| Introductory Remarks | i | |
| Table of Contents | iii | |
| FLUID-PARTICLE FUNDAMENTALS IN FILTRATION AND SEPARATION | ||
| Al.1 | Pressure Gradients in Flows Through Porous Wire Mesh with Non-Uniform Porosity | |
| G. Chase and J. Soma | 1 | |
| Al.2 | A Numerical Method for Filtration Simulations | |
| A.J. Chamkha and J. Peddieson, Jr | 5 | |
| Al.3 | Permeability, Liquid and Solid Velocity, and Effective Stress Variations in Compressive Cake Filtration | |
| S.A. Wells and R. Dick | 9 | |
| Al.4 | Fine Particle Retention in Forming Fibrous Cakes | |
| B.V. Ramarao and C. Tien | 13 | |
| Al.5 | Transit Time Technique for Simultaneous Measurement of Particle Size and Velocity in Slurries | |
| M. Assar, V. Kadaba, C. Yurteri, and J. R. Kadambi | 25 | |
| Al.6 | Adsorption of Some Organic Vapors by NaCl Aerosol Particles | |
| P.K. Wang, H.M. Lin, and K.H. Leong | 30 | |
| Al.7 | Numerical Simulation of Particle Trajectories and Interception Efficiencies of the Multi-Fiber Filters | |
| Z. Liu and P.K. Wang | 34 | |
| COLLOIDAL PHENOMENA IN F&S | ||
| A2.1 | Role of Retained Particles in Particle Deposition: Measurements and Modelling | |
| M. Elimelech and D. Liu | 39 | |
| A2.2 | Factors Affecting Floc Density in Stirred Suspensions | |
| H.J. Chung and J. Gregory | 41 | |
| A2.3 | Flocculation Studies of Contaminated Sediments in the Buffalo River, NY | |
| C.W. Smith, R.H. Church and B.J. Scheiner | 42 | |
| A2.4 | Enhanced Filtration of Phosphogypsum | |
| B.M. Moudgil and S. Zhu | 43 | |
| A2.5 | The Influence of Surface Forces in the Selective Coagulation of Ultrafines in Low Intensity Magnetic Fields | |
| R. Pugh | ||
| ADVANCES IN GAS PARTICLE SEPARATION TECHNOLOGY | ||
| A3.1 | Research on Automotive Cabin Air Filters | |
| K. Rubow, and B. Liu | 44 | |
| A3.2 | Aerosol Filtration with Steel Fiber Filters | |
| W. Bergman, K. Wilson, G. Larsen, R. Lopez, and I. Corey | *50 | |
| A3.3 | Aerosol Deposition in Granular Media - A Simulation Study | |
| Y.W. Jung and C. Tien | 51 | |
| A3.4 | Gas Cleaning by Utilization of a New Concept of Particle Separation Based on Turbulent Transport and Gravity | |
| F.A.L. Dullien, W. Kwan, and A. Collins | 52 | |
| ADVANCES IN CYCLONING | ||
| A4.1 | In-Situ Testing of Plant Separators and Their Subsequent Use for On-Line Monitoring of Particle Size | |
| L. Svarovsky and J. Svarovsky | 56 | |
| A4.2 | Separation of Coal-Oil Agglomerates in a Hydrocyclone | |
| S. Yu and S.H. Chiang | 61 | |
| A4.3 | Application of Agglomeration Model to the Cyclone Separation of Cohesive Particles | |
| D.S. Schuster and S. Desikan | 65 | |
| NOVEL SEPARATION AND DEWATERING TECHNIQUES/EQUIPMENT | ||
| A5.1 | Recent Developments in S/L Separation Technology | |
| H.S. Muralidhara | 66 | |
| A5.2 | Heavy Metal Removal with the Gore Backpulse/duPont-Oberlin (Site) Technology | |
| E. Mayer | 67 | |
| A5.3 | Lime Sludge Dewatering | |
| R.I. Sturt | 68 | |
| A5.4 | Metal Finishing Wastewater Pressure Filter Optimization | |
| S.W. Norford, G.A. Diener, and H.L. Martin | *69 | |
| A5.5 | New Horizons in the Filter Press Technology | |
| W. Rummel | 70 | |
| A5.6 | The Membrane Belt Filter: An Innovative Breakthrough in Solid-Liquid Separation | |
| J. Cruver and C. Lee | *71 | |
