18.0 Acid-base salt fertilizer and inorganic chemical data list

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18.0 Acid-base salt fertilizer inorganic chemical information list ├─18.0 Acid-base salt fertilizer inorganic chemical information general information │ │ Topsoe WSA technology │ │ Aluminum fluoride production process │ │ Water and gas engineering worker skills appraisal training material.doc │ │ Liquid nitrogen washing training material │ │ Dilute nitric acid production process.doc │ │ │ └─Inorganic Salts│ Introduction.doc │ Foreword.doc │ Chapter 3 Introduction to Refinement Methods.doc │ Section 3 Barium Titanate and Other Titanium Compounds.doc │ Chapter 2 Overview of Inorganic Fine Chemicals.doc │ Section 2 Phosphate Fine Chemicals.doc │ Section 5 Tungsten and Molybdenum Compounds.doc │ Section 6 Lithium silicate and other lithium compounds.doc │ Chapter 4? Important series of products and their preparation methods.doc │ Section 4 Sodium perborate and other borides.doc │ ├─18.0 Acid-base salt fertilizer inorganic chemical industry manual │ 3000-ton synthetic ammonia plant process and equipment calculation │ CO2 gas stripping urea production process 200 │ "Twelfth Five-Year Plan" General Higher Education Undergraduate* * Grade planning textbook inorganic chemistry, fourth edition_Song Tianyou, Xu Jianing, Cheng Gongzhen_2019 Edition │ The 3rd volume of the expanded volume of world famous books on advanced inorganic chemistry by F.Albert Cotton, written by Geoffrey Wilkinson and translated by Peng Yucai, 1974 edition │ The 4th volume of the expanded volume of world famous books on advanced inorganic chemistry written by F.Albert Cotton, written by Geoffrey Wilkinson and translated by Peng Yucai, 1974 edition │ Questions and Answers on Production Operations in Small and Medium-Sized Ammonia Plants 2nd Edition │ Secondary Vocational Education Chemical Technology Major Series Textbook Synthetic Ammonia Process and Equipment edited by Wei Baoting 2015 Edition │ Intermediate Inorganic Chemistry (Zhu Wenxiang) │ Production and Application of Carbon Dioxide │ National Higher Education Planning Textbook Salt Chemical Technology Edited by Wang Gang and Li Jianguo 2016 Edition │ Nationally run chemical industry reference material Calcium-magnesium phosphate fertilizer produced by soil blast furnace, compiled by the Chemical Office of Jiujiang Phosphate Fertilizer Factory, 1959 edition │ Salt Industry Handbook (1994 edition) │ Alkali Production Engineering Volume 1 (Hou Debang 1959) │ Alkali Production Engineering Volume 2 (Hou Debang 1960) │ Chemical Workers Self-Study Series Inorganic Chemistry (Volume 1 and 2) │ Chemical Products Manual 5th Edition Inorganic Chemical Raw Materials 722 │ Chemical Products Manual 6th Edition Inorganic Chemical Raw Materials Editor-in-Chief Wang Guangjian 2016 Edition │ Chemical Products Manual 4th Edition Inorganic Chemical Products 948 │ Chemical Popularization Series Natural Salt Processing Industry │ Chemical Popularization Series Nitrogen Fertilizer Industry │ Chemical Popularization Series Sulfuric Acid Industry │ Fertilizer Enterprise Product Energy Balance │ Cleaner Production Audit Guide for Fertilizer Enterprises │ Practical Manual for Fertilizer Catalysts │ Fertilizer Engineering Series Urea (2) │ Fertilizer Engineering Series Urea │ Fertilizer Engineering Series Sulfuric Acid │ Fertilizer Engineering Series Phosphate Fertilizers and Compound Fertilizers │ Fertilizer Engineering Series – Synthetic Ammonia │ Fertilizer Production Frontline Workers * * Occupational Standards and Skills Operation Specification Compliance Manual│ Fertilizer Production and Application│ Fertilizer Production Core Technology Process and Quality Inspection Standard Implementation Manual│ Ammonia Raw Material Gas Purification 2010 Edition│ Synthetic Ammonia and Urea│ Synthetic Ammonia Engineering Volume 1│ Synthetic Ammonia Engineering Volume 3│ Synthetic Ammonia Engineering Volume 2│ Synthetic Ammonia Production Tian Weijun, Yang Chunhua Editor-in-Chief 2012 Edition│ Solid Inorganic Chemistry Zhang Keli│ Basics of Solid Inorganic Chemistry and Design and Synthesis of New Materials 2012 Edition│ Solid Inorganic Chemistry 2nd Edition 2012 Edition │ * * Secondary Vocational Education Reform and Development Demonstration School Key Professional Textbook Construction Achievements Fertilizer Production Technology Editor-in-Chief Xi Xiangqian 2015 Edition │ Hydrochloric Acid Production by Local Methods │ Basic Inorganic Chemistry (Volume 1 and 2) │ Compilation of basic information for large-scale fertilizer installations │ Process analysis of large-scale synthetic ammonia plants │ Development of trona deposits in 2013 │ Small synthetic ammonia plant process technology and design manual (Volume 1) │ Small synthetic ammonia plant process technology and design manual (volume 2) │ Small synthetic ammonia technology │ Small