| Introductory Remarks | i | |
| Table of Contents | ii | |
| P1.1 | World-Wide Problems in the Future on Water | |
| Dr. Bawnann, Iowa State U/Bolton &, Monk | 1 | |
| P1.2 | Now Plant Expansion Leads the Air Filtration Industry to New Heights | |
| Mr. Mcllvaine, The Mclivaine Company | 9 | |
| P2.2 | Fluid/Particle Separation: A Challenge to Colleges of Engineering | |
| Dr. Tiller, U. of Houston | 16 | |
| PS.1 | Particle Size Measurement in Turbulent Suspensions Using Microphotography and Digital Image Analysis | |
| T. A. Kramer and M. M. Clark, U of Illinois | 21 | |
| PS.2 | Water-Dispersed Polymer Adhesion on Glass Fibers | |
| W. Jodi and G. G. Chase, U of Akron | 26 | |
| PS.3 | A Study of Freezing and Vacuum Flashing to Recover Acetone from Acetone-Water-Energetic Mixtures | |
| R. Boggavarapu and G. G. Chase U of Akron, and W. Sisk U.S. Army Environmental Center | 31 | |
| Mal.1 | Filter Media Pore Size Analysis | |
| T. J. Ptak and D. Cady, Nelson Industries, Inc. | 37 | |
| Mal.2 | Two-Layer Filter Paper Media | |
| R. Forna, Ahlstrom Bosso, Italia | 46 | |
| Mal.3 | An Analysis of Filtration Using the Method of Volume Averaging | |
| M. Quintard, L.E.P.T.-ENSAM (UA CNRS) and S. Whitaker, U of California, Davis | 54 | |
| Ma2.1 | A Generalized Correlation Curve for Pleated Filter Designs in the Laminar Flow Regime | |
| D-R Chen, D. Y. H. Pui, and B. Y. H. Liu, U. of Minnesota | 64 | |
| Ma2.2 | Performance of Multilayer High Efficiency MeltBlown-Fiberglass Filter Media | |
| E. Jankowska, Central Inst. for Labor Protection, Poland, T. Jaroszczyk and J. Wake, Nelson Industries, Inc | 72 | |
| Tal.1 | Development Parameters of a NewAntamotive Air Filter | |
| W. F. Murphy, Jr. and R. E Powell Reemay | 90 | |
| Tal.2 | A Bi-Model Test Aerosol for Filter Leading Studies | |
| K. L. Rubow and B. Y. H. Liu, U. of Minnesota and J-K Lee, Pusan National U., Korea | 98 | |
| Ta2.1 | The Use of Activated Carbon in Passenger Cabin Air Purification Systems | |
| J. W. Cobes, III and D. T. Doughty, Calgon Carbon Corp | 110 | |
| Ta2.3 | Characterization of a Modular Design Filter Testing System | |
| K-C Hsieh, 3M | 118 | |
| Ta3.1 | Test Assessment of Passenger Compartment Air Filters -- SAE J1669 | |
| J. G. Eleftherakis, Fluid Technologies, Inc. | 142 | |
| Ta3.2 | Local Efficiency Measurements Over Flat Filter Media: Application to Automotive Cabin and Engine Air Filters | |
| B. Natarajan, J. C. Williams, S. Y. Tian, F. Liang and R. L. Dougherty, Oklahoma State U. | 151 | |
| Ta3.3 | Filter Wet Velocity Redistribution with Filter Loading | |
| C.B. Tebbutt, G. Liu, R. Duran and F. W. Chambers, Oklahoma State U. | 159 | |
| Ta2.1 | Testing of Adsorptive Cabin Air Filters According to DIN 71460 Part 2 | |
| P. Lohse, Bluecher GmbH, Germany | 164 | |
| Ta4.2 | Characterization of Used Cabin Air Filters | |
| K-C Hsieh and Y-M Twang, 3M | 171 | |
| Wal.3 | Recent Developments with Microglass Media | |
| N. Scheffel, Herald Industries/J. C. Binzer | 184 | |
| Wa2.l | Historical Review of Filtration Theories in Fibrous Media | |
| A. M. Kkan, Ford Motor Co. | 200 | |
| Wa3.l | Investigation of the Particle Collection Efficiency of Melt-Blown Media at High Air Velocity | |
| B. A. Phillips, M. Dever and W. T. Davis, U. of Tennessee | 224 | |
| Wa3.2 | High Efficiency Cyclones for Powder Processing Applications | |
