Technical Papers
Over the years, ZAIN Industrial LLC has meticulously curated a comprehensive collection of technical papers that have been instrumental in refining industrial mixing processes. These documents encompass a range of topics, from optimizing stirred tank and reactor designs to enhancing mixing efficiency across various industries. This wealth of knowledge underscores ZAIN's commitment to advancing engineering practices and delivering innovative solutions to its global clientele.
Impeller & Agitator Design
📃Development of Transitional Flow Mixing Impeller
📃Successful Agitator Operation in Blow Tanks and High-Density Towers
📃The Importance of Agitator Design in Fuel Alcohol Production
📃Flocculation Performance of Mixing Impellers
📃Draft Tube Technology Glitters at Nevada Gold Mill
📃The Design of Draft Tube Circulators
📃Dilution Zone Agitation Critical in Blowtanks, High-Density Towers
📃Mixing With Open Impellers in Higher Viscosity Fluids
📃Impact of Side Flow on Mixing Impeller
📃High Efficiency Impeller for Slurry Storage
📃Blending of Low-Viscosity Liquids With Side-Entering Mixers
📃The Effect of Mixing Impeller Geometry and Pumping Direction on Solids Suspension Homogeneity
📃Impeller Design Choice Is Key to Stock Agitator Efficiency
Wastewater & Biological Treatment
📃Biological Treatment Solves Low-Temperature Wastewater Problems
📃Biological Treatment of Coke Plant Waste Utilizing an Integral Clarification Concept
📃Draft Tube Channel Approach to Poultry Processing Wastewater Treatment
📃The Role of Mixing in Equalization
📃Triplex Oxidation Ditch System Using Draft Tube Channel Technology
📃Mixing and Oxygen Transfer in Mineral Bioleaching
📃Scale-up Considerations for Fermentation Mixers
📃Mixing Techniques for the Control of Waste Sludges and Slurries
📃Wastewater Treatment Plant Mixing Technology
Fermentation, Chemical, & Industrial Process
📃Fluid Mixing Variables in Suspension and Emulsion Polymerization
📃Fluid Mixing Variables in the Optimisation of Fermentation Production
📃Fermentation Mixing Scale-up Techniques
📃Mixing Processes in the Protective Coating Industry
📃Mixing Mud—How You Do It Makes a Difference
📃Mechanical Agitation in the Carbon-In-Pulp Process
📃Gas Dispersion and Mixing for Mineral Oxidation Reactors
📃Mixing in Fermentation Processes
📃Mixing in Hydrogenation Processes
📃Mixing Effects in a Multi-Stage Mixer Column
📃Mixing Equipment in Liquid-Liquid Extraction
📃Transport Phenomena, Reactor Design and Scale-up
📃Pilot Plant Program for Polymerization
📃Suspension of Non-Uniform Size Solid Particles in Mixing Tanks
Heat Transfer, Aeration, & Gas-Liquid Systems
📃Helical Coil Heat Transfer in Mixing Vessels
📃Fluid Mixing, Heat Transfer and Scale-up
📃Energy Efficient Aeration System
📃Influence of Gas Flow Rates and Gas Holdup on Blending Efficiency in Stirred Tanks
📃Gas—Liquid Contacting With Impeller Mixers
📃Suspending Solids and Dispersing Gases in Mixing Vessels
📃Heat Transfer to Jackets With Close Clearance Impellers in Viscous Materials
📃Subsurface Aeration Evaluation
📃Experimental Evaluation of Sub-Surface Aeration Systems
Mixing Principles, Fundamentals, & Scale-up
📃Fluid Mixing Principles and Shear Rate Effects
📃Fluid Mixing and Blending Fundamentals for Industrial Applications
📃Fluid Mixing in 1989 — Optimizing Industrial Fluid Mixing Efficiency
📃Mixing of Slurries Near the Ultimate Settled Solids Concentration
📃Applications of Fluid Mechanics and Similitude to Scale-up Problems
📃The Role of Fluid Flow and Fluid Shear Rates in Mixing and Dispersion
📃The Spectrum of Fluid Shear in a Mixing Vessel
Clean-In-Place (CIP) & Vessel Design
📃Clean-In-Place (CIP) Design Considerations for Bottom Entry Magnetically Driven Mixers
📃Design and Utilization of Internal Fittings for Mixing Vessels
📃Performance and Design of Paper Stock Mixers
📃Pigmented Coating Processes for Paper and Board
Static Mixers
📃Characterization of the Kenics Mixer as a Liquid-Liquid Extractive Reactor*
📃Operation of Static Mixer® Units*
📃Laminar Flow in Static Mixers With Helical Elements*
📃Analysis and Optimization of Kenics Static Mixers*
📃Efficiency of Static Mixers as Gas/Liquid Contactors*
📃Field Testing for Oxygen Transfer and Mixing in Static Mixer® Aeration Systems*
📃Compressed All Sub-Surface Aeration*
📃Utilization of Static Mixer on the Injection of Liquid CO₂ Into Water for the Ocean Disposal*
📃An Experimental Investigation of Mass Transfer and Flow Resistance in the Kenics Static Mixer*
📃Motionless Mixers for Viscous Polymers*
📃The Mixing of a High and a Low Viscosity Liquid in a Kenics Static Mixer*
📃The Dispersion of Viscous Liquids by Turbulent Flow in a Static Mixer*
