Haliotis 2: Wastewater recovery and treatment complex
May 19, 2023
In April the future, next-generation wastewater recovery and treatment complex for the Métropole Nice Côte d’Azur “Haliotis 2” was presented. Christian Estrosi, Mayor of Nice, President of the Métropole Nice Côte d’Azur and Deputy President of the Région Provence-Alpes-Côte d’Azur and Sabrina Soussan, Chairman and CEO of SUEZ, presented the (to this point) largest project in France and one of the largest in Europe.
Representing a market of €700 million, the new plant will meet future environmental and health standards, as well as the future needs of the community. It will treat the wastewater of 26 municipalities, representing 680,000 residents.
Haliotis 2 will be a true European hub for advanced “all-in-one” technologies working toward the ecological transition to treat and reuse wastewater, eliminate all types of pollutants including microplastics, treat sewage sludge and sand, and improve air quality, all while generating new renewable energy sources (biomethane, solar, heat and cold for buildings).
“Water resources are a major issue of our time, especially for our region. It is our duty to do everything possible to safeguard it. This future complex, a first in France, will allow us to meet the challenges of the coming decades and keep our metropole ahead of the game. It will play an important role in achieving the objective of our Climate Plan, which aims to reduce our greenhouse gas emissions by 55% by 2030 and achieve carbon neutrality by 2050,” said Christian Estrosi.
Wastewater recovery in Nice
The water treatment performance of Haliotis 2 will exceed sanitary standards with nearly 90% of microplastics being eliminated by the plant. It will have an industrial unit for the reuse of treated wastewater capable of recycling 5 million cubic meters of water per year, which is enough to water the green spaces and clean the roads of the city of Nice.
Haliotis 2 will also have exemplary energy credentials as it will help to decarbonize the region. It will produce four times the energy that it consumes today. It will enable optimal energy recovery of sludge from wastewater treatment and produce sufficient biomethane for 11,000 homes, or the equivalent of 290 buses. The additional energy potential of dried sludge will be fully exploited at the Ariane energy recovery unit in Nice via its heating network. Lastly, the heat potential of treated wastewater will be exploited via the heating network irrigating the airport and the Grand Arénas district.
“Haliotis 2 demonstrates the visionary ambition of the Nice Côte d’Azur Métropole in favor of ecological transition and SUEZ’s ability to design and develop large-scale projects. Haliotis 2 will be an environmental benchmark. It will combine the reduction of microplastics, the reuse of treated wastewater and the production of green and local energy. A technological performance that meets the challenges of the coming years in terms of water quality, the circular economy, and decarbonization.” Sabrina Soussan, Chairman and CEO of SUEZ
The project also aims to create a remarkable urban-rural hybrid landscape at the entrance of the city with 4.5 hectares of biodiversity composed of 600 trees, colorful hedges, and shrubs. Work is scheduled to begin in the second half of 2024, with entry into service taking place gradually between 2025 and 2030. This phasing will ensure the continuity of the public water treatment service throughout the duration of the project.
More News and Articles
Aug 28, 2024
News
ITpipes Secures $20M to Transform Water Infrastructure Management
ITpipes announced it has secured $20 million in equity financing from Trilogy Search Partners and Miramar Equity Partners.
Known for its trusted and user-friendly platform, ITpipes …
Aug 26, 2024
News
Professor Dr.-Ing. Dietrich Stein
With deep sadness we announce the loss of our founder and partner Prof Dr Dietrich Stein at the age of 85.
Engineers around the globe are thankful for his dedication to the inventions in the fields of sewers, …
Aug 26, 2024
News
PPI Releases New Installation Guide for PE4710 Pipe
PPI’s MAB-11-2024 Covers HDPE Water Pipelines Up to 60-in. Diameter and 10,000-ft Long Pulls
Developed by the Municipal Advisory Board (MAB) – and published with the help of the members of the …
Aug 23, 2024
News
Faster wide-scale leak detection now within reach
Mass deployment of connected leak loggers is being made possible by the latest technology, writes Tony Gwynne, global leakage solutions director, Ovarro
Water companies in England and Wales are …
Aug 21, 2024
News
Kraken awakens customer service potential in water
The innovative customer service platform Kraken has made a successful transfer from energy to water. Ahead of their presentation at UKWIR’s annual conference, Portsmouth Water chief executive …
Aug 19, 2024
News
Predicting the toxicity of chemicals with AI
Researchers at Eawag and the Swiss Data Science Center have trained AI algorithms with a comprehensive ecotoxicological dataset. Now their machine learning models can predict how toxic chemicals are …
Aug 16, 2024
News
Goodbye water loss: Trenchless pipe renewal in Brazil
Pipe renewal in Brazil
How do you stop water loss through leaks in old pipe systems without major environmental impacts and restrictions? The answer: with trenchless technology, or more precisely …
Aug 14, 2024
Article
Impact of high-temperature heat storage on groundwater
In a recently launched project, the aquatic research institute Eawag is investigating how the use of borehole thermal energy storage (BTES) affects the surrounding soil, the groundwater …
Aug 12, 2024
News
Watercare completes East Coast Bays sewer link
Watercare has successfully finished the final connection on the East Coast Bays link sewer at Windsor Park in New Zealand.
Much of the East Coast Bays sewer link was installed using horizontal directional …
Aug 09, 2024
Article
Innovative water solutions for sustainable cities
Cities need to become more sustainable and use their water resources more efficiently. Managing water in local small-scale cycles is one possible solution. A new white paper by Eawag, the University …
Aug 07, 2024
Article
How digital technologies contribute to universal drinking water
Digital water technologies have an important role in ensuring universal access to safe drinking water by 2030, that is according to a new report from the World Health Organisation. …
Aug 05, 2024
News
Knowledge transfer on sustainable water infrastructure in India
India’s fast-growing cities need an efficient infrastructure for water supply and wastewater disposal. A research cooperation, is therefore supporting the development of a sustainable …
Contact
gwf Wasser|Abwasser, Vulkan-Verlag GmbH
Charlotte Quick
Editorial
Friedrich-Ebert-Str. 55
45127 Essen
Germany
Phone:
+49 201 82002 0
Fax:
+49 201 82002 40