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Recycling Waste-to-Energy (WTE): Studies Carried-out on a Metropolitan City of the North-Eastern Nigeria

机译:回收废物到能量(WTE):在尼日利亚东北大都市城市进行研究

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Studies on municipal solid waste (MSW) were carried-out in some selected locations from the Maiduguri metropolis. These wastes are produced and/or accumulated due to various human activities. Amongst the many factors that these wastes will course to the environment are: environmental degradation, insects, atmosphere (air) pollution, diseases, and disfigure the image of the city. In the effort to meeting the millennium development goals (MDGs) specification on environment, this paper is advocating that an appropriate solid waste management system/mechanism must be instituted. It is reasonable to recover energy from MSW through a variety of a process such as combustion pyrolysis and gasification. In this study, we estimated the energy content of the MSW from the Maiduguri metropolis in order to achieve its optimal system performances. It was determined that the quantity of solid waste that are been deposited on daily bases at some selected/various locations were respectively 10,000kg/m~2, 20,000kg/m~2 , 40,000kg/m~2, 20,000kg/m~2 , 10,000kg/m~2 from Bagga road, Mairi ward, Monday Market, Post Office, and University of Maiduguri campus. These values determined were compared with the reported data from the literature, were energy values of different materials when incinerated to arrive at the corresponding energy (power) that can be produced from Maiduguri metropolis MSW.
机译:在Maiduguri Metropolis的一些选定地点进行了关于市政固体废物(MSW)的研究。由于各种人类活动,生产和/或累积这些废物。其中许多因素,这些废物将课程将归于环境:环境降解,昆虫,大气(空气)污染,疾病,并毁坏城市的形象。在满足千年发展目标(MDGS)环境规范的努力中,本文倡导必须制定适当的固体废物管理系统/机制。通过诸如燃烧热解和气化的各种方法从MSW中恢复能量是合理的。在这项研究中,我们估计了来自Maiduguri Metropolis的MSW的能量含量,以实现其最佳系统性能。据确定,在一些选定/各种位置沉积在日常碱基上的固体废物的量分别为10,000kg / m〜2,20,000kg / m〜2,40,000kg / m〜2,20,000kg / m〜 2,10,000kg / m〜2来自Bagga Road,Mairi Ward,星期一市场,邮局和Maiduguri大学校园。将确定的这些值与文献中的报告的数据进行比较,是当焚烧时不同材料的能量值,以便到达可以由Maiduguri Metropolis MSW生产的相应能量(功率)。

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