NEWS

Innovative water projects funded by Water4All Partnership

May 15, 2024

Two projects involving LSRE-LCM researchers have been selected for funding by the 2022 Transnational Joint Call under the Water4All Partnership. This achievement aligns with LSRE-LCM's commitment to sustainable water research. The Water4All Partnership -Water Security for the Planet- is a funding programme for scientific research aimed at addressing water challenges, combating climate change, helping achieve the United Nations' Sustainable Development Goals, and boosting the EU's competitiveness and growth. It is co-funded by the European Union under the Horizon Europe program. The general kick-off meeting of the projects approved in the first joint call of the Water4All partnership took place on the 23rd and 24th of April in Madrid.

Project 1: SWMOF - A Smart Process for Water Harvesting and Distribution

Led by Alexandre Ferreira, professor at FEUP and member of ALiCE and LSRE-LCM, the SWMOF project is set to revolutionize water production and distribution in the Mediterranean region, a vulnerable area facing increased temperatures and decreased rainfall. This 36-month project aims to optimize water distribution in small farms using cutting-edge control systems, real-time optimization, and artificial intelligence. Additionally, the project focuses on developing water harvesting technology based on eco-friendly MOFs (Metal-Organic Frameworks) to extract water from air moisture, providing a sustainable water source for these regions.

Project 2: NeWater - Natural-Based and Low Energy Consumption Solutions for Water Management

The NeWater project, coordinated by Sapienza Università di Roma, aims to integrate hybrid grey and green solutions for efficient water treatment adaptable to specific regions. Principal researcher Vítor Vilar, a member of ALiCE and LSRE-LCMis a core team member of this three-year project (2024-2026). NeWater focuses on developing water systems that maximize the recovery of value-added resources, promoting carbon-neutral services for water, nutrient, and energy reuse. The project also integrates innovative water management strategies, business models, and regulatory recommendations to catalyze a transformative shift towards a resource-efficient society.

LSRE-LCM looks forward to the impactful outcomes and contributions these projects will make toward a more sustainable and water-secure planet.

Isabel Martins Brings Science to Life at Colégio 'O Pimpolho'

May 10, 2024

LSRE-LCM researcher Isabel Martins recently visited Colégio "O Pimpolho" in Maia for a special science session with very enthusiastic 4- to 5-year-old children. The children played a fun game, guessing scents like rosemary, cinnamon, and lavender. Isabel also demonstrated and explained the process of manufacturing perfumes and detergents. Bringing science to meet children's curiosity and enthusiasm made this session a success!

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
Lucas Zafanelli
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
Heloísa Helena Scorsato de Almeida
Hydrosols as antimicrobial agents for sustainable applications
Patrícia Sofia Ferreira Ramalho
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