urea plant production process and operation │ Urea optimized production process technology and practical manual for equipment control and maintenance │ Urea production process │ Urea production process │ Cause analysis and treatment of high ammonia concentration in the ammonia tank of the urea plant │ Workers' Readings: Carbonization method for ammonia synthesis process to produce ammonium bicarbonate, desulfurization and transformation Danyang Chemical Fertilizer Factory 1966 edition │ Waste sulfuric acid recycling technology │ Hongjiao series textbooks on inorganic chemistry special teaching research edited by Zhang Wenguang 2019 edition │ Micro inorganic chemistry experiment 2nd edition 2012 edition │ Micro inorganic and analytical chemistry experiment 2013 edition │ Technical worker job training question bank Fertilizer production operator │ Skilled Worker Job Training Question Bank Soda Ash Production Operator │ Inorganic and Analytical Chemistry Experiment 2011 Edition │ Inorganic Compound Synthesis Manual (Volume 1) │ Inorganic Compound Synthesis Manual (Volume 3) │ Inorganic Compound Synthesis Manual (Volume 2) │ Inorganic Chemistry 2011 Edition │ Inorganic Chemistry Volume 1 235 │ Inorganic Chemistry Volume 2 220 │ Inorganic Chemistry 2018 Edition edited by Liu Yunxia│ Inorganic Chemistry 2011 Edition edited by Liu Zhihong│ Inorganic Chemistry 2019 Edition edited by Wang Ting and others│ Inorganic Chemistry 2nd Edition edited by Zhang Zude 2014 Edition│ Inorganic Chemistry 3rd Edition Volume 1 edited by Song Tianyou, Cheng Peng, Xu Jianing, Zhang Lirong 2015 Edition│ Inorganic Chemistry 4th Edition Volume 1 edited by Song Tianyou, Xu Jianing, Cheng Gongzhen and Wang Li 2019 edition │ Inorganic Chemistry 4th Edition Volume 2 edited by Song Tianyou, Xu Jianing, Cheng Gongzhen and Wang Li 2019 Edition │ Inorganic Chemistry 4th Edition edited by the Inorganic Chemistry Teaching and Research Office of Dalian University of Technology 2001 Edition │ Inorganic Chemistry 5th Edition edited by the Inorganic Chemistry Teaching and Research Office of Tianjin University ； Revised 2018 edition by Wang Jianhui et al. │ Inorganic Chemistry 6th Edition 2011 Edition │ Inorganic Chemistry 3rd Edition Volume 1 and 2 Song Tianyou Wang Xingqiao 1217 │ Inorganic Chemistry 2nd Edition Gu Guobang, Li Pu, Editor-in-Chief of the Inorganic Chemistry Teaching and Research Section of South China University of Technology 2007 Edition │ Inorganic Chemistry 6th Edition Chief Editor Meng Changgong ； 2018 edition edited by Dalian University of Technology │ Inorganic Chemistry Yuan Yali 2007 │ Inorganic Chemistry (Japan) by Shinichi Hirano ； Translated by Yang Li and Gu Shunchao 2015 edition │ Inorganic Chemistry (Third Edition) │ Inorganic Chemistry (Fifth Edition) │ Selection and Analysis of Questions in Inorganic Chemistry 252 2018 Edition by Li Liangchao │ Inorganic Chemistry and Analytical Chemistry Experiments 2012 Edition │ Inorganic Chemistry Series Collector's Edition Volume 3 Carbon, Silicon and Germanium Classification, edited by Hao Runrong, Fang Xiyi, and Niu Shaochong, 2018 edition│ Inorganic Chemistry Series Collector's Edition Volume 4 Nitrogen, Phosphorus, and Arsenic Classification, 2018 edition by Xiang Sifen, Yan Xuanshen, Cao Tingli, Guo Bingnan, 2018 edition│ Inorganic Chemistry Series Volume 10, Actinium Series Elements, 2011 Edition│ Inorganic Chemistry Series Volume 2 Alkaline Earth Metal Beryllium Boron Aluminum Gallium Group Classification 2011 Edition│ Inorganic Chemistry Series Volume 3 Carbon Silicon Germanium Group Classification 2011 Edition│ Inorganic Chemistry Series Volume 4 Nitrogen, Phosphorus and Arsenic Classification 2011 Edition│ Inorganic Chemistry Series Volume 5 Oxygen, Sulfur and Selenium Group Classification 2011 Edition│ Inorganic Chemistry Series Volume 6 Halogen, Copper Group, Zinc Group 2011 Edition │ Inorganic Chemistry Series Volume 8 Titanium Group Vanadium Group Chromium Group 2011 Edition │ Inorganic Chemistry Series Volume 3 Carbon Silicon Germanium Group │ Inorganic Chemistry Series Volume 9 Manganese Group Iron Series Platinum Series │ Inorganic Chemistry Series Volume 2 Beryllium Alkaline Earth Metal Boron Aluminum Gallium Group │ Volume 5 of the Inorganic Chemistry Series: Oxygen, Sulfur and Selenium Classification│ Volume 8 of the Inorganic Chemistry Series: Titanium Classification: Vanadium Classification: Chromium Classification│ Volume 6 of the Inorganic Chemistry Series: Halogen Copper Classification: Zinc Classification│ Volume 11 of the Inorganic Chemistry Series: Inorganic Structural Chemistry│ Volume 17 of the Inorganic Chemistry Series: Stable Isotope Chemistry│ Volume 13 of the Inorganic Chemistry Series: Dynamics of Inorganic Matter│ Volume 12 of the Inorganic Chemistry Series Coordination Chemistry │ Volume 15 of the Inorganic Chemistry Series Biomechanical Chemistry of Organometallic Compounds │ Volume 18 of the Inorganic Chemistry Series Geochemistry │ Volume 10 of the Inorganic Chemistry Series Actinide Series Elements │ Volume 14 of the Inorganic Chemistry Series Inorganic Phase Equilibrium, Non-Stoichiometric Compounds │ Volume 4 of the Inorganic Chemistry Series Nitrogen, Phosphorus and Arsenic Groups │ Inorganic Chemistry Series. Volume 10. Actinium Series. Elements after Actinium Series │ Inorganic Chemistry Series. Volume 2. Alkaline Earth Metals. Beryllium. Boron. Aluminum. Gallium Group │ Inorganic Chemistry Series. Volume 3. Carbon, Silicon. Germanium Group │ Inorganic Chemistry Series. Volume 4. Nitrogen, Phosphorus, Arsenic Group │ Inorganic Chemistry Series. Volume 5. Oxygen, Sulfur and Selenium Groups │ Inorganic Chemistry Series. Volume 6. Halogen. Copper Group. Zinc Group │ Inorganic Chemistry Series. Volume 8. Titanium Group. Vanadium Group. Chromium Group │ Inorganic Chemistry Series. Volume 9. Manganese Group. Iron Series. Platinum Series │ Inorganic Chemistry Series Volume 3. Carbon-Silicon-Germanium Group │ Complete Inorganic Chemistry Series Volume 9. Manganese Group Iron Series Platinum Series │ Complete Inorganic Chemistry Series Volume 2. Beryllium Alkaline Earth Metal Boron Aluminum Gallium Group │ Complete Inorganic Chemistry Series Volume 5. Oxygen, Sulfur and Selenium Group │ Complete Inorganic Chemistry Series Volume 8. Titanium Group Vanadium Group Chromium Group │ Complete Inorganic Chemistry Series Volume 6. Halogen. Copper Group. Zinc Group │ The Complete Series of Inorganic Chemistry, Volume 11. Inorganic Structural Chemistry│ The Complete Series of Inorganic Chemistry, Volume 17. Stable Isotope Chemistry│ The Complete Series of Inorganic Chemistry, Volume 13. Dynamics of Inorganic Matter│ The Complete Series of Inorganic Chemistry, Volume 12. Coordination Chemistry│ The Complete Series of Inorganic Chemistry, Volume 18. Geochemistry│ The Complete Series of Inorganic Chemistry, Volume 16. Radiochemistry│ Volume 10 of the Complete Series of Inorganic Chemistry. Elements after the Actinide Series│ Volume 14 of the Complete Series of Inorganic Chemistry. Inorganic Phase Equilibrium, Non-Stoichiometric Compounds│ Volume 4 of the Complete Series of Inorganic Chemistry. Groups of Nitrogen, Phosphorus and Arsenic│ Inorganic Chemistry * Question Collection and Practice Report Ding Qiuling │ Complete Analysis and Refined Inorganic Chemistry (4th Edition) │ Inorganic Chemistry Reaction Equations Manual (use Fo if there is an error * t Reader to open) │ Inorganic Chemistry Experiment 2014 Edition │ Inorganic Chemical Industry │ Inorganic Chemical Technology │ Inorganic Chemistry Textbook (Fifth Edition) Dalian University of Technology │ Introduction to Emerging Fields of Inorganic Chemistry │ Selected Topics in Inorganic Chemistry │ Inorganic Chemical Product Inspection Vocational College Teaching Reform Textbook │ Inorganic Chemical Technology │ Inorganic Chemical Technology, Third Edition Volume 1, Synthetic ammonia, urea, nitric acid, ammonium nitrate│ Inorganic Chemical Technology, Third Edition Volume 1, Synthetic ammonia, urea nitrate, ammonium nitrate│ Inorganic Chemical Technology, Third Edition Volume 2, Soda ash, caustic soda│ Inorganic Chemical Technology, Third Edition Volume 2, sulfuric acid, phosphate fertilizer, potassium fertilizer│ Inorganic Chemical Technology, Second Edition (2) Sulfuric acid and nitric acid│ Inorganic Chemical Technology 2nd Edition (4) Soda ash and caustic soda │ Inorganic Chemical Technology 2nd Edition (1) Synthetic ammonia │ Inorganic Chemical Technology 2nd Edition (3) Chemical Fertilizers │ Inorganic Chemical Technology 2nd Edition (2) Sulfuric acid and nitric acid │ Inorganic Chemical Technology 2nd Edition (4) Soda ash and caustic soda │ Inorganic Chemical Production Technology (2) │ Inorganic Chemical Production Technology 2010 Edition │ Inorganic Chemical Production Technology │ Inorganic Chemical Production Technology and Operation Yan Xin │ Inorganic Chemical Production Operation Technology 2011 Edition │ Inorganic Chemical Production Phase Diagram Analysis (1) Basic Theory Su Yuguang │ Inorganic Chemical Production Phase Diagram Analysis (2) Chemical Fertilizers │ Inorganic and analytical chemistry edited by Sun Fenfang and Zhang Lingling 2019 edition │ Inorganic and analytical chemistry experiment 2013 edition │ Inorganic and analytical chemistry experiment 2nd edition 2014 edition │ Inorganic synthetic chemistry 2nd edition 2012 edition │ Inorganic technology 2012 │ Inorganic technology graphical calculation (updated second edition) │ Inorganic technology calculation │ Inorganic Thermodynamics Data Manual │ Inorganic Salt Industry Handbook Volume 1 and 2 │ Inorganic Salt Industry Handbook (Volume 1 and 2) │ Inorganic Salt Technology 2013 │ Inorganic Salt Technology - Zhou Youying │ Inorganic Fertilizer and Inorganic Salt Technology │ Inorganic