Page 43 - Fundamentals of Water Treatment Unit Processes : Physical, Chemical, and Biological
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xlii                                                                       Contents—Downloadable Files



            Chapter 10 Mixing ................................................................................................................................................................ 239
            TABLE CD10.4   Calculations of n, P, P=V, P=Q, and G based on R and P ....................................................................... 259
            TABLE CD10.7   Complete-Mix Reactor Calculations of Residual Concentrations and Mass Remaining ......................... 264
            FIGURE CD10.18   Residual concentration fraction as a function of t=u ............................................................................. 265
            TABLE CD10.12   Calculations of Jet Flow, Jet Velocity, Pipe Velocity, Power Dissipated, G Values,
                            Gu Values, Trajectory from Jet, etc........................................................................................................ 274
            FIGURE CD10.23   Trajectories of two jets .......................................................................................................................... 275
            TABLE CD10.14   Example of Headloss, P, G Calculations for Static Mixer ..................................................................... 279

            Chapter 11 Flocculation ........................................................................................................................................................ 291

            TABLE CD11.2   Calculation of Floc Specific Gravity by Equation 11.9............................................................................ 300
            TABLE CD11.7   Floc Basin Paddle-Wheel Data for Different Motor Controller Settings and Associated
                           Calculations of Torque, Power Expended, G, P, and R for First Compartment
                           of a 76 L=min (20 gpm) Pilot Plant .......................................................................................................... 314
            TABLE CD11.8   Calculation of Camp’s Slip Coeffcient, k, Using Data from Pilot Plant .................................................. 316
            FIGURE CD11.17   Flocculation and sedimentation finished designs (animated walk through of Fort Collins
                             Water Treatment Plant, 2000 Addition. (a) Animation 1 Flocculation Basin – Plate Settlers
                             Walk-Through upstairs—PAK1B AVI (excerpt shows flocculation basins).
                             (b) Animation II Flocculation Basin – Plate Settlers Walk through downstairs—PAK1A AVI
                             (excerpt shows corridor between basins; paddle-wheel motors are visible on the walls). ................... 317

            Chapter 12 Rapid Filtration................................................................................................................................................... 329
            TABLE CD12.3   Excerpt—Calculation of Transport Coeffcients and Filter Coeffcients by Excel Spreadsheet ................ 348
            TABLE CD12.7   Excerpt—Bed Expansion as Function of Backwash Superficial Velocity and Calculation
                           of Minimum Fluidization Velocity with Correction ................................................................................. 366

            Chapter 13 Slow Sand Filtration........................................................................................................................................... 395
            TABLE CD13.2/CDE.2   Conversion between K and k Including Headloss Calculation from k......................................... 402

            Chapter 14 Cake Filtration.................................................................................................................................................... 423

            TABLE CD14.2   Pressure Loss as a Function of Hydraulic Variables as Calculated by Equation 14.8............................. 435
            TABLE CD14-*   Headloss Calculations as Function of Hydraulic Variables (Calculated by Equation 14-*).................... 435
            FIGURE CD14.10   Headloss versus time plots for five grades of diatomite as calculated by Table CD14.2..................... 437
            TABLE CD14.5   Description of 12 DE Plants and Operating Protocols ............................................................................. 443




            PART IV       Molecules and Ions


            Chapter 15 Adsorption.......................................................................................................................................................... 457
            TABLE CDEx15.1   Determination of Headloss in GAC Column Given k.......................................................................... 463
            TABLE CD15.8   Design Protocol for GAC Packed-Bed Reactor........................................................................................ 490
            TABLE CD15.A.1   Freundlich Isotherm Coefficients for 141 Synthetic Organic Compounds—Adsorbent
                             was Filtrasorb 300 t.................................................................................................................................. 500

            Chapter 16 Ion-Exchange...................................................................................................................................................... 511
            TABLE CD16.A.1   Conversions of Density of Particles...................................................................................................... 530
            TABLE CD16.A.2   Conversions of Ion-Exchange Capacity................................................................................................ 531

            Chapter 17 Membrane Processes .......................................................................................................................................... 539
            TABLE CD17.6   Calculation of Osmotic Pressure by van’t Hoff Law of Dilute Solutions................................................ 555
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