I. Introduction:
Biological filtration technology refers to a method in which microorganisms (functional bacteria) are cultivated on the filter material (filler), and its metabolic process is used to degrade odors, so as to achieve the purpose of deodorization. The method has the advantages of good treatment effect, wide scope of application, low operating cost, easy management and no secondary pollution and the like.
II. The main specification parameters are as follows:
Notes:
1. The size of the above equipment is for reference only, while the actual size shall be determined through calculation of the specific amount of gases, and the special size can be processed according to user's needs.
2. If the processing capacity is more than 5,500 m 3/h, the deodorizing device can be installed on-site.
3. If the processing capacity is more than 10,000 m3/h, the above model device can be assembled and arranged reasonably.
III. Core technologies and features:
The integrated biological deodorization system, through the rational design and material selection, mainly with glass fiber reinforced plastic material, has the following features:
(1) The effective control over odor concentration is as high as 98%;
(2) The harmless biological filler possesses a high biological adsorption and biological oxidation capacity, with fast speed and high efficiency in decomposition of odorous substances;
(3) With sufficient residence time, the biological deodorizing device has a retention period designed to be greater than 20s;
(4) The gas distribution pattern is reasonably designed and uniform;
(5) The thermal insulation and protective layer can resist the interference of external temperature changes;
(6) The device enclosure adopts the modular structure, which can be used in field construction and advantageous for installation;
(7) The operation and maintenance costs are low.
IV. Areas of application:
(1) Urban sewage treatment plant
(2) Garbage disposal plant
(3) Industrial wastewater treatment station
(4) Treatment of odors generated during other industrial production proceses, such as feed processing, fecal processing, textile printing and dyeing and pharmaceutical systems, etc..
Biological filtration technology refers to a method in which microorganisms (functional bacteria) are cultivated on the filter material (filler), and its metabolic process is used to degrade odors, so as to achieve the purpose of deodorization. The method has the advantages of good treatment effect, wide scope of application, low operating cost, easy management and no secondary pollution and the like.
II. The main specification parameters are as follows:
| Model | Processing capacity (m3/h) | Length (mm) | Width (mm) | Height (mm) | Dwell time (s) |
| ANS-1 | 500~1500 | 4000 | 3000 | 2500 | >20 |
| ANS-2 | 1500~2500 | 5000 | 3000 | 2500 | >20 |
| ANS-3 | 2500~3500 | 6500 | 3000 | 2500 | >20 |
| ANS-4 | 3500~4500 | 8000 | 3000 | 2500 | >20 |
| ANS-5 | 4500~5500 | 8000 | 4000 | 2500 | >20 |
| ANS-6 | 5500~7000 | 8500 | 4000 | 3000 | >20 |
| ANS-7 | 7000~9000 | 10500 | 4000 | 3000 | >20 |
| ANS-8 | 9000~10000 | 12000 | 6000 | 3000 | >20 |
1. The size of the above equipment is for reference only, while the actual size shall be determined through calculation of the specific amount of gases, and the special size can be processed according to user's needs.
2. If the processing capacity is more than 5,500 m 3/h, the deodorizing device can be installed on-site.
3. If the processing capacity is more than 10,000 m3/h, the above model device can be assembled and arranged reasonably.
III. Core technologies and features:
The integrated biological deodorization system, through the rational design and material selection, mainly with glass fiber reinforced plastic material, has the following features:
(1) The effective control over odor concentration is as high as 98%;
(2) The harmless biological filler possesses a high biological adsorption and biological oxidation capacity, with fast speed and high efficiency in decomposition of odorous substances;
(3) With sufficient residence time, the biological deodorizing device has a retention period designed to be greater than 20s;
(4) The gas distribution pattern is reasonably designed and uniform;
(5) The thermal insulation and protective layer can resist the interference of external temperature changes;
(6) The device enclosure adopts the modular structure, which can be used in field construction and advantageous for installation;
(7) The operation and maintenance costs are low.
IV. Areas of application:
(1) Urban sewage treatment plant
(2) Garbage disposal plant
(3) Industrial wastewater treatment station
(4) Treatment of odors generated during other industrial production proceses, such as feed processing, fecal processing, textile printing and dyeing and pharmaceutical systems, etc..
