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Abstract
The fundamental concept of design and development of the pulse-jet filter have been discussed in Part I of this monograph series [Textile Progress, Vol. 41, No. 4]. For successful running of the industrial pulse-jet filter, fundamentals of the filtration process and operating principle should be well understood. In view of the above, the monograph is intended to develop in-depth understanding of the mechanism and factors governing the filtration process. Modeling and simulation aspect related to filtration process is also included, which is helpful to judge process performance for effective process monitoring, and also to set the process and design parameters at an optimum level. In view of selection and designing of new filter media, a comprehensive examination of various methods of testing and evaluation of filter media is incorporated.
Acknowledgements
The author and publisher acknowledge the contribution of various publishers such as Elsevier B.V.; Springer Science and Business Media; Eckhard von der Lühe, Germany; and organizations such as Fil T Eq - Filtration Testing Equipment and Services GmbH; Ankersmith PSA, Netherland; for giving kind permission to reproduce figures and tables that originally appeared in their respective journals/websites. The author wishes to put in record the extensive use of ScienceDirect (Elsevier B.V.) and consulting website materials from the Department of Energy (DOE), USA; ASCO Numetics, France; PALAS, GmbH and many others. The authors of various publications consulted in the preparation of this monograph are gratefully acknowledged.
Notes
*The values in the parenthesis indicate actual experimental values.
