对机构固体废物管理的批判性评估:尼日利亚奥约州伊巴丹铅城大学案例研究

Olanrewaju John Adedayo, Tairu Tajudeen Tunde, Olowolafe Tubosun Alex, Amoo Olakunle M., Laba Sunday Ademola
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摘要

通过为高效的固体废物管理系统实施适应性强的卫生填埋场,任何机构都可以减少对环境和公共卫生的风险,同时通过资源节约和材料回收促进社会包容性和城市可持续性。由于伊巴丹铅城市大学的学生增长惊人,该大学被迫争先恐后地寻找切实可行的解决方案来解决其废物管理问题,因为可持续发展和环境可持续性是可持续发展目标(SDGs)的主要目标。因此,适应性卫生填埋场是在废物控制的基础上设计的,其特点是存在一个衬垫和一个渗滤液收集系统,以防止地下水污染和一个封盖系统,以防止空气污染。因此,大学系统下的固体废物管理是本实验研究的重点。在对废弃物进行分类、量化和表征后,采用实验方法,利用气体监测仪表测量二氧化碳(CO2)、甲烷(CH4)、氨气(NH3)、硫化氢(H2S)和氮气(NH3)四种主要液化气体(lfg)。测量是在适应性卫生填埋场建设前后进行的。分别在上午和下午测量液化气(LFG)浓度。添加活性炭有提高液化气产量的作用。最后,添加动物粪便导致比不添加时更多的液化气产量。为了提供一种规划机制,通过可持续的废物管理来创造一个有凝聚力、财政安全、有生态意识和社会包容性的大学环境,该研究项目旨在通过在伊巴丹铅城大学建造一个适应性卫生填埋场来加强包容性废物管理的基本框架。
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Critical Appraisal of Institutional Solid Waste Management: Case Study of Lead City University, Ibadan, Oyo State, Nigeria
By implementing an adaptable sanitary landfill for an efficient solid waste management system any institution can reduce the risk to the environment and public health while promoting  social inclusivity and urban sustainability through resource conservation and material recovery. As a result of Lead City University of Ibadan's extraordinary student growth, the university was forced to scramble to find practical solutions to its waste management problems because sustainable development and environmental sustainability are the primary goals of the Sustainable Development Goals (SDGs). The adaptive sanitary  landfill was therefore designed on the basis of waste control, which was characterized  by the presence of a liner and a leachate collection system to prevent groundwater    contamination and a capping system to prevent air contamination. As a result, the  management of solid waste beneath the university system was the focus   of this experimental study. After the waste was sorted, quantified, and characterized, an experimental method was used to measure the four major liquefied gases (LFGs): carbon dioxide (CO2), methane (CH4), ammonia gas (NH3), hydrogen sulfide (H2S), and nitrogen gas (NH3) using a gas monitoring meter. The measurements were taken both before and after the construction of an adaptive sanitary landfill. The concentrations of liquefied gases (LFG) were measured in the morning and afternoon. Adding activated charcoal had the effect of increasing the liquefied gas production. Lastly, adding animal manures resulted in a greater liquefied gas production than when it was not added. In order to provide a planning mechanism for creating a cohesive, financially secure, ecologically conscious, and socially inclusive university environment through sustainable waste management, the research project aims to strengthen the basic framework for inclusive waste management through the construction of an adaptive sanitary landfill at Lead City University, Ibadan.
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