Effects of grinding and dehydration on kaolin in a steam jet mill

Steam jet milling was applied for the first time to ultra-fine grind the filter cake (moisture content 23.80%) produced by a kaolin concentrator. The material was dehydrated and dried simultaneously during grinding, and the final ground sample met the moisture content requirement for powder products...

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Published inClay minerals Vol. 56; no. 1; pp. 75 - 84
Main Authors Wang Zhe, Wang Zhe, Li Hong, Li Hong, Chen Haiyan, Chen Haiyan, Lu Juan, Lu Juan, Leng Hao, Leng Hao, Xiao Junhui, Xiao Junhui, Wang Shuai, Wang Shuai
Format Journal Article
LanguageEnglish
Published Middlesex Mineralogical Society 01.03.2021
Cambridge University Press
Subjects
beneficiation
clastic sediments
clay mineralogy
clay minerals
Comminution
Compressed air
Cost control
Dehydration
Dry grinding
Economic geology
effects
Filter cake
fine-grained materials
grinding
Grinding mills
Kaolin
kaolin deposits
kaolinite
Moisture content
nonmetals
Particle size
Particle size distribution
production
properties
sed rocks, sediments
Sedimentary petrology
sediments
sheet silicates
silicates
Size distribution
Steam jets
Viscosity
Water content
China
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Abstract Steam jet milling was applied for the first time to ultra-fine grind the filter cake (moisture content 23.80%) produced by a kaolin concentrator. The material was dehydrated and dried simultaneously during grinding, and the final ground sample met the moisture content requirement for powder products of <2%. The particle size of the ground kaolin samples decreased and the particle-size distribution was more concentrated, indicating that the steam jet milling was more effective for kaolin processing than the conventional dry grinding process. In addition, steam jet milling can improve the whiteness and decrease the crystal order of the samples, thus improving the kaolin properties in follow-up applications.
AbstractList Steam jet milling was applied for the first time to ultra-fine grind the filter cake (moisture content 23.80%) produced by a kaolin concentrator. The material was dehydrated and dried simultaneously during grinding, and the final ground sample met the moisture content requirement for powder products of <2%. The particle size of the ground kaolin samples decreased and the particle-size distribution was more concentrated, indicating that the steam jet milling was more effective for kaolin processing than the conventional dry grinding process. In addition, steam jet milling can improve the whiteness and decrease the crystal order of the samples, thus improving the kaolin properties in follow-up applications.
Author Chen Haiyan, Chen Haiyan
Xiao Junhui, Xiao Junhui
Leng Hao, Leng Hao
Li Hong, Li Hong
Wang Shuai, Wang Shuai
Lu Juan, Lu Juan
Wang Zhe, Wang Zhe
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Copyright © The Author(s), 2021. Published by Cambridge University Press on behalf of The Mineralogical Society of Great Britain and Ireland
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Snippet Steam jet milling was applied for the first time to ultra-fine grind the filter cake (moisture content 23.80%) produced by a kaolin concentrator. The material...
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SubjectTerms beneficiation
clastic sediments
clay mineralogy
clay minerals
Comminution
Compressed air
Cost control
Dehydration
Dry grinding
Economic geology
effects
Filter cake
fine-grained materials
grinding
Grinding mills
Kaolin
kaolin deposits
kaolinite
Moisture content
nonmetals
Particle size
Particle size distribution
production
properties
sed rocks, sediments
Sedimentary petrology
sediments
sheet silicates
silicates
Size distribution
Steam jets
Viscosity
Water content
Title Effects of grinding and dehydration on kaolin in a steam jet mill
URI https://pubs.geoscienceworld.org/claymin/article/56/1/75/605958/Effects-of-grinding-and-dehydration-on-kaolin-in-a
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