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Then introduced Pseudo Boehmite manufacturing technology and process, equipments list and cost structure. And then summary statistics Global and China 2009-2016 Pseudo Boehmite capacity Production and production market share by manufacturers and regions, introduced global and China Pseudo Boehmite supply demand and shortage, introduced global and China Pseudo Boehmite selling price cost profit production value and gross margin etc details information. And also introduced China key manufacturers Pseudo Boehmite price cost profit gross margin and these manufacturers technology sources and company background information.
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Finally,the report also introduced 10KT/Year Pseudo Boehmite project feasibility analysis and related research conclusions. In a word, it was a depth research report on China Pseudo Boehmite industry. And thanks to the support and assistance from Pseudo Boehmite industry chain related experts and enterprises during QYResearch Pseudo Boehmite Team survey and interview.
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Chapter One Pseudo Boehmite Industry Overview 1
1.1 Pseudo Boehmite Definition 1
1.2Pseudo Boehmite Classification 1
1.3 Pseudo Boehmite Application 2
1.3.1 Pseudo Boehmite Characteristics 2
1.3.2 Use as Catalyst 2
1.3.3 Use in Automobile Exhaust Purification Process 3
1.3.4 Use in Paper Industry 4
1.4 Pseudo Boehmite Industry Chain Structure 4
1.4.1 Oil Catalytic Cracking 4
1.4.2 Automobile Exhaust Purification 5
1.4.3 High-grade Paper Coating 6
1.5 Thin Boehmite and Pseudo Boehmite Difference 6
1.5.1 Thin Boehmite and Pseudo Boehmite Difference 6
1.5.2 Thin Boehmite and Pseudo Boehmite Distinguishing Method 7
1.6 Pseudo Boehmite Development Trend 7
Chapter Two Pseudo Boehmite Manufacturing Technology and Process 8
2.1Pseudo Boehmite Process Summary 8
2.1.1 Carbonation Method 8
2.1.2 Neutralization Method 10
2.1.3 Alcohol Aluminum Hydrolysis Method 10
2.1.4 H2O2 Precipitation Sodium aluminate solution Method 10
2.1.5 Other Method 11
2.2 Pseudo Boehmite Manufacturing Technology Development Trend 12
2.2.1 Carbonation Method Pseudo Boehmite Manufacturing Technology Overview 12
2.2.1.1 Carbonation Temperature 13
2.2.1.2 Carbonation Concentration 13
2.2.1.3 Gelling PH Value Influence to Quality 14
2.2.1.4 Continuous Decomposition 14
2.2.1.5 low-alkali Aging 15
2.2.1.6 Manufacturing Equipments Improvement 17
2.2.1.7 Special Pseudo Boehmite R&D 19
2.2.2 Aluminum Sulfate Method Pseudo Boehmite Influence Factor 19
2.2.2.1 Gelling Condition Influence 19
2.2.2.2 Aging Condition Influence 20
2.2.2.3 Washing Condition Influence 21
2 2.2.4 Dry conditions Influence 22
2.3 Pseudo Boehmite Manufacturing Equipments 23
2.4 Pseudo Boehmite Testing Equipments 24
2.5 Pseudo Boehmite Project (10KRMB/Year) Total Investment 25
2.6 Pseudo Boehmite BOM (Bill of Material) 26
Chapter Three Pseudo Boehmite Production Supply Sales Demand Market Status and Forecast 27
3.1 Pseudo Boehmite Market Analysis 27
3.1.1 International Pseudo Boehmite Development Status 27
3.1.2 China Pseudo Boehmite Development Status 29
3.2 Pseudo Boehmite Macro Market Environment Analysis 30
3.2.1 China Petroleum Refining Market Analysis 30
3.2.2 China Multiple Varieties Alumina Development 30
3.3 Key Oil Catalyst Suppliers Overview 31
3.3.1 Qilu Petrochemical Catalyst Plant 31
3.3.2 Lanzhou Petrochemical Catalyst Plant 32
3.3.3 Changling Catalyst Plant 33
3.3.4 Fushun Petroleum Catalyst Plant 34
