目錄
Chapter 1 Emissions and Hazards of Aluminum Dross
1 1 Classification, composition, and phase
1 2 Current status of research on the resource utilization of aluminum dross
1 2 1 Aluminum element extraction
1 2 2 Preparation of water purification agent
1 2 3 Preparation of separation medium
1 2 4 Preparation of building and road materials
1 2 5 Preparation of refractory materials
1 2 6 Preparation of steel making accelerator
References
Chapter 2 Pyrometallurgy Treatment Technology
2 1 Extracting alumina from aluminum dross in binary sintering system
2 1 1 Introduction
2 1 2 Materials and methods
2 1 3 Thermodynamic analysis
2 1 4 Effects of different factors on the roasting system
2 1 5 Effects of different factors on the leaching system
2 1 6 Analysis of the leaching kinetics
2 1 7 Thermal analysis and product characterization
2 2 Preparation of high white ultrafine aluminum hydroxide by aluminum dross ternary sintering
2 2 1 Introduction
2 2 2 Effect of different factors on roasting system
2 2 3 Migration behavior of toxic elements
2 2 4 Product characterization
2 2 5 Proposed flowchart
2 3 Research on preparation of calcium aluminate from aluminum dross
2 3 1 Introduction
2 3 2 Direct use of secondary aluminum dross in the refining process of molten steel
2 3 3 Preparation of steel refining agent from aluminum dross
2 4 Detoxification and extraction of solid and hazardous wastes for the preparation of molecular sieves
2 4 1 Introduction
2 4 2 Denitrification of aluminum dross and extraction of alumina
2 4 3 Extract alumina source from a variety of solid/hazardous waste
2 4 4 Synthesis of a molecular sieve using the alumina source and silica sources
2 5 Alumina extraction process by calcification of aluminum dross
2 5 1 Introduction
2 5 2 Effect of different factors on aluminum dross calcification roasting system
2 5 3 Analysis of leaching behavior and kinetics of roasting products
2 5 4 Migration behavior of toxic elements in the roasting system
2 6 Alkali doping on the preparation of calcium aluminate
2 6 1 Introduction
2 6 2 Thermodynamic theoretical analysis of roasting process
2 6 3 Mechanism of alkali doped roasting
2 6 4 Effect of alkali doping on leaching performance
2 6 5 Preparation of high white aluminum hydroxide from aluminum sources
References
Chapter 3 Hydrometallurgy Disposal Technology
3 1 Preparation of protective ring for aluminum dross denitrification and phase inversion
3 1 1 Introduction
3 1 2 Raw materials and leaching pretreatment
3 1 3 Comparison of dissolution behavior between EAD and denitrified EAD
3 1 4 Effect of temperature on phase transition of denitrified EAD
3 1 5 Thermal analysis and SEM characterization
3 1 6 Industrial tests
3 2 Thermodynamic and kinetic studies on nitrogen removal from aluminum dross
3 2 1 Introduction
3 2 2 Thermodynamic analysis
3 2 3 Effect of different factors on removal efficiency of AlN
3 2 4 Optimal leaching conditions
3 2 5 Kinetics analysis
3 2 6 Product characterization
3 3 Aluminum alloy dross denitrification kinetics
3 3 1 Introduction
3 3 2 Optimization of washing dechlorination-roasting denitrification process
3 3 3 Optimization of alkali catalytic denitrification and dechlorination process
3 3 4 Kinetic analysis of aluminum nitride removal
References
Chapter 4 Electrochemical Disposal Technology
4 1 Source of impurities
4 1 1 Introduction
4 1 2 Analysis of impurity element content in primary aluminum
4 1 3 Migration of the impurities in different links
4 1 4 Application of anti-oxidation prebaked anode
4 2 Solubility of aluminum dross in cryolite molten salt system
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