en.Wedoany.com Reported - France's Veolia has launched two new systems for municipal and industrial water treatment—an ozone generator and a cloth filter—to address the multiple challenges posed by water quality, infrastructure performance, and environmental pressures.
One of these is the Ozonia S ozone generator, primarily designed for drinking water treatment, micropollutant removal, and water reuse applications. The equipment utilizes an ozone oxidation process to break down pollutants that are difficult to treat with conventional methods, and features a modular structure for easy expansion and redundant configuration to meet the continuous operation needs of critical facilities. In terms of energy efficiency, consumption can be reduced by up to 25% through proprietary system optimization. Furthermore, the unit offers adjustable production capacity and increased ozone pressure to adapt to varying treatment loads.
The other new product is the Hydrotech cloth filter Confidence series, which focuses on improving filtration reliability and reducing maintenance workload. The system uses pile cloth media for filtration, effectively controlling total suspended solids and phosphorus levels in the effluent, helping users comply with increasingly stringent discharge standards. Its modular filter panel design and externally accessible maintenance components reduce downtime and simplify servicing procedures. Veolia also offers a leasing program for this series of filter panels, helping operators achieve a more predictable cost structure.
This launch also reflects a general trend in the current water industry. As population growth, pollution, and climate factors place increasing pressure on water resource systems, water treatment companies and public utilities are deploying more advanced processes. The role of ozone-based oxidation technology in removing micropollutants such as pharmaceutical residues and industrial chemicals is gaining increasing attention, whereas traditional treatment processes have limited effectiveness against these substances. Simultaneously, filtration systems are being redesigned to improve operational efficiency and reduce maintenance difficulty, in order to maintain stable treatment performance against a backdrop of aging infrastructure and ever-tightening regulatory indicators. Scalability and flexibility are becoming key elements in process design, enabling water treatment facilities to adapt to flow fluctuations, water quality changes, and long-term infrastructure planning.
As the core equipment showcased at this exhibition, the combined advantages embodied by the ozone generator and cloth filter are expected to play a more significant role in the municipal and industrial sectors, demonstrating the manufacturer's exploration in balancing treatment performance, cost, and sustainability.
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