Waste Water

Wastewater management is a major challenge for environmental protection, public health, and the efficient use of water resources. In France, around 80% of the population is connected to a collective sanitation network, which transports wastewater to treatment plants where it is purified before being discharged or reused in various sectors (agriculture, industry, etc.).

At BAYARD®, we provide solutions tailored to every stage of the wastewater cycle. From collection to treatment, we supply valves, check valves, air valves, and fittings specifically designed to ensure reliable, durable, and high-performance networks.

Optimizing Wastewater Collection and Treatment

The management of sewer networks and treatment plants relies on high-quality infrastructures. In France, nearly 1 billion cubic meters of wastewater are treated every year, and treatment facilities generate 3 to 4 million tons of sludge annually, which is then reused through composting, energy recovery, and other applications.

Minimizing clogging risks and ensuring smooth flow—even in highly contaminated environments—is essential. Our equipment, manufactured with corrosion-resistant materials, is designed to meet these demanding conditions and guarantee uninterrupted service.

Durability and Performance at Every Stage

Water is a precious resource: in France, only 5% of the water used comes from treated and reused wastewater. However, wastewater reuse (REUT) is rapidly growing. It helps reduce pressure on drinking water resources and supports more sustainable water management.

We offer solutions aligned with this approach, including treatment systems suited for biogas plants, agricultural irrigation networks, and industrial applications. These systems help reduce drinking water consumption and optimize operational costs.

Whether for sewer networks, wastewater treatment plants, or reuse projects, BAYARD® brings its expertise to the service of sustainable, high-performance sanitation infrastructures—contributing to a more responsible and environmentally respectful future.