Veolia Water to Build and Operate New Wastewater Treatment Plant in France
Source: 
Veolia Water

Plant will meet the requirements of European directive on the "good ecological status" of water

The Lille, France, metropolitan area has awarded Veolia Water the contract to reconstruct the Marquette-lez-Lille wastewater treatment plant, the biggest such facility in northern France. The new treatment plant will be built on the site of the previous one, which is now obsolete. Project design and construction has been awarded to a consortium headed by OTV France Nord, a Veolia Water subsidiary, and comprising Norpac, Dematieu & Bard, Amodiag, Bonnard & Gardel and ALH (Alain Le Houedec, architect).

Work will begin in mid October and will last a little over four years. It will generate cumulated revenue of €75 million for Veolia Water. Operation of the plant will start on Jan. 1, 2011. Veolia Water will be the operator under a contract of almost six years that will generate estimated cumulative revenue of €28 million.

All the civil engineering structures needed to obtain good ecological status of water, which will be required by 2027, will be in place by February 2013, when the new wastewater treatment plant will become operational. The new sludge treatment process will follow by 2015 at the latest.

The new plant will have the capacity to treat wastewater from an equivalent population of 620,000, and will have two separate treatment trains, one for wastewater (2.8 cu meters per second) and one for storm water (5.3 cu meters per second). Proven technical solutions will be used, such as the Multiflo and Actiflo settling processes, and Hybas biological treatment, which combines the best of the two technologies: the activated sludge process and the fixed culture process.

For sludge treatment, the implementation of Exelys, a new thermal hydrolysis process from OTV, will reduce the quantity of sludge produced by 20% to 40% and increase the production of biogas by 15% to 30% compared to a standard digestion. After being dried and stored, half of the sludge will be used in agriculture and the other half in cement works.

As the Marquette-lez-Lille plant is in a densely populated urban area, particular care has to be taken in dealing with odors. Veolia Water’s offer includes full control over odor emissions, and their treatment and monitoring.

The future plant is part of a program to evolve toward sustainable development solutions, and its carbon balance has been established with the Carbone 4 design bureau. The balance is based on three points: reduce the use of fossil fuels, generate energy and respect Veolia Environnement’s environmental commitments through OTV’s Ecolia 21 plan.

Located on a natural islet of 15 hectares surrounded by the Roubaix canal, the plant also offers the opportunity of creating a major environmental project for the Lille area. The overall layout for the civil engineering structures sets aside seven hectares of land for a garden to be planted with mainly local species that will reflect the area’s biodiversity.

To symbolize this goal, the entrance to the plant will open onto two facades designed by Patrick Blanc, the “artist botanist” who is a researcher at CNRS, France’s national center for scientific research, and a specialist in subtropical forest plants. Blanc is the inventor of the vertical garden concept and has designed hundreds of such projects around the world, including the Quai Branly Museum and Pershing Hall Hotel, both in Paris).

Under the guidance of Alain Le Houedec, the consortium’s architect, the building's architecture will focus on blending harmoniously into its environmental and urban surroundings and will avoid all pollution and nuisance for the nearby apartment blocks.

The integration of the personnel who operate the current plant requires training them in new technologies, so OTV and Veolia Water have set up a partnership with Campus
Veolia Northern Europe, which is located close by.

The operations personnel will have the advantage of diploma-track training courses in the wastewater treatment processes that will be implemented at the new plant. In addition, students will be able to carry out their practical training at the Marquette-lez-Lille plant for the duration of the operating contract.

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