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Small treatment plants
- Economy of resources: decreased need for water resources as a result of reuse of treated wastewaters
- Ease of operation: modular design and servicing simplicity make our plants reliable and easy to use
- Integration into the existing infrastructure
- Reduce of operational costs, connected with purchasing and transporting fresh water
- Reduced carbon footprint due to reduction of energy consumption for extraction, transportation and treatment of water. This is especially important in terms of global ecological challenges
We offer modern and innovative approaches to the water resources management taking into account interests of nature and society.
“Polymerconstruction” offers modern and effective small treatment plants, intended for domestic wastewaters treatment from:
- detached houses (villas);
-hotels;
-cafes and restaurants;
-shopping malls;
- other infrastructure objects.
Innovative solutions enable to ensure high effective treatment of wastewaters for their reuse for technical needs (watering of green spaces, road washing, carwash) that is especially important for the climatic environment, where freshwater is a precious and limited resource.
Thanks to our treatment plants, private individuals, industrial and agricultural enterprises will be able to optimize the process of water usage that will lead to the significant reduction of the operation costs.
Equipment composition
How it works
How it works
Used technological methods and ways
1. Mechanical treatment:
-Removable cartridge for garbage, easy changeable by maintenance staff.
2. Biological treatment:
-Easy system of biological treatment with effective removal of organic, inorganic, biogenic and pathogen impurities.
3. Membrane sludge separation
Advanced treatment with usage of submersible ultrafiltration membrane module. High effective ultrafiltration with usage of flat membrane elements enables not only to additionally treat wastewaters, but also to disinfect, that is especially important with repeated use of treated wastewaters.
Design features:
- plants of polymers or stainless steel;
- one- or multibody design;
- gravity flow delivery or flow delivery through the pumping plant;
- above-ground or underground design;
- flexibility in connection and adaptation to the existing infrastructure.
Application form