NES research and innovation are mostly developed
within European (e.g. FP7, H2020 and
LIFE) and national projects, funded by the European
Commission and the national Foundation for Science and Technology under
competitive calls.
On top of that, NES activity is increasingly supported
by National Initiatives (iEQTA, iAflui, GPI,
iPerdas, PASt21), an in-house developed model of collaborative projects with
researchers, IT providers and utilities – 10 to 20 in each initiative. This format
ensures a strong engagement of all parties, an effective transfer of knowledge,
methodologies and tools, a significant representativeness and a scale effect. It
is fully supported by the water utilities and the R&D partners (LNEC and
its promoting partners) allowing a cost-sharing between end-users, direct
funding for research and innovation by industry without recourse to public
funds. Further, these collaborative projects promote a problem-driven research,
consumer-oriented, with clear advantages in terms of capacity building and impact
of the project outcomes within the project consortium and broader.
NES also provides advanced consultancy in response to requests
aimed at solving specific problems of the water industry. |
Dissemination of best practices and technologies and capacity building actions are also
key-elements of our activity, and include:
- post-graduate courses (master, PhD and Post-doc), in close collaboration with universities and polytechnics across the country, namely with the Universities of Lisbon, NOVA, Algarve, Coimbra, Évora, Porto and Católica;
- academic (e.g., ERASMUS program) and professional training (e.g., Chamber of Engineers; Engineering Laboratories of Portuguese speaking countries, funded by CPLP/Instituto Camões);
- technical courses for water
professionals, many co-organized with key professional associations.
- (co)organization of national and international (periodic and
non-periodic) technical-scientific events, with key R&D institutions and associations,
especially with IWA – International Water Association (the biennials World
Water Congress, LESAM, REUSE, EFFICIENT, etc.), APESB (the biennials ENaSB,
SILUBESA) and APRH - Portuguese Association of Water Resources (the biennials Congresso
da Água);
- intense standardization activity,
chairing the National Technical Commission on Urban Water Systems and many of
its sub-commissions, and integrating many CEN and ISO working groups.
For developing its activity, NES uses
multidisciplinary competences and a wide range of leading-edge methodologies
and equipment, such as:
- AWARE-P Infrastructure Asset
Management Planning Methodology;
- methodologies and tools for assessing
and improving the performance of the urban water services, the full cycle,
abstraction - treatment - use - drainage – interception – treatment – discharge
and/or reuse, with special focus on the water and energy efficiency;
- risk management and water cycle
safety planning framework;
- methodologies and tools for risk management and planning of safety and resilience in the urban water cycle;
- statistical tools and mathematical models of water supply, wastewater and rainwater systems, and of conventional and advanced treatment (membranes, adsorption and biofiltration) for drinking water production, treated wastewater reuse and wastewater for disposal in receiving waters;
- equipment and methods for monitoring rainfall,
hydraulic and energy variables and water quality parameters;
- equipment and methods for inspection
of domestic and stormwater sewers;
- equipment and methods for the
analysis of water;
- bench-scale (for lab screening
trials) and pilot equipment (for field demonstration) and experimental
procedures and methods for tailoring drinking water treatment and water
reclamation processes (visit Operational Units);
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methodologies and tools for benchmarking water
treatment processes.
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LIFE Fitting - Demonstration of an innovative PLAN-DO toolbox for a safer, resource efficient and fit-for-purpose wastewater treatment
LIFE Fitting aims to
demonstrate at full-scale the application of an innovative PLAN-DO toolbox for
enabling a smart discharge driven-operation, monitoring and strategic planning
of wastewater treatment plants (WWTPs) to better cope with climate uncertainty
and treated water quality challenges. The 5 tool-based toolbox will support the
development of strategies balancing a resource-efficient wastewater treatment
with a safer and fit-for-purpose treatment, adjustable to the receiving water
uses and quality requirements towards regulated and emerging contaminants, and
antimicrobial resistance. The project LIFE Fitting is co-funded by the European
Commission under the 2022 call of LIFE Environment programme, involves three
partners – LNEC, Universidade Católica do Porto and TRATAVE S.A. – and is led
by LNEC. It is a 2-year project, running from July 2023 to June 2025.