| A5.7 | Two-Stage Dewatering Reduces Filter Sizing | |
| S. Davis | 72 | |
| ELECTRICALLY ENHANCED F&S | ||
| A6.1 | Review of Theory and Practice of Electrostatic Precipitators | |
| D. Pontius | 73 | |
| A6.2 | Characterizing Light Basis Weight Electret Filter Media in the 0.1 to 7 µm Particle Size Range | |
| Z. Zhang | 77 | |
| A6.3 | Recent Developments in Electrostatic Precipitators | |
| R. Crynack | 82 | |
| A6.4 | Continuous Production of High Purity Water Using Electrodeionization | |
| M. Accomazzo | 83 | |
| A6.5 | The Use and Evaluation of Electrostatic Oil Filtration | |
| D. Robertson | 87 | |
| A6.6 | Electric-Field Enhanced Solvent Extraction | |
| O. Basaran, T. Scott, D. DePaoli, and M. Harris | 96 | |
| FILTER MEDIA AND FILTER AIDS | ||
| A7.1 | Recent Development of Metal Fiber Filter Media in Fine Gas and Polymer Filtration | |
| R. De Bruyne | 97 | |
| A7.2 | A Generalization of the Darcy Equation to Represent Transient Filter Behavior | |
| N.H. Andreas | 102 | |
| A7.3 | Characteristics of Perlite Filteraids | |
| W. G. Blunt | 106 | |
| A7.4 | High Density Filter Aids Can Save You Money | |
| R. S. Rieber | 110 | |
| A7.5 | Polymer Melt Filtration Principles | |
| T. Black | * | |
| A7.6 | High Performance Functional Paper for Use as Filter Media | |
| D. Stepuszek and J. Hirose | 111 | |
| SPECIAL TOPICS ON FILTER MEDIA | ||
| A8.1 | Pore Size and Permeability of Cellulosic Filtration Media | |
| K.J. Choi | 115 | |
| A8.2 | Microfiltration Applications with Flash-Spun Polyolefin Filter Media | |
| H.S. Lim and P.S. Kochar | 119 | |
| A8.3 | Meltblowing Web Products for Filtration | |
| C.B. Hassesboehler and L.C.Wadsworth | 129 | |
| A8.4 | High Temperature Ceramic Fiber in Filtration Applications | |
| A. C. Ferguson | 133 | |
| A8.5 | Vehicle Interior Air Filters-A Tough New Market | |
| A. H. Cashin | 142 | |
| A8.6 | The Effect of Different Shaped Cross-Sectional Microfibers on Filtration | |
| I. Ushe | 146 | |
| ENVIRONMENTTAL ISSUES, ECONOMICS, & ENGINEERING DECISION ON SELECTING SEPARATING EQUIPMENT / SYSTEMS |
||
| A9.1 | Selecting Clean-In-Place Filters for Waste Minimization | |
| D. Taft | 148 | |
| A9.2 | Removal of Volatile Organics from Aqueous Solution: An Alternative Approach Using Polymeric Sorbents | |
| E.J. Simpson, W.J. Koros, and R.S. Schechier | 152 | |
| A9.3 | Oily Waste Management Strategies Using Membrane Processes | |
| H.L. Fleming | 156 | |
| A9.4 | Microporous Membrane Technology for Advanced Water & Wastewater Treatment | |
| J. C. Vickers | 157 | |
| PRESSURE AND VACUUM FILTRATION | ||
| B1.1 | Consolidation of Semi-Solid Slurries and Dewatering of Preconsolidated Cakes by Gas Pressure | |
| W. Stahl and T. Pfuff | 162 | |
| B1.2 | Membrane Filter Presses Using Latest Empty Chamber Designs Continues to Expand into New Markets | |
| R. H. Mathewson | 166 | |
| B1.3 | Automated System Design for Membrane Filter Presses | |
| Q.D. Avery | 172 | |
| SEDIMENTATION, CLARIFICATION, THICKENING | ||
| B2.1 | Application of Alcan's Deep Thickener Technology for Thickening and Clarifying | |
| R.D. Paradis | 176 | |
| B2.2 | Bauxite Residue Disposal at Alcoa of Australia Using Hi-Density Thickener | |
| M. Marunczyn and T.J. Laros | 180 | |
