Titlebook: Synthetic Membranes:; Science, Engineering P. M. Bungay,H. K. Lonsdale,M. N. Pinho Book 1986 D. Reidel Publishing Company, Dordrecht, Holla

DEBT

Ordnance

lymphoma

CANON

Microfiltration,abrication are discussed along with methods of pore size determination. Factors that influence the retention of particulates and microorganisms are balanced against those affecting membrane plugging and throughput. The survey ends with a discussion of equipment design and industrial applications.

Cholagogue

Nefarious

Reverse Osmosis,of membranes used, and the performance of these membranes. Module and system design and typical operation of plants are considered, along with the problems inherent in the operation and the solutions to these problems. The chapter concludes with an account of the principal current reverse osmosis ap

macabre

Selectivity in Membrane Filtration, processes. Retention characteristics of UF membranes are delineated through comparisons of the combined viscous flow and frictional model with the Ferry-Faxen equation. The molecular weight cut-off concept is discussed using calculations of how sharp cut-off curves one can expect of UF membranes wi

BLANK

,Membrane Gas Separations—Why and How,r of commercial membrane gas separation processes will be available. Therefore process engineers need to have an understanding of this area. To this end, the subjects to be covered in this chapter are:

EXTOL

抱怨

Process Design and Optimization,tration polarization and pressure losses in the module, i.e., the membrane arrangement, will result in sometimes much lower figures for capacity and product quality. Therefore, the first part of this chapter will discuss the major aspects which have to be considered in module design—based on the equ