Cementitious Materials Project Tutorial Edited by Li Zicheng and Zhang Aiju 2014 Edition │ Inorganic acid production and operation safety technology series, nitric acid production and operation safety technology, 2016 edition by Wu Yongzhong and Xu Binggen │ Inorganic acid production and operation safety technology series, sulfuric acid production and operation safety technology, sulfuric acid production and operation safety technology, 2017 edition ； Shao Mingliang, deputy editor-in-chief Li Yanjun 2010 edition │ Jincheng Coal Mining Group integrated textbook urea process editor-in-chief Cheng Jing 2011 edition │ General calcium phosphate process design manual │ The latest lime production process technology management and anti-pollution measures operational practice book │ Hydrofluoric acid process regulations - top secret │ Alumina production technology │ Alumina production process and equipment │ Ammonia stripping method urea production knowledge Q&A │ Synthesis and production of ammonia 2011 edition │ Nitrogen fertilizer process design manual gas compression ammonia synthesis methanol synthesis │ Nitrogen fertilizer process design manual physical and chemical data volume (2) │ Nitrogen fertilizer process design manual physical and chemical data volume │ Hydrogen chloride production and operation 2013 │ Chlor-alkali-polyvinyl chloride production operation 2013 │ Chlor-alkali product analysis 2013 │ Chlor-alkali product manual │ Chlor-alkali chemical production process polyvinyl chloride and organic fluorine volume │ Chlor-alkali chemical production process │ Chlor-alkali chemical production process - chlor-alkali volume │ Chlor-alkali industry basic calculations │ Chlor-alkali industry physical and chemical constants manual (revised edition) │ Chlor-alkali technology │ Chlor-alkali production and operation 2013 │ Safe operation technology for chlor-alkali production │ Chlor-alkali production technology (volume 1) │ Chlor-alkali production technology 2011 edition │ Chlor-alkali equipment workers' manual │ Chlorate production technology │ Water-salt system phase diagram and its application 2013 edition │ Concentrated nitric acid manufacturing Zhang Jian and Zhang Zuyu │ Marine Chemical Practical Technology Series Soda ash and caustic soda production technology edited by Gao Hong 2016 edition │ Wet phosphoric acid │ Carbon black production and application manual │ Caustic soda and polyvinyl chloride resin production 2013 │ Caustic soda production and operation 2013 │ Caustic soda industry cleaner production training materials 2013 │ Modern chlor-alkali technology │ Modern chlor-alkali technology manual organized by China Chlor-Alkali Industry Association Edited by Liu Guozhen 2018 edition │ Principles of bioinorganic synthesis │ Introduction to salt chemical industry │ Salt chemical production technology edited by Xu Xiaohui 2014 edition │ Lime technology 199 │ Gypsum sulfuric acid production and cement technology 2010 edition │ Gypsum sulfuric acid production and cement technology 2014 │ Gypsum application technology Q&A edited by Zhao Yunlong and Xu Luoyi 2016 edition │ Silicate physical chemistry college teaching book │ Questions and Answers on Sodium Silicate Production Operations 2012│ Nitric Acid Engineering│ Manufacturing of Nitric Acid│ Sulfuric Acid Industry Part 1 Sulfuric Acid Industry and Sulfuric Acid Production│ Sulfuric Acid Industry Part 3 Sulfuric Acid Production Process Analysis│ Sulfuric Acid Industry Knowledge (Dalian Chemical Plant Edition)│ Sulfuric Acid Industry Energy Saving Calculation and Technical Transformation 2013│ Sulfuric Acid Industry Energy Saving Calculation and Technical Transformation│ Sulfuric Acid Work Manual│ Sulfuric acid process design manual process calculation (2) │ Sulfuric acid process design manual process calculation │ Sulfuric acid process design manual physical and chemical data │ Sulfuric acid manual │ Renovation of sulfuric acid slag discharge system │ Sulfuric acid process titanium dioxide production technology innovation 2010 edition │ Analysis of key technologies for waste heat recovery and energy saving in sulfuric acid production │ Sulfuric acid production analysis procedures (1992 edition) │ Practical manual 1568 on new technologies for sulfuric acid production, processing and equipment installation, and new standards for production process analysis and quality testing │ Sulfuric acid production technology 2011 edition │ Practical manual on sulfuric acid production process flow and equipment installation and construction technology and quality inspection and testing standards │ Sulfuric acid production technology │ Stearic acid and fatty acid derivatives production technology │ Synthesis and application of zinc borate edited by Zheng Jia, 2016 edition │ Carbonated heavy alkali crystallization process and operation 2015 edition │ Phosphate fertilizer manual │ Production and application