| B2.3 | Direct Feed Dry Flocculants - A New Approach to Lower Costs | |
| G. Payne | 189 | |
| B2.4 | Relationship for Clarification Efficiency of Secondary Clarifiers | |
| N. Voutchkov | 194 | |
| B2.5 | Design Procedures for Industrial Secondary Clarifiers | |
| O.E. Albertson | 198 | |
| B2.6 | The Lamella Gravity Settler: Theory, Design and Experiences | |
| S. Wenk | 204 | |
| DEPTH FILTRATION | ||
| B3.1 | A Model for the Dynamics of Particle Deposition in Packed Bed Filters | |
| M. Elimelech and L. Song | 208 | |
| B3.2 | Convective Jamming - A New Mechanism of Particle Capture During Flow of Suspensions Through Porous Media | |
| V. Ramachandran, H.S. Fogler, N. Salehi and G. Chauveteau | 212 | |
| B3.3 | Mathematical Modeling of Depth Filtration: 3-Dimensional Trajectory Analysis | |
| R.S. Cushing and D. Lawler | 216 | |
| B3.4 | The Collapse-Pulsing Condition During Air Scour Backwash of Granular Activated Carbon Media | |
| P. Yari and A. Amirtharajah | 220 | |
| B3.5 | Particles in Depth Filtration: Breakthrough and Breakoff | |
| D. Lawler, R.S. Cushing, D. Moran, and M. Seib | 223 | |
| B3.6 | Improvement in Deep Bed Filter Backwashing | |
| R.S. Kozar | *227 | |
| WATER AND WASTEWATER TREATMENT | ||
| B4.1 | Ammonia Removal by Precipitation from Anaerobically Treated Egg-Breaking Plant and Chicken Manure Wastes | |
| S.H. Kim and E.R. Baumann | 228 | |
| B4.2 | Incorporation of SVI into the Activated Sludge Limiting Solids Flux Equation | |
| J. Huang and O.J. Hao | 232 | |
| B4.3 | Turning Biological Waste Treatment Plant Sludge into a Fuel Source | |
| D.L. Greene, W.L. Root, III and R.J. Fortier | 236 | |
| B4.4 | Design Considerations for a Moving Bed Downflow Sand Filter | |
| A.M. Wachinski, X. Yongming, J. Bengoechia, J. Stevens, and C.I. Hering | 240 | |
| B4.5 | Evaluation of Rapid Mixing Parameters in Chemical Phosphate Removal | |
| S.H. Kim and E.R. Baumann | 245 | |
| B4.6 | Continuous Filter Removes Organics and Algae | |
| R. Steward and B. Johnson | 249 | |
| CENTRIFUGATION | ||
| B5.1 | Torque Controlled Decanters Improve Performance and Results of Separation Processes | |
| P. Schenk | 253 | |
| B5.2 | Advanced Centrifuge Application on Biological Sludge Treatment | |
| K. Miyano, K. Nishida and W.F. Leung | 259 | |
| B5.3 | Flow and Sedimentation in Decanter Centrifuges | |
| B. Madsen | 263 | |
| B5.4 | Censor-The Decanter Centrifuge with Two Cones and Two Flights Washes, Separates and Dewaters Plastics for Recycling | |
| M. Wuensch, K.H. Unkelbach, and G. Arhelger | 267 | |
| B5.5 | Hypercentrifugation | |
| G. Mayer | 271 | |
| B5.6 | Filtration Batch/Continuous Centrifuges | |
| A. Schepis | 278 | |
| B5.7 | Compression of Sediment Under Centrifugal Field | |
| J. Weber | ||
| SEPARATION AND FLUID-PARTICLE INTERACTION IN MINING | ||
| B6.1 | Modelling of Flocculation Using A Genetic Algorithm | |
| S.K. Sharma and D.A. Stanley | 282 | |
| B6.2 | Simultaneous Dewatering and Reconstitution of Fine Coal Using a Screenbowl Centrifuge | |
| W.W. Wen | 290 | |
| B6.3 | Dewatering Studies of Ultrafine Oil Shale Concentrate | |
| J.G. Groopo and B.K Parekh | 296 | |
| B6.4 | Bureau of Mines Dewatering Study of Sane Screw Classifier Overflow at Vulcan Materials Manassas Quarry | |
| R.H. Church and B. Scheiner | 302 | |
