Wastewater treatment
Proprietary technologies for high-capacity wastewater treatment at minimal cost
What is wastewater treatment?
Wastewater treatment is an essential process that involves the removal of contaminants from water generated by domestic, commercial, and industrial activities, transforming it into a state that is safe for release into the environment or for reuse. This comprehensive process encompasses various stages, including primary treatment of wastewater, where solids are physically separated from the liquid, and secondary wastewater treatment, which further reduces organic content using biological methods.
The advanced wastewater treatment stage may involve additional processes to tackle specific pollutants, making water suitable for recycling and reuse. Incorporating wastewater recycling into the system not only conserves water but also plays a crucial role in sustainable wastewater management, particularly in handling industrial wastewater.
Why is treating wastewater important?
Treating wastewater is crucial for maintaining environmental health and ensuring sustainable water management. The importance of wastewater treatment lies in its capacity to protect water bodies from pollution, reduce the spread of diseases, and support the ecosystem's balance.
Advanced wastewater treatement technologies: From diluted sewage to complex wastewater
We are pioneers in wastewater treatment, with an enviable track record of municipal and industrial wastewater treatment references. Our range of anaerobic, aerobic and membrane-based technologies will treat any wastewater flow or type: from diluted municipal wastewater over high-strength distillery wastewater to complex wastewater in the textile or chemical industry.
Mastering the complete treatment process
Our anaerobic and aerobic technologies will help you comply with stringent discharge regulations.
But instead of discharging, why not recovering a valuable resource? Implementing MBR technology in your wastewater treatment produces a quality wastewater ready for further treatment into process, or even drinking water, reducing tap-water dependency.
From greenfield designs to retrofitting existing plants, we look for smart solutions for every single step in the wastewater treatment technology train.
Discover more about our wastewater treatment technologies and systems:
Waterleau's Technologies
Anaerobic digestion wastewater treatment systems - BIOTIM®
Aerobic treatment systems - LUCAS® systems for wastewater treatment
Membrane Filtration - AQUALITY® Membrane Filtration
Waterleau's wastewater treatment plants and cases
Water Recovery at Belgium's largest retailer
Taif Independent Sewage Treatment Plant
A capex-free upgrade for Martens Brewery
A new treatment strategy materialized in an out-of-the-box approach and a long-term partnership.
Frequently asked questions
Why do we treat wastewater?
Treating wastewater is crucial for maintaining environmental health and ensuring sustainable water management. The importance of wastewater treatment lies in its capacity to protect water bodies from pollution, reduce the spread of diseases, and support the ecosystem's balance.
- Protects aquatic life: By removing harmful pollutants and industrial wastewater, treatment processes safeguard aquatic ecosystems, ensuring biodiversity and habitat preservation.
- Prevents disease spread: Effective wastewater management, through stages like primary and secondary wastewater treatment, eliminates pathogens, protecting public health.
- Supports water reuse: Advanced wastewater treatment and wastewater recycling make treated water available for various uses, including agriculture and industrial processes, reducing the strain on freshwater resources.
- Conserves the environment: Wastewater treatment systems reduce environmental pollution, contributing to the sustainability of natural resources and the health of the planet.
- Meets regulatory standards: Industrial wastewater treatment ensures that businesses comply with environmental regulations, preventing legal penalties and promoting corporate responsibility.
What are the main stages of wastewater treatment?
The main stages of wastewater treatment include primary treatment, where solids are physically removed; secondary treatment, which uses biological processes to degrade organic pollutants; and tertiary treatment, which further purifies the water to remove remaining contaminants. Each stage targets specific water pollutants, ensuring comprehensive cleaning of wastewater before it's discharged or reused.
What technologies are used in wastewater treatment?
Modern wastewater treatment employs a variety of technologies, including membrane bioreactors (MBRs), anaerobic wastewater treatment, aerobic wastewater treatment and reverse osmosis (RO). These advanced technologies enhance the removal of pollutants, offering high-quality water suitable for reuse in various applications, reflecting the latest in sustainable water management solutions.
Find your local contact
Our expertise is always within reach. Digital communication has cut long distances short, but we advocate the traditional way of sharing insights.
Contact us today. We are looking forward to help you reach your sustainable development goals.
