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Anaerobic Sequencing Batch Reactor To Produce Biogas And Electricity
Anaerobic Reactor Description:
Anaerobic digestion is the process by which organic matter such as animal or food waste is broken down to produce biogas and biofertiliser. This process happens in the absence of oxygen in a sealed, oxygen-free tank called an anaerobic digester.
Anaerobic digestion is recognised by the government, Defra, the
Welsh Assembly, the Scottish Parliament, Friends of the Earth and
the National Farmers Union as one of the best methods for food
waste recycling and dealing with farm waste and sewage sludge. The
word Anaerobic actually means ‘in the absence of oxygen’.
The biogas naturally created in the sealed tanks is used as a fuel
in a CHP (combined heat and power) unit to generate renewable
energy i.e. electricity and heat.
Anaerobic reactor Introduction:
Anaerobic Reactor Specification:
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 |
Anaerobic Reactor 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.