2012 Deep Research Report on China Aluminum Sulfate Industry

2012 Deep Research Report on China
Aluminum Sulfate Industry
2012 Deep Research Report on China Aluminum Sulfate Industry was professional and depth
research report on China Aluminum Sulfate industry. This report has firstly introduced Aluminum
Sulfate definition classification industry chain etc related information. Then introduced Aluminum
Sulfate manufacturing technology and product specifications, And then summary statistics Global
12 Countries 2009-2016 Aluminum Sulfate Capacity Production and Their Market Share; and also
introduced China 22 Manufacturers Aluminum Sulfate manufacturers 2009-2016 Aluminum Sulfate
capacity production supply demand shortage and Aluminum Sulfate selling price cost profit margin
and production value, and also introduced China 8 manufacturers company basic information,
2009-2016 Aluminum Sulfate capacity production price cost profit margin production value China
market share etc details information. In the end, this report introduced 50K Tons/year Aluminum
Sulfate project feasibility analysis and investment return analysis also give related research
conclusions and development trend analysis of China Aluminum Sulfate industry. In a word, it was a
depth research report on China Aluminum Sulfate industry. And thanks to the support and
assistance from Aluminum Sulfate industry chain (Aluminum Sulfate downstream consumer
upstream related raw materials suppliers and government agencies etc) related experts and
enterprises during Research Team survey and interviews.
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Report Details:

Published: July 2012

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Table of Contents

Chapter One Aluminum Sulfate Industry Overview 1
1.1 Aluminum Sulfate Definition and Classification 1
1.1.1 Aluminum Sulfate Definition 1
1.1.2 Aluminum Sulfate Classification 1

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1.1.2.1 Classification by Form 1
1.1.2.2 Classification by Process 2
1.1.2.3 Classification by Purity 2
1.2 Aluminum Sulfate Physical and Chemical Properties 3
1.2.1 Aluminum Sulfate Physical Property 3
1.2.2 Aluminum Sulfate Chemical Property 3
1.3 Aluminum Sulfate Application 4
1.4Aluminum Sulfate Hazard and Emergency Measures 5
1.4.1Aluminum Sulfate Hazard 5
1.4.2Aluminum Sulfate Emergency Measures 5
1.5Aluminum Sulfate Leakage Emergency Treatment 5
1.6Aluminum Sulfate Handling and Storage 6

Chapter Two Aluminum Sulfate Manufacturing Process 6
2.1 Aluminum Sulfate Manufacturing Method Overview 6
2.2 Aluminum Sulfate Manufacturing Process Summary 7
2.2.1 Aluminum Hydroxide Method 7
2.2.2 Bauxite Method 9
2.2.2.1 Bauxite Method Process Introduction 9
2.2.2.2 Bauxite Method Acid Leaching Settlement 10
2.2.2.3 Bauxite Method Iron Removal Process 14

Chapter Three Aluminum Sulfate Applications Overview 17
3.1 Aluminum Sulfate Application in Papermaking Industry 17
3.1.1 Paper Sizing Technology Development 17

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3.1.2 Aluminum Sulfate Internal Sizing Agent Development 18
3.1.3 Aluminum Sulfate Development Prospect in Papermaking Industry 19
3.2 Aluminum Sulfate Water Treatment Industry Application 20
3.3 Aluminum Sulfate Other Industries Application 21

Chapter Four Aluminum Sulfate Competitive Product Analysis 22
4.1 Polymeric Aluminum Chloride 22
4.1.1 Polymeric Aluminum Chloride Specification 22
4.1.2 Polymeric Aluminum Chloride Use Method 23
4.1.3 Polymeric Aluminum Chloride Performance 24
4.1.4 Polymeric Aluminum Chloride Application 24
4.1.5 Polymeric Aluminum Chloride Characteristic 25
4.2 Ferric Chloride 25
4.2.1 Ferric Chloride Definition 25
4.2.2 Ferric Chloride Use 26
4.2.3 Ferric Chloride Standard 26
4.2.4 Ferric Chloride Manufacturing Method 28
4.2.4.1 Chlorination Method 28
4.2.4.2 Eutectic Mixture Reaction (Melting Method) 28
4.2.4.3 Ferric Chloride Solution Synthesis Method 29
4.2.4.4 Double Decomposition Method 29
4.3 New Efficient Products 29

Chapter Five Aluminum Sulfate Development Prospect and Suggestions 30
5.1 Development Prospect 30

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5.1.1 Aluminum Sulfate Development Prospect in Papermaking Industry 30
5.1.2 Aluminum Sulfate Development Prospect in Water Treatment Industry 32
5.2 Problems 33
5.2.1 Some Enterprises Invested Aluminum Sulfate Without Survey, Low Level Repeated
Construction Situation Serious 33
5.2.2 A Single Product, New Product R&D Poor 34
5.2.3 Small Scale of Production, Poor Economic Benefit 34
5.2.4 Output Growth is Fast, Application Development Lag 35
5.3 Development Suggestions 35

Chapter Six Aluminum Sulfate Raw Materials 36
6.1 Aluminium Resources 36
6.1.1 Bauxite 36
6.1.2 Aluminum Hydroxide 38
6.1.3 Others 39
6.1.3.1 Aluminum Ash 39
6.1.3.2 Xinjiang Blank Ettringite 40
6.1.3.3 Kaoline 40
6.2 Sulfuric Acid 42
6.2.1 Sulphur Make Sulfuric Acid Process Flow 42
6.2.2 Sulfuric Acid Effect 43
6.2.3 China Sulfuric Acid Development Status 44

Chapter Seven Aluminum Sulfate Waste Residue Comprehensive Utilization 45
7.1 Aluminum Sulfate Waste Residue Produce Sodium Silicate 46
7.1.1 Aluminum Sulfate Waste Residue Pretreatment 47

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7.1.2 Aluminum Sulfate Waste Residue Produce Sodium Silicate 49
7.2 Aluminum Sulfate Waste Residue Produce White Carbon Black 50
7.2.1 White Carbon Black Use 50
7.2.2 White Carbon Black Manufacturing Process 51
7.2.3 Aluminum Sulfate Waste Residue Produce White Carbon Black Process 52
7.3 Aluminum Sulfate Waste Residue as Cement Batching 53
7.4 Aluminum Sulfate Waste Residue Filled Polypropylene Material 54
7.5 Aluminum Sulfate Waste Residue Produce Polymerized Silicate Products 55

Chapter Eight Aluminum Sulfate Industry Innovation and Development 56
8.1 Aluminum Sulfate Develop New Efficient Products 57
8.1.1 PACS 57
8.1.2 Poly Aluminum Sulfate 57
8.1.3 High Efficient Aluminum Sulfate 58
8.2 Raw Material Pretreatment and Post-treatment Process 58
8.2.1 Precipitation Method Remove Iron 59
8.2.2 Fatty Acid Extraction Method 59

Chapter Nine International and China Aluminum Sulfate Cost Comparison 60
9.1 International and China Cost Comparison 60
9.1.1 Raw Materials Comparison 60
9.1.2 Product Specifications Comparison 61
9.1.3 Energy Consumption Comparison 62
9.1.4 Labor Cost Comparison 63
9.1.5 Transportation Cost Comparison 63

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9.2 China Aluminum Sulfate Cost Analysis 64
9.2.1 Raw Materials 64
9.2.2 Manufacturing Process 65
9.2.3 Energy Consumption 67
9.2.4 Labor Cost 68
9.2.5 Transportation Cost 68

Chapter Ten Global Aluminum Sulfate Application Market Analysis 74
10.1 United States Aluminum Sulfate Market Analysis 74
10.2 Japan Aluminum Sulfate Market Analysis 80
10.3 West Europe Aluminum Sulfate Market Analysis 82
10.4 Central East Europe Aluminum Sulfate Market Analysis 85

Chapter Eleven Aluminum Sulfate Productions Supply Sales Demand Market Status and Forecast
86
11.1 China Aluminum Sulfate Development Prospect and Problems 86
11.1.1 China Aluminum Sulfate Development Prospect 86
11.1.2 China Aluminum Sulfate Problems 87
11.1.3 China Aluminum Sulfate Development Direction 88
11.2 China Aluminum Sulfate Water Treatment Development Status 88
11.2.1 International Water Treatment Development Status 90
11.2.2 China Water Treatment Agent Type 90
11.3 China Aluminum Sulfate Product Specification 96
11.4 Global Aluminum Sulfate Productions Overview 100
11.5 China Aluminum Sulfate Productions Overview 107
11.6 Aluminum Sulfate Production Market Share 117

