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Meltblown Technologies

June 27,  2023, Tuesday

8:00am-10:00am,  ET Canada & US

$USD 350

$USD 175 (Member Only )

Course Objectives:

This course aims to give the audience an in-depth understanding of meltblown technologies (including process design, electret charging, nanofibers, etc.) and why they are so effectively used in the fast-growing air/liquid filtration markets, such as face masks, HVAC, transportation, residential, commercial, and many other air/liquid applications. We will discuss the latest market estimates after COVID-19, new developments, opportunities, and trends at the end.

Introduction

Meltblown process design and web characteristics

   –History and key players

   –Fundamentals in meltblown process design

   –Process control variables and web characteristics

Meltblown advantages for filtration and facemasks

   –Unique meltblown structure

   –Unique position in filtration

Electret meltblown polypropylene

   –Electrostatic charging techniques

   –Charge decay and durability

Nanofiber Meltblown Technologies

Market Estimates after COVID-19, Opportunities, and Trends

   –Surging demand since COVID-19

   –Market update after COVID-19

   –Opportunities and trends

Instructor Biography
Sun.jpg

Christine Sun, Ph.D.

Instructor

Dr. Christine Sun, President of Waterloo Filtration Institute, is a renowned technical and market expert in the global filtration industry. With over 30 years of experience in both academia and the industry, she has an in-depth knowledge of filtration, and extensive hands-on expertise in product development, with over 100 technical publications and patents. She is also actively involved in many air/liquid filter standard test developments.


Dr. Sun received her Ph.D. from Tsinghua University, Beijing, China, and her Executive Certificate from Northwestern University - Kellogg School of Management. From 2004 to 2011, Dr. Sun worked for Freudenberg Filtration Technologies as the R&D manager and Technology Director for Donaldson 2011-2013. She was the AFS Chair from 2016 to 2017 and received the AFS Fellow Award in 2019, Sr. Scientist Award in 2012, and the best paper award from INDA in 2008. She is also an editorial board member for Textile Research Journal and Journal of Industrial Textiles.


Dr. Sun is also recognized as "a brilliantly articulate and lively instructor who is skilled in guiding filter media professionals through the complexities of the air, liquid, and nanotechnology markets." Over the years, she has developed many unique professional courses to promote the global filtration industry for a clean, healthy, and sustainable world, such as "Nanofiber Technologies in Filtration" (AFS, 2013-2019), "Filter Media Training Course" (INDA, 2014-2017), "Liquid Filtration Tutorial" (INDA 2013), "Air Filtration Market, Technologies and Trends" (AFS, 2015-2019), "Filter Media Market and Technologies" (WFC12, 2016), "Filter Media Technologies" (AFS, 2015-2019), and "Facemask Media Technologies (AFS 2020). 'The add addition of INDA's Nonwoven Filter Media Training Course was tremendously received' as Dave Rousse, INDA's Past President, said after Dr. Sun's course at Filtration 2014.


Sun.jpg

Dr. Bryan D. Haynes

Panelist

Dr. Bryan D. Haynes is a Senior Technical Director - Global Nonwovens at  Kimberly-Clark Corporation, USA. He has 35+ years experience in Meltblown technology, 29+ years experience in “the other” nonwoven technologies,  44 US Patents and 16 Kimberly-Clark Trade Secrets. 


Dr. Haynes is a Recipient of the INDA Lifetime Technical Achievement Award, Society of Women Engineers Rodney D. ChippMemorial Award, and the Kimberly-Clark Technical Excellence Award. He is the co-chair for upcoming WFI 2022 Annual Conference, and the member of several boards including: INDA Board of Directors, Vice Chair of Planning, Materials Science and Engineering at the Georgia Institute of Technology; Chemical, Materials and Biomedical Engineering at the University of Georgia; and the Nonwovens Institute at N.C. State University. He also serves on the Board of Directors as Secretary for Georgia FIRST which is a non-profit organization that supports STEM programs in Georgia. 


Dr. Haynes has a Ph.D. in Mechanical Engineering, M.S.and B.S.  in Aerospace Engineering from The University of Tennessee, Knoxville, TN, USA.



Sun.jpg

Peter Tsai, Ph.D.

Panelist

Dr. Tsai. Professor of the Univerity of Tennessee,  has over 40 years of expertise in development of meltblowing (MB) system and the electrostatic charging (EC) of materials for making air filter electrets. The MB and the EC technologies developed Dr. Tsai have been used in the industries worldwide making billion pieces of N95 of face masks, and many other applications in air filtration. He receives three most prestigious awards from the University of Tennessee (UT) in recognition of his contribution in technology innovation and transfer. Dr. Tsai is entitled by AFS as a Fellow Member, famous for his invention of electret meltblown technologies for N95 facemask and air filtration applications.

