│ Feasibility analysis of industrialization of MTO technology│ Review of the latest progress of MTO technology│ Summary of cleaning of sulfur blockage in ammonia cooler of NHD decarburization solution│ OPC technology and its role in DCS│ Application of PCS7 in 150,000 t/a tar processing│ SE-Dongfang furnace pulverized coal pressurized gasification technology coal type adaptability industrial test│ Optimal control of naphtha carbon black recovery device in Shell gasification process │ Discussion on carbon black recovery issues in Shell gasification process │ Improvement of Shell gasifier oven scheme │ Structural characteristics and operation and maintenance literature of SHELL gasifier │ Discussion on selection of Shell coal gasification purification process │ Summary of conversion unit operation in Shell coal gasification to methanol project │ Summary of sulfur-tolerant shift start-up of Shell coal gasification synthesis gas │ Research on control of methanation side reactions in Shell coal gasification process │ Some improvements in Shell coal gasification process control system│ SHELL coal gasification process progress│ Characteristics of Shell coal gasification technology (SCGP)│ Shell coal gasification technology│ Shell coal gasification technology_SCGP_Features │ Shell coal gasification technology and its domestic application │ Application of Shell coal gasification technology in synthetic ammonia production │ Shell coal gasification technology production of synthetic ammonia unit successfully started up │ Characteristics of Shell coal gasification technology (SCGP) │ Transformation of Shell coal gasification gas │ Analysis of performance of Shell coal gasifier │ Process calculation and result analysis of SHELL coal gasifier │ Research on sulfur-tolerant transformation process of Shell coal gasification │ Summary of maintenance of Shell coal gasification unit │ Summary of operation of Shell coal gasification unit │ Selection of supporting equipment for Shell coal gasification unit │ Installation and inspection of SHELL coal gasification metal filter element │ Discussion on methanation side reactions in Shell pulverized coal gasification process │ Optimization and improvement of Shell pulverized coal gasification process control │ Application and improvement opinions of Shell pulverized coal gasification technology in coal-to-liquids projects │ Discussion of slag blocking problems in Shell pulverized coal gasification furnace │ Judgment method and emergency measures for leakage of shell pulverized coal gasifier burner cover and membrane wall of reaction chamber │ Comparative analysis of Texaco and Shell coal gasification processes │ Numerical simulation of gas-solid two-phase flow in Texaco entrained bed coal gasifier │ Comparative analysis of Texaco coal-water slurry technology and Shell dry pulverized coal gasification technology │ Application of TGA in refined asphalt research │ U-GAS gasifier construction technology │ Pouring and maintenance of UGI gas furnace refractory materials│ Overview of UGI gas furnace technical transformation and management│ U_Brief introduction to the development of Gas coal gasification technology │ U-gas in-bed desulfurization literature for coal gasification process │ Supporting research literature for U-GAS coal gasification process │ Modification of the pressure relief pipeline of V-1205 pulverized coal feed tank │ Experimental research on YM type coal water slurry additive Nan Guozhi │ Application summary of Φ1000 mm alcohol washing tower internals │ Summary of modification and use of internal parts of Φ1200mm synthesis tower│ Analysis of explosion accident of φ2450 gas generator│ Summary of comprehensive optimization and improvement of φ2650mm gas furnace top│ Energy-saving renovation of Φ3600mm gas generator│ Impact of "aging" on the quality of gas wastewater and its coagulation effect│ "Medium and long-term development plan for coal chemical industry" is being formulated│ Cause analysis and preventive measures for a gas explosion accident │ Acidity control of methanol in the three-tower distillate │ Research on pyridine extraction FTR spectra of coal with different coal ranks │ Thermodynamic analysis of the corrosion mechanism of high chromium bricks caused by coal slag with different alkalinity │ Research on the surface structure and combustion characteristics of pulverized coal with different particle sizes │ Research progress on the synthesis of acrylic water-coal slurry additives │ Determination of non-isothermal pyrolysis characteristics and kinetic parameters of Dongsheng coal │ Two-stage pressurized pulverized coal gasification technology │ Analysis of energy consumption of two coal gasification technologies for ammonia synthesis │ Research on phenol extraction and refining process of medium and low temperature coal tar distillate │ Analysis of the development status of China's coal chemical industry and its impact on petrochemical industry │ China Coal Chemical Industry Monthly Report 2016.1 │ China Coal Chemical Industry Monthly Report 2016.10 │ China Coal Chemical Industry Monthly Report 2016.2 │ China Coal Chemical Industry Monthly Report 2016.3 │ China Coal Chemical Industry Monthly Report 2016.4 │ China Coal Chemical Industry Monthly Report 2016.6 │ China Coal Chemical Industry Monthly Report 2016.7 │ China Coal Chemical Industry Monthly Report 2016.9 │ China Coal Chemical Industry Monthly Report 2017.2 │ Current status and prospects of China's coal chemical industry │ Development of China's underground coal gasification technology │ Pulverized coal gasification technology with Chinese characteristics is bearing fruit│ Research on Zhongtian Hechuang Coal Chemical Business Competition Strategy_Fu Juan│ Experimental research on small and medium-sized coal-fired flue gas denitrification│ Shanxi Coal Chemistry Institute of the Chinese Academy of Sciences and other units cooperate to develop methanol downstream product technology│ Serial fluidized bed coal gasification test│ Application of exhaust gas recovery device in deaerator│ Effect of sulfur dioxide and water vapor on vanadium and titanium denitrification catalyst│ Comparison of carbon dioxide stripping process and ammonia stripping process│ Analysis of the reasons for the rapid drop in the liquid level of the second surface tank │ Research on the production of cast coke from anthracite coal in Yunnan │ Asia Chemical Consulting: Discussion on the raw material plan for outsourcing methanol to olefins │ Asia’s largest coke oven - 2 million tons/a 7.63m coke oven │ Practice of industrial innovation theory in coal chemical industry │ Stable operation of TDI recovery unit from by-product tar │ Removing oxygenated compounds from olefin stream │ Synthesizing ammonia_Ways to develop coal chemical industry centered on methanol │ Research on preparing high-performance activated carbon using coal tar pitch as raw material │ Research on optimizing coal blending to improve Panzhihua Iron and Steel coke quality │ Analysis and countermeasures of causes of poisoning of low-variation catalysts │ Low-tide coal chemical industry looks forward to follow-up application technology breakthroughs │ Green coal chemical industry in the low-carbon era │ Low-carbon economy and coal chemical industry │ Using heat recovery coke ovens to produce high-quality cast coke │ Factors affecting carbon deposits on catalysts │ Application and R&D of coal gasification technology in Yankuang and Luhua │ Operation status of Tampa Electric Power Company’s Polk power station, the world’s first combined cycle power generation device