Overview of waste management and use in hot asphalt production to reduce pollution and environmental impacts in the country

esmaeil ghorbani¹ mojtaba mohammadi² ahmad reza kazemikhah³

1) MSc Student in Road and Transportation, Hormozan Institute of Higher Education, Birjand, Iran-
2) PhD Student of Engineering Geology, Ferdowsi University of Mashhad, Iran-
3) MSc Student in Road and Transportation, Hormozan Institute of Higher Education, Birjand, Iran-

IOI Code : XBHB-EBAHD
Publication : International Congress of Science and Engineering - TOKYO UNIVERSITY - JAPAN(tuicet.com)
Abstract :
    Nowadays the issue of waste or in other words waste has become one of the environmental problems for mankind in developed countries Recycling and waste reuse has become a special focus and has become an industry. This indicates the importance of recycling materials. One of the synthetic materials whose production is increasing in different types and applications is plastic and plastic compounds. Plastic, one of the best of human artifacts, has now become a major issue for today s environment and humans. [1] Plastic consumption is very common due to light weight and fracture and is rarely eliminated by biodegradation or chemical degradation. There are hundreds of types of plastic used today. Recycling of plastic materials for food packaging is prohibited. [2] On the other hand, it is estimated that there are some 40 million kilometers of roadways around the world that use hundreds of millions of barrels of oil to build and develop them.  Therefore, the purpose of this study was to determine the amount of plastic wastes and their types (materials such as particulate glass, plastics, heavy polyethylene waste, rubber, construction waste and electronic equipment) and to evaluate the status of collection, disposal and disposal, use. Reprocessing is on the way for pavement construction. This will lead to the recycling of waste, reducing pollution and environmental impacts in the country.

Keywords : environment asphalt recycling waste