NEWS
Alírio Rodrigues among the Most Cited Researchers in the Shanghai Academic Ranking of World Universities
September, 2017
Alírio Rodrigues appears on the Most Cited Researchers list, developed by the Shanghai Academic Ranking of World Universities in the field of Chemical Engineering. This ranking is based on the Scopus database, providing a measure of the global research influence of each researcher in terms of paper citations.
Besides Alírio Rodrigues, four other Portuguese researchers cited in this list: Mário Figueiredo, Carlos Guedes Soares and Jorge de Brito (University of Lisbon), Vladislav Kharton (University of Aveiro).
Check the full list in the field of Chemical Engineering at:
http://www.shanghairanking.com/The-Most-Cited-Researchers-Developed-for-ShanghaiRanking-Global-Ranking-of-Academic-Subjects-2016-by-Elsevier.html
RECENT DEVELOPMENTS
PUBLICATIONS
APPROVED PROJECTS
SWMOF - Water capture from atmospheric humidity using ecological MOFs and integration with intelligent water distribution systems.
Reference: Water4All/0003/2022. Funded by: FCT – Fundação para a Ciência e a Tecnologia,
Water4All - Water4All Partnership (co-funded by Horizon Europe). Starting Date: 2024/04/01. Duration: 36 months.
ReWateR - Recovery of Wastewater Resources in Agriculture.
Reference: 82343. Funded by: “La Caixa” Foundation,
INCF - Incoming Fellowship 2023. Starting Date: 2024/04/01. Duration: 36 months.
ERA-ARE - A new ERA for Environmental Risk Assessment: Chirality as a tool towards environmentally safe pharmaceuticals.
Reference: ERC - 101039270. Funded by: European Comission,
Horizon Europe | ERC | STARTING GRANTS. Starting Date: 2023/12/31. Duration: 60 months.
NEWater - Unconventional, natural and low-energy solutions for managing water sources.
Reference: Water4All/0002/2022. Funded by: FCT – Fundação para a Ciência e a Tecnologia,
Water4All - Water4All Partnership (co-funded by Horizon Europe). Starting Date: 2023/12/01. Duration: 36 months.
RESURGENCE - Industrial Water Circularity: Reuse, resource recovery and energy efficiency for greener digitised EU process.
Reference: 101138097. Funded by: European Comission,
Horizonte Europa | Cluster 4: Digital, Industry and Space. Starting Date: 2023/12/01. Duration: 48 months.
THESIS DEFENSES
Júlia Cristiê Kessler
Supercritical CO2 extraction and continuous production of Moringa oleifera microcapsules: A scalable approach for natural-based cosmetic formulations
Supercritical CO2 extraction and continuous production of Moringa oleifera microcapsules: A scalable approach for natural-based cosmetic formulations
Lucas Zafanelli
Green Hydrogen Recovery from Natural Gas Grids by Adsorption Processes
Green Hydrogen Recovery from Natural Gas Grids by Adsorption Processes
Stephany Cunha de Rezende
Natural-Based Solid Dispersions as Technological Solutions for Innovative Food Applications
Natural-Based Solid Dispersions as Technological Solutions for Innovative Food Applications
Heloísa Helena Scorsato de Almeida
Hydrosols as antimicrobial agents for sustainable applications
Hydrosols as antimicrobial agents for sustainable applications
Patrícia Sofia Ferreira Ramalho
Selective reduction of nitric oxide (NOx) over carbon-based catalysts
Selective reduction of nitric oxide (NOx) over carbon-based catalysts
Daniela Maria Vilaça Pereira
Innovative (photo) electrocatalytic technologies for the sustainable oxidation of organic compounds
Innovative (photo) electrocatalytic technologies for the sustainable oxidation of organic compounds
Faculdade de Engenharia da Universidade do Porto
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