Membrane-based separation technologies play a critical role in addressing global challenges in water purification, wastewater treatment, resource recovery, clean hydrogen production, energy storage, and carbon sequestration. At the heart of these processes lies the fundamental understanding of transport mechanisms, which govern membrane permeance, selectivity, and efficiency. Unraveling these mechanisms is key to precisely tailoring membrane properties and designing next-generation separation technologies.

In parallel, advancements in materials science, membrane fabrication, and engineering innovations are enabling the development of novel membranes with tailored properties and enhanced separation efficiency. By integrating theory development, molecular simulations, and system-level analyses, researchers are bridging fundamental science with practical applications to push the boundaries of membrane technology.

This conference brings together experts from diverse disciplines to explore cutting-edge research on transport phenomena and advanced materials of membrane. Join us as we foster collaboration, exchange knowledge, and drive innovations toward high-performance and sustainable membrane solutions.