Industrial waste water treatment plants are used in a large variety of application to treat poluted water. We offer special know from many succeffully installed projects in various industries:
Here are some samples:
Efficient Treatment of Grinding Wastewater
Description:
Grinding wastewater from wafer production contains abrasive particles, metal residues, and chemical additives. To remove these contaminants, precipitation and flocculation are used.
WAWACS solution:
This method ensures cleaner wastewater, reduced environmental impact.
Treatment of Wash Water in Pipe Manufacturing
Description:
The manufacturing process of pipelines generates wash water that may contain various pollutants, such as oils, greases, and metal particles. Our treatment systems effectively remove these contaminants, providing a sustainable solution for water reuse or environmentally compliant disposal.
With many years of experience in wastewater treatment in pipe projects in USA, Russia, China, Greece, Abu Dhabi, and Saudi Arabia, we are well-equipped to develop tailored solutions for your specific needs.
WAWACS solution:
Our project expertise and proven treatment plants make us a trusted partner in the pipe manufacturing industry.
Wastewater from Aluminium and Magnesium Die-Casting
Description:
Wastewater from aluminium and magnesium die-casting often contains residues of release agents used during the casting process. These agents, typically chemical-based, facilitate the demoulding of cast parts and extend the lifespan of the moulds.
However, the wastewater may contain components such as
that require specialized treatment.
WAWACS solution:
Our chemical-physical treatment systems are designed to efficiently remove these pollutants, ensuring environmentally friendly disposal of the purified water.
Wash Water Recycling from Vehicle Wash using Flotation Systems
Wash water from vehicle cleaning contains oil residues, dirt particles, detergents, and suspended solids. To ensure efficient treatment and enable water reuse, flotation technology plays a crucial role.
In this process, microbubbles are introduced into the water, binding to contaminants and transporting them to the surface for removal.
This method allows high water recovery rates, reducing fresh water consumption and environmental impact while ensuring compliance with wastewater discharge regulations.
Other branches and applications
Car workshops
part cleaning, motor wash,
parts and new car de-preservation
Wastewater/Oil in water emulsions
Automotive
Wastewater/Oil in water emulsions
Oil and grease
Concentrated stable emulsion mixtures
Phosphate-containing thin slurries
Surfactant-containing, low-oil emulsions
Rolling Mills
Stab./instab. Rolling emulsions containing natural fats
Metal industry
Degreasing lyes/old cooling lubricant emulsions
Refinery
Wastewater mixtures containing hydrocarbons
Mechanical workshops
Degreasing of sheet metal,
Cleaning of machines and systems, parts cleaning, parts de-preservation
Paint shops
Paint and varnish industry with wastewater containing dyes
Wastewater containing paint
Water-soluble paint wastewater
Scrapyards
Drilling emulsions, shredders
Galvanization
Acidic mixed wastewaster
Cosmetic industry
Cleaning machines and systems
Greasy waste water
Silo cleaning at haulage companies, from the kitchen, from slaughterhouses and meat processing plants, cold-pressed natural oils
Laundries
Textile washing, industrial washing and recycling
Water phase from organ. Demulsification
Dyeing plants
Textiles
Stable, oily waste water