built with Texaco coal gasification technology │ Brief analysis of Bayi Steel’s development of metallurgical coal chemical industry │ Notice on strengthening the construction management of coal chemical projects to promote healthy development of the industry │ Thoughts on my country’s polypropylene technology and market development │ Exploration on the treatment methods of phenol cyanide wastewater in coking plants │ Discussion on the treatment of air pollutants in coal chemical plants │ Introduction to the overhaul and start-up of typical coal-water slurry gas generating equipment │ Inner Mongolia Yitai 160,000 tons_a Operation status of indirect coal liquefaction demonstration unit │ Inner Mongolia's large coal chemical project has begun demonstration │ Research on the flow field and residence time distribution of cold Texaco gasifier │ Infrared spectrum analysis of two-stage fractionated extracts of Zhunbei coal │ Discussion of several typical coal gasification process equipment layout plans │ Technical status and process comparison literature of several coal gas production methods │ New progress in the application of graded grinding coal slurry concentration technology in the coal chemical industry │ Utilize Shell pulverized coal gasification technology to realize "oil-to-coal" synthesis of ammonia raw materials │ Utilize medium and high sulfur coal to develop circular economy │ Utilize coal chemical process equipment for deep processing of washed oil │ Research on catalytic gasification kinetics of coal under pressure │ Pressurized sprayed fluidized bed coal partial gasification test │ Process simulation of pressurized entrained bed coal gasification to methanol │ Development status and existing problems of pressurized entrained bed coal gasification process │ Application of chemical methods in activated carbon post-treatment │ Fertilizer "8·13" project transformation and effects │ Introduction to coal gasification technology of East China University of Science and Technology │ Evaluation of coking performance of single coal and prediction of coke quality │ Analysis of fire and explosion hazards of hazardous chemicals │ Application of double-methyl-methane process in production │ Cleaning treatment of reverse osmosis membrane │ Development of MTO_My opinion on MTP│ The developing modern coal chemical polygeneration│ Development of low investment_The low-cost coal-to-natural gas industry is imperative│ CO challenges facing the development of coal chemical industry_2 Emission problems and countermeasures │ Main problems existing in the development of modern coal chemical industry │ Application of pressure swing adsorption in gas separation units │ Analysis of causes of rapid deactivation of shift catalysts │ Analysis of reasons for over-temperature of gas connection in shift process and improvement measures │ Summary of technical improvements of shift systems │ Analysis and modification of reasons for high resistance of shift systems │ Problems and solutions of synthesis gas to methanol units │ Industrial application of synthesis gas and progress in catalyst research │ Industrial application of synthesis gas and catalyst research progress (2) │ Determination of the origin and content of impurity ethanol in synthetic methanol │ Simulation study of the impact of changes in oxygenated coal bed methane flow on the liquefaction process │ Operation and discussion of blown air boilers │ Operation and benefit analysis of blown air boilers │ Brief analysis of the application of Tangshan Iron and Steel coking fat coal and lean coal │ Development and application of nozzle-opposed coal-water slurry gasifier.doc │ Research and development of four-nozzle opposed pulverized coal pressurized gasification technology.doc │ Summary of optimization of four-nozzle gasification process technology │ Application of four-nozzle coal-water slurry gasifier in domestically produced large nitrogen fertilizer devices.doc │ Four-nozzle operation control points.doc │ Four types of coal gasification technologies and their applications │ Application of recycled gas-making slag mixed with boiler fuel coal │ Selection of gasification conditions for fixed-bed coal gas generators - pressure and resistance│ Domestic 10,000-ton new process carbon black equipment is put into operation│ Domestic dry pulverized coal pressurized gasification to prepare syngas technology Zhao Zhihou│ Review of advanced coal gasification technology at home and abroad│ Development status and suggestions of oxygen bomb calorimeter at home and abroad│ Current research status of coal water slurry additives at home and abroad Wang Hongji│ Characteristics of coal gasifiers at home and abroad and their application in the field of coal chemical industry │ Current status of domestic extra-large coal-to-synthetic ammonia production equipment │ Progress in domestic methanol-to-olefin technology │ Adhere to the scientific development of coal chemical industry │ Adhere to the scientific development concept to make modern coal chemical industry bigger and stronger │ Several issues in the design of coal gasification and gas production projects │ Simulation of dry coal pulverized pressurized entrained flow bed gasification performance based on ASPEN PLUS platform │ Based on Aspen Plus's pulverized coal gasification simulation│ Research on the development of coal chemical industry based on the guidance of low-carbon concepts_Zhang Liang│ Shell's new coal-to-gas process│ Shell and Texaco coal gasification slag removal systems│ Analysis of causes of poor pressure relief in Shell gasification furnace slag discharge tanks and treatment measures│ Analysis of common problems in Shell gasifier coal grinding and drying systems│ Brief analysis of key equipment for Shell coal gasification│ Discussion on the design of key equipment for Shell coal gasification│ Application of Shell coal gasification process in IGCC plant in Demkoliek, Netherlands│ Discussion on optimization of syngas backflush system scheme in Shell coal gasification process flow│ Discussion on modification of syngas backflush system scheme in Shell coal gasification process flow│ Screening test of gray water flocculant in Shell coal gasification process│ Summary of water/steam system cleaning of key equipment of Shell coal gasification process unit (SCGP)│ Brief analysis of the slag removal system of Shell coal gasification process │ Shell coal gasification technology and its application practice in China │ Shell coal gasification technology and its engineering application │ Feasibility analysis of Shell coal gasification technology │ Review of the operating performance of Shell coal gasification unit │ Comparison and correlation analysis of actual operating data of multi-nozzle opposed gasifiers and single-nozzle coal-water slurry gasifiers │ Causes and treatments of common problems in the flash evaporation system of multi-nozzle opposed coal-water slurry pressurized gasifier devices │ Summary of the process burner production improvement and transformation of multi-nozzle opposed coal-water slurry pressurized gasification equipment │ Gas-solid two-phase flow and wall deposition in multi-nozzle opposed coal gasifier │ Summary of the application of refractory bricks in multi-nozzle opposed coal gasifier │ Research and application of multi-nozzle opposed pulverized coal gasification technology Yan Fengqin │ Development and application of multi-nozzle opposed pulverized coal water-cooled wall pressurized gasification technology by Fu Jinjun│ Common problems and countermeasures of multi-nozzle coal-water slurry