9

 · with caustic soda at elevated temperatures to extract the alumina hydrate. Most of the liquor silica content recrystallizes out as part of the red mud while the remainder is retained

  • Upload
    others

  • View
    5

  • Download
    0

Embed Size (px)

Citation preview

Page 1:  · with caustic soda at elevated temperatures to extract the alumina hydrate. Most of the liquor silica content recrystallizes out as part of the red mud while the remainder is retained
Page 2:  · with caustic soda at elevated temperatures to extract the alumina hydrate. Most of the liquor silica content recrystallizes out as part of the red mud while the remainder is retained
Page 3:  · with caustic soda at elevated temperatures to extract the alumina hydrate. Most of the liquor silica content recrystallizes out as part of the red mud while the remainder is retained
Page 4:  · with caustic soda at elevated temperatures to extract the alumina hydrate. Most of the liquor silica content recrystallizes out as part of the red mud while the remainder is retained
Page 5:  · with caustic soda at elevated temperatures to extract the alumina hydrate. Most of the liquor silica content recrystallizes out as part of the red mud while the remainder is retained
Page 6:  · with caustic soda at elevated temperatures to extract the alumina hydrate. Most of the liquor silica content recrystallizes out as part of the red mud while the remainder is retained
Page 7:  · with caustic soda at elevated temperatures to extract the alumina hydrate. Most of the liquor silica content recrystallizes out as part of the red mud while the remainder is retained
Page 8:  · with caustic soda at elevated temperatures to extract the alumina hydrate. Most of the liquor silica content recrystallizes out as part of the red mud while the remainder is retained
Page 9:  · with caustic soda at elevated temperatures to extract the alumina hydrate. Most of the liquor silica content recrystallizes out as part of the red mud while the remainder is retained