| W. W. Gregg, Hosokawa MikroPul Environmental Systems | 240 | |
| Wa3.3 | Discussions on the Grade-Efficiency Curves Experimentally Obtained in the Air-Cyclone and the Fibrous Filter | |
| S-H Kang, Yeungnam U., J-H Kim, Korea Electrothermochemical Co., and S-T Kang, Shinil Junior College, Korea | 250 | |
| Wa4.1 | Perforated Metal for Filtration and Separation Applications | |
| G. W. Erdle, J. Craig and J. Thurman, Industrial Perforators Assoc | 255 | |
| Mb1.1 | Sedimentation Behaviour of Submicron Particles in Concentrated Suspensions | |
| G. Bickert and W. Stahl, U. of Karlsruhe, Germany | 274 | |
| Mb1.1 | The Shrinkage and Cracking Behaviour of Fine Grained Filter Cakes - Fundamentals and their Pratical Application | |
| T. Wiedemann and W. Stahl, U. of Karlsruhe, Germany | 278 | |
| Mb1.3 | Fluid Mechanics of a Rotating Filter Separator | |
| R. Lueptow, Northwestern U. | 283 | |
| Mb2.2 | Thermodynamics Applied to Separations | |
| J. Giustino and G.G. Chase, U of Akron | 292 | |
| Tb1.1 | Effects of Macroscopic Heterogeneities on the Dewatering of Filter Cakes by Air: A Percolation Network Modeling Approach | |
| M. A. Ioannidis and I. Chatzis, U of Waterloo, Canada | 301 | |
| Tb1.3 | Monte Carlo Simulation of Granular Filtration in Regular and Randomized Networks of Constricted Pores | |
| V. N. Burganos, C. A. Parakeva, and A. C. Payatakes, U of Patras, Greece | 306 | |
| Tb2.1 | Determination of Pore Size Distribution, Permeability and Wettability Using Nuclear Magnetic Resonance Measurements | |
| A. Gupta, U. of Oklahoma | 315 | |
| Tb2.2 | Wettability Determination Using Thin Film Ellipsometry | |
| A. Gupta, U. of Oklahoma | 324 | |
| Tb3.1 | Mathematical Model for Electrical Resistivity | |
| J. Wang and A. Gupta, U of Oklahoma | 328 | |
| Tb3.2 | Microscope Observation of Filter Cake Formation | |
| R. J. Boyapati and G. G. Chase, U of Akron, T. Johnson, 3M | 341 | |
| Tb3.3 | Closed-Form Solutions for Unsteady Two-Phase Flow in a Channel | |
| A. J. Chamkha, U of Kuwait, Kuwait | 349 | |
| Tb4.1 | Steady Non-Newtonian Fluid Flow in a Porous Medium Channel | |
| A. J. Chamkha, U of Kuwait, Kuwait | 362 | |
| Tb4.2 | Imbibition of Oil Film over Water in Edges of Angular Capillaries | |
| F .A. L. Dullien, M. Dong, I. Chatzis, U of Waterloo, Canada | 371 | |
| Tb4.3 | Determination of Filtration Models | |
| P. E. Morgan and J. Peddieson, Jr., Tenn. Tech. U. and B. A. Pardue, Fleetguard, Inc | 375 | |
| Wb1.1 | MassTransport in Porous Media. 1. Prediction of Breakthrough Characteristics | |
| M. N. Bogere, U. of Puerto Rico, Puerto Rico | 379 | |
| Wbl.2 | Improved Computer Modeling of Separation Equipment Using Least Median Squares Curve Fitting and Genetic Algorithms |
|
| C. L. Karr, U. of Alabama | 385 | |
| Wbl.3 | Turbulant Gas-Particle Flow in a Vertical Duct | |
| G. Ahmadi and J. Cao, Clarkson U. | 390 | |
| Wb2.1 | Gravity Sedimentation: One-Dimensional Numerical Modeling | |
| J. R. Karl, Solid Waste Dept., Metro, Portland and S. A. Wells, Portland State U. | 400 | |
| Wb2.2 | A Computational Model for Coanda Ejector for Multiphase Flows | |
| M. A. Assar and J. R. Kadambi, Case Western U. and A. Rutstein, A. R. and Associates | 411 | |
| Wb2.3 | Fiber Deposition Rate in a Horizontal Turbulent Duct Flow - An Experimental Study | |
| G. Ahmadi and W. Kvasnak, Clarkson U | 418 | |