gasification equipment│ Application and review of various coal gasification technologies│ Manufacturing and assembly of large-scale Shell coal gasifiers│ Problems and rectification measures in large-scale coal storage and transportation systems│ Progress of large-scale coal-to-syngas technology│ Gasification and synthesis process selection for large-scale coal-to-methanol│ Discussion on the feasibility of extending the maintenance cycle of large coal chemical enterprises │ Optimization of the entire steam system and condensate system of large coal chemical plants │ Refrigeration process settings and process simulation of large coal chemical plants │ Research on low-grade thermal energy utilization in large coal chemical projects │ Optimization of low-temperature methanol unit process technology in large coal chemical projects │ Discussion on site selection issues for large coal chemical projects │ Performance comparison of common coal gasification technologies in large coal chemical projects │ Large-scale coal gasification synthesis of methanol to propylene_MTP_It is the development trend of my country's coal chemical industry│ Large-scale coal gasification to synthesize methanol to propylene (MTP) is the development trend of my country's coal chemical industry│ Structural stress analysis and research on key components of large-scale pulverized coal gasifier│ Analysis of overall dynamic effects of large-scale pulverized coal gasifier and waste boiler system│ Analysis of support for large-scale pulverized coal gasifier│ Equipment layout characteristics and piping design of large-scale pulverized coal gasification equipment│ Brief description of large-grain urea granulation process│ Research progress of natural gas to low carbon olefins │ Progress of natural gas to olefins technology │ Progress of natural gas methanol to olefins process │ Technology and economic analysis of natural gas to methanol to olefins │ Progress and economic analysis of natural gas to methanol to olefins technology │ Tianji Coal Chemical Group Company's synthetic ammonia unit has successfully expanded its production │ Tianji Coal Chemical Group Company's synthetic ammonia unit has successfully expanded its production (2) │ Ningdong Coal Chemical Base Coal Blending Center-Phase Project Design │ Innovative process of coal gasification to methanol to achieve zero CO2 emissions │ Some thoughts on realizing the healthy development of my country's coal chemical and coal-to-liquid industries │ Discussion on equipment layout of wide-temperature sulfur-tolerant CO conversion device │ Pay close attention to MTO technology_Timely development of the ethylene industry in Qinghai Province │ Pros and cons of the oxygen-enriched continuous gasification process │ Thoughts on the development of my country's modern coal chemical (coal-to-liquids) industry │ Views on some recent development trends related to the entrained bed pressurized coal gasification process │ Thoughts on the development competitiveness of the modern coal chemical industry_Yan Ze│ Application of thermal oil heating technology in ammonia evaporation system│ Online maintenance of synthesis tower pressure regulating valve in urea plant│ Shanxi Jincheng will accelerate the development of coal chemical industry│ Shanxi coking industry status, problems and countermeasures│ Latest progress in coal bed methane resources and utilization in Shanxi│ Environmental risk assessment of industrial chemicals│ Calculation of resistance loss of industrial burner cooling water pipeline│ Project production summary and reconstruction ideas │ The impact of process operations on the coal-water slurry flow meter │ Selection of shift reactors in the coal-to-oil replacement project of Baling Petrochemical Co., Ltd. │ Analysis and countermeasures for failure of the first-stage reformer of Brownian process ammonia synthesis unit │ Transformation of atmospheric coal gas production process and equipment │ The impact of dry quenching and wet quenching on the thermal properties of coke │ Progress and application prospects of dry quenching technology │ Research status and progress of dry removal of organic sulfur from coal gas │ A brief discussion of dry pulverized coal gasification technology │ Research on strong sticky bituminous coal backfire furnace gas production │ Analysis of the current main entrained bed coal gasification technology │ Analysis of the main factors affecting the thermal properties of coke │ Control factors affecting the fusion temperature of coal ash │ Causes and improvement measures affecting coal tar dehydration │ Research and application of circulating fluidized bed polygeneration clean coal technology │ New progress in circulating fluidized bed coal gasification technology │ German IGOR coal liquefaction process and Yunnan Pioneer lignite liquefaction │ Comparison of two coal gasification technologies between Texaco and Shell │ Application of Texaco waste boiler process coal water slurry pressurized gasification process in coal chemical combined power generation │ Summary of technical transformation of Texaco gas-to-methanol production operation │ Comparison of the advantages and disadvantages of Texaco's gasification process │ Numerical research on the coal gasification process in Texaco's gasifier │ Discussion on the overhaul cycle of Texaco's gasifier │ Analysis of the causes of burner damage in Texaco's gasifier process │ Causes and solutions to the high temperature of Texaco's gasifier support plate │ Countermeasures against over-temperature of Texaco's gasifier walls │ Monitoring and judgment of Texaco's gasifier burner leaks │ Temperature raising operation of Texaco gasifier │ Selection, construction and application of Texaco gasifier refractory bricks │ Discussion on the problems of Texaco’s coal-water slurry pressurized gasification process device and the reference significance for the introduction of technology by Dahua Group │ Discussion of the existing problems of Texaco’s coal-water slurry pressurized gasification technology │ Discussion of the problems of Texaco’s coal-water slurry pressurized gasification device │ Comparison of Texaco's coal-water slurry gasification, Shell gasification and GSP gasification processes │ Overview of Texaco's coal-water slurry gasification process, │ Overview of Texaco's coal-water slurry gasification process │ Design of Texaco's coal-water slurry gasifier │ Corrosion of refractory bricks in Texaco's coal-water slurry gasifier │ Discussion on the continuous investment problem of Texaco's coal-water slurry gasifier │ Analysis and treatment of hazards of reactant gas bias in Texaco quenched gasifier│ Comparison between Texaco furnace and non-slag-slag gasifier│ Comprehensive technical and economic comparison of Texaco coal gasification and Shell coal gasification process for methanol production│ Discussion of technical issues in Texaco coal gasification engineering│ Analysis of long-term safe operation of Texaco coal gasification process and equipment│ Discussion of Texaco coal gasification process burner│ Summary of the operation mode of Texaco coal gasification process │ Several ideas for the transformation of Texaco coal gasification technology │ Analysis and discussion of the problem of water in the syngas of Texaco coal gasification furnace │ Discussion of the problem of water in the quench chamber of Texaco coal gasification furnace │ Improvement of syngas washing in Texaco coal gasification unit │ Requirements of Texaco coal gasification unit for raw coal │ Discussion of design issues of Texaco coal gasification unit │ Selection