| FILTRATION AND SEPARATION IN BIOMEDICAL AND BIOTECHNOLOGY APPLICATIONS |
||
| B7.1 | Filtration and Separation Technologies for Improved Health Care | |
| P.S. Malchesky | 303 | |
| B7.2 | Pore Size Ratings - What You See Is Not What You Get | |
| R.E. Johnson, L.C. Cosentio, and P. Brinda | 307 | |
| B7.3 | Clinical Evaluation of On-Line Membrane Fractionation of Cryoglobulins from Albumin | |
| M. Zborowski, A. P. Koo and P. S. Malchesky | 311 | |
| B7.4 | Subcutaneous Ultrafiltration Fibers for Chemical Sampling of Blood: The Capillary Filtrate Collector | |
| S. R. Ash, W. E Zoop, R. B. Truitt, E. M. Janle, and P. T Kissinger | 316 | |
| B7.5 | Mathematical Model of Plasma Filtration and Re-Filtration in a Closed Hollow Fiber Membrane Separator | |
| Y.N. Xia | 320 | |
| B7.6 | Selective Chemical Removal from Blood by a Sorbent Suspension Dialysis System (Biologic - DT) | |
| S.R. Ash, D.E. Blake, D.J. Carr, J.B. Rainier, C.H. Gingrich, and R.B. Truitt | 325 | |
| B7.7 | Increasing Selectivity of Chemical Removal From Blood by Pre-Loading Charcoal of the Biological- DT | |
| S.R. Ash, D.E. Blake, and D.J. Carr | 329 | |
| B7.8 | New Membrane Systems for Hybrid Artificial Organs | |
| B.A. Soloman, T. E. Muller, and CJ-P Mullan | 333 | |
| B7.9 | Recent Developments in Bacteria Challenges of Sterilizing Grade Membrane Filters | |
| J. Martin | 337 | |
| APPLICATIONS OF MEMEBRANE FILTRATION - REVERSE OSMOSIS, ULTRAFILTRATION AND MICROFILTRATION |
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| C1.1 | A Review of Commercial Applications of Membrane Technology | |
| J.L. Short | 341 | |
| C1.2 | Methodology for Determination of the Effect of Solute Size on Membrane Diffusive Permeability Using Polydispersed Dextran | |
| D. Boggs | 345 | |
| C1.3 | Rotary and Tangential Crossflow Microfiltration for Protein Recovery from Cell Debris | |
| C.S. Parnham, III and R.H. Davis | 349 | |
| C1.4 | Ultrafiltration Applications for Nucleic Acids | |
| A.M. Krowczynska and M.B. Henderson | 353 | |
| Cl.5 | Separation of Humic Acids from Bayer Process Liquor by Membrane Filtration | |
| F.T. Awadalla, O. Kutowy, and A. Tweddle | 357 | |
| Cl.6 | Water Purification and Reuse with Membrane Systems | |
| D. L. Woerner | 361 | |
| Cl.7 | Membrane Separations in Food Processing | |
| S. S. Koseoglu | 367 | |
| GAS SEPARATION WITH MEMBRANE | ||
| C2.1 | The Effect of Aryl Nitration on Gas Sorption and Permeation in Polysulfone | |
| B. Freeman | 372 | |
| C2.2 | Hollow Fiber Membrane-Based Rapid Pressure Swing Absorption | |
| S. Bhaumik, S. Majumdar, and K. Sirkar | 376 | |
| C2.3 | Helium Recovery from Natural Gas Streams Using Separex® Gas Separation Membranes | |
| A. Perka | 380 | |
| C2.4 | Gas Trap Membrane For Water Streams in Microgravity Enivronment | |
| S.J. Zhou, M.B. Faust, and I.M. Brubaker | 381 | |
| C2.5 | Mobil Liquid Venting Membrane Separator Solvent Selection and Characterization | |
| S.J. Zhou, I.M. Brubaker, and G. Noyes | 385 | |
| C2.6 | Membrane Gas Separation for Fluidized-Bed Incinerator: Why, What, and Lab Tests | |
| J. Pellegrino, D. Stull and B. Logsdon | 390 | |
| SEPARATION BY INORGANIC MEMBRANES | ||
| C3.1 | Development of Ceramic Membranes for Nano-Filtration | |
