There is therefore a large treatment systems. In addition, the system also has adapted well to changing environments and during removal, sometimes hydrogen sulphide gas (Hidrogen Sulfide) occurs with a foul odor causes. This system has limitations, but when compared to anaerobic systems found to have advantages and disadvantages as follows: Advantages 1. electric power in low organic matter degradation 2. There is very little excess sludge. 3. need nutrients, especially N, low P. 4. can keep microbes long. 5. the biogas comes as energy. 6. do not need oxygen to the system reduces disposal costs can be decomposed Aliphatic Hydrocarbons and Compounds such as Xenobiotic Lignin Hlorinated. 7. be able to receive waste water containing concentrations of organic compounds on a high. Disadvantages. 1. slow microbial growth. 2. the system takes a long time to start. 3. the stability of the system is low. 4. odor and insect infestation (open system). Using air technology often requires machinery to fill the air with waste water. Make power consumption and costs by will from the treatment effect is carbon dioxide and water. The technology section is not using the technology known as air or waste water treatment or waste by the way air will make wireless has come out as a by-product of biogas, which is a product from bacteria in the system in reverse. If our goal is to produce biogas as a core, we might call this technology that the biogas system (Biogas System). Biogas biogas systems and waste treatment system.
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