| Wb3.1 | Effect of Temperature and Pressure on Interfacial Tension of Oil-Water System | |
| W. Wang and A. Gupta, U. of Oklahoma | 425 | |
| Wb3.2 | Flow Field-Flow Fractionation: An Analytical Procedure for the Determination of Diffusion Coefficients and Molecular Weight Distributions of Dissolved Organic Matter | |
| M. J. M. Wells, K. Healy, G. K. Stearman, and P. J. M. Dycus, Tennessee Tech U. | 438 | |
| Wb3.3 | Activated Carbon Adsorption of Selected Organic Compounds from a Synthetic Oil Shale Processing Wastewater | |
| S. Miller, P. Bonner, and L. Roberts, Tennessee Tech University | 451 | |
| Wb4.1 | Filter Aid Filtration of Viscous Polymer Solutions | |
| C. B. Wang, Eastman Chemical Co | 461 | |
| Wb4.2 | Electrostatic Charging of Meltblown Webs for High-Efficiency Air Filters | |
| L. C. Wadsworth and P. P. Tsai, U of Tennessee | 473 | |
| Wb4.3 | Fluid Flow-Pore Relationship of Filter Media | |
| K-J Choi, Fleetguard | 492 | |
| Mql.1 | Mechanical Solid-/Liquid-Separation New Centrifuge "Superscreen" | |
| G. Bergjohann, Alfa Lavel Gmbh, Germany | 498 | |
| Mql.2 | New Developments in Liquid/Liquid-Solid Centrifugal Separation | |
| H. R. Lehmann, Centrico, Inc | 503 | |
| Mql.3 | A New Centrifugal Classifier for the Separation of Concentrated Suspensions under l0 µm |
|
| G. Bickert W. Stahl, U. of Karlsruhe, F. Muller, BASF, R. Bartsch, Fryma-Maschinen, Germany | 531 | |
| Mq2.1 | New Technology Improves Tower Basin Cleaning | |
| R. Delenikos and W. Leizear, Claude Laval Corp | 535 | |
| Tq2.2 | A New Method to Recover PTA Crystals by Using a Pressure System | |
| E. Hao, Bird Machine Co./Baker Hughes | 541 | |
| Tq2.2 | Improvements in Deep Bed Filter Backwashing | |
| R. S. Kosar, Hydromation/Filtra-Systems Co | 547 | |
| Tq3.2 | The Superposition of Centrifugal and Gas Pressure Forces for Cake Filtration | |
| C. Stadager and W. Stahl, U. of Karlsruhe, Germany | 551 | |
| Wq1.2 | New Media for the Chemical Process Industries: How does It Respond? | |
| E. Mayer, DuPont | 560 | |
| Wq2.1 | Treating High Lead Wastewater to NPDES and Generating No Hazardous Waste By-Products: A Case Study | |
| E. Mayer, DuPont, and R. S. Rieber, EnviroGuard | 567 | |
| Wq3.l | Low Cost, Ceramic Membranes for Industrial Crossflow Filtration Applications | |
| B. Bishop, P. Perrone and Higgins, CeraMem Separations Inc | 579 | |
| Wq3.2 | Membrane Filtration: My Russian Experience | |
| L. J. Ortino, LJO Enterprises, Inc | 587 | |
| Wq4.l | Internal Flotation in the Case of the Recycling of Cigarettes | |
| K. Keller, W. Stahl, M. Ruhland, U of Karlsruhe, P. Scheer, Rhone Polyenc Rhodia, Germany | 597 | |
| Wq4.2 | The Helical Filter - A Next Generation in Centrifugal Discharge Filtering Equipment | |
| P. Patnaik, KETEMA | 602 | |
| Mwl.l | The Capability of Micro-Organisms as Natural Flocculants for Mineral Suspensions-An Outlook | |
| S. Schulze and W. Stahl U of Karlsruhe, Germany | 611 | |
| Mw1.2 | Influence of Tensides on Floc Growth and Particle Recovery During Spherical Agglomeration in Suspension | |
| F. Loffler and M. Muller, U of Karlsruhe, Germany | 616 | |
| Mw1.3 | Modified Approaches for High Pressure Filtration of Fine Clean Coal | |
| J. Yang, J. G. Groppo and B. K. Parekh, Center for Applied Energy Research | 625 | |
| Mw2.l | Precoat Technology: A New Twist | |
