PRODUCT COMPLIES WITH THE PN-EN 12566-3+A2:2013-10 STANDARD

Sewage inlet DN 160
Sewage outlet DN 110
Aeration diffusers
Aeration diffusers
Treated sewage pump
Secondary sludge pump
Feed pump
Control module
Sediment tank cover
Reactor chamber
Primary settling tank
SBR diagram
- Primary settling tank
- Reactor chamber
- Clarifier cover
- Control module
- Feed pump
- Secondary sludge pump
- Treated wastewater pump
- Aeration diffusers
- Aeration diffusers
- Wastewater inlet DN 160
- Treated wastewater outlet DN 110
DESTINY
EKO-SBR wastewater treatment plants are designed for the treatment of domestic and commercial wastewater in all possible soil and water conditions. They are reactors to which raw wastewater flows continuously and drains periodically. EKO-SBR treatment plants are used for biological wastewater treatment and meet all standards required by environmental protection regulations, if the conditions set by the manufacturer are met during installation and use. SBR technology is based on sequential reactors, where the purification process takes place cyclically. The advantage of this type of treatment plant is very high resistance to variable amounts of incoming sewage compared to the classic system of treatment plants with activated sludge. The treatment plant is resistant to overloads, temperature fluctuations and a temporary lack of sewage supply. The EKO-SBR treatment plant can operate for up to 2 weeks without sewage supply in energy-saving mode. The first chamber serves as a pre-clarifier and buffer tank, in which the initial mechanical treatment of wastewater takes place through the sedimentation of the easily falling slurry, as well as the equalization of loads caused by uneven sewage inflow. The pre-treated wastewater goes to the SBR reactor chamber, which is both a reactor and a secondary clarifier, where the biological decomposition of organic pollutants and sedimentation of the slurry takes place. Aeration provides oxygen for activated sludge microorganisms, which effectively break down contaminants. The final stage of treatment is the discharge of treated wastewater and recirculation of activated sludge.
DESCRIPTION OF THE OPERATION OF THE SBR DOMESTIC SEWAGE TREATMENT PLANT

PHASE I – FILLING
PHASE II – AERATION
PHASE III – SEDIMENTATION
After the wastewater aeration phase, the treatment plant begins another cycle of quenching and settling the substances in the SBR reaction chamber. The accumulated activated sludge undergoes a sedimentation process, forming a layer at the bottom of the tank. Clean water accumulates in the upper part of the tank.
PHASE IV – CLEAN WATER DISCHARGE
PHASE V – REMOVAL OF EXCESS SLUDGE
After the clean water is discharged into the receiving body, the activated sludge accumulated at the bottom of the SBR reactor is transferred to the primary settling tank. Once the sludge is pumped to the primary settling tank, the wastewater treatment process begins again – PHASE I is initiated.
SBR control module

Sewage treatment plant power supply cable min. 3 x 1.5 mm2
Control panel
Connecting the blower plug
Connecting the controller plug
Reserve
Reserve
Valve island
Output from the valve island to the sewage treatment plant tank
Aeration blower
Connecting the air hose between the blower and the valve island
SBR+P control module

Connecting the air hose between the blower and the valve island
Connect the controller plug and pump power supply to the triple socket. In any order.
Control panel
Blower plug connections
Connecting the controller plug
Connecting the pump contactor box plug
Reserve
Pump connection
Valve island
Connecting the air hose between the blower and the valve island
Aeration blower
A box with a contactor for connecting the treated sewage pump
Output from the valve island to the sewage treatment plant tank
HOLIDAY MODE
WASTEWATER TREATMENT EQUIPMENT
TYPE OF WASTEWATER TREATMENT PLANT


The treatment plants are to be transported in a horizontal position (inspection shafts positioned vertically) and must be appropriately secured with securing straps. The customer/buyer should be present during unloading – the device should be checked. Be careful when moving the tank. The treatment plant should be lifted using a rope or sling placed through the handles mounted on the tank, or from underneath using a forklift. The tank should be carefully lifted from the delivery vehicle and placed on level ground. Do not roll the treatment plant off the delivery vehicle.
Tanks must not be thrown and should not be dragged on the ground. In the upper part of the treatment plant there are handles to which securing straps can be attached.
When choosing the installation location, the type of soil and groundwater level should be determined, as soil conditions will have a significant impact on determining the type of backfill and installation conditions. When planning the installation location, remember to ensure access for service vehicles during installation and later operation.