and application of Ende furnace and two-stage furnace coal gasification technology │ The application of Ende pulverized coal gasification in urea plants │ Technical and economic analysis of the application of Ende pulverized coal gasifier in double-methyl ammonia synthesis system │ The gasification process and application of Ende pulverized coal gasifier │ my country’s two-stage gasifier technology has achieved a major breakthrough │ my country’s natural gas supply and demand status and coal-to-natural gas process technology and economic analysis │ Research on the Development Strategy of my country's New Coal Chemical Industry_Shen Diancheng│ Discussion on the development ideas of my country's new coal chemical industry│ Challenges and opportunities of my country's new coal chemical industry for petrochemical industry│ Technological innovation strategy of my country's new coal chemical industry│ Progress of nitrogen fertilizer, methanol and coal chemical fine desulfurization technology in my country A review of new progress in room temperature fine desulfurization in the past 20 years│ Analysis of the situation of my country's coal chemical industry│ Current status of my country's coal chemical industry and suggestions for the development of coal chemical industry in Anhui Province│ Discussion on the development of my country's coal chemical industry │ Development status and analysis of my country's coal-based methanol to olefins industry │ Development status of my country's modern coal chemical industry and its impact on the petrochemical industry │ Issues that should be paid attention to in the development of my country's methanol industry │ Introduction to my country's independent innovative pulverized coal pressurized gasification technology │ Special report on the analysis report on the development of my country's resource-based chemical industry (1): Selection of coal resources and coal gasification technology │ Application of heat exchange reformer in coke oven gas to methanol │ Computer processing technology of detectors to detect geological structure data │ Research on additives for coal-water slurry production from modified papermaking black liquor Chen Ying │ Effect of modified sodium lignosulfonate on coal-water slurry slurry performance Hu Wenli │ Research on the adsorption performance of modified peat for Pb2+, N+, Cu2+ │ Industrial production method and application of modified coal-based low-density filler │ Integrated coal gasification combined cycle (IGCC) technology │ Number of files.txt │ Development of new (multi-nozzle opposed) coal-water slurry gasifier.doc │ Causes and treatment of over-temperature of the new gasifier wall temperature │ Manufacturing of new coal-water slurry gasifier │ Application of new coke quenching technology in Jigang 6 coke oven system │ The profit growth points of coal-to-olefins under the new normal │ Process selection and environmental protection of new coking plants │ Xinkuang Group’s underground coal gasification technology obtained * * Special financial support│ Research on mixing anthracite with lean coal to prepare high-quality casting coke│ Research and development of clean coal technology in Japan│ GSP gasification technology of Future Energy Company│ Authoritative perspective - Re-understanding of my country's coal resources and the development of modern coal chemical industry from an environmental protection perspective│ Constructing a "water-coal-carbon" system to optimize the development of coal chemical industry│ Economic evaluation of an MTO industrial experimental device│ Correctly handle the relationship between coal chemical industry and water │ Twisted funnel saves materials │ The influence of gasification agent on the performance of entrained bed coal gasifier │ Research on black water flash heat exchange scheme in gasification process │ Research on coal ash meltability under gasification conditions │ Damage and repair of main internal parts of gasifier │ Summary of transformation of gasifier lining structure │ Characteristics of gasifier and application literature in the field of coal chemical industry │ Damage and solutions to gasifier cone bottom bricks, quench rings and downcomers │ Failure analysis of gasification coal feeding system │ Current status and comparison of entrained bed gasification technology │ Research on three-dimensional heat transfer model of entrained bed gasifier furnace body │ Application status and development progress of entrained bed coal water slurry gasification technology │ Analysis and evaluation of entrained bed coal gasification process technology │ Application of hydrogen refining technology in polypropylene units │ Sodium hydroxide decomposition fixed ammonium salt steamed ammonia process│ Comparison of ammonia absorption refrigeration process and compression refrigeration process│ Analysis of the reasons for excessive outlet pressure of ammonia recovery system and treatment measures│ Renovation of coal-fired boiler flue gas desulfurization and dust removal system by ammonia process technology│ Isothermal kinetics study of potassium chloride catalytic gasification of coal│ Statistical analysis of the relationship between explosion limit and concentration of water gas-air mixed gas│ Modification and operation results of the mill in coal water slurry preparation│ Investigation of the operation and performance of the coal-water slurry gasification Tsinghua furnace │ Three-zone model of the coal-water slurry gasification furnace gasification process │ Causes and improvements of the damage to the refractory materials of the coal-water slurry gasification furnace │ Calculation model of the residual carbon amount in the coal-water slurry gasification process │ Problems and improvements in the coal-water slurry coal grinding system Kong Desheng │ Settlement_Discussion on the installation technology of regenerator in the field of coal chemical industry │ Signing contract for large-scale coal chemical project in Hebi City, Henan Province │ Research on heavy metal ions in peat adsorption treatment of wastewater │ Overview of the development of clean coal technology │ Extraction, application and prospects of oil washing components │ Optimization and improvement of washing and phenol removal operations │ Transformation technology of benzene elution process │ Application of activated carbon adsorption in environmental protection │ Research progress of fluidized bed coal gasification technology │ Brief analysis of the influence of gasification indicators on coal gasification process │ Brief analysis of the influence of coal type and coal quality on gasification │ Brief analysis of costs_Synthesis reaction and equipment performance │ A brief discussion on the development of coal chemical industry │ A brief discussion on the development of modern coal chemical industry in Qujing │ A brief discussion on Shell coal gasification technology │ A brief discussion on the current status of coal chemical development in my country and its impact on petrochemical industry │ A brief discussion on ammonia and ammonia wastewater treatment technology │ A brief discussion on process variables of oil-coal co-refining process │ A brief discussion on coal-to-liquid chemical process management │ Brief discussion on MES system construction planning and design for coal chemical enterprises │ Research and application of new coal quality assessment methods in Jigang │ Application of proprietary technology for concentrated nitric acid dilution industrialization │ Application of flotation emulsification slurry mixing technology