August Bioclean - Sewage Treatment Plant

Bioclean sewage treatment plants are designed to treat domestic and commercial wastewater.

The Bioclean range is from 1 to 1000 persons. inside a Bioclean 21

They treat the wastewater from:

Domestic properties

Apartment houses, apartments

Hotels and boarding houses

Restaurants

Schools

Camping sites

Offices and small factories

Barn conversions

The Bioclean Range

AT 6

AT 8

AT 10

AT 12

AT 15

AT 20

AT 30

AT 40

AT 50

Population equivalent

Average daily flow (m3/d)

0.54

0.81

1.2

1.35

1.8

2.7

3.75

5.25

7.5

Energy use in kWh per annum

208

270

411

582

782

1564

2689

3359

4254

Sludge production (m3/year)

1.5

2.5

4.5

6.3

8.8

12.5

Average daily load (Kg BOD5/day)

0.24

0.36

0.48

0.6

0.72

1.08

1.5

2.1

Diameter (mm)

1400

1750

2050

2300

2850

2950

Height (mm)

1800

2200

2000

2200

2700

3000

2700

3000

Height of the inlet pipe (mm)

1300

1700

1500

1700

2200

2500

2200

2800

Height of the outlet pipe (mm)

1150

1500

1250

1500

2000

2300

2000

2600

Unit volume in liter

1730

2260

2950

3540

4870

6500

9420

12620

17580

Why it is worth choosing biological wastewater treatment plants August Bioclean:

High-performance, removes nitrogen and phosphorus;

Do not use chemical materials;

Do not emit bad smell, work without noise;

Are not sensitive to peak flows;

Consume little power because the air blower operates at intervals;

Low excess sludge production (1M3/year, humidity - 99%)

Can be left without wastewater for more than 30 days.

The August Bioclean plant can be installed and working within one day;

Wastewater cleaning parameters are achieved from the moment the plant is started;

Water cleaned in the August Bioclean wastewater treatment plants can be used as a technical water;

They satisfy the highest ecological standards, do not harm nature.

How it works

Bioclean wastewater treatment technology satisfies the highest environmental requirements Bioclean sewage treatment plant cross section

Bioclean sewage treatment plant cross section

The wastewater treatment process is performed in one single radial polypropylene tank.

(1) Wastewater flows into non-aerated zone, where mechanical pretreatment screening takes place (2). The non-aerated zone is divided by several internal dividing walls, where internal circulation is established. Further, using gravity, the wastewater flows into anaerobic fermentation zone (3), mixes with activated sludge and flows into denitrification zone (4), where a denitrification process takes place, converting nitrates to nitrogen gas. From the denitrification zone wastewater overflows into the aeration zone (5) .

Single-bubble aeration diffusers (6) bubble air into the aeration zone and keep the effluent circulating. The air supply is from the only moving part in the system – the air blower (9) which blows air into the plant via the air distribution panel (10). In the aeration zone, wastewater oxidation and nitrification processes occur, treating the sewage and removing pollutants. Further, the settled activated sludge flows into bottom of sedimentation section (7), where it is recycled by an airlift into the denitrification (non-aeration) or nitrification (aeration) zone of plant. The effluent leaves the plant via the flow regulation pipe (11) and the outlet (12).

Wastewater treatment systems offered in the market differ: by treatment technologies, cleaning parameters, size, form of plants, principle of installation, maintenance cost. We advice you to choose carefully, pay attention not only to the differences named but also to the documents and certificates possessed by companies!