NES: Recent submissions

  • Accelerating water smartness by successfully implementing the EU Water Reuse Regulation 
    Conrad, A.; Müller, A.; Das, B.; Schieren, J.; Lukas, B.; Brauner, R.; Cardoso, M. A.; Rosa, M. J. (2024-12)
    D5.8 Set of Policy Briefs on Regulation and Policy Instruments outlines comprehensive guidelines and strategic recommendations to enhance the governance and regulatory frameworks for watersmart systems across Europe. This ...
  • The B-WaterSmart Innovation Alliance 
    Cardoso, M. A.; Silva, C.; Alegre, H.; Rosa, M. J.; Casals, I.; Santos, E.; Collette, R.A.; Oberdörffer, J.; Hesse, K; Wencki, K.; Neo, F.; Teixeira, P.; Perdigão, M.; Chiucchini, N.; Ragazzo, P. (2024-12)
    The Innovation Alliance (InAll) of the B-WaterSmart (BWS) project was established across the project's six Living Labs (LLs): Alicante, Bodø, Flanders, Lisbon, East Frisia, and Venice. InAll constitutes a key co-production ...
  • Final strategic agenda and implementation plan for each Llafter B-Watersmart 
    Kruse, J.; Wencki, K.; Glotzbach, R.; Santos, E.; Casals, I.; Poveda, A.; Collette, R.A.; Oberdörffer, J.; Hesse, K; Freitas, C.; Teixeira, P.; Néo, F.; Rosa, M. J.; Ribeiro, R.; Silva, C.; Ragazzo, P.; Chiucchini, N.; Ugarelli, R.; Paepe, S.; Van Bauwel, F.; Joris, I.; Nies, J.; Cauwenberg, P.; Vervaeren, H.; Raes, S.; Ruelens, A. (2024-08)
    This report contains the Living Lab final Strategic Agendas as agreed with stakeholders in the Communities of Practice and a description of their development process. Within the final Strategic Agendas, some main achievements ...
  • ICARIA Implementation plan and risk and contingency plan 
    de la Cruz, A.; Villanueva, A.; Evans, B.; Brito, R.; Bügelmayer-Blaschek, M.; Havlik, D; Quartero, A.; Sfetsos, A. (2024-06)
    This document is the third version of the Implementation Plan and Risk Contingency Plan. First, it indicates how the work of the project has been divided and organized as well as the way to evaluate if the project objectives ...
  • Energy and Carbon Balance in Wastewater Treatment Plants 
    Duarte, B. (2024-10)
    This dissertation explores energy balances and GHG emissions in WWTP, focusing on estimating the latter and understanding the roles both variables play in advancing decarbonisation and energy neutrality efforts. The primary ...
  • Balanços de carbono e energia em estações de tratamento de águas residuais em Portugal 
    Duarte, B.; Matos, J. S.; Silva, C. (APESB, 2024-11)
    À medida que a produção de águas residuais aumenta e os efeitos das alterações climáticas se intensificam, a sustentabilidade do tratamento de águas residuais torna-se uma questão mais premente. À luz da proposta de revisão ...
  • Holistic resilience methods. 
    Brito, R.; Cardoso, M. A.; Sfetsos, A.; Mendes, A.; Matos, R. S.; Oliveira, A. (2024-02)
    This deliverable focuses on the purpose, scope, and assumptions of the resilience assessment method. It presents the structure of the method and of the frameworks. Two frameworks are provided, the ICARIA RAF (Resilience ...
  • Ferramenta para previsão da remoção de micropulentes orgânicos em ETAR urbanas 
    Silva, C.; Campinas, M.; Faria, G.; Costa, C.; Rosa, M. J. (APESB, 2024-11)
    A nova diretiva europeia de tratamento de águas residuais urbanas, que se espera seja aprovada ainda este ano, vai exigir a remoção de micropoluentes orgânicos (compostos farmacêuticos e agentes anticorrosão) em muitas ...
  • "Final portfolio of training actions. Projeto B-Watersmart" 
    Almeida, M. C.; Rebelo, M.; Gervasio, I. (2024-10)
    The Technical Guide presents the 4th generation of the service quality assessment system, which abandons some 3rd generation indicators and adds new ones to respond to the latest challenges to supply services, urban waste ...
  • Challenges and opportunities to manage wastewater and rainwater in Lisbon 
    Fernandes, M.; Almeida, M. C.; Fernandes, F. (LNEC, 2024-06)
    Urban water systems are essential for public health, quality of life, and urban sustainability. Despite the progress in the last decades in managing wastewater and rainwater in urban areas, challenges persist and are ...