3.3.5 Beijing Aoda Catalyst Plant 34
3.4 Global Pseudo Boehmite Production Overview 36
3.5 China Pseudo Boehmite Production Overview 40
3.6 Pseudo Boehmite Production Market Share 47
3.7 Global and China Pseudo Boehmite Demand Overview 48
3.8 Pseudo Boehmite Supply Demand and Shortage 48
3.9 Pseudo Boehmite Cost Price Production Value Gross Margin 49
Chapter Four Pseudo Boehmite Key Manufacturers 51
4.1 Shandong Aluminum (China LCO Shandong Branch) Chemical Co.,Ltd 51
4.1.1 Company Profile 51
4.1.2 Manufacturing Process 52
4.1.3 Development Prospect 52
4.1.4 Cost Analysis 52
4.2 Shanxi Aluminum(China LCO Shanxi Branch) 54
4.2.1 Company Profile 54
4.2.2 Manufacturing Process 54
4.2.3 Development Prospect 55
4.2.4 Cost Analysis 55
4.3 Yueyang Changke Chemical Co.,Ltd 56
4.3.1 Company Profile 56
4.3.2 Manufacturing Process 57
4.3.3 Development Prospect 57
4.3.4 Cost Analysis 58
4.4 Shandong Aluminum Luzhong Industry Trading Co.,Ltd 59
4.4.1 Company Profile 59
4.4.2 Manufacturing Process 60
4.4.3 Development Prospect 60
4.4.4 Cost Analysis 61
4.5 Shanxi Taixing Al-Mg Co.,Ltd 62
4.5.1 Company Profile 62
4.5.2 Manufacturing Process 63
4.5.3 Development Prospect 63
4.5.4 Cost Analysis 63
4.6 Sanmenxia Xinghao Catalyst New Materials Co.,Ltd 65
4.6.1 Company Profile 65
4.6.2 Manufacturing Process 65
4.6.3 Development Prospect 66
4.6.4 Cost Analysis 66
4.7 Wenzhou Jingjing Alumina Co.,Ltd 67
4.7.1 Company Profile 67
4.7.2 Manufacturing Process 68
4.7.3 Development Prospect 69
4.7.4 Cost Analysis 69
4.8 Zibo Jiuru Industry & Trade Co., Ltd 70
4.8.1Company Profile 70
4.8.2 Manufacturing Process 71
4.8.3 Development Prospect 72
4.8.4 Cost Analysis 73
Chapter Five Pseudo Boehmite Building Projects 74
5.1 Zibo Nanhan Chemical Co.,Ltd 74
5.1.1 Company Profile 74
5.1.2 Business Status 75
5.1.3 Pseudo Boehmite Development Prospect 75
5.2 Some Aluminum hydroxide Manufacturers Plan Start Pseudo Boehmite Business 75
5.2.1 Manufacturers Introduction 75
5.2.2 Business Status 76
5.2.3 Pseudo Boehmite Development Prospect 76
Chapter Six China Pseudo Boehmite Project Feasibility Analysis 77
6.1 Summary 77
6.1.1 Project Name 77
6.1.2 Capacity 77
6.1.3 Project Purpose 77
6.1.4 Project Investment 78
6.1.5 Benefit Analysis 78
6.2 Condition Evaluation of Resources 79
6.2.1 Area Require 79
6.2.2 Water Supply and Drainage Problems 79
6.2.3 Natural Gas (Gas) 80
6.2.4 Steam (Boiler) 80
6.3 Construction Scale and Product Solutions 80
6.3.1 Construction Scale 80
6.3.2 Product Solutions 81
6.4 Technology Solution and Process Method 81
6.4.1 Manufacturing Method 81
6.4.2 Manufacturing Process 81
6.4.3 Technology Source and Support 83
6.4.4 Key Raw Materials Fuels Supply 83
6.5 Environmental Impact Assessment 84
6.5.1 Project Construction Impact to Environment 84
6.5.2 Project Operating Impact to Environment 84
6.5.3 Measures for Environmental Protection 84
6.6 Investment 84
6.6.1 Land for Construction Investment 84
6.6.2 Infrastructure Investment 85
6.6.3 Equipments Investment 85
6.7 Benefit Analysis 86
6.7.1 Economy Benefit 86
6.7.2 Social Benefit 86
6.8 Conclusion 86
6.8.1 Technology Reliability 86
6.8.2 Meet the Energy and Environmental Policy 86
6.8.3 Benefit 87
6.8.4 Conclusion 87
Chapter Seven Pseudo Boehmite Research Conclusions 87
Chapter Eight Pseudo Boehmite Analysis Standard 88
8.1 Pseudo Boehmite Content Standard 88
8.2Pseudo Boehmite Degree of Crystallinity Standard 89
8.2Pseudo Boehmite Specific Surface Area and Pore Volume Standard 91
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