The project involves the design/construction of a drinking water supply system with a capacity of 15,000 m3 per day and includes the construction of a drinking water treatment plant and the installation of a 6.5km cast-iron distribution pipeline with a diameter of 700 mm.
This design-build contract covers the construction of a drinking water treatment plant and transfer pipelines. The supply system will ultimately provide drinking water to more than 1.5 million people living in the north-east of Phnom Penh.
The project involves the design, construction, operation and maintenance over 5 years of phase 1 of a wastewater treatment plant. With a peak capacity of 34,000 cubic metres per hour, the pumping station includes biological treatment, disinfection, sludge treatment, odour treatment, and a connection to the city’s sewage system. The plant will provide wastewater treatment services for some 1.4 million people in the Nhieu Loc-Thi Nghe basin and a portion of District 2 of Ho Chi Minh City.
This is a project to renovate the Chamkar Mon water treatment plant, located in the heart of the Cambodian capital. After the demolition of the existing plant, a new one was designed and built to increase the daily production capacity from 20,000 m3 to 52,000 m3.
In its 17-year partnership with the National Water Commission, VINCI Construction Grands Projets has been active on projects designed to provide people in Jamaica with improved access to water resources over much of the island, including the northwest parishes, in Negril, Lucea, and Montego Bay for drinking-water production and distribution systems, in Kingston for Constant Spring, Seaview Mona & Hope and in Falmouth and Ocho Rios for treatment-plant upgrades, at Port Antonio for a multi-use urban network (drinking water, wastewater, and drainage), and for wastewater treatment plants at Boscobel and Elletson Flats. We provide services at all stages of the water-management cycle, including modular solutions that meet specific client and local needs. VINCI Construction Grands Projets has had a hand in no less than 80% of Jamaica’s water production, including raw river water and groundwater table intake, various treatment processes, storage, supply, and distribution to consumers, along with water-network management, invoicing systems for consumer use, and water purification prior to its return to the environment.
The Cork wastewater treatment and mud-recycling plant, located at Carrigrenan at the very tip of the verdant Little Island peninsula at the mouth of the Lee River and 15 kilometres east of Cork, was upgraded to serve a population of 250,000. The plant is the final component in the city’s water-sanitation network. VINCI Construction Grands Projets led the civil-engineering mandate that includes 16 hydraulic storage tanks, 10 reinforced-concrete transfer chambers, 7 buildings, 23,000 m3 of concrete, and 3,800 tonnes of steel. The plant was opened in January 2004.
In 2014, VINCI Construction Grands Projets signed its first contract in the Dominican Republic with the Instituto Nacional de Aguas Potables y Alcantarillados (INAPA).
The goal was to design and build a wastewater treatment system in the cities of Monte Cristi, Neiba, Azua, San Jose de Ocoa, San Cristóbal, and Villa Vasquez.
This design-construction project, covering 6 cities, consists of the design of 400 km of sewerage systems, 10 pumping stations, 5 lagoon water treatment systems and 1 activated sludge water treatment system.
The project also includes the installation of a 54-km sewerage system, the construction of three pumping stations (270, 170 and 11 m3/hour) and a lagoon water treatment system. In Villa Vasquez, it involves constructing a 36-km sewerage system, one pumping station (270 m3/hour) and a lagoon water treatment system. In San Cristóbal, the project consists of the construction of an activated sludge water treatment system. Finally, with the assistance of WMI (VINCI Construction Grands Projets subsidiary), we have the task of establishing a technical diagnosis for drinking water supply.
In operation since 1976, the Marne Aval (downstream) SIAAP water treatment plant in Noisy-le-Grand was entirely modernised in 2009. This wastewater treatment plant is compact, modern and highly advanced technologically. It features the most stringent techniques for high environmental quality in the construction sector. So, this modernisation doubles the wastewater treatment capacity of the Marne Aval plant and reduces the space required.
In order to supply the City of Faisalabad with drinking water, we were mandated by Pakistan’s Water and Sanitation Agency to increase drinking-water production capacity, renovate, improve, and expand the supply and distribution network, and optimize network performance. As part of a public utility project to supply an entire section of the city with water, this new treatment plant is designed to operate 24/7.
VINCI Construction Grands Projets has participated in the modernisation of the Brussels South filtration plant, which was opened in 2000. The project, including the implementation of an entirely new water, sludge, and odour treatment equipment, is now able to significantly improve the quality of the water treated, especially on nitrogen and phosphorus, for 25% of the wastewater in the Brussels region.