Year: 2023-2025
Accountable: Maria João Rosa
Coordinator(s):
LNEC - Laboratório Nacional de Engenharia Civil (National Laboratory for Civil Engineering)
Funding:
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ICARIA - Improving Climate Resilience of Critical Assets
ICARIA will propose a modeling framework for strategic infrastructures to increase their resilience to extreme climate events.ICARIA is an European project that aims to increase knowledge of the impacts of natural disasters on strategic infrastructures in different sectors such as water, energy and transport, has recently been launched.
Year: 2023-2026
Accountable: Rita Salgado Brito e Maria Adriana Cardoso
Coordinator(s):
AQUATEC - Aquatec Proyectos Para El Sector Del Agua, SA
Funding:
financiado pelo programa Horizonte Europa da Comissão Europeia no âmbito da Missão Europeia de Adaptação às Alterações Climáticas
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UP2030 – Urban Planning and design ready for 2030
UP2030
aims to guide cities through the socio-technical transitions required to meet
their climate neutrality ambitions. It will do so by enabling a quantum leap
from "business as usual”, project–by-project decarbonisation approach to a
vision-driven, strategy-based approach that is anchored on sound project and
renewed policy development.
Year: 2023-2025
Accountable: Maria Adriana Cardoso
Coordinator(s):
Fraunhofer Gesellschaft Zur Forderung Der Angewandten Forschung Ev
Funding:
Co-funded by the European Union. This project has received funding from the Horizon Innovation Actions under the grant agreement n° 101096405
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Water4All-Water Security for the planet
The Water4All Partnership - Water Security for the Planet - is co-funded by the European Union within the frame of the Horizon Europe programme (a key funding programme for research and innovation). The Partnership duration is for seven years from 2022. The objectives are to tackle water challenges as means to face climate change, help to achieve the United Nations’ Sustainable Development Goals and boost the EU’s competitiveness and growth.
Year: 2022-2024
Accountable: Helena Alegre
Funding:
CE - H2020
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B-WaterSmart - Accelerating Water Smartness in Coastal Europe
B-WaterSmart is a H2020 project
submitted to the call "CE-SC5-04-2019 - Building a water-smart economy
and society" by ARC (European Water Research Institutes) and
funded by the EC in 15 M€. It enroles 35 EU
partners, is coordinated by IWW (Germany) and is structured in
8 Work Packages. WP1 - "Co-create & demonstrate systemic
innovation in six living labs" is coordinated by
LNEC. It is grounded on 6 living labs in 6 EU
cities or regions: Alicante (Spain), Bodø
(Norway), East Frisia (Germany), Flandres (Belgium), Lisboa
(Portugal) and Venice (Italy). LNEC is the scientific
mentor of the Lisbon Living Lab.
It is a 4-year project, running from
September 2020 to August 2024. Video
Year: 2020 a 2024
Coordinator(s):
IWW - Rheinisch-Westfalisches Institut Fur, Wasser Beratungs-Und, Entwicklungsgesellschaft Mbh
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CML-GC –– Structured assessment of large sewers in the city of Lisbon
This
project aims at the development and application of a methodology for the
structured assessment of large sewers in the city of Lisbon, with cross
sections that can reach more than 5 m in height, some of which have been in
operation for more than 70 years.
Year: 2021-2024
Accountable: Maria do Céu Almeida e Rita Salgado Brito
Coordinator(s):
LNEC - Laboratório Nacional de Engenharia Civil (National Laboratory for Civil Engineering)
Customers:
CAMARA MUNICIPAL DE LISBOA
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EMPOWER+ Engineered and reusable nanoporous carbons for advanced water treatment
Water treatment improvement is mandatory to face current water quality challenges, being a focus of EU societal challenges. The upmost challenge for water treatment is related with the presence of organic matter (NOM, linked with climate changes) and micropollutants in raw water, e.g. taste and odour compounds or pharmaceutical compounds, that resist to conventional treatments. Activated carbon adsorption is considered one of the best available technologies to control these contaminants. The main objective of the EMPOWER+ project is to develop new high-performing granular (GACs) and powdered (PACs) activated carbons and reusable magnetic PACs, prepared by physical activation of pine nut shells, for enhanced water treatment. EMPOWER+ is funded by Fundação para a Ciência e a Tecnologia, having as partners Faculdade de Ciências da Universidade de Lisboa (FCUL/CQE/FCiências.ID), Laboratório Nacional de Engenharia Civil (LNEC/DHA/NES) and Merck KGaA/Millipore Sigma (Germany/USA).
