Production of Fuel from Plastic using Electricity

Vaibhav Kumar, Jayant Sharma, Vinmay Srivastava, Shailendra Singh, Shubham Tiwari, Raju Kumar Maurya, V. Bhadoria
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Abstract

The amount of plastic generation all over the world over the years has increased because the application of plastic has also increased in many different sectors. Which caused the accumulation of waste plastic all over the world in landfill and water bodies such as oceans. The demand of plastic has grown exponentially over the years as it demands and application increases in various sectors. As plastic is a petroleum-based product it affects the petroleum reserves as petroleum is fossil fuel and is non renewable in nature. There are a few methods which has been used in order to decrease the accumulated plastic waste such as recycling and techniques to recover energy. But there are many problems and obstacles associated with recycling method are there is a requirement of sorting process which is a labor-intensive process and during these process water pollutions also occurs which decreases the sustainability of the method. As these methods are not very effective, methods to convert plastic waste into some kind of fuel was developed which required a lot of research and advanced innovations. As plastic was product of petroleum, the fuel produced during pyrolysis of plastic also have high calorific value like a normal petroleum fuel. Which could be used in place of the already existing fuels. Electrical heating can be applied for the purpose of heating the plastic and obtaining fuel. As we are not burning any fuel so the pyrolysis of plastic using electrical energy is a clean process. Moreover, each and every end product is used in effective manner.
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利用电力从塑料中生产燃料
多年来,由于塑料在许多不同领域的应用也有所增加,世界各地的塑料产生量有所增加。这导致了世界各地垃圾填埋场和海洋等水体中废塑料的堆积。多年来,随着塑料在各个领域的需求和应用的增加,塑料的需求呈指数级增长。由于塑料是一种石油基产品,它会影响石油储量,因为石油是化石燃料,本质上是不可再生的。为了减少塑料垃圾的积累,人们采用了一些方法,如回收利用和能源回收技术。但是与回收方法相关的许多问题和障碍是,有一个要求分类的过程,这是一个劳动密集型的过程,在这些过程中也会发生水污染,这降低了方法的可持续性。由于这些方法不是很有效,因此开发了将塑料废物转化为某种燃料的方法,这需要大量的研究和先进的创新。由于塑料是石油的产物,因此塑料热解过程中产生的燃料与普通石油燃料一样具有很高的热值。它可以用来代替现有的燃料。电加热可以用于加热塑料和获得燃料。由于我们不燃烧任何燃料,所以使用电能裂解塑料是一个清洁的过程。此外,每一种最终产品都以有效的方式使用。
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