Furthermore, the distance of the clarifier, which comprises the domestic wastewater treatment plant (for single-family, farm, and individual recreational buildings) from the property boundary and public road should be a minimum of 2 m. From windows and external doors to rooms intended for permanent human occupancy, the distance should be no less than 5 m (in direct proximity to single-family buildings). The location distance of filtration ditches and drainage fields should be 30 m from wells, 2 m from the neighboring property boundary, road (street) or pedestrian walkway. A domestic treatment plant can be built in direct proximity to single-family buildings, provided its ventilation is routed through the sewage system at least 0.6 m above the upper edge of windows and external doors in these buildings.
An important criterion determining the location of a domestic wastewater treatment plant is the distance from water intakes. The treatment plant tank should not be installed at a distance less than 15 m from the nearest well. The distance of the infiltration drainage from water intakes should be at least 30 m, and the groundwater level must be at a depth of 1.5 m below the treated water discharge system. Maintaining such distances is conditioned by the possibility of pathogenic microorganisms penetrating water intakes. Importantly, the above distances apply to all water wells intended for human consumption – both on the property where the domestic wastewater treatment plant is to be located and on neighboring properties.
An important condition for using infiltration drainage is having soil with appropriate permeability and groundwater occurrence at least 1.5 m below the planned position of the wastewater infiltration drainage. Otherwise, it may be necessary to install a sewage pumping station and construct drainage in the form of an embankment.
Note! The treatment plant should be located in non-vehicular terrain with access for sewage trucks.
INSTALLATION OF THE HDPE SETTLER
General rules
To maintain the good condition of the appliance and its operation, follow this instruction manual and its attachments. Incorrect installation may affect the improper operation of the treatment plant. The excavation and installation of the treatment plant should be carried out by a specialized contractor.
Never enter an unventilated tank – LIFE HAZARD!
Make sure that the ground around the treatment plant does not have factors that may have a negative impact during and after installation (guarantee a stable position, keep a safe distance from buildings).
Do not work in heavy rainfall (risk of trench collapse).
Soil subsidence must be taken into account in all assembly work.
After installing the tank and after each service inspection, check that the inspection hatches are closed and properly protected against opening.
We make a trench for a clarifier with dimensions in a floor plan 0.5 – 1.0 m larger than the dimensions of the settling tank. The minimum width of the backfill is 50 cm on each side of the tank.
We make sand ballast with a thickness of min. 30 cm and thicken to at least 85% (according to the Proctor scale).
We lower the tank into the trench, level and make the first layer of 30 cm of sand backfill in order to stabilize it and compact it to min. 85% according to the Proctor scale.
Check the position of the aeration diffusers. They should lie flat on the bottom of the tank.
After leveling and stabilizing the tank, we make backfilling in layers every 30 cm with its simultaneous compaction to the level of the drain spigot according to the proportions and degree of compaction as above. In each layer of filling, the clarifier should be filled with water to the level of backfilling. Particular attention must be paid to the thorough filling of all the cavities of the tank with material and the strong compaction of the layers, so that there are no voids in the backfill, which will guarantee the stability of the tank.
After making the backfill and compacting it, connect the inlet and drain ports, connecting it simultaneously with the distribution manhole.
We install the DN 650 extension, adjusting the height to the expected level of the ground (terrain) and finish the backfill with compaction. When installing the extension, it is imperative to seal the connection point with a special tank designed for this purpose with glue (e.g. Wurth glue + sealant) or another suitable sealant and then screw it with screws (e.g. Farmer type). The tank cover should not exceed 120 cm.
After the installation of the clarifier is completed, a leak test must be carried out.
After completing the above-mentioned works, we proceed to the installation of the drainage.
10. After the excavation is made, depending on the type of soil, we make a protective layer with simultaneous installation of drainage pipes and, if necessary, a supporting layer and covering it with geotextile.
After installing the device and putting it into operation, it is very important to check the correct arrangement of the diffusers located in the biological treatment zone. The biological reactor hatch must be opened and, if necessary, the diffuser should be lifted and laid flat on the bottom, which will ensure that the wastewater is aerated evenly.
Compliance with the manufacturer's guidelines will ensure the stability and functionality of the treatment plant tank and its proper behavior in the trench. Slight deformations of the tank result from the properties of the material used and do not affect the proper operation of the treatment plant. A deformation of the tank of not more than 5% is allowed.


