尼日利亚南部城市固体废物管理的可持续方法

Y. N. Udoakah, U. Akpan
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引用次数: 16

摘要

尼日利亚大多数城镇的城市固体废物被弃置在离主要街道和居民区只有几米远的露天垃圾场或沟壑中,在其他情况下被倾倒到排水沟中,最终流入毗邻的溪流,这些溪流作为当地居民的供水来源。这种不科学、不规范的处置方式对环境和公众健康造成严重危害。本研究考察了尼日利亚南部城市固体废物(MSW)管理的可持续方法,并建议了行之有效的城市固体废物管理方法。并探讨利用都市固体废物发电的好处。可以看出,适当的废物管理具有潜在的好处,可以大大减少在这些地区不分青红皂白地处理废物所造成的发病率,并有助于解决处理废物的受影响社区的能源需求。总的来说,适当的都市固体废物管理不仅可以改善空气质量,最大限度地减少在这些地区居住和工作的人所遭受的相关健康危害,而且还可以减少温室气体和其他导致全球变暖的有毒气体排放到大气中的速度。研究表明,仅在一个城市,每天运送2714吨垃圾就可以产生约30至52兆瓦时的电力。该研究建议采用可持续的方法处理都市固体废物,并在堆置场设有废物焚化炉及能源回收,以有效地将都市固体废物的内在能量转化为电能。
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A sustainable approach to Municipal Solid Waste management in Southern Nigeria
Municipal Solid Wastes in most towns and cities in Nigeria are disposed in open dumps or ravines which are only a few meters away from major streets and residential areas, and in other cases are dumped into drainages which eventually flows into adjoining streams which serves as a source of water supply to the resident of such locality. This unscientific and unregulated disposal pattern causes severe environmental and public health hazards. This study examines a sustainable approach to municipal solid waste (MSW) management in Southern Nigeria and recommends proven methods of MSW management. The benefit of using MSW to generate electricity is also explored. It is seen that proper waste management has the potential benefit of greatly reducing incidences of morbidity caused by indiscriminate waste disposal in such areas and can contribute to solving the energy need of the affected communities were the waste are disposed. On the whole, proper MSW management would not only improve the air quality and minimize the associated health hazards which people residing and working in such area are subjected to, but would also reduce the rate at which green house gases and other poisonous gases which contributes to global warming are emitted into the atmosphere. The study indicates that from a daily delivery of 2,714 tons of waste in just one city, about 30 to 52 MWh of electricity can be generated. The study recommends a sustainable approach to MSW handling and the incorporation of waste incinerators with energy recovery at dump sites to effectively transform the inherent energy in MSW to electricity.
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