Low cost upgrade system for improving treatment efficiency and capacity of new and existing wastewater treatment plants.

- Twices the capacity;
- Improved effluent quality.

Zeoreactor® consists in a technology for upgrading existing small, medium and large scale sewage treatment plants by means of zeolites and oxygen enriched aeration.

The implementation of this system will:

• Reduce the investment costs for nitrogen and phosphorous removal by at least 50% compared to traditional solutions;
• Increase the degradation efficiency especially for nitrogen in the wastewater will increase up to 70%;
• Reduce the generated sludge up to 40%.

Zeoreactor® uses the unique properties of zeolites to improve the performance of existing treatment systems and/or to reduce capital expenditure on new treatment systems. This technology is applied to aerated systems, namely activated sludge systems. The unusual properties of zeolite are, among others: highly porous with an incredible surface area; high cation exchange capacity; ability to absorb heavy metals, ammonium, odors, organics and other toxic substances found in water.

The implementation of Zeoreactor® technology to the activated sludge systems will:

• Provide greater effluent quality by reducing nutrients in the effluent;
• Reduce odors and gases and improve ambient air quality;
• Attract dispersed particulates and filaments thereby increasing sedimentation;
• Reduce chemical costs (i.e. alum and polymers);
• Increase biomass concentration;
• Improve sludge dewatering;
• Generate and increase in treatment plant capacity;
• Reduce or eliminate capital expenditure of new treatment systems;
• Provide higher quality sludge for better resale value.

Aplications:

Municipal Wastewater Treatment Plants
Zeoreactor® offers exciting possibilities for improvements and cost savings in new and existing treatment plants.

Industrial Sector
Wide range of applicability: Food industry, Chemical Industry, Pharmaceuticals among others.

Others
Upgrading of existing activated sludge systems.