in Tianzhuang coal preparation plant │ Selection of coal-water slurry dispersant for Huaihua Texaco gasification furnace alternative coal types Ji Mingjun │ Huainan coal gasification process simulation │ Development and application of clean heat recovery tamping coking technology │ Current status of Xiangtan Iron and Steel coke quality and ways to improve it │ Several issues in wet oxidation coke oven gas desulfurization process │ Analysis and countermeasures of common failures of wet electrostatic precipitators │ Application of lithium bromide chillers in our plant │ Design, selection and application of quench water flow regulating valves │ New progress in pressurized large-scale research and development of ash-fused poly-fluidized bed pulverized coal gasification technology │ Problems and improvement opinions of ash-fused poly-pulverized coal gasifiers │ Installation practice of gasifiers for ash-fused poly-pulverized coal gasification devices │ Preliminary idea of applying hot coke oven waste gas to airflow internal heating furnaces to achieve low-temperature carbonization of coal │ Analysis of the substitution of coking triphenyl for petroleum triphenyl in the application field │ Production organization of the coal preparation workshop of the coking plant │ Coking plant wastewater treatment process │ Causes and prevention of corrosion of gas pipelines and equipment in coking plants │ Technical progress in recovering thiophene and its derivatives from coking light benzene │ Technological and economic analysis of compressed natural gas production from coke oven gas │ Comparison of non-catalytic partial oxidation and catalytic partial oxidation of coke oven gas to syngas production │ Research and improvement of the ratio of coke oven hot repair materials │ Selection of chemical utilization plans for coke oven gas │ Technology progress and industrialization status of methanol production from coke oven gas │ New progress in experiments and research on direct reduced iron production from coke oven gas │ Monitoring and calculation of dusty flue gas components escaping from coal loading in coke ovens │ Discussion on the relationship between coke reactivity and strength after reaction and its influencing factors Improvement of the determination method of ammonia content in coal │ Welding process of coal bunker funnel │ Research on the revised shrinkage reaction model of coal catalytic gasification │ Current status of coal-to-natural gas (SNG) technology │ Feasibility study of coal-to-gas fuel for high-temperature frit production │ Research on carbon evolution thermodynamics of coal-to-gas methanation reaction process │ Discussion on coal-to-oil liquefaction chemical process │ Analysis of development prospects of coal-to-olefins │ Coal-to-olefins is the main direction of the development of coal chemical industry │ Technical progress and economic analysis of coal-to-olefins │ Discussion on cryogenic loading scheme of ethylene in coal-to-olefins unit │ Relationship between diffuse reflection infrared spectrum and cartridge calorific value after adding catalyst to coal │ Research and development of coal hydrogenation and liquefaction reactor │ Development and technological progress of downstream products in coal chemical industry │ Development and technological progress of downstream products in coal chemical industry_Gu Zhaohui │ Coal chemical industry and energy conversion rate │ Analysis of teaching reform in higher vocational colleges majoring in coal chemical engineering │ Coal chemical industry and geological storage of carbon dioxide │ Current status and development of coal chemical industry │ Current status and prospects of coal chemical industry │ Discussion of energy-saving countermeasures for coal chemical industry │ Warehousing management of coal chemical enterprises │ Thoughts on how coal chemical enterprises should deal with carbon emissions │ Optimization analysis of production plans of coal chemical enterprises │ Research on the construction of green production models of coal chemical enterprises │ Progress in low-carbon development technology of coal chemical industry │ Analysis and sampling of coal chemical industry and design of typical sampling methods │ Analysis of the situation of polyolefin industry in coal chemical industry │ Production and operation problems and solutions of syngas purification devices in coal chemical plants │ Development and application trends of coal chemical industry and new coal chemical technology │ Exploration of coal chemical industry and methanol production technology │ Coal chemical industry and related C_1 Development of chemistry │ Development history of coal chemical industry and prospects of modern coal chemical industry │ Development direction of coal chemical industry - coal to olefins │ Development trends and problems of coal chemical industry │ Construction of coal chemical polygeneration base │ Simulation of coal gasification process in coal chemical polygeneration system │ Carbon dioxide emission reduction technology in coal chemical industry │ Research on coal chemical technology curriculum reform │ Review and prospects of coal chemical technology technology__ Synthesis of ethylene and dimethyl ether│ Review and prospects of coal chemical process technology__ Large-scale and localization of synthetic methanol equipment│ Review and prospects of coal chemical process technology__ Coal Gasification Technology│ Review and Prospects of Coal Chemical Process Technology__ Coal Indirect Liquefaction Technology│ Review and Prospect of Coal Chemical Process Technology III. Large-scale and Localized Synthetic Methanol Unit│ Review and Prospect of Coal Chemical Process Technology III Large-scale and Localized Synthetic Methanol Unit│ Discussion on the Development of Coal Chemical Circular Economic Park│ Development of Coal Chemical Technology and New Coal Chemical Technology│ Development of Coal Chemical Technology and Research on New Coal Chemical Technology│ Analysis of coal chemical technology progress and industry status │ Coal chemical gasification technology and equipment industrialization status and development environment │ Application of coal chemical gasifier technology in coal chemical enterprises blending │ Discussion on coal chemical pollution and control measures │ Coal chemical concentrated brine for coal slurry water settlement test study │ Six rounds of coal chemical boom │ Coal chemical refinery industry development status and suggestions_Li Zhiqiang │ Analysis of innovative development ideas in the coal chemical industry │ Research progress in the synthesis of ethylene glycol technology via coal chemical industry routes │ Research and application of ever-bright lamp technology in coal chemical industry │ CO in the development of coal chemical industry projects_Discussion of 2 issues │ Basis for selection of coalification technology │ Coal-based methanol-to-olefins (MTO) process to produce low-carbon olefins │ Engineering technology and investment analysis of coal-based methanol-to-olefins MTO process to produce low-carbon olefins │ Analysis of coal-based methanol-to-olefins alternative to petroleum route process technology │ Factors influencing the preparation of carbon nanotubes by coal-based arc method │ Development of coal-based vehicle fuels │ Simulation and comparison of coalbed methane liquefaction process │ Corrective design and construction of coal depots │ Influence of coal composition on Shell coal gasification process │ Comprehensive utilization of coal and rock removal │ Research on the explosion reaction limit range of