| M.A. Anderson, R.A. Peterson, and C.G. Hill, Jr | 394 | |
| C3.2 | Effects of Oxygen-Enriched Air on Diesel Engine | |
| K.S. Virk, and C.R. Bartels | 398 | |
| C3.3 | Cake Formation in Solid-Liquid Separation: Hypotheses and Mechanism | |
| C. Tien | 406 | |
| C3.4 | Ceramic Membranes for the Recovery and Reuse of Aqueous Cleaning Solutions | |
| R. Bhave, J. Filson, S. Karrs and J. McConay | 407 | |
| NEW MATERIALS FOR MEMBRANE SEPARATION | ||
| C4.1 | Structure/Property Relationships for Gas Separation Membrane Materials | |
| D. R. Paul | 408 | |
| C4.2 | Nonporous Composite Membranes for Ultrafiltration | |
| K.V. Peinemann and S. Pereira Nunes | 412 | |
| C4.3 | Surface and Permeability Properties of Modified UF Membranes From Isosporous 2-D Protein Crystals | |
| S. Kupucu, M. Sara, S. Weigert and U.B. Sleytr | 416 | |
| C4.4 | Development of Solvent-Resistant Hollow-Fiber Membranes | |
| D.T. Friesen, S. McCray, and R. Ray | 420 | |
| C4.5 | Better Membranes from Polymeric Blends | |
| I.M. Wienk, R.M. Boom, H.C. Prk, Th. van Den Boomgaard, M.H.V. Mulder and C.A. Smolders | 423 | |
| MEMBRANE FOULING AND ADSORPTION PHENOMENA | ||
| C5.1 | Protein Fouling of Polycarbonate Track-Etched Microfiltration Membranes | |
| E.M. Tracey and R.H. Davis | 427 | |
| C5.2 | Comparison of Protein Fouling in Stirred Cell and Cross-Flow Filtration Devices | |
| K.L. McGettingan, S.T. Kelly, and A.L. Zydney | 431 | |
| C5.3 | Analysis of Solute Flux Reduction in Stirred Cell and Cross-Flow Filtration Devices | |
| R.G. Nel and V.G.J. Rodgers | 435 | |
| C5.4 | Determination of Total Protein-Adsorbed on Solid (Membrane) Surface: Single Protein Adsorption | |
| M.K. Ko, K. Cole and J.J. Pellegrino | 440 | |
| C5.5 | Interaction of Charged Colloid Particles with Charged Membrane Pores | |
| V.M. Starov, D.R. Lloyd, and A. N. Filippov | 446 | |
| C5.6 | Concentration Polarization in Polymer Filter Cakes During Ultrafiltration | |
| J.K. Wang and R.K. Prud'homme | 451 | |
| C5.7 | Adsorption of Humic Substances on Hydrophobic Membranes and Effort on Membrane Surface Properties | |
| M. M. Clark and C. Jucker | 455 | |
| COMMERCIAL DEVELOPMENT OF NEW MEMBRANE TECHNOLOGIES | ||
| C6.1 | Membrane Business - Update | |
| A. Crull | 456 | |
| C6.2 | Commercialization of Pervaporation Systems | |
| H. L. Fleming | 461 | |
| C6.3 | Vortex Flow Filtration: Application Benefits and Scale-Up | |
| P. M. Rolchigo | 463 | |
| NOVEL CONCEPTS IN MEMBRANE SEPARATION | ||
| C7.1 | Crossflow Dynamic Membrane Filtration Technology | |
| G. H. Bartman | 471 | |
| C7.2 | Oil/Water Separation Using Nanofiltration Technology | |
| E. Park and S.M. Barnett | 475 | |
| C7.3 | Liquid-Solid Separations and Size Classification By Vibratory Shear Enhanced Processing (VSEP) | |
| B. Culkin | 476 | |
| NEW TECHNIQUES ON CHARACTERIZATION OF MEMEBRANE STRUCTURE & MORPHOLOGY AND SPECIAL MEMBRANE APPLICATIONS |
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| C8.1 | Asymmetric Fluoropolymer Pervaporation Membranes for Organic/Water Separation | |
| K. Jian and P.N. Pintauro | 477 | |
| C8.2 | The Surface Structure and Morphology of Polyacrylonitrile Membranes by Atomic Force Microscopy | |
| A.K. Fritzsche, A.R. Arevalo, and M.D. Moore | 481 | |