Year: 2021-2024
Funding:
Fundação para a Ciência e a Tecnologia (FCT)
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SINERGEA - Intelligent System to support the efficient use of resources and the inundation and coastal contamination emergency management in coastal cities
The R&D SINERGEA Project targets an intelligent platform for decision support of the integrated and optimized management of energy, bathing water quality and inundation in coastal cities.
Year: 2022
Coordinator(s):
Siemens
Funding:
Lisboa 2020, CRESC ALGARVE 2020, PORTUGAL 2020, União Europeia - Fundos Europeus Estruturais e de Investimento
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Avaler+ Assessment of energy efficiency and sustainability in urban water systems
Urban water systems need energy for collecting, transport, pumping, treating and reusing water. In Europe, the energy required to collect and transport, pump and treat represents 2.6% of electricity consumption, which might seem low, but it represents 30-40% of municipal energy bills. Therefore, efficient water management and energy efficiency measures can significantly contribute to energy savings, helping to achieve Europe’s 2020 energy efficiency targets. Avaler+ aims at developing a clear, comprehensive and straightforward application framework for assessing energy performance in drinking water supply systems, wastewater, and rainwater systems. This framework will support participating utilities in diagnosis, decision-making and monitoring the impact of energy efficiency measures.
Year: 2018-2021
Accountable: Dália Loureiro
Coordinator(s):
LNEC - Laboratório Nacional de Engenharia Civil (National Laboratory for Civil Engineering)
Funding:
Portuguese Innovation Support Fund (FAI)
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RESCCUE – RESilience to cope with Climate Change in Urban arEas – a multisectorial approach focusing on water
The main objective of RESCCUE is to provide practical and innovative models and tools to end-users facing climate change challenges to build more resilient cities. The project will provide tools to assess urban resilience from a multisectorial approach, for current and future climate scenarios and including multiple hazards. This holistic approach to urban resilience will enable city managers and urban systems operators to decide the optimal investments to cope with future situations.
Year: 2016
Coordinator(s):
Aquatec, Suez Water Advanced Solutions
Funding:
Horizonte 2020 - União Europeia
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iAFLUI - UNDUE INFLOWS 2019|2021, 2nd edition
Undue inflows have been identified as one of the main problems of
wastewater and stormwater systems. Undue inflows contribute largely to
an unsatisfactory performance, despite the high investments that have
been made in these systems. This is acknowledged as a cross-cutting
problem affecting hydraulic, environmental and economic performance,
with a significant impact on operating costs.
Year: 2019/2021
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AGIR - Assessment of water and energy efficiency in collective irrigation systems
Agriculture and public water supply are the primary sources of pressure on renewable water resources. For higher water and energy savings in irrigation, it is essential an efficient management of collective irrigation systems (CISs) for water storage, transport and distribution to farmers. However, unlike the urban water systems, there is a lack of an integrated approach that quantifies water and energy inefficiencies, identifies critical areas and supports planning and monitoring improvement measures in those infrastructures.
Year: 2017-2021
Accountable: Dália Loureiro
Coordinator(s):
Fenareg
Funding:
Rural Development Programme (PDR2020)
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iEQTA – National Iniciative for Energy and Water Quality and Treatment
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LIFE IMPETUS - “Improving current barriers for controlling pharmaceutical compounds in urban wastewater treatment plants”
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Sharing Network - Water and Energy in the City Initiative (iCitage)
The SHARING NETWORK of the iCitage Initiative was intended to support urban water utilities in the definition of actions to overcome barriers in the implementation, monitoring and review of various management plans - infrastructure asset management (IAM), water losses management and undue inflows management - and in the interconnection between these plans, ensuring the continuous improvement of the service.
