Solids Handling & Particle Technology

Understanding Why Bulk Solids Behave Differently Than Liquids

AIChE Webinar
Apr 25, 2012
Eric Maynard

Providing insights into why bulk solids behave differently than liquids, this webinar introduces concepts regarding powder flow testing, bin/silo design, feeder integration, and mechanisms of powder segregation.

The Science of Classifying Solids: Screening Technology

AIChE Webinar
Dec 7, 2011
Karl Jacob

This webinar addresses the basics of screening, examining the fundamentals of screening: grade efficiency calculations, various aspects of probability of particle passage, and screening rate calculations.

Solar Grade Silicon Production In Fluidized Bed Reactor

Oct 17, 2011
Juan Du
In this work, we present a multi-scale modeling approach for solar grade silicon production in fluidized bed reactor (FBR) by thermal decomposition of silane. The FBR process has been commercialized by several companies and promises to deliver poly-silicon at reasonable and stable price. Silane...

Deflagration Venting for Combustible Dusts - What You Need to Know

AIChE Webinar
Jan 26, 2011
Michelle Murphy, Molly Myers

Deflagration venting is one of six possible explosion protection options for combustible dust handling equipment in NFPA 654. To use this option, you must reference back to NFPA 68 where the requirements for sizing vents are located.

Storage and Flow of Bulk Solids

AIChE Webinar
May 12, 2010
Karl Jacob

This webinar addresses the fundamentals of the flow and storage of bulk solids, and clearly demonstrates the considerable science behind the design and use of storage vessels for solids.

Introduction to Solids Processing and Particle Technology

AIChE Webinar
Jan 20, 2010
Karl Jacob

This webinar provides an overview to solids processing technology, and highlights some of the issues faced when dealing with bulk solids, including scale-down/scale-up, and effects of particle size.

Successfully Scale Up Solids Handling

April
2008
Fluids and Solids Handling
John W. Carson, K. Eric Bengtson, Thomas G. Troxel
A sound theoretical model of the process to be scaled is the best approach; if one is not available, bench-scale testing, physical scale modeling or full-scale modeling is required. Here are guidelines as to which method is appropriate for various...

Selecting Entrainers for Azeotropic Distillation

March
2009
Reactions and Separations
Lionel O’Young, Madhura Chiplunkar, Vivek Julka
This systematic methodology uses residue curve maps to identify and evaluate substances that can facilitate distillation by breaking an azeotrope.

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