Management of Wastes

Management of Wastes

Many people share the belief that the recycling of wastes is not necessary, and even the supporters of environmental conservation are of the view that recycling is inconvenient. Many urban centers do not have facilities handle batteries, packaging materials and other forms of wastes. Recycling further requires the residents to sort out the materials or move the wastes to a central location point.  Despite the inconveniences that come with the process, it is increasingly becoming important to improve environmental biodiversity. Environmentalists argue that this can only be attained through the managing of hazardous wastes such as gasses and solid materials.

The article from electronic consumer products to e-wastes: Global outlook, waste quantities, recycling challenges by Tansel and Berrin indicates that there is a high amount of waste that can be recycled.  The true cost of products ought to include the carbon footprint and the energy consumption in production and distribution processes.  Recycling is thus necessary for the reduction of the costs and resources that are required in the production of new products. Over the years, landfills have become more and continue to emit poisonous gasses. It is these repercussions of a high level of wastes that favors recycling as a way of streamlining environmental conservation efforts.

Coming up with systematic wastes bins implies that the problem of sorting and disposal of waste will be reduced. The attainment of a “zero waste” is attainable through streamlining the disposal and recycling processes. The outlined article argues that there is a need to increase environmental awareness levels as a way of supporting ethical practices. The awareness initiative ought to include incentives to move away from products that are hard to recycle and disposal thus lowering the initial costs and energy consumption levels.

Nonetheless, opponents of recycling base their argument on the poor-user friendliness, high costs and wasted energy in the collection processes. Nevertheless, the article demonstrates that the creation of new products uses more energy and resources, therefore, leaving a higher carbon footprint. The study by Tansel and Berrin explains that having a 90% reduction in the levels of wastes will contribute to a decrease in carbon particles. The data illustrates that recycling has a significant contribution to environmental conservation.

While glass products save 10-20% of the energy used in the initial products, aluminum can be recycled infinite times thus leading to over 95%  energy savings. The article further notes that over the years, some municipalities are placing penalties on businesses that pollute the environment. The sanctions cover the costs of wastes materials that are hard to dispose or recycle. Not only does the process reduce the costs of recycling, but it also deters consumers and business from using non-recallable products. It further gives companies that responsibility of informing the consumers on the destination of packaging material and other wastes.

Learning institutions have the privilege of positive modeling changes that can be implemented in the larger society. A user-friendly and a comprehensive recycling plant would help deal with the limitations that come with conventional waste management. It facilitates the sorting of wastes, reduction of energy levels and increasing the awareness levels. Nonetheless, the duty of taking care of the environment is a personal initiative that starts from the sorting of wastes and placing them in the right bin. There are huge economic benefits that can be realized from recycling while equally taking care of the environment.

 

Work Cited

Tansel, Berrin. “From electronic consumer products to e-wastes: Global outlook, waste quantities, recycling challenges.” Environment international 98 (2017): 35-45.

 
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