Advancing Electronic Waste Management Techniques among Electrical/Electronic Technicians’ Workshops for Sustainable Healthy Society

Yekinni S Afeez
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引用次数: 4

Abstract

elec-Abstract This study focused on the advancement of e-waste techniques among electrical/electronic technicians’ workshops for sustainable healthy society. Study was conducted in Nigeria. The participants for the study included 87 university engineering lecturers and 54 public health officers. Study adopted survey research design and structured questionnaire for data collection. The study was validated by three experts and reliability coefficient of 0.79 was achieved. Data obtained was analyzed using percentage, mean and standard deviation while t-test and ANOVA were used to test hypotheses. The result claimed that all e-waste components are hazardous except aluminum. Meanwhile, the level of hazardous varies and depends on type of e-waste and level of abundance. Result claimed that e-waste in electrical/electronic technician workshop have severe consequences such as uncontrolled fire and inflammatory/respiratory problem among others in the environment. Result confirmed that electrical/electronic technicians adopted unsafe method for managing e-waste such as dumping of e-waste inside flowing water and swamp and using e-waste for land filling. Result explained further that electrical/electronic technicians are facing challenges- exposure to injury and unavailability of modern equipment among others- in managing e-waste. Also, result confirmed that technique for managing e-waste in electrical/electronic workshop include establishment of recycling site and establishment and implementation of regulation. Meanwhile, result stated that qualification, experience, age and occupation affects respondent opinions in response to research questions.
在电气/电子技术人员研讨会中推进电子废物管理技术,促进可持续健康社会
摘要本研究聚焦于电气/电子技术人员工作坊中电子废弃物处理技术的发展,以促进可持续的健康社会。研究是在尼日利亚进行的。这项研究的参与者包括87名大学工程讲师和54名公共卫生官员。本研究采用调查研究设计和结构化问卷进行数据收集。经3位专家验证,信度系数为0.79。所得数据采用百分比、均值和标准差进行分析,采用t检验和方差分析进行假设检验。结果表明,除铝外,所有电子垃圾成分都是有害的。与此同时,有害程度因电子垃圾的类型和丰度而异。结果指出,电子电气技术员车间的电子废物会造成严重的后果,例如无法控制的火灾和炎症/呼吸问题等。结果证实,电气/电子技术人员采用不安全的方法处理电子废物,如将电子废物倾倒在流动的水中和沼泽中以及将电子废物用于填埋。结果进一步解释了电气/电子技术人员在管理电子废物方面面临的挑战-暴露于伤害和缺乏现代设备等。同时,研究结果也证实了电气/电子车间电子废弃物管理的技术包括建立回收场地和制定和实施法规。同时,结果表明,资格,经验,年龄和职业影响受访者对研究问题的意见。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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