NETPORE

🚨 Call for Abstracts! Share your research. Shape the future. Submit your work to #NETPORE2025 👉 netpore2025.eu Let’s advance porous materials together! 💡🧪 #MaterialsScience #PorousMaterials #CallForAbstracts #ScienceConference

🧪 Don’t miss our next #NETPORE webinar! 📅 April 17 | 🎙️ Francisco Javier Fernández Alonso (UAM, 🇪🇸) 📖 "Nanostructured metal oxides for environmental applications" Join us to explore cutting-edge materials for a cleaner future! #Nanomaterials #Research

🌟 Exciting News! Join us for a FREE webinar on March 13th with Alexander Laikhtman from Holon Institute of Technology (Israel)! 🗓️ Topic: "Multilayer tungsten disulfide nanoparticles for energy-related applications and as breath sensors" Don't miss out! #Nanotechnology

Join us on an exciting event into the future of #porous materials at the International Conference on Porous Materials & Technology (#Netpore2025). 🗓️September 16-18, 2025 • Tarragona (Spain)

Join us for the NETPORE Webinar on December 12 featuring Olena Okhay from the Department of Mechanical Engineering, University of Aveiro, Portugal! Topic: "Porous Aerogels of Reduced Graphene Oxide for Energy Storage." Don't miss out on this FREE and highly interesting session!

🌟 Exciting news! Join us for the NETPORE Webinar on November 14th! Célia Tavares de Sousa from UAM, Spain, will be discussing "Template-Assisted #Nanofabrication of Porous Materials for #Energy and #Biomedical Applications." Don't miss this opportunity to learn from an expert!

NANO-SIZED HONEYCOMBS youtu.be/JO75uAzfRnY?feature… via @YouTube

CREANDO NANO-PANALES DE ABEJAS youtu.be/TM2NPDWcznw?feature… via @YouTube

📆NETPORE Summer Training School (Ankara, Turkey: July 08-11, 2024) The main objective is to provide young researchers with fundamental training on the production, characterization, and application areas of various #porous materials such as #silica, #titania, and #alumina.

Join us on June 13 for a @COST_NETPORE webinar by Ljiljana Suručić from @UniverzitetBL with the talk "Synthesis, Functionalization, and Modeling of Crosslinked Macroporous Copolymers Based on Glycidyl Methacrylate for Heavy Metal Sorption in Aqueous Solutionss"