$750M of New Flagship Contracts for Veolia in Water Technologies for Energy and Semiconductors, Reflecting the Success of Its Strategic Positioning

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PARIS, May 07, 2025--(BUSINESS WIRE)--Regulatory News:

As a global leader in Water Technologies, Veolia (Paris:VIE) confirms the success of its strategic positioning in this dynamic market, with several key contract wins announced in the first quarter of 2025, including two major ones in energy and semiconductors, corresponding to its priority offers, and to a series of strategic contracts for the implementation of sulfate removal technologies from injection water to optimize the efficiency of oil operations. These gains located in Brazil, the United States, and the United Arab Emirates represent a total amount of more than 750 million dollars.

Water management for the semiconductor industry in the United States

Ultrapure water for key industrial sectors, such as microelectronics, is one of the five priority offers identified by Veolia for the development of its Water Technologies. With this $550M contract, Veolia commits to the design, construction, and operation for 16 years of a state-of-the-art facility to treat water and wastewater from a semiconductor manufacturing plant in the Midwest. It will be equipped with the latest generation of ultrafiltration and reverse osmosis membrane technologies, including ZeeWeed™ hollow fiber membranes, and will be able to recycle about 8,000 m3 (2.1 million gallons) of water per day.

This contract fully aligns with Veolia's growth strategy in the United States, driven by underlying trends such as the relocation of industrial production, and actively supports the re-establishment of semiconductor production in the country.

Production of biomethane from wastewater in San Francisco

As part of a $34M contract, Veolia will equip the Southeast wastewater treatment plant in San Francisco, United States, with its MemGas™ technology which purifies raw biogas from the anaerobic digestion process into biomethane. This essential facility, which currently treats about 80% of the city's combined stormwater and wastewater, averaging 215,800 m3 (57 million gallons) per day, is thus transforming into a resource recovery center capable of turning wastewater treatment by-products into decarbonizing local energy (68 GWh/year). At the end of the process, the biomethane will be injected into the Pacific Gas & Electric network, which provides natural gas and electricity services to around 16 million people, thus contributing to the City of San Francisco's greenhouse gas emission reduction targets.

The system will be operational by January 2027 and will allow for the total recovery of the biogas generated by the Southeast station.