Anaerobic Digestion Biogas Gas Holder In Biogas Plant
Biogas Plant Introduction:
The process of anaerobic digestion is complex and involves four
main stages: hydrolysis, acidogenesis, acetogenesis, and
methanogenesis. During the hydrolysis stage, complex organic
molecules are broken down into simpler molecules, which are then
converted into volatile fatty acids during the acidogenesis stage.
These acids are then converted into acetate, hydrogen, and carbon
dioxide during the acetogenesis stage. Finally, during the
methanogenesis stage, acetate, hydrogen, and carbon dioxide are
converted into methane and carbon dioxide.
The design of anaerobic reactors can vary depending on the specific
application and waste stream characteristics. Some common types of
anaerobic reactors include continuously stirred tank reactors
(CSTRs), upflow anaerobic sludge blanket (UASB) reactors, and
expanded granular sludge bed (EGSB) reactors.
In summary, anaerobic reactors are an important component of biogas
systems for the conversion of organic materials into biogas. The
use of these reactors reduces the environmental impact of organic
waste treatment and provides a sustainable energy source.
Biogas Plant Specification:
| Biogas Plant Components | Pretreatment equipment, anaerobic reactor, biogas purification
equipment, biogas utilization equipment, other related equipment |
| Device Name | Anaerobic Reactor |
| Process type | Internal Circulation Anaerobic Reactor—IC/UASB/ EGSB |
| Specifications | According to customers |
| Manner of preservation | Epoxy Coal Asphalt Paint or Electrophoresis |
| Installation Method and Construction Cycle | Inverted Installation Process—50d(Anchor Splicing)/100d(Welding) |
| Material | Q235B |
| Stir Method | Internal Circulation Stir |
| Advantage | Processing High, Medium and Low Organic Waste Water |
| Field of application | Organic Waste manure or waste water |
Biogas Plant Core Equipment Schematic:
Biogas Plant Core Unit Advantages:
1. The reactor is capable of processing raw materials having a high
suspended matter content;
2. The temperature inside of the fermenter is evenly distributed;
3. The material in the anaerobic fermentation tank is evenly
distributed;
4. The anaerobic fermenter has high impact load resistance;
5. Anaerobic fermenters avoid scum, crusts, blockages, poor gas
escape and short-flow phenomena;
6. Combined with flexible airbags, it is an integrated device,
saving investment and land occupation. It is one of the most
advanced anaerobic reactors in the world.
Biogas Plant equipments:
Biogas Plant Package:
Our Company Introduction:
