Understanding the basics of slurry suspension, rheology, thixotropy, and the theory and handling of fine particle dispersion.
Lecturers Professor Hiroshi Suzuki, Ph.D. Department of Applied Chemistry, Graduate School of Engineering, Kobe University Professor Masami Kawaguchi Department of Molecular Materials Engineering, Graduate School of Engineering, Mie University Assistant Professor Taishi Sato, Ph.D. (Engineering) Graduate School of Engineering, University of Hyogo Target Audience Individuals from companies interested in slurry suspensions Venue [Osaka Prefecture, Moriguchi City] Moriguchi City Civic Hall (Satsuki Hall Moriguchi) 2nd Floor, Room 23 Nearest Station: Subway Tanimachi Line Moriguchi Station, Exit 4 Date and Time July 20, 2011 (Wednesday) 10:30 AM - 4:15 PM
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**Lecture Summary** Systems containing solid particles in liquids, such as slurries and suspensions, have become important technologies in many industrial fields, including chemical, mechanical, and electronics industries. However, since most university curricula do not cover the fundamentals, the reality is that product development is often applied through trial and error with a vague theoretical background. In this course, we will first lecture on the theoretical background of handling slurries and suspensions based on rheology and powder engineering, and then clearly explain the dispersion and aggregation control techniques necessary for applications.
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【Early Bird Discount Price】51,450 yen (tax included, including text fees) for up to 2 people from one company. *This is limited to Tech-Zone members who apply by July 6. Membership registration is free. *After July 6, the regular price will be 54,600 yen (tax included, including text fees) for up to 2 people from one company.
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P2
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P2
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Part One: Theory and Control Methods of Slurry Suspension 1. Basics of Rheology 1-1 Viscosity and Stress 1-2 Viscosity of Complex Fluids 1-3 Viscoelasticity 1-4 Thixotropy 2. Viscosity Measurement Methods 3. Fine Particle Dispersion Systems 3-1 What is a Fine Particle Dispersion System? 3-2 Fine Particle Potential Theory 3-3 Viscosity of Fine Particle Dispersion Systems 4. Control of Slurry Suspension Part Two: Control of Suspension Using Polymers 1. Basics of Suspension 2. Selection of Polymers as Dispersants and Control of Suspension by Polymer Addition 2-1 Selection of Polymers as Dispersants and Evaluation of Polymer Properties 2-2 Control of Suspension by Polymer Addition 3. Evaluation Methods for Suspensions with Added Polymers 4. Case Studies of Suspension Control Using Polymers Part Three: New Evaluation Techniques for Slurry Suspension and Their Applications 1. Introduction of Hydrostatic Slurry Evaluation Device, HYSTAP 2. Introduction of High Concentration Cake-less Filtration Device, DECAFF 3. Efficient Storage Methods for Slurry 3-1 Issues During Slurry Storage 3-2 Causes of Solidification During Settling 3-3 Prediction of the Presence of Solidification Layers and Efficient Storage Methods
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