| J. R. Smith, Graver Chemical Co | 631 | |
| Mw2.3 | Cost Reduction with Backwashable Pleated Cartridges | |
| J. E. Schmitz, Parker Hannifin | 640 | |
| Tw2.1 | Treatment of Fishmeal Processing Wastewaters in Chile -- A Pro-Active Approach by Industry to Prepare for the Future | |
| R. Menon, EIMCO and B. Dragicevic, Envrotech Chile, Chile | 645 | |
| Tw2.2 | Effect of Initial Seed Concentration and Granulation Enhancernent Factors on Start-Up of the Anaerobic Sequencing Batch Reactor | |
| R.A. Wirtz, Strand Eng, F. L. de los Reyes 111, U of Illinois and R. R. Dague, Iowa State U | 654 | |
| Tw2.3 | Selective Filtration of Particles from Suspension Using Ultrasonic Standing Wave and Divided Flow Fields |
|
| D. A. Johnson, Masters Builders Inc. and D. L.Feke, Case Western Reserve U. | 672 | |
| Tw3.1 | Temporal Changes in Hydraulic Conductivity and Suspended Solids Removal in a Subsurface Flow Constructed Wetlands Municipal Wastewater Treatment System | |
| D. B. George and M. C. Kemp, Tennessee Tech U. | 686 | |
| Tw3.2 | Continuous-Flow Biological Studies of a Synthetic Eastern Oil Shale Processing Liquid Waste | |
| R. W. Lowhom, R. B. Bustamante, and W. P. Bonner Tennessee Tech U. | 705 | |
| Tw3.3 | Remediation of Contaminated Soils with IGT's SELPhOx Process | |
| M. C. Mensinger, A. Rehmat and D. M. Rue, Institute of Gas Tech. and A. M. Gatchett, EPA | 720 | |
| Tw4.3 | The Feasibility Study and Modeling of Municipal Wastewater Treatment by an Innovative Double-Stage Flotation System | |
| M. Krofta, D. Miskovic and D. Burgess, Lenox Institute of Water Tech | 732 | |
| Wwl.l | Coalesence/Filtration of Water-in-Oil Emulsions | |
| T. Virarghavan, U of Regina, Canada, G. N. Mathavan Resource App. Inc., J. R. Scoular and L. Kuruoz, Saskatohowan Research Council, Canada | 747 | |
| Wwl.2 | Industrial Sludge Dewatering Trials | |
| J. Buermans, Fournier Industries Inc., Canada | 764 | |
| Ww2.2 | Modeling of Contaminant Migration Through a Phosphogypsum Stack | |
| G. G. Chase, U of Akron and B. J. Scheiner, BOM | 770 | |
| Ww2.3 | Using Principal Components Analysis for Data Interpretation | |
| D. A. Stanley, C.L. Karr and B. J. Scheiner, BOM | 792 | |
| Ww3.3 | Studies of the Mechanism of Containment of a Novel Zeolite/Cement Medium for Arsenic Stabilization | |
| M. G. Bakker and G. L. Turner, U. of Alabama and P. Brown, BOM | 801 | |
| Ww4.1 | Cake Structure in Pressure Filtration and Dewatering of Coal-Water Mixtures | |
| D. J. Sung , Yeungnam U, Korea, J. Groppo and B. K. Parekh, U. of Kentucky | 819 | |
| Mb2.3 | An Overview of Filtration and Dewatering | |
| D-X He and S-H Chiang, U. of Pittsburgh | 848 | |
| Tb1.2 | Pore Level Aspects of Liquid Infiltration in "Dry” Porous Media | |
| J. C. Chatzis, U. of Waterloo, Canada | 865 | |
| Tq2.1 | Steam Pressure Filtration (SPF) | |
| R. Bott and T. Langeloh, BOKELA, Germany | 874 | |
| Tq2.5 | Thin Layer Dewatering of Sewage Sludge with the Wring Press Sico-W.A.P. | |
| T. Langeloh and R. Boft, BOKELA, Germany | 882 | |
| Tq4.l | A Novel Extraction Method for Fluoropolymer Materials | |
| V. A. Geraci and M. O. Schmidt, Memtec America, K. Gearingher, Fredicktowne Labs | 888 | |
| Ww4.3 | Evaluation of Various Recirculating Sand Filters | |
| J.L. Nichols, Dept. of Public Works, Oplympia and N.M. Abboud, U. of Connecticut | 895 | |
| AUTHORS INDEX | ||