Biogas Anaerobic Gas Lift Reactor UASB Up Flow Anaerobic Sludge Blanket Reactor

Up Flow Anaerobic Sludge Blanket Reactor Anaerobic Gas Lift Reactor

Anaerobic Reactor Description:

Anaerobic reactors are mostly similar to aerobic reactors but a few conditions have to be considered for maintaining an anaerobic environment. This reactor is simple in construction with a high loading rate and can withstand high toxic and organic substances. Methanogens are specialized bacteria used for supporting anaerobic reactions that have the tendency to form immobilized granules that settle at the bottom as a sludge, which is the basic principle used in anaerobic bioreactors. Based on this working principle is the UASB reactor. An anaerobic fluidized bed can be designed where the mixer of microbes should be in the form of a biofilm that is grown in carrier particles and fluidized using energy from the feed stream. 

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 Specification:

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.

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