| C8.3 | A Materials Science Case Study of New Polymeric Materials for Gas Separations: Correlation of Physical and Morphological Characteristics of Conducting, Polymers with Pure Gas Permeabilities | |
| B.R. Mattes | 485 | |
| C8.4 | Vibratory Solution Recycling using Filtration methods: A Case Study in Pollution Prevention | |
| E. Park and S.M. Barnett | 486 | |
| SELECTION AND SIZING OF SOLID-LIQUID SEPARATION EQUIPMENT | ||
| D1.1 | Introduction to Filter Selection | |
| R. Karpiuk | 487 | |
| D1.2 | Testing Of a Pressure Filter | |
| K. Haggerty | 491 | |
| D1.3 | Sizing of Batch Filtration Equipment | |
| P. Muller, DrM, Dr. Muller | 497 | |
| D1.4 | Selection & Sizing of Tubular Back-Pulse Filters for Process and Wastewater Streams | |
| D. Davis | 503 | |
| D1.5 | Measurement of Dewatering Pressures in Full-Scale Belt Press Filter for Use in Development of Bench-Scale Test Methods | |
| T. Laros | 505 | |
| D1.6 | How to Choose the Right Centrifuge | |
| A. Letki and G. Alligood | 511 | |
| D1.7 | XLOPLUS TM Feed Accelerator Improves Coal Dewatering Centrifuge Capacity and Basket Life with Improved Cakes and Recoveries | |
| S. Black, W. F. Leung, J. Poff and E. Earl | 515 | |
| D1.8 | Recent Developments in Media Selection for Granular Media Filters | |
| J. B. Hambley | 522 | |
| SYSTEMS APPROACH TO FLUID-PARTICLE SEPARATION | ||
| D2.1 | Systematic Approaches to Particle / Fluid Separation | |
| D.B. Purchas | 526 | |
| D2.2 | An Expert System for the Selection of Solid / Liquid Separation Equipment | |
| E.S.Tarleton and R. Wakeman | 530 | |
| D2.3 | Systemized Method of Equipment & Fabric Selection for Air | |
| J. Darrow | 535 | |
| D2.4 | A System Approach to the Design of Solid / Liquid Separation | |
| R. Wakemen | 536 | |
| D2.5 | Computerized Design of Gas Cleaning Equipment | |
| K. Morris | 540 | |
| SPECIAL TOPICS ON SOLID / LIQUID SEPARATION | ||
| D3.1 | World 1993 Solid / Liquid Separation Market | |
| R.W. Mcllvaine | 544 | |
| D3.2 | Working Backwards with Filtration to Achieve Quality Control | |
| J. Berg | 549 | |
| D3.3 | How to Eliminate Filter-Clogging Microbial Growth in Fuels | |
| W. P. Chartrand | 556 | |
| D3.4 | High Efficiency System Disposes of Sludge and Produces Clean Effluent | |
| R. Steward | 563 | |
| MONITORING AND CONTROL TECHNIQUES IN FILTRATION AND SEPARATION | ||
| D4.1 | Effect of Filtration on Top Ring Wear in Heavy Duty Diesel Engines | |
| J. Truhan and C. Covington | 564 | |
| D4.2 | Innovative, Rapid Colorimetric Method of Determination of Residual Chlorine from 0 to 500 µg/L | |
| D. Harp and T. Engelhardt | 568 | |
| D4.3 | Determining Correlation of Nephelometric Turbidity Measurements to Suspended Solids Measurements in Industrial Samples | |
| M. Sadar and T. Engelhardt | 572 | |
| D4.4 | Monitoring the Dynamics of Coagulation with metal Salts by a Flow-Through Optical Technique | |
| M. Elimelech and H.W. Ching | 576 | |
| D4.5 | Streaming Potential as a Tool to Determine the Zeta Potential of Filter Materials | |
| D. Fairhurst | 581 | |
| D4.6 | Measuring the Electrokinetic (Zeta) Potential of Reverse Osmosis Membranes by a Streaming Potential Analyzer | |
| M. Elimelech and D. Fairhurt | 582 | |
| D4.7 | Monitoring of Filter Press Variability | |
| H.W. Campbell, and M.A. Plaiser | 583 | |
