Diameter D, mm | 2940 | |
Height , mm | 3000 | |
Inlet , mm | 2700 | |
Outlet , mm | 2510 | |
Treatment m³ per day | 8 | |
Number of people | 50 |
Diameter D, mm | 3450 | |
Height , mm | 3000 | |
Inlet , mm | 2700 | |
Outlet , mm | 2510 | |
Treatment m³ per day | 10 | |
Number of people | 60 |
Diameter D, mm | 3850 | |
Height , mm | 3000 | |
Inlet , mm | 2700 | |
Outlet , mm | 2510 | |
Treatment m³ per day | 14 | |
Number of people | 80 |
Diameter D, mm | 4400 | |
Height , mm | 3000 | |
Inlet , mm | 2700 | |
Outlet , mm | 2510 | |
Treatment m³ per day | 20 | |
Number of people | 125 |
Diameter D, mm | 4700 | |
Height , mm | 3000 | |
Inlet , mm | 2800 | |
Outlet , mm | 2580 | |
Treatment m³ per day | 26 | |
Number of people | 170 |
Diameter D, mm | 4800 | |
Height , mm | 3100 | |
Inlet , mm | 2900 | |
Outlet , mm | 2680 | |
Treatment m³ per day | 30 | |
Number of people | 200 |
Diameter D, mm | 4800 | |
Height , mm | 3400 | |
Inlet , mm | 3200 | |
Outlet , mm | 2980 | |
Treatment m³ per day | 35 | |
Number of people | 240 |
Diameter D, mm | 4800 | |
Height , mm | 3700 | |
Inlet , mm | 3500 | |
Outlet , mm | 3280 | |
Treatment m³ per day | 40 | |
Number of people | 285 |
Wastewater treatment plants are used for the treatment of wastewater on sites, where there is no possibility to connect to the central sewage system. For such sites we can design, manufacture and install a localised treatment plant. Sites can include but are not limited to:
Domestic wastewater sources include lavatories, kitchens, shower/bath rooms, dishwashers and washing machines.
Operation of wastewater treatment plants
Autonomous sewage treatment plants operates via the cyclical function of the air compressor and does not require constant maintenance from service staff. In the absence of power, the plant operates on a mechanical basis. Removal of sludge is recommended once per year. Clearing out of the sludge is performed by our in-house service team.
It is prohibited to dump construction and household waste, chemical agents, rain and snowmelt waste water, water containing large amounts of fat, as well as the water from the pools into the wastewater treatment plant.
Advantages of our equipment
Cleaning – biological treatments are used during construction, with nitrification and denitrification technology;
Material of the installation structure – this is an extruded polypropylene structure, which, due to its high strength, allows the autonomous sewer to be located on absolutely any ground, without using concrete reinforcement. The service life of the installation structure is more than 50 years.
Aeration System – a film membrane aerator is used which is capable of operating continuously for over 10 years.
Air injection system – used to install compressors from world renowned manufacturers that are recognised for being low-noise, high durability and reliability.
Pumping of wastewater – airlift pumps are used during installation that contribute to provide a higher quality wastewater treatment. Airlift pumps prevent the desctruction of activated sludge flakes during the wastewater pumping process.
Commissioning – Equipment delivered to the site in its complete configuration, which greatly helps to reduce the time required for installation and connection.
Large areas are not required to install the autonomous drainage system.
The autonomous sewer system can be used just minutes after installation.
Autonomous sewerage does not require constant monitoring and maintenance of specially trained personnel.
Autonomous sewage equipment works on the principle of periodic application. Electric power is only used for 12 hours / day allowing for significant electricity savings (50%).
Autonomous sewage equipment operates automatically and is controlled remotely.
The equipment retains its performance even at -40 degrees.
Designation of performance | Release, mm | Load | ||||
---|---|---|---|---|---|---|
Diameter | Height | Inlet | Outlet | Cleaning m³ per day | Number of persons | |
”Treatment plants” 8 | 2940 | 3000 | 2700 | 2510 | 8.0 | 50 |
”Treatment plants” 9 | 3450 | 3000 | 2700 | 2510 | 10.0 | 60 |
”Treatment plants” 10 | 3850 | 3000 | 2700 | 2510 | 14.0 | 80 |
”Treatment plants” 11 | 4400 | 3000 | 2700 | 2510 | 20.0 | 125 |
”Treatment plants” 12 | 4700 | 3000 | 2800 | 2580 | 26.0 | 170 |
”Treatment plants” 12A | 4800 | 3100 | 2900 | 2680 | 30.0 | 200 |
”Treatment plants” 12M | 4800 | 3400 | 3200 | 2980 | 35.0 | 240 |
”Treatment plants” 12У | 4800 | 3700 | 3500 | 3280 | 40.0 | 285 |
biochemical oxygen demand (BOD 5) | 97,8% |
Chemical Oxygen Demand (COD) | 93,2% |
suspended solids (BB) | 95,8% |
ammonia nitrogen (N-NH4 +) | 78,3% |
phosphorus | 70,1% |