What is anaerobic reactor?
The anaerobic reactor is used to treat waste water. It is one of the many types of anaerobic digester. Being anaerobic, performing its functions in the absence of oxygen. The reactor is part of the larger process of waste water processing and is neither the first element of treatment nor the last. However, this is the main part of the process for decomposing organic materials held in waste water. They may include chemical and pharmaceutical processes. They also include food production processes needed to produce ice cream, dairy products and alcohol processes such as cooking and distillation. The company seeks to increase safer waste into the environment by processing such waste products. First, the waste water is about equalization, neutralization and then the heat exchange of sticking to the reactor tank. The gas produced by these processes is released for treatment and can be used to make energy using a turbine. The gas produced from the processes of the main anaerobic reactor is biogas and is treated separately. Once the reactor is the liquid is bUd inserted into waste water or sent for aerobic treatment.
In anaerobic reactors, a number of different filters are used. Fluidized beds units use sand or plastic granules. Ascending and downflow filters use pebbles, stones or porous plastic leaves. These fixed films create anaerobic conditions needed to divide organic compounds. All filters must be maintained and have different racks lives before they need to be replaced.
The Anaerobic Cludge Anaerobic Anaerobic Cludge (UASB) uses organic filter. The filter takes three months to reach maturity, but has a number of advantages. It was working by creating a sludge filter consisting of bacteria and other microorganisms. The advantage of the anaerobic reactor of the UASB is that it reduces the amount of waste products after surrender. It also creates a larger amount of biogas that can be used to produce electricity.
anaerobic digestion as usedEach anaerobic reactor is a process that decomposes organic compounds in the absence of oxygen. Microorganisms and bacteria are used to break up organic waste polymers. Acidogenic bacteria then convert amino acids and sugars into ammonia, hydrogen and organic acids. These are then converted into acetic acid and finally to methane and carbon dioxide.