Bruno Sena da Fonseca has been appointed as an Expert Member of the International Scientific Committee for Stone (ISCS) under the International Council of Monuments and Sites (ICOMOS).
This work by Gabriel Carvalho showcases the development of nano-structured electrodes for green hydrogen production via alkaline electrolysis. The synthesis method is simple and cost-effective, using highly active metals recovered from urban mining for alkaline electrolysis.
The goal of the NGS - New Generation Storage project is the development of graphene based electrodes using recycled graphite from waste batteries and improvngi their metrics (power and energy density) to be applied in new energy storage systems, namely supercapacitors.
The NGS - New Generation Storage project aims to utilize black mass, a byproduct of spent lithium-ion battery recycling, for supercapacitor applications. This initiative focuses on transforming recovered metals into high-performing electrode materials.
This research focuses on additive manufacturing of supercapacitors, where the 3D DIW (Direct-Ink Writing) printing method has been used. Recently, significant process has been made and promising results have been obtained 📈
Na Semana da Ciência e Tecnologia, o IST promoveu a iniciativa "Engenharia e Ciência vão à Escola".Marta Alves e Rui Sampaio visitaram as escolas básicas Gomes Freire de Andrade e O Leão de Arroios, onde apresentaram "Como Transformar as Plantas em Baterias, e "Limpar o Ambiente"
The CORKCAP project aims to develop environmentally friendly supercapacitors from cork-based carbon, functionalized with various metal compounds. These composites are then subjected to electrochemical and structural characterization to be utilized in the assembly of coin cells.
From November 18 to 22, CSSE will be at the European Hydrogen Week in association with HyLab - CoLAB. We are being represented by the PhD researcher Gabriel Carvalho, who develops novel, sustainable, and high-performance nano-structured electrodes for hydrogen production.
In the HEALCap project, we work with the development of new smart materials for supercapacitors that operate in aqueous-based solutions.
This work was presented at the PhD Open Days, on the 4th and 5th of November 2024 at Técnico Innovation Center.
https://t.co/aY4MgCc6To
Fernando Antunes, CQE researcher from @cienciasulisboa , received the Innovation Merit Award 2023 at the CIÊNCIAS Research & Innovation Day 2024 💡🏅
Jules Thibault Aeby participates in the project ISOP. His PhD aims to assess the behavior of corrosion resistant alloys in supercritical CO2 for heat exchangers in thermal powerplants, studying the materials through different electrochemical and metallographic methods.
Our researchers participated in the IMS Open Day last Friday, October 18, at the University of Coimbra 🎓
It was a valuable day of engaging with fellow researchers and sharing knowledge.
Registration is now open!
Webinar on Scientific Writing, dedicated to Revising & Reviewing scientific articles, organized by Elsevier & YoungEFC
Please, save the date November 27, 2024 - 10:00 (CET)
https://t.co/bZlyRTcK3H
The CORKCAP project aims to develop eco-friendly supercapacitors. It encompasses the production of carbon from cork to form composites with manganese oxide and subsequent electrochemical and structural characterization. 🔬
#supercapacitors#greenchemistry#energystorage#cork
In the NGS - New Generation Storage project, we are working on identifying key parameters to determine the State of Health of lithium-ion batteries of electric vehicles using Electrochemical Impedance Spectroscopy as a study technique🔋🚗
Stay tuned for updates! ⚡️
One of our Doctoral candidates, Mayra Akhtar, working on anticorrosion coatings for supercritical carbon dioxide power systems, participated in iSOP project workshop held at Universidad de Sevilla.
#Tecnico#CSSE#HorizonEurope#Decarbonisation#CleanEnergy#ISOP