Urban Water Lab

Urban Water Lab
POLIMI

Home
About
Publications
News
Contact

Urban Water Lab

Urbanization deeply alters the water cycle processes

Research

Urbanization alters the processes of the natural water cycle, conveying water through artificial networks and natural watercourses that are often flowing in restricted riverbeds or in underground channels. Effects of urbanization are alteration of surface runoff,  evapotranspiration and infiltration, increasing also impacts on environment through water borne pollutants.

Urban water management faces several challenges. On one side, water supply systems have to cope with increasing demands and reducing availability of good quality water resources. On the other, natural and artificial drainage networks are more frequently insufficient to convey runoff, with the increase of urban flooding also due to effects of climate change. Also the impact on the environment is a concern, with natural watercourses that must meet quality standards.

Water sustainable management strategies should be based on the integration of nature-based solutions, techniques of river renaturalization and restauration and sustainable urban drainage design. Water supply should be made more resistant and resilient to changing scenarios, by encouraging the use of alternative water resources and the enhancing the use of smart optimizing techniques for water distribution.

The final goal is to build future cities that are more resilient to risks and changes, more socially inclusive, more ethical in the satisfaction of water needs and more sensitive to community vulnerability in front of global challenges. To contribute to reach these goals, we present new sustainable approaches and technical solutions for the enhancing of water processes in the urban context, through dissemination of research results, applications
to case studies, literature reviews and guidelines.

&nbsp

Activities are in the form of collaboration in research projects, consulting for public administrations and private companies, teaching activities and active participation to the organization and scientific support of congresses, conferences, seminars, and workshops.

&nbsp

Follow us on social networks to keep updated with our latest activities!

&nbsp

 

 

Our group is part of the Water Science and Engineering (SIA) section of DICA at Politecnico di Milano University.

Gianfranco Becciu

Lab head, associate
professor

gianfranco.becciu@polimi.it

Stefano Mambretti

Associate Professor

Stefano.mambretti@polimi.it

Umberto Sanfilippo

Senior Researcher associate

umberto.sanfilippo@polimi.it

Anita Raimondi

Researcher associate

anita.raimondi@polimi.it

Mariana Lobo Marchioni

Researcher fellow

mariana.marchioni@polimi.it

Franco Raimondi

PhD candidate

franco.raimondi@polimi.it

Maria Gloria di Chiano

PhD candidate

mariagloria.dichiano@polimi.it

Latest publications (indexed by Scopus)

 

Permeable Pavement Hydraulic Conductivity Indices for Rainfall-Runoff and Particulate Matter Loadings

Marchioni, M.Raimondi, A.Andrés-Valeri, V.C.Becciu, G.Sansalone, J.

Journal of Environmental Engineering (United States), 2021, 147(12), 04021064

 

Comparison of urban retrofitting scenarios for sustainable stormwater control: A case study in Milan, Italy

Raimondi, F.Marchioni, M.L.Raimondi, A.Becciu, G.

WIT Transactions on Ecology and the Environment, 2021, 250, pp. 131–142

 

Economic sustainability of small-scale hydroelectric plants on a national scale—the Italian case study

Raimondi, A.Bettoni, F.Bianchi, A.Becciu, G.

Water (Switzerland), 2021, 13(9), 1170

 

Vegetation survival in green roofs without irrigation

Raimondi, A.Marchioni, M.Sanfilippo, U.Becciu, G.

Water (Switzerland), 2021, 13(2), 136

 

Performance of Green Roofs for Rainwater Control

Raimondi, A.Becciu, G.

Water Resources Management, 2021, 35(1), pp. 99–111

 

Integrated strategies for river restoration and land re-naturalization in urban areas: A case study in Milan, Italy

Raimondi, F.Dresti, C.Marchioni, M., …Mambretti, S.Becciu, G.

WIT Transactions on the Built Environment, 2020, 194, pp. 23–34

 

Performances and uncertainty of temperature methods for illicit infiltrations and inflows assessment in storm water sewers

Sanfilippo, U.Raimondi, A.Marchioni, M.Becciu, G.

WIT Transactions on the Built Environment, 2020, 194, pp. 109–120

 

Infiltration-exfiltration systems design under hydrological uncertainty

Raimondi, A.Marchioni, M.Sanfilippo, U.Becciu, G.

WIT Transactions on the Built Environment, 2020, 194, pp. 143–154

 

Functional feasibility in optimal evaluation of water distribution network performances

Fuso, F.Cunha, M.C.Becciu, G.

Water (Switzerland), 2020, 12(12), 3404

 

Clogging potential evaluation of porous mixture surfaces used in permeable pavement systems

Brugin, M.Marchioni, M.Becciu, G., …Toraldo, E.Andrés-Valeri, V.C.

European Journal of Environmental and Civil Engineering, 2020, 24(5), pp. 620–630