coal gas-air multi-element explosive mixed gases │ Successful trial operation of coal gas purification methane cryogenic separation industrial test device │ Selection and comparison of coal gasification purification technology │ Coal gasification kinetic model research Wang Yang │ Progress in experimental research methods of coal gasification reaction kinetics │ Analysis of coal gasification process technology │ Analysis of literature on clean production and environmental protection of coal gasification process │ My opinion on coal gasification process selection │ Analysis of bottlenecks and improvement measures in coal gasification wastewater treatment process │ Coal gasification technology restricts domestic coal chemical industry │ Overview of coal gasification technology basics and furnace types │ Coal gasification technology has become a bottleneck in the development of domestic coal chemical industry │ Documents on characteristics of coal gasification technology│ Current status, development and industrial application of coal gasification technology│ Documents on research progress of coal gasification technology│ Progress of coal gasification technology and suggestions for industrial application│ Basis for selection of coal gasification technology│ Comparison and analysis of coal gasification methods documents│ Selection of coal gasification methods│ Coal gasification simulation calculation model│ Coal gasification gasifier weld repair process│ Coal gasification gasifier component hoisting construction technology │ New process of chemical treatment of coal gasification sewage │ Process and development of localization of coal gasifier │ Measurement method of coal gasifier temperature │ Discussion on efficiency and combined application of coal gasifier │ Stress analysis of the problem of large openings in the shell of coal gasification furnace slag equipment │ Comparison and selection of literature on coal gasification process technology │ Thermodynamic analysis of coal gasification process │ Theoretical calculation of coal gasification process │ Repair of gas generator internal parts defects │ Design of automatic control system of gas generator │ Research on the influence of coal gas concentration on its explosion pressure │ Discussion of partial oxidation of coal gas to prevent carbon evolution reaction │ Effect of coal slurry concentration and particle distribution on coal slurry viscosity prediction │ Several discussions on the development of coal liquefaction and coal-based methanol │ Research on coal liquefaction oil-gas-liquid balance system │ Research on the evolution mechanism and integration path of the coal industry chain_Zhan Yanling│ Research on coal underground catalytic gasification process│ New underground coal catalytic gasification technology│ Development prospects of underground coal gasification│ Efficient and clean utilization of coal - coal gasification technology│ Determination and analysis method of coal direct liquefied oil│ Analysis of the composition of coal pyrolysis products and its influencing factors│ Analysis of the composition of coal pyrolysis products and its influencing factors (2)│ Research progress on influencing factors and reaction mechanism of coal tar gasification reaction │ Processing and utilization of coal tar and benzene │ Improvement of determination method of naphthalene content in coal tar │ Review of coal tar processing technology progress and industrialization │ Coal chemical oxidation desulfurization technology and its research │ Development of coal chemical technology │ Overview of coal gasification and its influencing factors │ Research progress of coal alkylation reaction │ Analysis of the application prospects of direct coal-to-ethanol technology │ The impact of direct coal liquefaction process conditions on the liquefaction reaction │ Analysis and countermeasures of the abrasive parts of direct coal liquefaction equipment │ Artificial neural network simulation of the performance of direct coal liquefaction batch reactors │ Research on low-concentration coalbed methane oxygenated liquefaction technology in coal mining areas │ Research on the route of coal to ethanol to ethylene │ Ideas for the application of coal humidity control technology in Baosteel Meishan│ Development of coal humidity control technology and its application in coking plants │ Research progress of coal-based activated carbon deashing process │ Practical program for calculating gas pipeline resistance │ Preparation and application of epoxy resin coal light sheet binder │ Analysis and comparison of clean coal gasification technologies in the modern coal chemical industry │ Current status and prospects of the modern coal chemical industry │ Refined development of the modern coal chemical industry │ Refined development of the modern coal chemical industry_Hu Qianlin │ Opinions on the selection of gasification methods in modern coal chemical industry │ Analysis and reflection on the standard system of coal technical conditions for modern coal chemical industry │ Analysis of atom economy of modern coal chemical industry │ Modern coal chemical industry progress and development focus │ Discussion on the selection of gasification technology for modern coal chemical industry projects │ Analysis of the development of high-end products in modern coal chemical industry_Wang Qiang │ Modern coal gasification and automated instruments │ Discussion on the comparison and optimization of modern coal gasification processes │ Gansu 600,000 tons of coal-to-methanol passed the review │ Research on the treatment of coking wastewater with biological agents │ Experimental research on the effect of biological contact oxidation fillers on the treatment of coking wastewater │ Possibility of application of biological desulfurization technology in the field of coal chemical industry │ Research on using polymer reagents to reduce 3,4-benzopyrene in coal pitch │ Technical research progress in producing propylene from C4 olefins │ Preparation of polyferric aluminum silicate coagulant from fly ash and pyrite slag │ Feasibility analysis of coupling methanol and C4 olefins to produce ethylene and propylene │ Methanol to propylene industrialization project started │ Overview of methanol to low carbon olefins MTO technology │ Methanol to low carbon olefins_MTO_Technology Overview │ Overview and suggestions for the development of the methanol to low olefins industry │ Principles and technological progress of methanol to low olefins │ Engineering technology development of the methanol to low olefins (DMTO) process - Chen Xiangsheng │ Methanol to low olefins (MTO) technology review │ Methanol to low olefins DMTO technology development project achieved breakthrough │ Research, development and application of methanol to produce light olefins - Xu Bin │ Methanol to olefins technology progress and economic evaluation │ Methanol to olefins MTO and MTP processes │ New progress in methanol to olefins MTO research │ Analysis of the formation rules of methanol to olefins reaction by-products - Qi Guozhen, Xie Zaiku, Zhong Siqing, Zhang Chengfang, Chen Qingling │ Methanol to olefins reaction mechanism 2 │ Research progress on the reaction mechanism of methanol to olefins │ Research on the purification and utilization of purified water in the methanol to olefins process │ Comprehensive application of C4 by-products in the methanol to olefins process - Yan Guochun │ Methanol to olefins process technology and economic analysis │ Methanol to olefins technology has achieved new breakthroughs in the new generation