TURNKEY ECOKOCKA - Constructed Wetland Wastewater Treatment Plant
The smallest and most popular self-supporting domestic constructed wetland wastewater treatment plant, ECOKOCKA, with the highest CE certification, serves families of up to 6–7 members perfectly.
ECOKOCKA features maintenance-free operation and the ability to treat up to 0.9 cubic meters of water per day.
Product description
Basic details:
- Footprint of only 3m²
- No bacterial dosing required
- Operates effectively even with intermittent wastewater inflow
- Hassle-free operation
- Easy installation (suitable for DIY)
- Operates using only a 40W air blower
- Minimal operating costs
- Possibility of connection to an existing cesspool/WWTP
- No sludge measuring required
- No restrictions on cleaning agent use
- Trouble-free operation in both winter and summer
- Positively enhances the local microclimate
- Rich plant vegetation
The natural and compact wastewater treatment system ECOkocka brings the benefits of the latest innovations in constructed wetland wastewater treatment plants for use in low-flow systems, such as family homes or small businesses.
Constructed wetlands are renowned as reliable and sustainable wastewater treatment systems and have been successfully utilized in the market for municipal and industrial wastewater treatment as well as for agricultural wastewater. Applying one of the latest innovations (an aerated root zone bed) has largely resolved the issue of spatial footprint requirements. The additional oxygen introduced into the system can boost treatment efficiency up to ten times and reduce the required area up to six times.
Aeration of the root bed ensures high capacity and continuous treatment operation while providing greater treatment flexibility during irregular loads. ECOkocka makes this breakthrough technology accessible for detached houses and other properties with low wastewater flows, while preserving the key advantages of constructed wetlands, such as low energy demands, robustness, and simple maintenance. ECOkocka blends seamlessly with the natural surroundings and has a minimal ecological footprint. Its modular structure allows straightforward adaptation to treatment capacity requirements and potential expansion.