Recycling Should Be Made Mandatory The First Thesis
- Length: 4 pages
- Sources: 5
- Subject: Transportation - Environmental Issues
- Type: Thesis
- Paper: #28814677
Excerpt from Thesis :
recycling should be made mandatory. The first part of the paper presents a thesis statement after which three pieces of evidence have been provided to support my thesis statement. In conclusion, I have summarized my whole argument emphasizing on the thesis statement.
Yes, recycling should be made an obligation. Recycling is an imperative necessity of the time. In the modern-day, it has turned out to be a valuable and suggestive process as it ensures environmental benefits including landfill reduction, energy saving and conservation of natural resources ("Recycling").
For the past several years, the central form of recycling comprised of direct recycling by the producers or firms of excess, flawed or out of order materials. Throughout the 1990s, on the other hand, indirect recycling also turned out to be a main form of recycling. Indirect recycling is, in actual fact, the recycling of materials after their utilization by the consumers. It is rather a disappointment that the largest part of the solid waste has been made a part of landfills or dumps after its deposition in such regions. As a result, this scenario has led to the filling up of landfills. Moreover, the throwing away of wastes has given rise to a number of environmental problems. Recycling is the answer to such discarding and clearance of wastes. It diminishes the necessity of landfill sites and burning of waste hence helping to keep away from pollution/contamination produced by the "environmentally non-friendly" technologies. It has been noted by the manufacturers all over the world that when serious recycling programs are taken on and put into practice, it saves them a substantial amount of capital and resources. In addition, recycling not only minimizes the cost of manufacturing and materials, it also facilitates the industries to cut off from the accusation of environmental violations by filling up land with wastes ("recycling"). With recycling, the amount of plastics, glasses and papers can be lessened that generally winds up in the trash and sooner or later in the landfills, conserving space.
There are quite a lot of products that are recycled in huge quantities including "paper and paperboard, ferrous metals, aluminum and other nonferrous metals, glass, plastics, and yard wastes" ("recycling"). A lot of local communities all over the world, especially in United States of America, have begun and regulated widespread recycling programs to exploit and make use of the redundant items. Scientist and industrialists are also making efforts for transforming the world's mounting piles of unnecessary and worthless materials into new and utilizable products. Thus, through the process of recycling, this wasted and unwanted stuff is also used for generating safe energy. Energy crisis is one of the biggest problems of the twenty-first century. However, it could be solved significantly by using recycled material ("recycling"). This is because the recycled products that are offered in the market "not only save energy and water but also reduce raw material usage along with the associated energy and pollution caused in the process of obtaining these raw materials" ("Forget the Myths, Recycling" 38). For example, if the recycling of aluminum is done as an alternative for mining it out of the inadequate bauxite stocks; it can prove to be a far better procedure as it would not only pass up unnecessary pollution but also save energy that is essential for the mining process. This is considerable for the reason that aluminum recycling saves about 90% of the energy that would otherwise be used for aluminum extraction from the mines ("Forget the Myths, Recycling" 38). Thus, it is crystal clear that large quantities of energy can be saved due to recycling. Moreover, recycling is regarded as the most energy-conserving process of all waste management maneuvers and techniques. It is time and again reported by several industry and government studies that "the collection and use of secondary materials results in large energy savings over traditional production and disposal methods. Net energy savings may vary from product to product and region to region, as well as from production facility to facility, but there is no doubt that energy use reductions are realized across the board by recycling" (Hershkowitz 164). To cut a long story short, the recycling of products employs less amount of…