Bioreactor Landfill versus Traditional Landfill Essay

Bioreactor Landfill versus traditionalistic Landfill - Essay ExampleWaste degradation is achievable by aeration and addition of liquid to the disposed take material to increase the rate of microbial processes. As a result, there is an increase in the operation of bacteria and consequential increase in the decomposition rate. The mode is an improved dry tomb appeal used by ancient municipalities (the United States Environmental Protection Agency).Bioreactor landfills are multi-design and correspond with the operational accession used (the United States Environmental Protection Agency). There are different types of bioreactor landfills in the contemporary society. As a result, several characteristics of bioreactor landfills are dependent on configuration type. Bioreactor landfills are classified according to the method of rot degradation used.Aerobic bioreactor landfill involves extraction of material from the bottom layer. It then moves to the liquid storage tanks through pipe s and goes back to the landfill in a controlled and highly efficient process. The injection of air aids the bacteria exertion on the waste (Hill 340). The aeration is achievable using horizontal and vertical wells where the air is piped through. The process stimulates aerobic activity and a consequential stabilization of waste. As a result, the process triggers the rate of decomposition.Anaerobic bioreactor landfill achieves waste stabilization by the addition of moisture into the waste material through repeated leachate circulation. The process achieves and maintains optimal moisture level (Hill 340). The process is anaerobic and biodegradation is done in absence of oxygen. Landfill gas is chemically cognize as methane is produced in the process. It is safely trapped to prevent greenhouse effect. The gas is used in animation projects.Hybrid bioreactor landfill increases waste degradation using aerobic-anaerobic treatment processes.