USE: The purpose of biological waste water treatment plants is to treat waste water from toilets, bathrooms, kitchens and similar sources of waste water in households, businesses and catering establishments. Treated water can then be drained in to the ground or open waters. The design of plant capacities are based on an average waste water inflow of 150 l/PE/day.
OPERATION: Waste water is fed into the mechanical treatment part of the WWTP where suspended solid particles sink to the bottom of the tank. Waste water is then fed into a biological reactor. The treated waste water is then drained through an outlet either into ground or open waters.
Type EkolingClean SBR waste water treatment plants are designed in accordance with EN 12566-3:2005 standard.
INSTALLATION: Biological waste water treatment plants have to be protected against freezing and exposure to direct sunlight. The flow of air into the aeration basin should never be restricted. Biological WWTPs are usually buried underground, with the only access openings remaining above the surface. Covers on the access openings are designed either for vehicle or pedestrian access.
Product |
Volume [L] |
Code |
PU |
Diameter [mm] |
Length [mm] |
Height [mm] |
Daily flow[m^3] |
5 PE |
2600 |
7200000050 |
3-6 |
1400 |
– |
2270 |
0,8 |
8 PE |
4500 |
7200000080 |
7-10 |
1800 |
– |
2370 |
1,2 |
12 PE |
6000 |
7200000120 |
11-15 |
1800 |
– |
2970 |
1,8 |
20 PE |
9100 |
7200000200 |
16-25 |
2200 |
– |
2970 |
3 |
20 PE |
11500 |
7200000201 |
16-25 |
1800 |
3720 |
– |
4,5 |
30 PE |
11500 |
7200000300 |
26-35 |
1600 |
5850 |
– |
4,5 |
40 PE |
13800 |
7200000400 |
35-45 |
1800 |
5550 |
– |
6 |
50 PE |
17000 |
7200000500 |
46-60 |
1800 |
6850 |
– |
7,5 |
75 PE |
24600 |
7200000750 |
61-85 |
2000 |
7950 |
– |
11,2 |
100 PE |
31500 |
7200001000 |
86-125 |
2400 |
7040 |
– |
15 |
150 PE |
40500 |
7200001500 |
125-175 |
2400 |
9030 |
– |
22,5 |
200 PE |
53600 |
7200002000 |
176-225 |
2400 |
12530 |
– |
30 |