Minneapolis, MN (PRWEB) September 09, 2011
The American Filtration and Separations Society will hold a Technical Conference & Exhibition on October 17-20, 2011 at the Hilton Houston Westchase in Houston, TX.
The conference is kicked off on Monday, October 17, 2011 with twelve short courses being offered. One of the new short courses at this conference is “Coalescing – Principle and Industrial Operations.”
This course will cover the basics of liquid-liquid and liquid - gas coalescing including the principles of coalescing through fibrous media and modeling vertical and horizontal coalescer systems. The effects of various physical parameters such as viscosity, density difference and interfacial tension will be addressed in terms of how they affect sizing and performance. Field and laboratory test methods for rating the performance of coalescers will also be presented. Industrial separation applications will be reviewed along with practical examples of case histories.
The instructor for the course is Dr. Ali Arshad. Dr. Arshad is a Vice President with the Scientific & Laboratory Services (SLS) Department at Pall Corporation. After receiving his Ph.D. degree in Chemical Engineering and pursuing a Post Doctoral research program on low energy surfactant-based separation technologies at University of Oklahoma he joined Pall Corporation in 1991 as a Staff Scientist. During his tenure at Pall, he has focused on process analysis and development and global technical customer and sales support of filtration & separation products in the Fuels and Chemicals market. He authored several technical papers and presented his work at various conferences.
For information on the conference go to:
AFS is the premier organization in North America dedicated to R&D, problem solutions and technology transfer in filtration and separation for the benefit of industrial processes, individual health and a clean environment.
The AFS conferences and events bring together the industry leaders, presenting the greatest opportunity to meet and hear the newest information in filtration and separation technology.