  • Lessons learnt from joint application of water-smartness dhasboardfor long-term strategic planning in the LLs. 
    Cardoso, M. A.; Silva, C.; Rosa, M. J.; Alegre, H.; Casals, I.; Santos, E.; Collette, R.A.; Oberdörffer, J.; Hesse, K; Wencki, K.; Neo, F.; Teixeira, P.; Perdigão, M.; Chiucchini, N.; Ragazzo, P. (2024-06)
    This milestone aims at providing the lessons learnt from joint application of water-smartness dashboard for long-term strategic planning in the LLs, within the Innovation Alliance (InAll, Task 1.4). InAll provides a means ...
  • Extract of the project data from the LIFE KPI webtool 
    Silva, C.; Rosa, M. J. (2024-03)
    The LIFE Fitting deliverable “Extract of the project data from the LIFE KPI webtool (M9) include the KPIs calculation within the first 9 months to monitor and evaluate the project impact and report in the LIFE KPI web tool. ...
  • Indicators to promote sustainable and climate resilient water management at urban natural spaces 
    Cardoso, M. A.; Fernandes, J. N.; Barbosa, A. E. (IAHR, 2024-06)
    The Horizon Europe project NATURELAB – Nature Based Interventions for improving health and well-being proposes an integrative and innovative approach to contribute to resilient communities with an emphasis on health and ...
  • Sanitary Sewer Overflow Discharges: Estimation Based on Flow Rate Measurement in Pumping Mains 
    David, L.; Martins, A.; Rodrigues, M.; Oliveira, A.; Fortunato, A. B.; Silva, O.; Ataíde, A.; Mendes, A. (MDPI, 2024-07)
    Modeling sanitary sewer overflow (SSO) discharges based on flows measured at pumping stations presents specific challenges distinct from modeling combined sewer overflow (CSO) discharges and is insufficiently studied. This ...
  • Lisbon Water Smart Living Lab 
    Rosa, M. J.; Silva, C.; Ribeiro, R.; Teixeira, P.; Freitas, C. (IAHR, 2024-06)
    The Lisbon Water Smart Living Lab (LL) was set up and is in operation in the scope of the B-WaterSmart H2020 project, with 7 partners covering the quadruple helix (science, policy, industry, and society). The Lisbon LL ...
  • Metodologia para avaliação do risco para a saúde humana associado à reutilização de água em usos urbanos não potáveis 
    Ribeiro, R.; Rosa, M. J. (Uni. Algarve, 2024-05)
    Nesta comunicação apresenta-se a metodologia desenvolvida para apoiar a avaliação do risco para a saúde humana em usos não potáveis através da sua exemplificação num projeto de reutilização de água na rega de espaços verdes. ...
  • Projeto B-WaterSmart - Gestão inteligente da água em meio urbano e o Laboratório Vivo de Lisboa 
    Rosa, M. J.; Alegre, H.; Teixeira, P.; Néo, F.; Freitas, C.; Ribeiro, R. (Uni. Algarve, 2024-05)
    Nesta comunicação apresentou-se o projeto B-WaterSmart e, em particular, o LL Lisboa, ilustrando o seu contributo para uma cidade de Lisboa, e uma Europa, mais resiliente à escassez de água e adaptada aos desafios das ...
  • A reclamation protocol for water reuse in craft beer production 
    Figueiredo, D.; Lourinho, R,; Viegas, R.M. C.; Mesquita, E.; Rosa, M. J. (2024-05)
    To build the society’s trust and acceptance of water reuse and anticipating solutions for mitigating future scenarios of more severe water scarcity, the Lisbon living lab innovation actions included a pilot demonstration ...
  • A methodology for assessing water efficiency of office buildings – application to a full-scale case study 
    Vieira, P.; Poças, A.; Dias, P.; Pestana, R. (IAHR, 2024-06)
    It is expected that, in Europe, by 2030, and in the context of climate change, water stress and scarcity will affect around half of the river basins. The buildings sector is among the top priorities in terms of efficient ...
  • Energy balances as tools for assessing carbon neutrality in urban water systems 
    Jorge, C.; Almeida, M. C.; Loureiro, D.; Cardoso, M. A.; Covas, D. (IAHR, 2024-06)
    Urban water systems are essential infrastructures for urban sustainability. According to the International Energy Agency (IEA), the water sector uses 4% of the energy worldwide. The energy cost for wastewater and water ...

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