Year: 2018
Accountable: Rita Salgado Brito
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LIS-Water – Lisbon International Centre for Water, a centre of excellence on public policies, regulation and management of water services and resources
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MOLINES - Modelling floods in estuaries. From the hazard to the critical management
Some of the world most densely populated cities are located in estuarine low-lying areas facing a high risk of inundation with a potential for significant economic costs. The hazards associated with these processes arise from the particular characteristics of those environments, as linking zones between river and ocean systems, and increasing human activity in their marginal and surrounding areas. This point is emphasized by the World Disaster Report that focuses on urban risk, as well as by the European Union's strategy for prevention of natural and anthropic disasters.
Year: 2013-2015
Coordinator(s):
LNEC - Laboratório Nacional de Engenharia Civil (National Laboratory for Civil Engineering)
Funding:
Fundação para a Ciência e a Tecnologia (FCT)
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iPerdas 2016 - National Initiative for Water Losses and Energy Management 2nd Edition
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LIFE Hymemb – Tailoring hybrid membrane processes for sustainable drinking water production
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DEMOCON – Monitoring and Control of Decentralized Wastewater Treatment Plants
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MARSol - Demonstrating Managed Aquifer Recharge as a Solution to Water Scarcity and Drought
The main objective of MARSOL is to demonstrate that MAR (Managed Aquifer Recharge) is a sound, safe and sustainable strategy to storage the excess of water in aquifers to be recovered in times of shortage. This contributes to improve inter-annual water resources management, as well as to solve groundwater quality problems.Videos available for MARSOL demo site 2 Algarve, Portugal:
Accountable: Teresa E. Leitão
Coordinator(s):
TUD, Darmstadt Technical University, Prof. Dr. Christoph Schüth
Funding:
Comissão Europeia, 7.º PQ da UE, call WATER-INNO-DEMO, European Union Seventh Framework Programme (FP7/2007‐2013), call WATER-INNO-DEMO
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iGPI 2015 - National Initiative for Infrastructure Asset Management
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LDMICROBIOTA – Mechanisms of loose deposits microbiota effects on the quality of chlorinated distribution systems water
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AQUAGIS-Mon – Autonomous robotic platform for surface water bodies monitoring
The R&D Project aims to
development an autonomous catamaran vessel for surface water monitoring,
configurable enough to deal specifically with the Water Framework Directive
(WFD) monitoring requirements (European Commission, 2003) established in the
European River Basin Management Plans (RBMP).
Since the fixed monitoring
sites can only offer a restricted sampling of the water body conditions, we
have developed an innovative autonomous robotic vessel capable to observe and
measure water quality and hydromorphological elements on rivers, estuaries and
reservoirs. This platform was conceived to be used in narrow (a few meters) to
large systems and in a variety of depths, having the ability to monitor
obstacles and handles sharp bathymetric, geometric and hydrodynamic variations.
Year: 2013
Coordinator(s):
AMBISIG
Funding:
European Regional Development Fund, Compete, QREN
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TRUST – Transitions to the Urban Water Services of Tomorrow
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SI-GeA – Intelligent Support System for the Advanced Management of Urban Wastewater Systems
The R&D project SI-GeA aims at developing an intelligent system for
monitoring and decision support in real time of all the relevant information
for the management of urban systems for sewage and stormwater, including
gravitational collectors, pumping systems and treatment plants. This
information comes from remote monitoring networks, operational data from said
networks and real-time forecasting systems of the behavior of infrastructures
and media receivers. The system will be designed to meet the requirements of
frequent use of information by managers, allowing as well the creation of
products on demand in real time.
Coordinator(s):
Siemens
Funding:
European Regional Development Fund
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SIMAI – Monitoring and warning systems in urban drainage sewer infrastructures
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CHLORIDEC – Technology for real-time monitoring of chlorine decay in water supply systems
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iGPI 2012-2013 – National Initiative for Infrastructure Asset Management
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AWARE-P – Advanced Water Asset Rehabilitation in Portugal
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PREPARED – Enabling Change
Pilot
testing of the methodology for early warning of health risks from faecal
contamination in recreational waters will be done by integration of a coupled
hydrodynamic-faecal contamination model for the Algés-Alcântara section of the
Tagus estuary with the real time CSO monitoring in the same area. The pilot
system will be prepared to provide early warnings, derived from real time now-
and forecasts contamination model simulations. Such warnings could be used as a
basis for the immediate management for reducing the health risk – and equally
important – to provide information concerning when the event is expected to be
over.
