Tag: municipal water treatment

NX Filtration reports strong H1 2026 with record order intake and order book and major commercial milestones

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Hengelo, the Netherlands, 26 August 2026, 07:00 CET  HENGELO, THE NETHERLANDS – NX Filtration N.V. (Euronext Amsterdam: NXFIL), the global  provider of breakthrough hollow fiber nanofiltration membrane technology for pure and  affordable water with strong sustainability benefits, today reports its condensed interim  consolidated financial statements for the six months ended 30 June 2026.   Half year 2026 highlights  o Total revenues1 of €7.8 million, representing 19% growth compared to the first half year of  2025. Record order intake (+61% year-on-year), and 5 times larger order book than a year  ago  o…

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FRENCH WATER GIANT VEOLIA TO SUPPLY DRINKING WATER TO60% OF MUMBAIKARS BY 2030

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Water

French water & wastewater management specialist Veolia will supply 60% of Mumbaikars’ drinking water requirements by 2030. Two water treatment facilities are coming up at Bhandup & Panjrapur in the city suburbs & are expected to be operational by 2029 & 2030, respectively. It will together supply nearly 3,000 million litres per day (MLD), catering to about 60% of the city’s drinking water demand, Guillaume Dourdin, CEO & country director of Veolia India, told Fortune India.  The Brihanmumbai Municipal Corporation (BMC) had awarded a Rs. 4,124 crore contract for the…

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NX Filtration to enable reliable drinking  water production from challenging  surface water in Canada

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Hengelo, the Netherlands – 12 May 2026 NX Filtration has been selected to supply its hollow fiber nanofiltration (HFNF)  technology to Komline Pure Water, a Canadian industrial water and wastewater  treatment company. The HFNF modules will be applied in a new drinking water  project in Canada to treat challenging surface water for the Ministry of Environment  and Parks, with McElhanney acting as Engineer of Record.  The water source is characterized by highly variable quality, including elevated levels of  natural organic matter (NOM), color, and low UV transmittance. These conditions limit …

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