INSTALLATION VENTILATION
- To ensure proper operation of the treatment plant, the building should have high ventilation of at least DN 110 as sewerage ventilation.
- The outlet of the ventilation pipe removing vapors should be routed above the building roof.
- Ventilation should run in a straight line, without bends or constrictions, taking into account and sealing all inspection objects to enable proper and effective operation.
- In case of installing the system at a greater distance from the building, or in case of lack of high ventilation in the building, additional ventilation should be installed on the building facade and routed to a height of at least 50 cm above the roof ridge.
- If installing additional external ventilation on a residential building is impossible for various reasons, neighboring buildings or other structures should be used.
- Infiltration drainage should be ventilated using an exhaust vent at the end of each drainage line - so-called low ventilation.

Safe device construction has been achieved by eliminating moving parts. Therefore, electric pumps are not used in SBR construction, and a monolithic tank made of polyethylene (PE) ensures device tightness.
The SBR biological treatment plant has CE marking – It has been tested by a notified testing body for compliance with PN-EN 12566-3+A2:2013-10 – therefore our treatment plants ensure high treatment efficiency confirmed by testing.
Low sensitivity to power supply interruptions – In case of power failure, the control system adapts treatment phases to the amount of wastewater flowing to the treatment plant and activates the appropriate phase depending on accumulated wastewater.
The treatment process is automated – Allowing control over the treatment cycle, additionally the control system automatically adapts to the amount of wastewater inflow.
Ability to set the treatment plant to standby mode – Allows maintaining the treatment process even without wastewater inflow for up to 2 weeks.
Easy and inexpensive expansion – Thanks to modular construction, expansion involves adding an additional tank without the need to replace all treatment plant components.
Treatment in the SBR biological wastewater treatment plant occurs without the need to use biopreparations.
Long service life and reliability – PE tanks are made monolithically, additionally reinforced inside the tank with steel reinforcement.
The treatment plant does not require a large land area for installation.
The tanks of the SBR biological treatment plant and the elements inside them are 100% recyclable for used products and raw material reuse.
The device is energy-efficient – allows saving money and protecting the environment.
By treating wastewater, we protect the valuable resource that is water.
- Single and multi-family homes,
- Holiday resorts,
- Small businesses
SBR product data
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- Domestic Biological Wastewater Treatment Plant SBR
- BDH Biological Domestic Wastewater Treatment Plant
- Biological Domestic Wastewater Treatment Plant Soft SBR
- PureFlow Biological Domestic Wastewater Treatment Plant
- EKO OG Domestic Wastewater Treatment Plant
- Domestic Wastewater Treatment Plant B.1, B.1.5
- Domestic Wastewater Treatment Plant B.2, B.3, B.4
- Domestic wastewater treatment plant P.3, P.4, P.5, P.6
- Nolen Wastewater Treatment Plant Accessories
- Septic Tanks – Plastic Cesspools
- 1000 Litre Nolen Fuel Tank
- 1500 Litre Nolen Fuel Tank
- Fuel tank 1500 B Liters Nolen
- 2500 Liter Fuel Tank Nolen
- 2500B Liters Nolen Fuel Tank
- 5000 Litre Nolen Fuel Tank
- 9000 Litre Nolen Fuel Tank
- Liquid fertilizer tanks (RSM)
- 250L fuel tank – mobile
- 460L fuel tank – mobile
- 600L fuel tank – mobile
- Accessories for diesel tanks
- Rainwater tanks EKO OG 2.0, 3.0, 4.0
- Rainwater tanks B.1, B.1.5
- Rainwater tanks B.2, B.3, B.4
- Rainwater tanks P.3, P.4, P.5, P.6