Year: 2010-2014
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AR-ÁGUA – Experimental and Numerical Modeling of Air-Water Flows in Hydraulic Structures
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WIMS – Water Intelligent Management System - LNEC support to ITRON activity in WIMS projects
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PASt21 – National Initiative for Performance Assessment of Water and Wastewater Treatment Plants
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Review of the Indicator System for Quality of Service Assessment: 4th Generation – Water Sector
The objective of
the project is to update, adapt and align the Quality of Service Assessment
system for the Water Sector's with the guidelines of the new national strategic
plan for the sector, PENSAARP2030, as well as with the latest European targets,
in the 4th generation of this assessment system of the Portuguese authority for
Water and Waste regulation (ERSAR).
Year: 2021
Accountable: Maria Adriana Cardoso
Coordinator(s):
LNEC - Laboratório Nacional de Engenharia Civil (National Laboratory for Civil Engineering)
Funding:
The Portuguese Water and Waste Services Regulation Authority (ERSAR)
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GPI-CML –– Collaboration with CML in the development of IAM
Collaboration with the Lisbon Municipality in the development of the
asset management area of the sewage infrastructure, including updating a specific
performance assessment system to align with the current external context,
training, capacity building and advice in the preparation of the asset
management plan for sewage infrastructures.
Year: 2019-2021
Accountable: Maria do Céu Almeida
Coordinator(s):
LNEC - Laboratório Nacional de Engenharia Civil (National Laboratory for Civil Engineering)
Customers:
CAMARA MUNICIPAL DE LISBOA
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Support to HCB (Hidroléctrica de Cahora Bassa) concerning the operation of Songo cooling tower
The project studied the problems of Songo cooling tower related with water quality (scaling, corrosion, biological growth) and water use efficiency (cycles of concentration). A diagnosis was made based on the information collected during a field visit and on the operation and water quality data provided by Hidroeléctrica de Cahora Bassa. An Action Plan comprising technical solutions for improvement was developed.
Year: 2018-2020
Accountable: Paula Vieira
Customers:
HCB - Hidroelétrica de Cahora Bassa
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EDIA - Forecast of investment needs in rehabilitation
EDIA - Empresa de Desenvolvimento e Infra-estruturas do Alqueva, S.A. requested LNEC support, during 2019, for the extension to the entire irrigation system of the methodology, established by LNEC in 2018, to forecast investment needs in rehabilitation, in a global and long-term perspective. In line with the asset management principles, the current value of the infrastructure was determine. Alternative courses of action for investment in rehabilitation were analyzed, regarding their contribution the service sustainability. These infrastructures (such as dams, pipelines, hydraulic pumps or mobility infrastrucuture) have very different asset typologies and useful lives.
Coordinated by the Urban Water Unit, the project included researchers from 5 LNEC departments (Hydraulics and Environment, Concrete Dams, Geotechnics, Materials and Transportation), given the multidisciplinary skills required.
Year: 2019
Accountable: Rita Salgado Brito
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Águas de Bilbao Biskaia - Desenvolvimento de GPI
Apoio ao Consorcio de Aguas Bilbao Bizkaia no seu projeto de gestão
patrimonial das infraestruturas urbanas de águas, incluindo formação,
capacitação e assessoria para a elaboração de Planos de Gestão
Patrimonial de Infraestruturas.
Year: 2017
Accountable: Rita Salgado Brito
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IAM Index - Support to ERSAR in the revision of the Infrastructural Knowledge and Asset Management Index and in the development of an ERSAR Recommendation regarding the implementation of an Infrastructure Asset Management System
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POOTN Angola - Main Options for Spatial Planning in Angola National Territory
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Collaboration in the evaluation of the structural capacity of the downstream length of Alcântara trunk sewer - SIMTEJO
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COURSE EN 13508-2 | CCTV - Assessment of sewers condition based on visual inspection WTP and WWTP performance assessment Performance assessment of water supply systems Performance assessment of wastewater drainage systems Cyanobacteria and cyanotoxins in drinking water. problem and solutions Disinfection and disinfection by-products. Problems and control strategies Urban drainage, storm drainage planning and sanitation Water quality monitoring. Parameters and laboratories Water quality and safety in supply systems Water supply networks Water and wastewater treatment. WTP/WWTP design and operation |