By Z F Cui, H S Muralidhara
Membrane know-how is a swiftly constructing region, with key progress accross the method quarter, together with biotech separation and biomedical purposes (e.g. haemodialysis, synthetic lungs), via to massive scale commercial functions within the water and waste-water processing and the foods and drinks industries. As techniques mature, and the price of membranes maintains to dramatically lessen, so their functions and use are set to extend. method engineers desire entry to the newest details during this sector to help with their day-by-day paintings and to assist to strengthen and follow new and ever extra effective liquid processing strategies. This e-book covers the newest applied sciences and purposes, with contributions from major figures within the box. all through, the emphasis is on offering strategies to practitioners. actual global case reports and knowledge from best agencies -- together with Cargill, Lilly, Microbach, ITT -- suggest this publication provides the most recent options in addition to a severe operating connection with filtration and separation professionals. Read more...
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Additional resources for Membrane technology: a practical guide to membrane technology and applications in food and bioprocessing
2] Madsen RF. Hyperfiltration and ultrafiltration in plate-and-frame systems. Elsevier; 1977.  Strathmann H. Membrane separation processes: current relevance and future opportunities. AIChE J 2001;47(5):1077À87.  IEA, 2008. International Energy Agency. Key World Energy Statistics 2008. Data contained in table Selected Indicators for 2006 (pp. 48À57). iea. PUBS_ID=1199.  Chem. Eng. News, 1988. July 11, p. 11. Battelle Press.  Cuperus FP, Nijhuis HH. Applications of membrane technology to food processing.
No limiting might be observed, Jmin 5 0. , incompressible) and Newtonian (with no dependence on the shear rate). The permeate flux can be calculated using the HagenÀPoiseuille equation, which is based on the momentum balance: Jv 5 np d4p ΔP 128μlp ð1:16Þ where Jv is the permeate flux, np the number of cylindrical pores per unit area, dp the pore diameter, ΔP the TMP, lp the pore length, and μ the viscosity of the permeate. The equation shows that the permeate flux is directly proportional to the TMP and inversely proportional to the viscosity.
In such a process, decision-making tools should be used alike in any other process for the food, chemical, or process industry. 4 Potential UltraFiltration Applications  ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● Pyrogen removal from water Depyrogenation of human chorionic gonadotropin Ultrafiltration of prothrombin complex Manufacture of drugs and USP, purified water Hemofiltration and continuous-flow plasmapheresis Ultrafiltration in patients with end-stage renal disease Hybrid artificial pancreas and prototype liver assist device Production of human plasma protein solutions for clinical use Production of protein hydrolyzates in ultrafiltration enzyme reactors Concentration of proteins and oil emulsions Isolate oilseed protein without an effluent waste stream Vegetable protein isolates and concentrates Ultrafiltration of gelatin and salt solutions Fermentation products Surfactant micelle-enhanced ultrafiltration A new field in membrane technology has been recently opened with nonaqueous applications.