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11.7 Global and China Aluminum Sulfate Demand Overview 118
11.8 Aluminum Sulfate Supply Demand and Shortage 119
11.9 Aluminum Sulfate Cost Price Production Value Profit Margin 120

Chapter Twelve China Aluminum Sulfate Key Manufacturers 125
12.1 Shandong Aluminum 125
12.1.1 Company Profile 125
12.1.2 Manufacturing Process 127
12.1.3 Development Prospect 128
12.1.4 Cost Analysis 129
12.2 Sanfeng Group 131
12.2.1 Company Profile 131
12.2.2 Manufacturing Process 133
12.2.3 Development Prospect 134
12.2.4 Cost Analysis 135
12.3 Zibo Dazhong Edible Chemical 137
12.3.1 Company Profile 137
12.3.2 Manufacturing Process 139
12.3.3 Development Prospect 140
12.3.4 Cost Analysis 141
12.4 Guangzheng Aluminum 143
12.4.1 Company Profile 143
12.4.2 Manufacturing Process 144
12.4.3 Development Prospect 145
12.4.4 Cost Analysis 146

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12.5 Hengyang Jianheng Industry 148
12.5.1 Company Profile 148
12.5.2 Manufacturing Process 150
12.5.3 Development Prospect 151
12.5.4 Cost Analysis 151
12.6 Zibo Landing Chemical 154
12.6.1 Company Profile 154
12.6.2 Manufacturing Process 155
12.6.3 Development Prospect 156
12.6.4 Cost Analysis 157
12.7 Hebei Xinyue Aluminum Sulfate 160
12.7.1 Company Profile 160
12.7.2 Manufacturing Process 162
12.7.3 Development Prospect 163
12.7.4 Development Prospect 163
12.8 Hangzhou Yunhe Aluminum Sulfate 166
12.8.1 Company Profile 166
12.8.2 Manufacturing Process 167
12.8.3 Development Prospect 168
12.8.4 Cost Analysis 169

Chapter Thirteen 50K Ton/Year Low Iron Aluminum Sulfate Project Investment Feasibility Analysis
172
13.1 Summary 172
13.1.1 Project Name 172
13.1.2 Project Purpose 172

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13.1.3 Project Investment 176
13.1.4 Project Benefit Analysis 176
13.2 Manufacturing Process and Equipment 176
13.2.1 Process Flow 176
13.2.2 Manufacturing Process Introduction 177
13.2.3 Design Capacity 178
13.2.4 Raw Materials 178
13.2.5 Equipment Selection 179
13.2.5.1 Reactor 179
13.2.5.2 Jaw Crusher 180
13.2.5.3 Raymond Mill 181
13.2.5.4 Plate Filter 181
13.2.5.5 Concentration Crystallization Pot 181
13.3 Cost Analysis 184
13.3.1 Product Price Analysis 184
13.3.2 Product Cost Analysis 184
13.3.3 Benefit Analysis 185
13.4 Resources Evaluation 186
13.4.1 Area Covered 186
13.4.2 Water Supply and Drainage Analysis 186
13.4.3 Steam (Boiler) 187
13.5 Pollution Source Analysis and Processing 188
13.5.1 "Three Wastes " Analysis 188
13.5.1.1 Waste Water 188
13.5.1.2 Exhaust Gas 190

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13.5.1.3 Solid Waste 190
13.5.2 Contaminants Treatment 191
13.6 Staff and Training 192
13.6.1 Staff 192
13.6.2 Staff Source and Training 193
13.7 Project Comprehensive Evaluation 194
13.7.1 Economic Benefit Evaluation 194
13.7.2 Social Benefit Evaluation 194
13.8 Conclusion 195
13.8.1 Technically Feasible 195
13.8.2 Economic Feasible 195
13.8.3 Government Policy Support 196
13.8.4 Problems 196
13.8.5 Suggestions 197

Chapter Fourteen Aluminum Sulfate Research Conclusions 198

Chapter Fifteen Water Treatment Agent Aluminum Sulfate Industry Standard 202
15.1 Main Content and Application Scope 202
15.2 Reference Standard 202
15.3 Technical Requirements 203
15.4 Test Methods 204
15.5 Inspection Rules 211
15.6 Signs Packaging Transportation Storage 212
15.7 Additional Description 213

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