Precipitation of monosodium aluminate hydrate (MAH) from concentrated sodium aluminate solution in the hydro-chemical process of alumina production was carried out in a continuously operated crystallizer. Crystal size distribution and morphology of MAH crystals were greatly influenced by parameters in the crystallization process, including mean residence time, supersaturation, temperature and agitation. Spherical MAH crystals with uniform size were successfully obtained. A condition of the mean residence time of 50 min, the temperature of 60 degrees C, the supersaturation of 5.3 and the agitation speed of 300 rpm was preferred in the precipitation of MAH crystals
Boehmite precipitation is a new alternative way from sodium aluminate solutions to alumina, however,...
The effect of low concentrations of isopropyl alcohol, n -butyl alcohol, isovaleryl alcohol, glycol,...
The effect of temperature on the precipitation of aluminum hydroxide from dilute potassium aluminate...
Precipitation of monosodium aluminate hydrate (MAH) from concentrated sodium aluminate solution in t...
A new process to produce monosodium aluminate hydrates (MAH) by fast crystallization from the leach ...
The nucleation, growth, and agglomeration of monosodium aluminate hydrate (MAH) crystallization in c...
The crystallization of monosodium aluminate hydrate (MAH) from sodium aluminate solution is the key ...
The nucleation, growth, and agglomeration of monosodium aluminate hydrate (MAH) crystallization in c...
The induction time for monosodium aluminate hydrate (MAH) crystallization from supersaturated soluti...
The influence of silica content in concentrated aluminate solution on the crystallization of monosod...
The polymorph of alumina hydrate from Al-H2O reaction crystallization is hard to control due to its ...
Boehmite was prepared from supersaturated sodium aluminates solutions with ethanol-water solvent. Th...
A new method is explored to improve the precipitation of gibbsite from sodium aluminate solution by ...
The decomposition of sodium aluminate solutions by seeding with hydrargillite-crystals occurs simult...
The crystallization kinetics of aluminium hydroxide from the sodium aluminate solution reacted with ...
Boehmite precipitation is a new alternative way from sodium aluminate solutions to alumina, however,...
The effect of low concentrations of isopropyl alcohol, n -butyl alcohol, isovaleryl alcohol, glycol,...
The effect of temperature on the precipitation of aluminum hydroxide from dilute potassium aluminate...
Precipitation of monosodium aluminate hydrate (MAH) from concentrated sodium aluminate solution in t...
A new process to produce monosodium aluminate hydrates (MAH) by fast crystallization from the leach ...
The nucleation, growth, and agglomeration of monosodium aluminate hydrate (MAH) crystallization in c...
The crystallization of monosodium aluminate hydrate (MAH) from sodium aluminate solution is the key ...
The nucleation, growth, and agglomeration of monosodium aluminate hydrate (MAH) crystallization in c...
The induction time for monosodium aluminate hydrate (MAH) crystallization from supersaturated soluti...
The influence of silica content in concentrated aluminate solution on the crystallization of monosod...
The polymorph of alumina hydrate from Al-H2O reaction crystallization is hard to control due to its ...
Boehmite was prepared from supersaturated sodium aluminates solutions with ethanol-water solvent. Th...
A new method is explored to improve the precipitation of gibbsite from sodium aluminate solution by ...
The decomposition of sodium aluminate solutions by seeding with hydrargillite-crystals occurs simult...
The crystallization kinetics of aluminium hydroxide from the sodium aluminate solution reacted with ...
Boehmite precipitation is a new alternative way from sodium aluminate solutions to alumina, however,...
The effect of low concentrations of isopropyl alcohol, n -butyl alcohol, isovaleryl alcohol, glycol,...
The effect of temperature on the precipitation of aluminum hydroxide from dilute potassium aluminate...