of phosphate │ Heavy calcium ammonium phosphate technology and design manual │ Ion membrane caustic soda production operation Q&A │ Ion membrane caustic soda control technology edited by Gao Guoguang, Wu Pingli 2015 edition │ Ion membrane caustic soda production technology Wang Shirong, Gao Juan edited 2015 edition │ Scientific stories told by scientists The story of acids and bases told by Louis 2012 edition │ Concise Inorganic Chemistry 2nd edition 2014 edition │ Solvay method for alkali production Z Rand │ Soda ash manufacturing technology 2010 edition │ Soda ash and caustic soda industry │ Soda ash engineering second edition 914 │ Soda ash engineering (second edition) │ Soda ash engineering (third edition)_Chief Editor, Zhonghao (Dalian) Chemical Research and Design Institute Co., Ltd._Chemical Industry Press 2014 │ Calculation of soda ash production process and equipment │ Slow-controlled release fertilizer │ Vocational skills appraisal training tutorial Water, gas and gas engineering Organized and compiled by China Nitrogen Fertilizer Industry Association 2010 edition │ Combined production of soda ash and ammonium chloride │ Polymer synthesis process design │ Polyvinyl chloride preparation and production technology 2014 │ Polyvinyl chloride and chlorinated polyethylene processing and application edited by Xu Jianxiong 2016 edition │ Principles of PVC production │ PVC production and processing application manual │ PVC production technology pioneers Hua and Chen Gang edited 2013 edition │ PVC production technology Li Zhisong and Wang Shaoqing edited 2012 edition │ PVC pipe manufacturing and application │ Ammonium polyphosphate, edited by Yang Rongjie and Yi Deqi, 2015 edition│ Production of extracted phosphoric acid and ammonium phosphate│ Light calcium carbonate production process│ Key technologies for light series calcium carbonate, Yan Xin, Lu Yunfeng, 2016 edition│ Gas generation technology Q&A 592│ Alcohol industry handbook│ New process for efficient and clean alcohol production│ Important inorganic chemical reactions (3rd edition) Chen Shouchun│ Advanced Inorganic Chemistry 526 │ Advanced Inorganic Chemistry 2012 Edition │ Advanced Inorganic Chemistry │ Higher Vocational College Textbook Series Caustic Soda and PVC Production Technology Edited by Wang Jing and Hu Jiuping 2012 Edition │ Practice and Research on Luqi Coal Pressurized Gasification Ammonia Production Process and Equipment 464 │ ├─18.0 Acid-base Salt Fertilizer Inorganic Chemical Video │ ├─"Inorganic Chemistry" video tutorial Jilin University Edition 163 lectures│ │ 116 Nitrogen family elements (6).flv │ │ 117 Nitrogen family elements (7).flv │ │ 118 Nitrogen family elements (8).flv │ │ 119 Oxygen family elements (1).flv │ │ 120 Oxygen family elements (two).flv │ │ 121 Oxygen family elements (three).flv │ │ 122 Oxygen family elements (four).flv │ │ 123 Oxygen family elements (five).flv │ │ 124 Oxygen family elements (six).flv │ │ 125 Oxygen family elements (seven).flv │ │ 126 Oxygen family elements (eight).flv │ │ 127 Oxygen family elements (nine).flv │ │ 128 Oxygen family elements (ten).flv │ │ 129 Halogens (one).flv │ │ 130 Halogens (two).flv │ │ 131 Halogen (three).flv │ │ 132 Halogen (four).flv │ │ 133 Halogen (five).flv │ │ 134 Halogen (six).flv │ │ 135 Halogen (seven).flv │ │ 136 Halogen (eight).flv │ │ 137 Halogen (9).flv │ │ 141 Copper and zinc subgroup (1).flv │ │ 142 Copper and zinc subgroup (2).flv │ │ 143 Copper and zinc subgroup (3).flv │ │ 144 Copper and zinc subgroup (4).flv │ │ 145 Copper and zinc subgroups (five).flv │ │ 146 Titanium and vanadium subgroups (one).flv │ │ 147 Titanium and vanadium subgroups (two).flv │ │ 148 Titanium and vanadium subgroups (three).flv │ │ 149 Titanium and vanadium subgroups (four).flv │ │ 150 Titanium and vanadium subgroups and chromium and manganese subgroups.flv │ │ 151 Chromium and manganese subgroups (1).flv │ │ 152 Chromium and manganese subgroups (2).flv │ │ 153 Chromium and manganese subgroups (3).flv │ │ 154 Chromium and manganese subgroups (four).flv │ │ 155 Chromium and manganese subgroups (five).flv │ │ 156 Chromium and manganese subgroups (six).flv │ │ 157 Iron series and platinum series (one).flv │ │ 158 Iron series and platinum series (two).flv │ │ 159 Iron series and platinum series (III).flv │ │ 160 Iron series and platinum series (IV).flv │ │ 161 Iron series, platinum series, scandium, yttrium, lanthanum series and actinium series.flv │ │ 162 Scandium, yttrium, lanthanum series and actinium series (Part 1).flv │ │ 163 Scandium, Yttrium, Lanthanide Series and Actinium Series (Part 2).flv │ │ │ └─"Inorganic Chemistry" Video Tutorial Dalian University of Technology Edition │ Lecture 01 Introduction Exam Content Description and Chapter Analysis.avi │ Lecture 03 Chapter 2 Thermochemistry (1).avi │ Lecture 04 Chapter 2 Thermochemistry (2).avi │ Lecture 05 Chapter 3 Chemical Kinetics (1).avi │ Lecture 06 