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10. Currently available products .............. 10.1 Explanation of table entries ........... ..... . . . . ... ... Page 74 14 14 14 74 14 76 76 76 76 77 17 II 71 77 78 78 78 19 80 111 112 112 . 113 . 115 .. 115 116 111 . 118 .. 122 126 126 131 1 2 5 10.1.1 Manufacturers 10.1.2 Model number 10.1.3 Composition 10.1.4 Dimensions ..................... 10.1.5 Salt rejection ................... 10.1.6 Production ..................... 10.1.7 Membrane area ................. 10.1.8 Water flux ..................... 10.1.9 Maximum feed flow .............. 10.1.10 Minimum concentrate flow ......... 10.1.11 Test conditions .................. 10.1.12 pressure drop across element ....... 10.1.13 Recommended operating parameters 10.1.14 Cleaning parameters ............. .................. . . . . . . .................. .................... . . . . . . . .. .. . .. CONTENTS - Continued .. .. .. ... . . .... . . . .... .. . . . . . . . . . . 10.1.15 Vital statistics for vessels 10.1.16 Membrane flux coeffkients 10.2 Membrane listing .................... 10.3 Comparisons ....................... 10.4 On specifications .................. .......... ......... . . . . . . ... . . . . . . . . . . . . . . . . . . . . . . . . .. . . .. .... .. .... ... . . . . . 11. Process design ............................... 11.1 Introduction .............................. 11.2 Solvent flux models ......................... 11.2.1 Reverse osmosis .... ................... . . 11.22 Nanofiltration, ultrafiltration, and microfiltration 11.3 Estimation oi permeability parameters .......... 11.4 Estimation of osmotic pressure ................ 11.5 Module mass balance ....................... 11.6 Sample design problem ...................... 12. Conclusions ___....................................................... . . . . References ............................_................................. References for further information Table . 1.1 Comparison of membrane separations for municipal water treatment 1.2 Municipal membrane separations and their traditional counterparts . . . 2.1 Cause and effect of membrane production 2.2 Comparison of tortuous and capillary pore membranes 2.3 Hollow fiber and tubular membrane materials 3.1 Proteins used in pore size determination for ultrafiltration 3.2 Comparison of ultrafiltration configurations 4.1 Atomic diameters of ions normally found in water supplies 4.2 Proportional distribution of halogen species . TABLES membranes . . . . . .... 6 . . . . 10 . . 16 18 21 28 .PDF Image | DESALTING AND WATER TREATMENT MEMBRANE
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