DMTO_Successful development of industrialized technology │ Methanol to olefins technology and progress │ Methanol to olefins technology progress and its impact on the domestic olefins industry │ Research on new routes of methanol to olefins - Yang Feng, Wu Ying, Zhou Xiaoping, Wu Tinghua │ MTO process of methanol to paper carbon olefins │ Methanol chemical industry is an important foundation of C1 chemistry │ Overview of methanol synthesis reactor │ Methanol potential market analysis │ New progress in methanol conversion to olefin technology - Ke Li, Feng Jing, Zhang Mingsen │ Continuous operation measures of electric tar trap │ Review of olefin production process technology in petroleum and coal route │ Transfer of petrochemical industry to coal chemical industry_C_1 Chemistry │ Effect of limestone addition on the melting characteristics of Huangling coal ash │ Effect of minerals on coal surface properties and coal char CO2 gasification reaction │ Brief discussion on the development of nitric acid process │ Design optimization of crushed coal pressurized gasification process │ Progress in low carbon olefins production technology from carbon four fractions │ Resource utilization of fly ash in Shenhuaning Coal Chemical Industry Base │ Shenhua coal-to-liquids PDU unit successfully put coal into operation for the first time │ Shenhua coal-to-liquids PDU unit successfully put coal into operation for the first time (2) │ Shenhua coal-to-olefins project passed the environmental impact assessment │ Optimization and design suggestions for flushing oil system of Shenhua coal direct liquefaction project │ Thoughts on the engineering demonstration of Shenhua coal direct liquefaction project │ Optimization measures and effect analysis of coal slurry preparation system of Shenhua coal direct liquefaction project │ Pilot test study on pressurized air-flow bed gasification of Shenmu coal pulverized coal│ Research on steam catalytic gasification kinetics of Fujian anthracite pulverized coal and pulp black liquor│ Scientific and technological innovation leads the high-end, diversified and low-carbon development of the modern coal chemical industry_Zhang Wei │ Actively take measures to promote the development of modern coal chemical industry with me as the mainstay │ Process technology for co-gasification of moving bed coal and natural gas to prepare syngas │ Second generation typical coal gasification technology │ Application of isothermal transformation technology in several coal gasification conversion devices │ Requirements of coal quality for pulverized coal pressurized gasification process │ Pulverized coal pressurized gasification technology and its application prospects in the field of clean coal │ Instrument system design of pulverized coal pressurized gasification unit │ The new low water/gas sulfur resistant conversion process of pulverized coal gasification has passed the appraisal of scientific and technological achievements │ Innovative technology of pulverized coal gasification to produce methanol and co-produce synthetic ammonia and urea │ Pulverized coal gasification circulating water system scaling problems and solutions │ Pulverized coal gasification circulating water system scaling problems and solutions (2) │ Optimized operation of pulverized coal gasification technology │ Pulverized coal gasification technology and application development │ Heating analysis of the pulverized coal gasifier nozzle and numerical simulation of the slag layer model │ Renovation of the long-bright light ignition gun of the inert gas furnace of the pulverized coal gasification coal grinding unit │ Selection and application of the black water flow meter in the pulverized coal gasification device │ Application of fly ash in environmental protection │ Application of fly ash in environmental pollution control │ Application of fly ash in environmental pollution control (2) │ Renovation of the dust removal system in the crude gas conversion section │ Improvement of the hydrogenation process of crude benzene and a new process for the production of reagent benzene from coked benzene │ Determination of Ag+ content in silver-loaded activated carbon by ultraviolet-visible light spectroscopy │ Research on binders for gasification coal briquettes produced from pulp black liquor │ Structural adjustment - a new approach to the development of my country's coal chemical industry_Gan Jianping │ Adiabatic-tube and shell composite methanol synthesis reactor │ Application of adiabatic shell and externally cooled composite methanol reactor │ Selection of sulfur-resistant transformation process │ Research on photo-oxidative degradation of polypropylene SMMS non-woven protective cloth │ Analysis and countermeasures of degradation factors of polypropylene resin in twin-screw extruder extrusion │ Steady-state simulation of polypropylene loop pilot plant │ Research on the influence of desulfurization microorganisms on coal swelling and humic acid │ Research on the effect of desulfurization gypsum on the activity of low-quality fly ash │ Research on the production of aerated concrete from desulfurization fly ash │ Research on the relationship between the performance of humic acid-based coal water slurry additives and their fractions Pan Xiangqing │ Synthesis and performance research on humic acid acrylamide graft copolymers Zhang Guanghua │ Independent innovation and development of large-scale coal-based methanol system energy and chemical production technology │ Optimal utilization of high-flash waste steam in aerospace coal gasification process │ Application of chromatographic analysis in tar distillation production process control │ Determination of fluorene solubility and process research on purification of fluorene by solution crystallization method │ Process simulation and optimization of xylene tower in benzene hydrogenation system │ Review of oxalic acid production process │ Effect of steam-to-coal ratio on turbulent circulating fluidized bed coal gasification│ Causes of steam boiler corrosion and measures taken│ Development and application of two-in-one incineration and purification system for coal loading and coking│ Research on tar precipitation characteristics during low-temperature pyrolysis of lignite│ Pretreatment technology before lignite gasification│ Discussion on environmental protection issues in the development of coal chemical industry in China│ Discussion on development strategies of coal chemical enterprises│ Research progress on iron-based catalysts for Fischer-Tropsch synthesis to produce light olefins│ Thermodynamic calculation and analysis of Fischer-Tropsch synthesis reaction system│ Effect of molten iron catalysts for Fischer-Tropsch synthesis on liquid products│ Jia Mingsheng et al.: Control factors affecting the melting temperature of coal ash │ Equipment layout and system optimization of ultra-large multi-nozzle gasification units │ Super Claus sulfur recovery process and application │ Experimental research on blowing off coked ammonia nitrogen wastewater by hypergravity technology │ Research on application of technology for blowing off ammonia nitrogen wastewater by supergravity method │ Illegal fire causing explosion at the mouth of the gas generator │ Effect of air introduction on photocatalytic degradation of ammonia wastewater │ Experimental research on acid tar polymer blending with coal for coking │ Experimental research on acid tar polymer blending with coal for coking (2) │ Review of acetic acid technology, market and industrialization │ Evaluation of the use of Shell pressurized pulverized coal gasification