- Product name
- Aquaturbo® AER-GS
- Aerator type
- Disc aerators
- Installation
- Floating
- Submerged
- Aeration gas
- Carbon dioxide
- Oxygen
- Features
- Low speed
- Maximum air flow (m3/h)
- 3250 m3/h
- Maximum motor output (kW)
- 30 KW
AER GS Fixed low-speed submersible aerator/mixer for aeration and mixing in water treatment, using a blower with variable frequency drive to control oxygen supply. Suitable for SBR, ASP, and MBR systems, with drive motors from 1.1 to 30kW and airflow up to 3,250 m³/h.
Low-speed submersible unit for aeration and mixing in water treatment
Airflow range from 350 to 3,250 m³/h
Drive motors from 1.1 to 30kW, impeller diameters 1,500–3,000mm
Made from AISI 304/316 stainless steel or special stainless steel
Handles deep tanks up to 9m and high MLSS
Non-clogging design with minimal bubble coalescence
Available as submersible or bridge-mounted
Applications
Activated sludge treatment
Aerobic digestion
Nitrification and denitrification
SBR and MBR systems
Deep tank aeration
Technical data
Motor Power |
Impeller diameter |
R.P.M. |
Maximum Airflow |
|---|---|---|---|
30 KW |
2300 - 3000 mm |
42 - 30,5 |
2500 - 3250 m3/h |
22 KW |
2300 - 3000 mm |
37,2 - 27 |
2000 - 2600 m3/h |
18,5 KW |
2300 - 3000 mm |
35 - 23 |
1600 - 2050 m3/h |
15 KW |
2300 - 3000 mm |
32 - 21 |
1400 - 1800 m3/h |
11 KW |
2300 - 3000 mm |
28 - 17,5 |
1200 -1550 m3/h |
7,5 KW |
2000 - 2500 mm |
32,8 - 22,5 |
1000 - 1250 m3/h |
5,5 KW |
2000 - 2500 mm |
28,5 - 18,5 |
900 - 1100 m3/h |
4 KW |
2000 - 2500 mm |
23,6 - 16 |
750 - 900 m3/h |
3 KW |
1500 - 2000 mm |
34,48 - 20,5 |
600 -800 m3/h |
2,2 KW |
1500 - 2000 mm |
30,5 - 17 |
500 - 650 m3/h |
1,5 KW |
1500 - 2000 mm |
25,3 - 14 |
400 - 500 m3/h |
1,1 KW |
1500 - 2000 mm |
22,3 - 10 |
350 - 450 m3/h |
Materials
AISI 304/316 stainless steel or special stainless steel
Options and variations
Submersible drive or bridge-mounted drive with extended shaft
Fixed bridge or floor-mounted
Vertical operation only
Submerged or surface drive
Fixed or variable water levels
Performance
High oxygen transfer efficiency
Low energy to volume mixing
Non-clogging operation








