Recycling on Campus: Government Policy Essay

Government Policy of Recycling on Campus

A cyclical process, as the word itself indicates, the relevance of recycling cannot be overstated. Most importantly, recycling not only helps save energy, but also plays a critical role in the reduction of pollution -- thus helping slow down global climate changes. As a campus policy, recycling makes great sense -- both environmentally and economically. The government should force recycling on campus because it is good for secondary utilization of resources.

Recycling Policy on Campus: What We Ought to Do

With a recycling policy in place, there is a lot campuses can do that is good for secondary utilization of resources. To expound on this assertion further, it would be prudent to look into the areas in which campuses can seek to responsibly manage waste. These areas include turning various items including, but not limited to, plastic, cans, glass, paper, etc. into resources.

To begin with, with regard to waste paper, it is important to note that paper in the form of old study materials, notebooks, newspapers, as well as office stationery can be recycled or reused. In essence, recycling waste paper helps save a lot of resources such as water and energy which are ordinarily used in connection with virgin paper. Thanks to such an endeavor millions of trees could also be spared. According to Raworth (2012, p. 6) "humanity is currently living far beyond the planet's means, consuming the Earth's renewable resources as if we had one and a half planets to draw upon." There is need to ensure that resources are spared, whenever possible. Some of the sites that ought to be targeted as far as recycling of paper is concerned include administrative offices, lecture halls, and academic libraries. These, in my opinion, are the sites that should also be encouraged to be proactive as far as waste management is concerned.

Items like glass and plastic containers can also be reused. In addition to reducing air pollution, recycling glass also helps save energy and reduces water consumption. This is in comparison to the production of glass from virgin materials.Scrap steel, also referred to as waste metal objects, also make excellent raw materials in the manufacture of new steel. Where scrap or waste steel is not utilized in the manufacture of new steel, mining of steel ore becomes the alternative as far as the procurement of new steel is concerned. In that regard, therefore, by collecting and appropriately dispatching unwanted steel for reuse, campuses would be playing a huge role in the minimization of the amount of energy used in various industrial processes. Natural resources could also be conserved by reusing waste aluminum cans. Otherwise, bauxite ore will still continue to be used in the manufacture of aluminum cans, hence resulting in both water and air pollution. Beverage cans constitute most of the waste aluminum found in campus. Waste plastics, on the other hand, are mostly discarded packaging materials and polythene bags. Careless disposal of plastic products, on campus grounds or elsewhere, could, amongst other things, lead to water-logging and trigger soil infertility. However, appropriate utilization of plastic waste, i.e. By recycling the same helps in the conservation of energy. Recycling of batteries also helps reduce the amount of toxic chemicals and heavy metals that end up at landfills, thus polluting and causing great strain to our natural resources. Batteries that could be recycled included unwanted lithium, nickel-cadmium, and alkaline batteries.

A government policy of recycling on campus is likely to succeed given that quite a number of universities currently have an effective campus recycling program in place. One such institution is Vanderbilt University. Established in 1992, Vanderbilt University's recycling program, as the institution points out on its Website, "has evolved and continues to grow through the active involvement and participation of the student body, staff and faculty." Some of Vanderbilt's recycling programs recent successes include the recycling of 2,332 tons of paper, aluminum, as well as plastic and cardboard. Year 2012's efforts, for example, as Vanderbilt University points out on its Website, resulted "in $72,518 in recycling rebates and over $140,000 in avoided landfill fees." This is one of the clearest indicators yet that a.....