technology to transform large and medium-sized ammonia plants in my country (Part 1) │ Evaluation of the use of Shell pressurized pulverized coal gasification technology to transform large and medium-sized ammonia plants in my country (Part 2) │ Research on desulfurization and refining of coked pure benzene using reaction-distillation method │ Methanol production project using Shell coal gasification technology put into operation │ Rename. Analysis of risk factors and preventive measures for intermittent polypropylene units │ Application of explosion-proof and safe static elimination systems in industrial naphthalene production │ Measures to reduce washing oil consumption │ Application of dust removal technology in coal chemical production │ Analysis of gasification process route of Qinghai Mining Co., Ltd. │ Application of non-slag-slag graded gasification technology in coal gasification units │ Pretreatment oxidation method to treat crude benzene and refined waste acid │ Research on additives for producing coal-water slurry from weathered lignite with humic acid Li Huamin │ The natural purification effect of aeolian sand on coal chemical wastewater │ Review of the saturated vapor pressure determination method │ Industrial application of the first set of multi-nozzle opposed coal-water slurry gasification technology.doc │ The influence of high boiling point components on the properties of polycondensation asphalt │ Discussion of the problem of high concentration C0 shift gas to methanol and catalyst selection │ Optimization design of Lucci pressurized gasification process│ Operation and technical transformation of Lucci pressurized gasifier│ Discussion of air ignition mechanism of Lucci pressurized gasifier│ Current status of Lucci coal gasification process│ Lucci coal gasification dry ash gasification furnace│ Key equipment of Lucci coal gasification_Manufacturing of coal locks │ Introduction to coal gasification process and furnace type selection of Hebi coal-to-methanol project │ └─15.0 Coal chemical industry courseware 2014 Beijing Coal Chemical Industry Conference Polymer grade ethylene glycol new technology introduction PPT 74 GE coal water slurry gasification technology PPT 24 HT-L pulverized coal.ppt HT-L pulverized coal pressurized gasification process flow.ppt MTO process introduction-UOP1.ppt MTO process introduction - UOP2.ppt PP device process explanation.ppt § 5. Coal gasification.ppt China's clean coal development trend.ppt China's current status and development of coal-to-ethylene glycol.ppt Coal chemical industry in the 21st century.ppt Dimethyl ether PPT 61 Several new coal chemical technology research and development progress PPT 138.ppt Progress in research and development of several new coal chemical technologies 138.ppt Liu Zumou-declassified_Coal gasification knowledge.ppt Chemical Technology Chapter 9 Chemical Processing of Coal PPT 114 One-step production of dimethyl ether from synthesis gas-BASF ppt 14 * * Interpretation of coal chemical industry policy.ppt Production principle and process flow of polypropylene unit in plastic factory.ppt Shell coal gasification.ppt Brief description of Shell coal gasification process.ppt Dalian Institute of Physics and Chemistry DMTO technology introduction PPT 75 Dalian Institute of Physics and Chemistry DMTO technology introduction PPT 76 New generation coal chemical technology prospects and challenges PPT 99.ppt Gasification and syngas scrubbing operations.ppt Introduction to gasification process.ppt Introduction to gasification process 129.ppt Gasifier.ppt Gasification equipment training courseware.ppt Coal water slurry preparation and application 34.ppt Coal water slurry technology.ppt Introduction to key equipment of coal water slurry gasification.ppt Review and outlook of coal water slurry gasification technology PPT 16 Application of fluidization in coal chemical industry 49.ppt Progress in coal-to-ethylene glycol technology Yao Yuangenyi.ppt The economics of coal-to-synthetic natural gas and its future prospects PPT 32 Introduction to the gasification device of coal-to-natural gas project 31.ppt Coal-to-liquid project water-gas conversion.ppt Coal-to-olefin high return on investment technology roadmap.ppt Coal pressurization and coal feeding sequence control.ppt Coal chemical industry 19.ppt Coal chemical industry and its applications 19.ppt Development and Direction of Coal Chemical Industry PPT 166 Coal Chemical Engineering 1 52.ppt Coal chemical engineering 1 PPT 52.ppt Coal chemical engineering 1-52.ppt Coal chemical engineering 1.ppt Coal chemical engineering 2 37.ppt Coal chemical engineering 2 PPT 37.ppt Coal chemical engineering 2-37.ppt Coal chemical engineering technology 448.ppt Coal Chemical Engineering Technology Chapter 3 Coking PPT 212 Coal Chemical Technology Chapter 3 Coking 98.ppt Coal Chemical Engineering Technology Chapter 2 Low Temperature Retorting of Coal 38.ppt Coal Chemical Industry Lecture: Research and Development Progress of Several New Coal Chemical Technology 138.ppt Coal chemical industry lecture.ppt Coal chemical industry equipment knowledge training Guanghui.ppt Gas purification process and technology 185.ppt Gas purification process and technology 407.ppt Basics of gas purification technology.ppt Gas purification technology 21.pptx Overview of Coal Gasification Process Jiao Yunfeng.ppt Coal Gasification Process Flow Coal Gasification Process Flow.ppt Complete Solution for Coal Gasification Wastewater Treatment.ppt Overview of Coal Gasification Technology 43.ppt Introduction to coal gasification technology 95.ppt Introduction to coal gasifier technology 47.ppt Main gas equipment and safe operation essentials for gas production and purification process.ppt Coal liquefaction courseware.ppt Coal gasification technology and its application of gasification principles and process characteristics.ppt Coal indirect liquefaction technology lecture notes.ppt Coal coking process.ppt Coal coking process gas purification process and technology.ppt Coal tar processing technology.ppt Coal production technology..ppt Carbonization and gasification of coal.ppt Lecture on direct coal liquefaction process (10.10.16 Master of Engineering manuscript submitted).ppt Environmental protection process and particularity of coal direct liquefaction project PPT 98 Coal quality analysis.ppt Key points of modern coal chemical industry, petrochemical industry and non-ferrous emission reduction accounting Yan Gang.ppt Modern coal chemical production technology slide (1).ppt Environmental protection issues faced by modern coal chemical projects and countermeasures and environmental protection management requirements.ppt Methanol to olefin technology PPT 28 Introduction to Shenhua Coal Direct Liquefaction Process PPT 38 Shenmu County COKE OVEN GAS TO LNG Feasibility Study Report.ppt Chapter 7__ Integrated coal gasification combined cycle.ppt Chapter 5 Coal Chemical Unit Process 101.ppt Chapter 4 Coal Gasification 42.ppt Chapter 4 Unsaturated hydrocarbons - olefins.ppt Chapter 4 Direct coal liquefaction process 26.ppt Pulverized coal preparation.ppt Pulverized coal gasification.ppt Introduction to American Integrated Energy Systems Co., Ltd. and its U-GAS gasification technology PPT 38 Polypropylene training material slides.ppt Polypropylene process technology lecture slides.ppt Polypropylene device process handout.ppt Oxygen carrier particle preparation and application of chemical chain technology in coal chemical industry.ppt Overview of coal conveying system.ppt Structure of Lurgi furnace equipment Mark-IV gasifier.ppt