A Waste Recycling System for a Better Living World

Md. Atiqul Islam, Md. Abdur Rahman, An-Nazmus Sakib
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引用次数: 1

Abstract

Waste-the abandon things are a big concern for every country. A new day comes with several million tons of wastes. These wastes are not only filling this world lands but also contributing to global climate change. The adverse effect of climate change is happening on human and other living creatures. According to a report from the World Health Organisation (WHO), 4.2 million people have been dying every year because of outdoor pollution. Unfortunately, very few countries are conscious of this serious issue and trying to manage and recycle wastes. In this paper, we have proposed a waste recycling system thinking researchers will implement it in real-time and contribute toward a green and healthy living world. The input of the proposed system will be a mixture of wastes. The system will separate solid wastes like a bottle, wood pieces, brick pieces and other materials which can be reused or used raw material for the Solid Fuel Recover (SRF) system. The outcomes of the system will be biogas and bio-fertiliser. These resources can be used directly in household and industrial purposes and to fertile agricultural lands. Alternatively, these resources can contribute to generating electricity and transportation refuelling. Thus, it is expected, the proposed waste recycling system will add a new dimension in waste management and renewable energy sector.
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废物回收系统,让世界更美好
浪费——废弃的东西是每个国家都关心的大问题。新的一天伴随着几百万吨的垃圾而来。这些废物不仅填满了这个世界的土地,而且还导致了全球气候变化。气候变化的不利影响正在发生在人类和其他生物身上。根据世界卫生组织(WHO)的一份报告,每年有420万人死于室外污染。不幸的是,很少有国家意识到这一严重问题并设法管理和回收废物。在本文中,我们提出了一个废物回收系统,认为研究人员将实时实施它,为绿色健康的生活世界做出贡献。拟议系统的输入将是废物的混合物。该系统将分离固体废物,如瓶子、木片、砖片和其他可重复使用的材料或用于固体燃料回收(SRF)系统的原材料。该系统的结果将是沼气和生物肥料。这些资源可直接用于家庭和工业用途,也可用于肥沃的农业用地。或者,这些资源可以用于发电和运输燃料。因此,预计拟议的废物回收系统将在废物管理和可再生能源部门增加一个新的层面。
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