A Study on Enhancement of Filtration Process with Filter Aids Diatomaceous Earth and Wood Pulp Cellulose

In this paper, a study to enhance the filtration for solid/liquid materials difficult to be filtered, such as highly viscous, highly compactible or gel like materials, is presented. Filter aids diatomaceous earth and wood pulp cellulose are used to enhance the filtration by improving filter cake str...

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Published inChinese journal of chemical engineering Vol. 19; no. 5; pp. 792 - 798
Main Author 都丽红 陈旭 李文苹 朱企新
Format Journal Article
LanguageEnglish
Published Elsevier B.V 01.10.2011
Subjects
cake compressibility coefficient
diatomaceous earth
filter aid
specific cake resistance
wood pulp cellulose
助滤剂
工业生产过程
木浆
硅藻土
纤维素
聚合物熔体
过滤材料
过滤过程
diatomaceous earth
filter aid
specific cake resistance
wood pulp cellulose
cake compressibility coefficient
Online AccessGet full text
ISSN1004-9541
2210-321X
DOI10.1016/S1004-9541(11)60058-X

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Abstract In this paper, a study to enhance the filtration for solid/liquid materials difficult to be filtered, such as highly viscous, highly compactible or gel like materials, is presented. Filter aids diatomaceous earth and wood pulp cellulose are used to enhance the filtration by improving filter cake structure and properties in the filtration of a biological health product and a highly viscous chemical fiber polymer melt product. The property of solid/liquidsystems, filtration at different flow rates, specitic cake resistance, cake wetness, filtration rate, filtrate turbidity for filter aid selection and evaluation, and operation optimization are investigated. The results are successfully applied to industrial process, .and can be used as a reference for similar filtration applications.
AbstractList In this paper, a study to enhance the filtration for solid/liquid materials difficult to be filtered, such as highly viscous, highly compactible or gel like materials, is presented. Filter aids diatomaceous earth and wood pulp cellulose are used to enhance the filtration by improving filter cake structure and properties in the filtration of a biological health product and a highly viscous chemical fiber polymer melt product. The property of solid/liquidsystems, filtration at different flow rates, specitic cake resistance, cake wetness, filtration rate, filtrate turbidity for filter aid selection and evaluation, and operation optimization are investigated. The results are successfully applied to industrial process, .and can be used as a reference for similar filtration applications.
In this paper, a study to enhance the filtration for solid/liquid materials difficult to be filtered, such as highly viscous, highly compactible or gel like materials, is presented. Filter aids diatomaceous earth and wood pulp cellulose are used to enhance the filtration by improving filter cake structure and properties in the filtration of a biological health product and a highly viscous chemical fiber polymer melt product. The property of solid/liquid systems, filtration at different flow rates, specific cake resistance, cake wetness, filtration rate, filtrate turbidity for filter aid selection and evaluation, and operation optimization are investigated. The results are successfully applied to industrial process, and can be used as a reference for similar filtration applications.
Author 都丽红 陈旭 李文苹 朱企新
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Issue 5
Keywords diatomaceous earth
filter aid
specific cake resistance
wood pulp cellulose
cake compressibility coefficient
Language English
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Notes filter aid, specific cake resistance, cake compressibility coefficient, diatomaceous earth, wood pulpcellulose
In this paper, a study to enhance the filtration for solid/liquid materials difficult to be filtered, such as highly viscous, highly compactible or gel like materials, is presented. Filter aids diatomaceous earth and wood pulp cellulose are used to enhance the filtration by improving filter cake structure and properties in the filtration of a biological health product and a highly viscous chemical fiber polymer melt product. The property of solid/liquidsystems, filtration at different flow rates, specitic cake resistance, cake wetness, filtration rate, filtrate turbidity for filter aid selection and evaluation, and operation optimization are investigated. The results are successfully applied to industrial process, .and can be used as a reference for similar filtration applications.
11-3270/TQ
DU Lihong, CHEN Xu, LI Wenping,ZHU Qixin（1 Chemical Industry Academy, Tianjin University, Tianjin 300072, China;2 Shanghai Research Institute of Chemical Industry, Shanghai 200062, China 3 Agrilectric Research Company, Lake Charles, USA）
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SubjectTerms cake compressibility coefficient
diatomaceous earth
filter aid
specific cake resistance
wood pulp cellulose
助滤剂
工业生产过程
木浆
硅藻土
纤维素
聚合物熔体
过滤材料
过滤过程
Title A Study on Enhancement of Filtration Process with Filter Aids Diatomaceous Earth and Wood Pulp Cellulose
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