Chapter 3 Chemical Kinetics (2).avi │ Lecture 07 Chapter 3 Chemical Kinetics (3).avi │ Lecture 08 Chapter 4 Chemical Equilibrium Entropy and Gibbs Function (1).avi │ Lecture 09 Chapter 4 Chemical Equilibrium Entropy and Gibbs Function (2).avi │ Lecture 10 Chapter 4 Chemical Equilibrium Entropy and Gibbs Function (3).avi │ Lecture 11 Chapter 4 Chemical Equilibrium Entropy and Gibbs Function (4).avi │ ├─18.0 Acid-base Salt Fertilizer Inorganic Chemical Paper │ Summary of Application and Transformation of 180kt·a^-1 Ammonia Synthetic System │ Summary of 200kt/a Compound Fertilizer Potassium Hydrogen Conversion and Hydrochloric Acid Absorption System Transformation │ Development Trend of China's Sulfuric Acid Industry in the 21st Century │ Research on stress corrosion of 304 stainless steel in polythionic acid│ Production practice of 350kt/a sulfuric acid conversion unit│ Application of CPVC and PP-H in caustic soda plant│ DS-1 high silicon austenitic stainless steel plate lined sulfuric acid dry absorption tower│ Application of GE Fanuc GMR in four-nozzle coal water slurry gasifier Zhang Yangeng│ Application of PDS in nitric acid plant design│ WSA wet sulfuric acid process operation summary│ Analysis and treatment measures for the reasons for high sulfuric acid mist in WSA wet sulfuric acid plant │ Analysis and discussion of three-effect four-body downstream two-stage evaporation process for caustic soda production │ Selection of coal gasification process plan for raw material structure adjustment project of small and medium-sized nitrogen fertilizer plants │ Utilization prospects of carbon dioxide │ Process design of low-temperature conversion spray granulation sulfur-based compound fertilizer (15-15-15) unit │ Analysis on the improvement of production technology and equipment of ammonia-alkali soda ash │ Technical transformation of using 450 dilute nitric acid plant to directly produce 68 nitric acid │ By-product dilute hydrochloric acid absorbs tail gas containing hydrogen chloride to produce industrial hydrochloric acid │ Optimization of filtration system for semi-aqueous-dihydrate recrystallization concentrated phosphoric acid process │ Simulation and analysis of single-nozzle dry pulverized coal gasifier │ Analysis of coal gasifier selection in synthetic ammonia plant │ Analysis of shutdown accident due to leakage of burner coil of nozzle gasifier │ Experience in using four-nozzle opposed gasifier process burners│ Research on environmentally friendly hydrochloric acid production and absorption system│ Design optimization and transformation application of multi-nozzle opposed type 1 gasifier mouth plug│ Operation analysis of multi-nozzle opposed gasifier and single-nozzle coal-water slurry gasifier│ Design optimization and transformation application of multi-nozzle opposed gasifier mouth plug│ Introduction to multi-nozzle opposed coal-water slurry gasification process│ Introduction to the engineering design of multi-nozzle opposed coal-water slurry gasification technology │ Overview of equipment for multi-nozzle opposed coal-water slurry gasification technology │ Development of multi-nozzle coal-water slurry gasification technology in my country │ Industrial application of multi-nozzle coal-water slurry gasifier │ Design and discussion of large-scale sulfur acid-making equipment │ Summary of design technology of large-scale sulfur acid-making equipment │ Research on organic matter removal process by trona raw brine aeration and oxidation method │ Experimental study on the three characteristics of concentrated sulfuric acid │ Analysis of kiln phosphoric acid production technology │ Common problems and treatment methods of the lock hopper system of the opposed four-nozzle new gasifier │ Common problems and solutions for the lock hopper system of the opposed four-nozzle gasifier │ Transformation of the urea unit analysis system │ Industrial urea synthesis theory (3) │ Industrial urea synthesis theory (4) │ Technical application of industrial hydrochloric acid synthesis device to produce high-content and high-purity hydrochloric acid │ Solubility of common inorganic substances in water │ Calculation of optimization process and equipment selection for the annual production of 300,000 tons of heavy soda ash │ Design technology of waste acid cracking and acid production equipment │ Discussion on the problems of Texaco coal-water slurry pressurized gasification unit │ Discussion on the amount of ammonia generated in Texaco coal-water slurry gasification │ Overview of Texaco coal-water slurry gasification process │ my country's PVC production technology innovation (continued) │ New progress in my country's nitric acid industrial production technology │ Explore the process design of the dilute nitric acid double pressurization production unit │ Explore the factors affecting SO3 absorption in the sulfuric acid unit │ Optimized process design for