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936.
titre
Position paper: Common mistakes and solutions for a better use of correlation- and regression-based approaches in environmental sciences
auteur
Damien Tedoldi, Boram Kim, Santiago Sandoval, Nicolas Forquet, Bruno Tassin
article
, 2025, 192, pp.106526. ⟨10.1016/j.envsoft.2025.106526⟩
titre
Do suspended particles matter for wastewater-based epidemiology?
auteur
Gauthier Bernier-Turpin, Régis Moilleron, Chloé Cenik, Fabrice Alliot, Sabrina Guérin-Rechdaoui, Thomas Thiebault
article
, In press, 280, pp.123543. ⟨10.1016/j.watres.2025.123543⟩
titre
The effect of the mineral matrix during thermal analysis of polymers:Implications for microplastics characterization
auteur
Clémentine Ricard, François Baudin, Maria-Fernanda Romero-Sarmiento, Nicolas Bouton, Yoann Copard, Lucas Friceau, Victor Lieunard, Wolfgang Ludwig, Sébastien Rohais
article
, 2025, pp.107219. ⟨10.1016/j.jaap.2025.107219⟩
titre
Plastic debris dataset on the Seine riverbanks: up to 38 000 pre-production plastic pellets reported per square meter
auteur
Romain Tramoy, Laurent Colasse, Johnny Gasperi, Bruno Tassin
article
, 2025, pp.111735. ⟨10.1016/j.dib.2025.111735⟩
titre
La persistance des champs d’épandage d’eaux usées de l’agglomération parisienne au cours du second XXe siècle
auteur
Etienne Dufour
article
, 2025, ⟨10.56698/metropolitiques.2174⟩
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Supervisory authorities

Member of

Roulepur project

by Daniel Thevenot, Marie-Christine Gromaire - published on , updated on

Summary presentation of Roulepur research project

Duration : 2014 - 2019

Title : Innovative solutions for the sustainable management of road runoff contamination

Project acronym : Roulepur

Lutte Contre les Micropolluants dans les Eaux Urbaines : 2014 call for research projects by ONEMA, Water Agencies and MEDDE Ministry

Partners

  • 3 research institutions :
    • Ecole de Ponts ParisTech – LEESU
    • CEREMA – DTerIF
    • Univ. Bordeaux – UMR EPOC
  • 3 local authorities :
    • Ville de Paris
    • CG 93
    • CG 77
  • 2 companies :
    • St Dizier Environnement
    • Ecovegetal

Contact : Marie-Christine GROMAIRE

Context

  • Runoff from roadways and parking lots
  • A complex matrix of micropollutants
  • Need for source control / treatment
  • Necessity to adapt the solutions to site specifics

Objectives

  • Diagnose the composition and toxicity of runoff water, identifying primary sources
  • Evaluate several innovative treatment solutions in situ in terms of efficiency (hydrology, chemistry and ecotoxicity) and sustainability (maintenance, aging)
  • Analyse the overall environmental performance through a life cycle assessment (LCA)
  • Assess solutions’ ownership conditions (social, technical and economic) and diffusion potential within the local context

Study sites

  • 4 sites in Paris conurbation
  • Contrasted pollution levels and urban contexts
  • 4 treatment facilities
    • Both nature-based and technological devices
    • Vegetative filter strip and biofiltration swale
    • Pervious, vegetated car park
    • Small, horizontal sand filter
    • Compact settling / filtration / adsorption device
  • Permeable filtering parking developped by Ecovégétal (Broué et Villeneuve le Roi)
    Ecovégétal
  • Non-infiltrating horizontal planted filters (CG93 – Rosny sous Bois)
    Marie-Christine Gromaire, LEESU, Ecole des ponts ParisTech
  • Vegetated shoulders + filtering / infiltrating ditches (CG77 – RD212 Compans)
    Marie-Christine Gromaire, LEESU, Ecole des ponts ParisTech
  • Compact decantation / filtration / adsorption device from STOPPOL 10CKF (Ville de Paris, voie George Pompidou)
    Saint-Dizier Environnement

Methodology

  • A holistic and multidisciplinary approach
  • Micropollutants studied
    • Diagnosis of road runoff contamination
      • Targeted screening: PBDE, DEHP, organotins, nickel, HBCDD, PFOS, benzotriazoles, tetrabromobisphenol A, platinoïdes
      • Non targeted screening
    • Performance evaluation of facilities
      • SS, POC, DOC, N, P, major ions, Hydrocarbons
      • Micropolluants: 12 metals, PAH, alkylphenols, bisphenolA, phtalates
      • Toxicity analysis

Tasks

  • T1. Assessment methodologies of management systems
  • T2. Monitor water composition and toxicity - Identify primary sources
  • T3. Evaluate in-situ the effectiveness of several innovative treatment solutions of different technicalities (hydrology, chemistry and ecotox)
  • T4. Analyze the global environmental performance (LCA) and the sustainability (maintenance, aging) of these solutions
  • T5.Evaluate social and technical acceptability, cost, potential for diffusion of solutions
  • T6. Valorisation and transfer of results
Marie-Christine Gromaire, LEESU, Ecole des ponts ParisTech