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The nanotechnology application and workforce health and safety - a study of the Malaysia laws, statutory regulations and guidelines on nanotechnology

机译:纳米技术应用和劳动力健康与安全 - 对马来西亚法律,法定条例和纳米技术指南的研究

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In Malaysia perspective, the application of nanotechnology is crucial towards achieving the country's objective as a developed nation by 2020. This paper aims to examine the current Malaysia laws and statutory regulations of nanotechnology applications, to investigate the occupational diseases and work-related accidents associate to nanotechnology and to examine the risk assessment and management practices executed by the nanotechnology-based manufacturers to facilitate the potential effects of nanomaterials. Nanotechnology is a technology that incorporates nanomaterials, which is extremely small materials in size, equivalent to 1/80,000th of the width of a human hair. Due to their distinctive size, these nanomaterials may contribute to the significant health risks and hazards. The findings conclude that there is no specific law and statutory regulation on nanotechnology application exists in Malaysia. Thus, the none existence of nanotechnology laws means there is no protection of persons at work. Malaysia is currently formulating safety standards relevant to nanotechnology. Recently, the Department of Occupational Safety and Health (DOSH) has published the Guideline on Control and Safe Handling Nano Materials by the end of 2018. It provides information and recommendations on handling nanomaterials in the workplace. According to the DOSH personnel that there is no record of occupational disease and workrelated accidents related to nanotechnology per se. In relation to the risk assessment and management activities, most of the respondents from the nanotechnology-based manufacturer indicated that there is no nanotechnology risk assessment and management practices being executed in their workplace. Most of them also concluded that they have no knowledge about the latest guideline published by the DOSH on control and safe handling of nanomaterials in the workplace.
机译:在马来西亚的角度来看,纳米技术的应用至关重要,以至于到2020年以发达国家实现该国的目标。本文旨在审查当前的马来西亚法律和纳米技术应用的法定条例,调查职业病和与工作有关的事故伙伴关系纳米技术和研究基于纳米技术的制造商执行的风险评估和管理实践,以促进纳米材料的潜在影响。纳米技术是一种包含纳米材料的技术,其尺寸极小的材料,相当于人头发的宽度的1/80,000。由于其独特的尺寸,这些纳米材料可能有助于重大的健康风险和危害。调查结果得出结论,马来西亚没有关于纳米技术应用的具体法律和法定规例。因此,纳米技术法律的无存在意味着在工作中没有保护人员。马来西亚目前正在制定与纳米技术相关的安全标准。最近,职业安全和健康部(Dosh)发表了2018年底对控制和安全处理纳米材料的指导方针。它提供了关于处理工作场所的纳米材料的信息和建议。根据司令人员,没有与纳米技术有关的职业病和与纳米技术有关的工作相关事故的记录。关于风险评估和管理活动,基于纳米技术的制造商的大多数受访者表示,在工作场所没有执行纳米技术风险评估和管理实践。他们中的大多数人也得出结论,他们没有关于DOSH发布的最新指南关于工作场所中纳米材料的控制和安全处理的最新指南。

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