Biological wastewater
treatment solutions

WFI > TripleT #2 > Solutions

Municipalities, communities and farmers face significant regulatory challenges and cost increases around their wastewater treatment. Triple-T’s TAYA solutions offer a new, cost-effective and sustainable alternative, transforming biotreatment of wastewater from a burden into an asset.

Our game-changing “fit and forget” solutions are based on gravel and plastic fixed film media biological processes, utilizing processes like passive aeration by atmospheric oxygen to treat domestic and livestock wastewater.

Leveraging our proprietary, eco-friendly TAYA technology, which significantly diminishes sludge, our smart and seamless solutions reduce sludge and handling, simplify operation and minimize labor, translating into significantly lower OPEX. Due to their high operational benefits, TAYA solutions outperform traditional intensive solutions. All our modular and turnkey solutions are provided as full-service projects, including engineering, construction, support, piloting, consulting and R&D.

With TAYA solutions, our customers enjoy easy, minimized operation and gain wastewater reuse autonomy, along with huge cost and energy savings and peace of mind.


All TAYA solutions are modular installations. Multiplying the number of units enables higher treatment volumes.

Up to 5,000 m³/day

TAYA ECO, for municipal wastewater treatment or effluent polish for decentralized communities, is based on gravel. Utilizing passive aeration by atmospheric oxygen and bacteria starvation, it generates high-quality effluent with the lowest operational costs and near-zero sludge, with gravel cleaning needed only once in 8-10 years.

It is uniquely capable of treating wastewater for reuse to meet the toughest regulations. Extending its eco-friendliness, TAYA ECO can be operated with solar panels to further reduce energy consumption and environmental impact.

Unlike central wastewater treatment plants, with TAYA ECO there is no need for long pipelines or water transportation, enabling worry-free, affordable and truly autonomous water treatment.
Additionally, for existing plants that need modifications to meet more stringent regulations, TAYA ECO can be implemented only for effluent polish, saving time and costs, and enabling utilization of the existing infrastructure.

Up to 100 m³/day

Making the TAYA ECO benefits even more accessible for small, decentralized communities, TAYA GO is a light version of TAYA ECO.

This unique, prefabricated solution for municipal wastewater treatment takes just 2 weeks to set up and provides the same operational benefits. with minimal equipment, labor and sludge handling. With TAYA GO, we speed the delivery of high-quality water to communities, while reducing costs and eco-footprint.

Biological treatment of wastewater pollution for small communities

Biological treatment of wastewater pollution for small communities




Up to 1000 m³/day

TAYA GROW for agricultural use is based on plastic media for heavy loads and provides an easy-to-implement, cost-effective treatment solution for manure. An eco-friendly solution, it reduces Total Nitrogen (TN). This enables the farmer to spread the manure according to local regulations, and on less land. Hence, this breakthrough solution reduces both spreading and treatment hassle, saving time and cost.





TAYA solutions are implemented in dual passive aeration units – basins filled with gravel media that are connected via a pumping chamber. The wastewater is constantly circulated between the two basins, alternately filling one basin and then the other. Each time a basin is filled, organic matter and nutrients are supplied to the biofilm growing on the media. Once drained, oxygen is supplied by passive aeration, for COD oxidation and nitrification.

The TAYA technology design and operation creates the right environmental conditions for simultaneous nitrification/denitrification (SND), so that both processes are accomplished in the same reactor. While nitrification occurs in the drain phase, denitrification is accomplished in the fill phase once anoxic conditions exist in the basin.



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