Fuel Oil from Plastic Waste

G . Lokesh Sai, I. Krishna, P. P.Tharunesh, B. Ganesh
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Abstract

In Earlier days PLASTIC was a revolutionary invention which brought many changes in industrial & daily activities. But now a days, it has become a major problem as it is increasing the landfills which is leading to more pollution because of its high degradation time and no proper disposable way which is affecting the environment. The global production of plastic has shown an increase from around 1.3 MT in 1950 to 300 MT in 2010 due to the introduction of plastic in various fields. Out of the total consumption of plastic,53 % constitute polyolefins which is a large hydrocarbon. Polyethene is most consumed one i.e. 33% of total due to this it is taken into consideration. To overcome this problem, we used Thermal Cracking i.e. Pyrolysis, it is a process which converts the large hydrocarbon chains in to small hydrocarbon chains by heating the plastic at high temperature (350 – 400℃) & the products obtained are fuel oil and non- condensable fractions. The fuel oil can be used for heating purposes and non-condensable fractions to reduce air pollution. Polythene, Polypropylene are used as they are pure hydro-carbons and burnt completely.
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从塑料废物中提取燃料油
在早期,塑料是一项革命性的发明,给工业和日常活动带来了许多变化。但是现在,它已经成为一个主要问题,因为它正在增加垃圾填埋场,导致更多的污染,因为它的高降解时间和没有适当的处理方式,影响环境。由于塑料在各个领域的引入,全球塑料产量已经从1950年的130万吨左右增加到2010年的300万吨。在塑料的总消费量中,53%是聚烯烃,这是一种大型碳氢化合物。聚乙烯是消耗最多的一种,占总量的33%,因此它被考虑在内。为了克服这个问题,我们采用了热裂解即热解,这是一种通过在高温(350 - 400℃)下加热塑料将大烃链转化为小烃链的过程,得到的产品是燃料油和不凝馏分。燃料油可用于加热目的和不凝馏分,以减少空气污染。使用聚乙烯、聚丙烯,因为它们是纯碳氢化合物,燃烧完全。
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