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Watch this Video for a Inside Look at the Electrostatic Charging and Electrets for Air Filter Media Course
1. Electrostatic Charging Methods and the Improvement of Filtration Efficiency 2. Requirements of Electrical Properties of a Material to Make an Electret 3. Electrical Characterization of Electret 4. Particle Capturing of an Electret 5. Properties of Electrets by Particle Loading 6. Effect of Fabric Defects on the Degradation of a Filter media Dr. Peter Tsai is a senior faculty at the Textiles and Nonwovens Development Center (TANDEC) at the University of Tennessee. He has extensive industrial as well as academic experiences. He has investigated the nonwoven processes to make fibrous filter media for 20 years and developed theories, technologies, and computer programs to improve the nonwoven processes and the product qualities of filter media. He developed several powerful electrostatic charging technologies that greatly improved more than 10-fold filtration efficiency of a filter medium. These charging technologies have been licensed to over 30 companies worldwide. His expertise also includes designs and constructions of the media chargers and industrial meltblown lines. Dr. Tsai is well recognize in his fields and has had numerous invitations as visiting professors by overseas universities, has been teaching filtration short courses to TAPPI, Asian Filtration and Separation conferences and industrial companies all over the world in the past 20 years. Short Course Registration Rates
****Members of AFS receive a $150 discount for each short course they take. These discounts are for each short course. If you attend two half day courses, the discount is applied to each course. It pays to be a member. Member Registration Rates
Non-Member Registration Rates (Membership Information)
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American Filtration & Separations Society
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