Duration: 60 minutes
Summary
Learn how coalescers separate non-miscible phases, remove fine liquid droplets and aerosols, and outperform conventional separation equipment in demanding applications like the LNG industry. The session reviews separation mechanisms, emulsion stability, interfacial tension, technology selection, and performance validation methods. Watch this webinar to gain practical guidance on sizing criteria, specification requirements, and design considerations.
Webinar Highlights:
- How coalescers separate non-miscible phases in demanding LNG applications
- How advanced coalescers remove fine liquid droplets and aerosols
- Why coalescence technologies can outperform conventional separation equipment
- Key considerations for technology selection, sizing criteria, and specification requirements
- Performance validation methods, separation mechanisms, emulsion stability, and interfacial tension fundamentals
Speakers
Thomas H. Wines, PhD.
Director of Technology Development / Subject Matter Expert, Pall Corporation
Thomas (Tom) H. Wines has over 34 years of filtration, separation, and purification experience serving the refinery, gas processing, and chemical industries, and is a specialist in the fields of liquid/gas and liquid/liquid coalescing. He has authored 55 technical publications, one technical book, “Contamination Control in the Natural Gas Industry”, Elsevier, 2022, and given numerous presentations in this field at professional societies. He has been actively involved in the development of leading edge product and application solutions to improve plant and process performance, reliability, safety and environmental protection within these markets. Tom holds a PhD in Chemical Engineering from Columbia University, and is a member of AIChE. He currently is a Global Director of Technology Development for Pall Corporation’s Fluid Technologies & Asset Protection (FTAP) Group.
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