neutralization and concentration of ammonium phosphate by the slurry method │ New type_Multiple nozzles facing each other_Research and development of coal-water slurry gasifier technology and its application prospects in the field of clean coal │ Application of new nozzles in multi-nozzle opposed coal-water slurry gasifiers │ Renovation of the quench chamber of new multi-nozzle opposed gasifiers │ Discussion on the treatment method of hydrochloric acid absorption tail gas in potassium sulfate produced by Mannheim process │ Practice of the process of preparing fatty acids from vegetable acidified oil │ Online rapid and automatic replacement technology of gasification nozzles │ Discussion on the transformation plan of non-condensable gas emissions in ammonia compression refrigeration │ Technical transformation of ammonia synthesis equipment │ Treatment and comprehensive utilization of waste liquid and residue in ammonia-alkali process soda ash production │ Research on the development characteristics of ammonia-alkali process soda ash production technology and equipment │ A brief history of the evolution and development of nitrogen fertilizer process technology over the past century │ Improvement of vinyl chloride rectification tail gas separation pressure swing adsorption device │ Process transformation of acid cycle system in chlorine treatment │ Recycling and utilization of hydrogen by-product of chlor-alkali plant in Jiheng Fertilizer Company │ Discussion on the optimal process conditions for making soda ash washing salt from hydrazine hydrate salt residue │ Brief discussion on energy-saving technical transformation of caustic soda evaporation │ Brief discussion on the application of waste liquid and alkali residue in soda ash production by ammonia-alkali method at home and abroad │ Improvement of liquid ammonia sampling device │ Application of aluminized steel in sulfuric acid plant │ Factors affecting the acid dew point temperature of flue gas and its calculation method │ Analysis of energy-saving technology in caustic soda production │ Research on improvement of caustic soda production process │ Summary of operation of alkylation waste sulfuric acid high temperature cracking to produce sulfuric acid process │ Experimental study on leaching lead and zinc from zinc soot with hydrochloric acid │ Using hydrogen sulfide gas to produce sulfuric acid │ Process reform of hydrochloric acid tail gas absorption device_Yang Jianping │ Utilization of by-product steam from hydrochloric acid two-in-one boiler │ Hydrochloric acid as absorbent for gaseous membrane method to remove/recover ammonia nitrogen from wastewater │ Hydrochloric acid regeneration station process design and operation │ Application of hydrochloric acid waste liquid fluidized bed regeneration process │ Current research status of hydrochloric acid wet phosphoric acid process │ Application of hydrochloric acid deep desorption technology in PVC production │ Optimized design of falling film absorber in hydrochloric acid production │ Technical transformation of hydrochloric acid desorption system │ Operation and optimization of hydrochloric acid zero desorption device │ Process selection and design of milk of lime preparation system │ Gypsum-based sulfuric acid cement technology │ Nitric acid decomposition of phosphate rock powder to produce potassium nitrate │ Nitric acid tail gas treatment method │ Analysis and solutions to the causes of platinum mesh poisoning accidents in nitric acid plants │ Discussion on the magnesium nitrate process concentrated nitric acid process technology and large-scale equipment │ Improvement of hydrogen sulfide absorption process │ Application of sulfuric acid production technology from hydrogen sulfide waste gas │ Brief analysis of the causes of smoke in sulfuric acid tail gas │ Design and implementation of sulfuric acid process calculation software │ Sulfuric acid furnace lining structure modification and design optimization │ Research and development of new corrosion-resistant alloys for sulfuric acid │ Practice of stand-alone operation of SO2 blower in sulfuric acid system │ Research on the synthesis process of trigonelline sulfate │ Discussion on the estimation of the minimum equilibrium concentration of the sulfuric acid conversion process │ Analysis of the phosphoric acid market, technology and development layout trend │ Analysis of the production process of evaporation and concentration of caustic soda by ion membrane method │ Design of steam condenser in the evaporation section of the ion membrane caustic soda project │ Problems and solutions in the operation of ion membrane electrolyzers │ Transformation of the vertical mill nozzle ring │ Renovation of the constant light ignition gun of the inert gas furnace of the pulverized coal gasification coal grinding unit │ Research and design of the lime kiln coal and stone material feeding system in soda ash