Nereda design capacity

  • 1554 m3/d
    Dry Weather Flow
  • 144 m3/h
    Peak Flow
  • 12700 PE
    PE (PE = 60 gBOD/d)

Project facts

  • Client
    Syndicat Mixte d’Assainissement des Sablons
  • Licensee
    SOURCES S.A.
  • Location
    Fleury, France
  • Period
    2020
  • Wastewater
    Municipal
  • Project type
    Greenfield 
  • Process configuration
    Pre-treatment + Nereda + Disc filtration 

About Fleury Nereda® WWTP – France

Fleury is in the Oise department in the North West of Paris, France.

The challenge

Fleury Wastewater Treatment Plant (WWTP) required an upgrade, to accommodate a 12,700 p.e. treatment capacity, to treat the wastewater from the 14 municipalities served by the plant. The site’s operator, Syndicat Mixte d’Assainissement des Sablons, sought a wastewater management provider to install a system that could cope with the population, but also minimise the environmental impact – a combination of efficiency, aesthetic and compactness.

The solution

After competitive tendering, Sources SA, an independent French company was selected to carry out the work. The innovative Nereda technology appealed to Sources, due to its treatment abilities and its low operational expenditure. This has led to a partnership between Royal HaskoningDHV and Sources to introduce a very compact and integrated solution for wastewater treatment in France. The Nereda technology perfectly meets Fleury’s requirements. The award-winning Nereda wastewater solution purifies wastewater cost-effectively and without chemicals, by deploying granular sludge technology.

 

France - Fleury | Royal HaskoningDHV

The outcome

Three Nereda reactors have been designed to treat the peak flow of 144 m³/hour and meet Fleury’s effluent requirements. The completed layout will minimise the plant’s impact on the rural landscape, with the incorporation of a green roof and an architectural design that blends in sympathetically with the surrounding countryside environment.

THE LOCAL BENEFITS OF THE PROJECT

  • Minimised visual impact

  • Cost effective

  • Green and sustainable

  • Greater treatment capacity

  • Increased efficiency