Water descontamination system focused on reducing organic and microbiological components through AOP technology, enchancing existing water and wastewater treatment systems. This technology improves water quality, reduces costs, and enables water reuse.
What are the benefits of the Multi-Oxidation System?
- Sustainable system that lowers energy costs;
- Personalized (Flow rate from 50 to 1000 m3/h);
- Taylor-made or Modular;
- Compact Size (6 m2);
- Effective degradation of COD level reduction;
- Fast degradation (nanoseconds);
- Safe operation (No chemical or gas exposure);
- Does not generate solid waste, sludge and harmful by product;
- Relieves overloaded systems;
- Enables WATER REUSE, minimizing water extraction from rivers;
- Best Cost Benefit;
Characteristics
- Type of System: Designed for water treatment in the pulp and paper industry or any facility that uses and contaminates water.
- Overall Cost: Customizable based on client needs (KPIs); cost varies with water volume, organic load, decontamination goals, and required adaptations.
- Required Equipment and Chemicals: Electrical panel, space for chemicals tanks, ozone generator, and a pneumatic air system. Filters may be necessary as pre-treatment or post-treatment. Utilizes chemicals in the process.
- Required Equipment and Chemicals: Electrical panel, space for chemicals tanks, ozone generator, and a pneumatic air system. Filters may be necessary as pre-treatment or post-treatment. Utilizes chemicals in the process.
- Placement of the Multioxidative System: Easily implemented and can be integrated into different phases of water treatment depending on the objective and study.
- Efficiency: Efficiency is adjustable based on application and goals.
- Type of Treatment: Reactor handles organic decontamination only.
- Residual Sludge: If installed before the biological treatment, it reduces the amount of sludge generated.
Learn more about the Multioxidative System application
This technology is perfect for Industries and Municipalities. Choose the link above to check how the Multoxidative System can be implemented in each sector.