The Necessity of Landfill Diversion in the United States Research Paper

The Necessity of Landfill Diversion in the United States - look for Paper ExampleIn fact, the U.S. is not just one of the world cash in ones chipsers when it comes to manufacturing consumer goods it is also pickings the lead in run through generation. In 2010 alone, Americans generated about 250 million tons of trash and recycled and composted over 85 million tons of this material, equivalent to a 34.1 percent recycling rate (EPA 2010). With this data, it would appear that every exclusive in the U.S. generates 4.43 pounds of waste every day. However, the possibility of solutions in the near future is still dim and proving this is some opposite estimate from the Environmental Protection Agency or EPA that out of the 250 million tons generated, only 85 million tons of waste would actually make their way to the recycling and composting plants. This is only 34.1 percent of the waste generated. This means that majority of the said waste are directed to one of the most commonly appl y square(a) waste management method in the world, the landfill. There are basically two kinds of wastes, thorough and non-organic. The former are those that could be left to spoil through natural means while last mentioned could not be subjected to the same treatment because of its highly synthetic composition. Both, however, contribute to the growing problem of solid waste management, especially because some(prenominal) could become hazards to the environment. Despite the fact that organic wastes could decompose and its composition be assimilated by the soil, these could still produce threats to the environment. During the process of putrefaction, organic wastes are known to trigger gas emissions and leaching that could contaminate the air and the soil respectively. There have been many cases also where groundwater is contaminated because of leaching. The non-organic wastes, on the other hand, pose a threat to both humans and the environment because these could contain substa nces that could be toxic. Since non-organic wastes do not decompose, the solutions that have been applied to these are recycling and reusing. As for the organic wastes, these are delivered to landfills where these are left to decompose through purely natural means or through the intervention of certain treatment that would hotfoot the process. Due to the fact that landfills are basically environmentally hazardous, there had been various studies carried for the purpose of determining safer designs that could be applied for their construction. However, there have been countless cases when leaks did occur resulting to the bacterial or viral contamination of the groundwater. aside from this, landfills also contribute to air pollution and to the greenhouse effect because of its methane emissions. In the U.S. and in Europe, where the landfill is an integral percentage of solid waste management, areas that could be designated for such purpose are fast running out even so as the demand f or more numerous and bigger sites continue to increase. It is because of the large numbers and the expanses of valuable accepted estate they occupy that the landfills are problems that are becoming increasingly serious (Tammemagi 5). With all these issues attributed to landfills, there is understandably a need to determine alternative solid waste management methods. The introduction of such methods should lead to the reduction of the U.S.s reliance on landfills and to shift instead to methods that are more viable and safer for both humans and t