Professor of Applied Chemistry, Okayama University, Japan
Conference Starts in:
Microfluidics offers remarkable potential for transforming chemical processes. Fluids confined in microchannels exhibit well-ordered flows, and heat exchange inside and outside the channels occurs extremely rapidly. This enables efficient chemical reactions and the on-demand production of materials, minimizing excess energy consumption and waste generation. A key advantage of microfluidics is the ability to control the flow within channels to precisely construct liquid-liquid interfaces between immiscible fluids. This controlled interfacial flow can stimulate interphase mass transfer, inducing phase separation and phase transitions while maintaining the desired interface structure. As a result, microfluidics enables the precise fabrication of materials such as monodisperse droplets, particles, and capsules. Additionally, stable jet flows formed within microchannels allow to produce fine fibers. Here, the solution properties and fluid delivery conditions are critical operational factors. It is essential to focus on the relationship between channel structure and fluid flow, solid precipitation behavior induced by rapid mass transfer, and fluid deformation under high shear fields to explore material fabrication unique to flow processes. In this lecture, I will share our research and development efforts in utilizing flow-driven precise preparation and innovative design of advanced materials.
A huge thanks to all our amazing partners. We couldn’t have a conference without you!
If your company is interested in sponsoring Eventry Conference this year, we’d love to hear from you. Send us a quick email and we’ll get right back to you with some more information and our sponsorship brochure
Location that you'll be looking for
More information about coming to Baku, VISA and Transportation can be found here.