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A Guide To Filtration With String Wound Cartridges
A Guide to Filtration with String Wound Cartridges: Influence of Winding Parameters on Filtration Behaviour of String Wound Filter Cartridges explains the science behind winding phenomena with reference to the use of string wound cartridges in various environments, and is helpful in educating aspiring researchers and technicians on these new technologies that seek to quell the ongoing scarcity of water through the use of new and emerging filtration techniques.
The book provides detailed information about cartridge winding parameters, the number of layers put on the cartridge, their necessary availability, and the retention capacity and pressure drop. In addition, the book provides guidelines regarding the selection of winding variables so that new cartridges that cater to the specific porosity of different sized particles can be developed.
- Presents data and conclusions that are based on actual experimental work
- Provides explanations on why winding parameters influence the performance of wound cartridges
- Describes problems encountered during cartridge formation and during its use in filter testing
Mathcad A Tool For Infiltration Modeling
This book focuses on sterilizing grade filters in the biopharmaceutical industry, emphasizing practical applications of universal and dependable operational protocols, integrity testing, and troubleshooting to streamline the production and preparation of pharmaceuticals.
Addresses the complexities of globalizing redundancy in filtration
Enabling educated developmental, procedural, and regulatory judgments to be made in the manufacturing of sterile health care products, Sterile Filtration
considers how many filters should be in the process stream
examines the existence of nanobacteria and viable but nonculturable organisms
covers pore size designations, distributions, architecture, and numbers
discusses the latest findings in bubble point and diffuse flow measurements
describes pre- and postfiltration, up- and downstream testing, and after-stream sterilizations
details wetting liquid, polymer, temperature, and water purity effects
explains sieve retention, size exclusion, adsorptive sequestrations, charge-related phenomena, gravitational settling, and interference factors in liquids and gases
outlines filter validation, requirements, and operational specifics
Advocating separation in addition to physical destruction of microorganisms, Sterile Filtration is a reference essential for pharmaceutical scientists; biotechnologists; microbiologists; virologists; process and chemical engineers; plant, production, validation, and quality control managers in the pharmaceutical and biotechnology industries; and upper-level undergraduate and graduate school students in these disciplines.
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