| D4.8 | A Sensitive On-Line Particle Monitor for High-Quality Filtered Water | |
| J. Gregory and C. Veal | 587 | |
| INDUSTRIAL SEPARATIONS | ||
| D5.1 | Cross-flow Filtration of Produced Water with Ceramics Microfilters | |
| J.L. Filson and R.R. Bhave | *591 | |
| D5.2 | Nut Shell Filter Technology | |
| J. Schultz | * | |
| D5.3 | A Dual Membrane for Hudrocarbon - Water Separations | |
| R. Larson, S. Freeman, and W. Scherer | 592 | |
| D5.4 | New Hydrocyclones for Oilfield Applications | |
| A. Casaday, P. Michaluk and N. Lange | * | |
| D5.5 | The Automatic Backwashable Cartridge (ABC) Filter | |
| J. Hensely | ||
| D5.6 | Logic Development of the Turbo Doucet Jet Filter | |
| C. L. Doucet | 596 | |
| D5.7 | Continuous Filter Removes Solids and Oils | |
| R. Steward and B. Johnson | 606 | |
| DESIGN OF MEMBRANE SEPARATION EQUIPMENT/SYSTEM | ||
| D6.1 | Getting From Traditional Filtration to Crossflow Filtration | |
| W. Eykamp | 607 | |
| D6.2 | Retentate Recycle for Enrichment of Less Permeable Component in a Membrane Permeator | |
| T. Tsuru and S.T. Hwang | 613 | |
| D6.3 | A Model for the Evaluation of Hollow-Fiber Membrane Device Performance | |
| J. Lemanski and G.G. Lipscomb | 617 | |
| D6.4 | Possible Applications of Ceramic Membranes to Reverse Osmosis in the Dairy Industry | |
| R.A. Peterson, M.A. Anderson, and C.G. Hill, Jr | 621 | |
| D6.5 | Commercial Applications of Tube-Side-Feed Hollow-Fiber Membrane Modules | |
| S.B. McCray, R.J. Ray, and D.T. Friesen | 625 | |
| D6.6 | Optimization of Crossflow Filtration Using Backpulsing as a Cleaning Method | |
| S.G. Redkar, R.H. Davis, and W.F. Ramirez | 629 | |
| PARTICLE CHARACTERIZATION AND TRANSPORT PHENOMENA IN FILTRATION & SEPARATION |
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| D7.1 | Characterizing the Fractal Structural of Random Filter Filtrations | |
| B. H. Kaye and P. Rochon | 633 | |
| D7.2 | Dilute Gas-Particles Flow Regimes | |
| H. Arastoopour | 634 | |
| D7.3 | Drag Force of Interactive Particles Prior to Collinear Collision | |
| C. Zhu, S.C. Liang, and L.S. Fan | 635 | |
| D7.4 | Modelling the Capture Dynamics in a Filter Intended for Capturing Respirable Dust | |
| B.H. Kaye, J.M. Noel and R. Trotter | 639 | |
| D7.5 | Comparison of Experimental NWR and Computed Velocities and Concentrations | |
| J. Ding, R.W. Lyczkowski, W.T. Sha, S.A. Altobelli and E. Fukushim | 640 | |
| CLEAN-UP AND DISPOSAL OF HAZARDOUS WASTE | ||
| D8.1 | Dewatering of Metal Finishing Plant Wastes with the Use of Filter Presses | |
| J.A. Trautmann, Jr. | 644 | |
| D8.2 | Specialty Chemicals for Remediation | |
| T.L. Collett | 645 | |
| D8.3 | Treatment if Wastewater at Vaquerias Tres Monjitas Dairy Using Fixed-Film Bio-Towers | |
| C. Rogers | 646 | |
| D8.4 | Dewatering Surface ImpoundmentsUsing Filter Presses | |
| D.H. Wachter | 647 | |
| STUDENT POSTER PAPERS | ||
| 1. | Deadend Microfiltration of Bovine Serum Albumin Suspension Through Yeast Cake Layers and Asymmetric Polymeric Membranes | |
| N. Arora and R. Davis | 653 | |
| 2. | Use of Local Measurements to Analyze the Drag Force and Stress-Strain Relation for Compressive Packed Beds | |
| J. Arconti and G. Chase | 657 | |
| Index | Appendix A | |
| Belated Papers | Appendix B | |