ICESP Taipei 2026 is the leading conference on Electrostatic Precipitation, supported by The International Society for Electrostatic Precipitation (ISESP), a global organization dedicated to advancing research and practical applications in electrostatic precipitation (ESP) and plasma technologies. More information on : https://conference.gigvvy.com/icesp2026 Since 1981, ISESP has convened the International Conference on Electrostatic Precipitation (ICESP) every two years, providing an essential forum for industry professionals, researchers, and engineers to share knowledge and innovations. The most recent conference was held in Kyoto, Japan, in 2024 and was hosted by the Institute of Electrostatics Japan.

The upcoming Conference on Electrostatic Precipitation (ESP) and Related Technologies aims to provide a dynamic platform for the exchange of ideas and concepts on the cutting-edge advancements in electrostatic precipitation and related sciences. This event targets professionals and researchers across various industries including power generation, cement, glass, pulp and paper, metallurgical, more. The conference will span four days, commencing with a dedicated day of ESP School, followed by three days of intensive technical presentations. These presentations will be delivered through oral sessions and poster displays. Topics : ESP Fundamentals and Applications: Industrial ESP Experience and Case Studies ESP Operation and Maintenance Numerical Simulation for ESP Modelling New ESP Techniques Power Supply, UV, Laser Aerodynamic Effect Air Purification Bio-Aerosol Collection Fabric Filter, Filtration Safety & Risk Management for Electrostatics

The conference has a long tradition of providing an international forum for experts to present and discuss the latest developments in the application of pollution control by means of Electrostatic Precipitation and Fabric Filters. This meeting offers technical presentations about both new research and practical solutions. Challenging tasks like collection efficiency improvements combined with energy saving technologies will be presented and discussed.