The Environmental Impact of Plastic Waste Incineration

  • Nagy Ágnes
  • Kuti Rajmund
doi: 10.32565/aarms.2016.3.3

Abstract

According to environmental and safety-conscious behaviour in the 21th century, it is necessary to strive to reduce all those activities that cause environmental damage in every aspect of life. More emphasis should be placed on recycling, waste-handling and environmental-friendly solutions, due to the increased amount of waste caused by the penetration of plastics. Plastic manufacture is a constantly growing industry – especially the production of packaging – so the amount of plastic waste generated is also growing steadily. Only a part of the accumulated waste is recycled, another part is destroyed and the remaining amount will continue to pollute the environment. One form of destruction may be energy recovery or incineration. Destruction is a form of energy recovery or incineration which is subject to strict legal requirements in addition to other possible activities. It could pose a serious burden on the human and natural environment if the process is not properly controlled and monitored. This article writes of the situation that seemingly a growing amount of plastic waste is used in residential combustion appliances, of which adverse environmental and health effects the majority of citizens are not aware, so these will be shown in particular. In this article, we examine the environmental and health effects and harm caused by the burning of plastics in detail. We write this study with the purpose of drawing people’s attention to the importance of reducing the quantities of plastic waste and thus the environmental impact they cause as well as the human and environmental risks of incineration.

Keywords:

environmental safety environmental damage plastics plastic waste recycling incineration

How to Cite

Nagy, Ágnes and Kuti, R. (2016) “The Environmental Impact of Plastic Waste Incineration”, AARMS – Academic and Applied Research in Military and Public Management Science. Budapest, 15(3), pp. 231–237. doi: 10.32565/aarms.2016.3.3.

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