production │ Direct production of soda ash from Glauber's salt brine │ Discussion on the application of hydrochloric acid absorption and desorption technology │ Discussion on control measures for free chlorine content in high-purity hydrochloric acid │ Experimental research on ultrasonic atomizing nozzles │ Research on direct sulfuric acid leaching process of lead and zinc smoke │ Reaction of copper with concentrated and dilute nitric acid - teaching design │ Green design of the reaction of copper and nitric acid │ Development and application of anodically protected concentrated sulfuric acid stainless steel pipeline │ Anode protected shell-type concentrated sulfuric acid cooler and operation │ Diaphragm method caustic soda production full process optimization control technology and its application in chlor-alkali enterprises │ Transformation and operation of Chihong Company's 40kt/a sulfuric acid series │ Control of calcium and magnesium ions in high-purity hydrochloric acid_Mao Shengxian │ Problems and solutions in the production process of high-purity hydrochloric acid │ └─18.0 Acid-base salt fertilizer inorganic chemical engineering courseware │ 10kta formaldehyde production technology 43.ppt │ Production of methyl acrylate 31.ppt │ Pesticides and Fertilizers 47.ppt │ Salt production process 56.ppt │ Introduction to acid production process 51.pptx │ Chemical Engineering Technology Synthetic Ammonia PPT 131 │ Chemical Engineering Technology Chapter 4 Soda Ash 63.ppt │ Chemical Engineering and Technology Chapter 1 Synthetic Ammonia PPT 85 │ Chemical Engineering and Technology Chapter 7 Urea PPT 54 │ Chemical Engineering and Technology Chapter 5 Synthesis Gas Production Process PPT 124 │ Chemical Engineering and Technology Soda Ash PPT 241 │ Introduction to the Production Process of Main Fertilizer Products - Phosphate Fertilizer 12.ppt │ Fertilizer training 73.ppt │ Common production processes and terminology interpretation of chemical fertilizers 51.pptx │ Nature and application of chemical fertilizers 65.ppt │ Introduction to double alkali process 23.ppt │ Synthetic ammonia.ppt │ Synthetic ammonia raw gas production.ppt │ Synthetic ammonia process.ppt │ Synthetic ammonia production process lecture notes ppt courseware │ Domestic and foreign water and fertilizer integration technology overview PPT 47 │ Annual output of 15,000 tons of acetic acid production process design 40.ppt │ Waste acid cracking and acid production technology PPT 32 │ Inorganic salt technology 38.ppt │ Inorganic Salt Technology Chapter 2 Basic Unit Processes in the Industrial Production of Inorganic Salts 100.ppt │ Ammonia-alkali method for producing soda ash 20.ppt │ The process of producing soda ash by ammonia-alkali method 30.pptx │ Chlor-alkali chemical technology 124.ppt │ Chlor-alkali chemical technology PPT 122 │ Caustic soda technology in chlor-alkali industry 48.ppt │ Demonstration of caustic soda process in chlor-alkali industry.ppt │ Structure and working principle of water seal tank.ppt │ Coking desulfurization and salt extraction process 29.ppt │ Coal-to-fertilizer process 40.ppt │ Principle and operation of salt-nitrate co-production production process 18.ppt │ Hydrochloric acid production training tutorial.ppt │ Sulfur acid production process 20.ppt │ sulfuric acid 64.ppt │ Sulfuric acid and nitric acid.ppt │ Sulfuric acid method to produce titanium dioxide 25.ppt │ Phosphoric acid production process 52.ppt │ Introduction to phosphoric acid production process 23.ppt │ Chapter 3 Process Flow of Sulfur Acid Production Unit 123.ppt │ Chapter 2 Inorganic Salt Production and Granulation 95.ppt │ Section 2 Sulfuric Acid Production Process 21.ppt │ Chapter 5 Calcium Carbonate 70.ppt │ Chapter 6 Fertilizer and Pesticide Pollution and Prevention 22.ppt │ Chapter 6 Clean Production Process of Sulfuric Acid Industry 157.ppt │ Section 4 Production Process of Electrolyte Evaporation 20.ppt │ Soda ash and caustic soda.ppt │ Soda ash production process 23.ppt │ Joint alkali production process training 41.ppt │ Evaporation caustic soda process and equipment 34.ppt │ Energy saving and emission reduction in light calcium carbonate production process 22.ppt │ Potassium salt processing technology and principles 35.ppt │ Production of high-purity hydrochloric acid PPT 44 │ Black liquor alkali recovery process 124.ppt │ └─Synthetic Ammonia Technology Preface to Synthetic Ammonia Technology.ppt Synthetic Ammonia Technology Solid Fuel Gasification Method (1).ppt Synthetic Ammonia Technology Solid Fuel Gasification Method (2).ppt Synthetic Ammonia Technology Hydrocarbon Vapor Conversion Method.ppt Synthetic Ammonia Technology Section 1.ppt Synthetic Ammonia Technology Chapter 3.ppt Synthetic Ammonia Technology Section 3.ppt Synthetic Ammonia Technology Section 2.ppt Synthetic Ammonia Technology Section 4.ppt Partial oxidation of heavy oil in ammonia synthesis technology.ppt