Meltblown Technologies

Meltblown Technologies

June 27,  2023, Tuesday

8:00am-10:00am,  ET Canada & US

$USD 350

$USD 175 (Member Only )

Business Meeting
Course Objectives:

This course aims to give the audience an in-depth understanding of meltblown technologies (including process design, electret charging, nanofibers, etc.) and why they are so effectively used in the fast-growing air/liquid filtration markets, such as face masks, HVAC, transportation, residential, commercial, and many other air/liquid applications. We will discuss the latest market estimates after COVID-19, new developments, opportunities, and trends at the end.

Course Outline:

Introduction

Meltblown process design and web characteristics

   –History and key players

   –Fundamentals in meltblown process design

   –Process control variables and web characteristics

Meltblown advantages for filtration and facemasks

   –Unique meltblown structure

   –Unique position in filtration

Electret meltblown polypropylene

   –Electrostatic charging techniques

   –Charge decay and durability

Nanofiber Meltblown Technologies

Market Estimates after COVID-19, Opportunities, and Trends

   –Surging demand since COVID-19

   –Market update after COVID-19

   –Opportunities and trends

Instructor Biography

Sun.jpg

Christine Sun, Ph.D.

Instructor

Dr. Christine Sun, President of Waterloo Filtration Institute, is a renowned technical and market expert in the global filtration industry. With over 30 years of experience in both academia and the industry, she has an in-depth knowledge of filtration, and extensive hands-on expertise in product development, with over 100 technical publications and patents. She is also actively involved in many air/liquid filter standard test developments.


Dr. Sun received her Ph.D. from Tsinghua University, Beijing, China, and her Executive Certificate from Northwestern University - Kellogg School of Management. From 2004 to 2011, Dr. Sun worked for Freudenberg Filtration Technologies as the R&D manager and Technology Director for Donaldson 2011-2013. She was the AFS Chair from 2016 to 2017 and received the AFS Fellow Award in 2019, Sr. Scientist Award in 2012, and the best paper award from INDA in 2008. She is also an editorial board member for Textile Research Journal and Journal of Industrial Textiles.


Dr. Sun is also recognized as "a brilliantly articulate and lively instructor who is skilled in guiding filter media professionals through the complexities of the air, liquid, and nanotechnology markets." Over the years, she has developed many unique professional courses to promote the global filtration industry for a clean, healthy, and sustainable world, such as "Nanofiber Technologies in Filtration" (AFS, 2013-2019), "Filter Media Training Course" (INDA, 2014-2017), "Liquid Filtration Tutorial" (INDA 2013), "Air Filtration Market, Technologies and Trends" (AFS, 2015-2019), "Filter Media Market and Technologies" (WFC12, 2016), "Filter Media Technologies" (AFS, 2015-2019), and "Facemask Media Technologies (AFS 2020). 'The add addition of INDA's Nonwoven Filter Media Training Course was tremendously received' as Dave Rousse, INDA's Past President, said after Dr. Sun's course at Filtration 2014.


Sun.jpg

Dr. Bryan D. Haynes

Panelist

Dr. Bryan D. Haynes is a Senior Technical Director - Global Nonwovens at  Kimberly-Clark Corporation, USA. He has 35+ years experience in Meltblown technology, 29+ years experience in “the other” nonwoven technologies,  44 US Patents and 16 Kimberly-Clark Trade Secrets. 


Dr. Haynes is a Recipient of the INDA Lifetime Technical Achievement Award, Society of Women Engineers Rodney D. ChippMemorial Award, and the Kimberly-Clark Technical Excellence Award. He is the co-chair for upcoming WFI 2022 Annual Conference, and the member of several boards including: INDA Board of Directors, Vice Chair of Planning, Materials Science and Engineering at the Georgia Institute of Technology; Chemical, Materials and Biomedical Engineering at the University of Georgia; and the Nonwovens Institute at N.C. State University. He also serves on the Board of Directors as Secretary for Georgia FIRST which is a non-profit organization that supports STEM programs in Georgia. 


Dr. Haynes has a Ph.D. in Mechanical Engineering, M.S.and B.S.  in Aerospace Engineering from The University of Tennessee, Knoxville, TN, USA.



Sun.jpg

Peter Tsai, Ph.D.

Panelist

Dr. Tsai. Professor of the Univerity of Tennessee,  has over 40 years of expertise in development of meltblowing (MB) system and the electrostatic charging (EC) of materials for making air filter electrets. The MB and the EC technologies developed Dr. Tsai have been used in the industries worldwide making billion pieces of N95 of face masks, and many other applications in air filtration. He receives three most prestigious awards from the University of Tennessee (UT) in recognition of his contribution in technology innovation and transfer. Dr. Tsai is entitled by AFS as a Fellow Member, famous for his invention of electret meltblown technologies for N95 facemask and air filtration applications.

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