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Assessment of work-related risk criteria onboard a ship as an aid to designing its onboard environment

机译:评估船上与工作有关的风险标准,以帮助设计船上环境

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摘要

The environment onboard a ship presents a typical example of a severe environment, displaying extreme conditions of temperature and relative humidity, especially in the engine room. Datasheets, the international labour organization, and standards do not provide clear information about the suitable ambience of the engine room, its design conditions, and the role of marine engineers in preventing work-related risk. In this study, air temperature and relative humidity were monitored at several locations onboard a merchant ship. These real monitored data were then compared with the ISO design indications to obtain an effective work risk analysis. From these indoor temperature and relative humidity data, the corresponding parameters of thermal comfort in the engine control room and the heat stress and sweating index of a worker in the engine room were determined. As a function of these indices, the maximum time that a worker can stay in the engine room and the time for which he must rest in the control room were also calculated in the present study. Some design corrections are also proposed herein to improve these environments.
机译:船上的环境代表了恶劣环境的典型示例,显示出极端的温度和相对湿度条件,尤其是在机舱内。数据表,国际劳工组织和标准未提供有关机舱适合的氛围,其设计条件以及船舶工程师在防止与工作有关的风险中的作用的明确信息。在这项研究中,对商船上几个位置的空气温度和相对湿度进行了监测。然后将这些实际监控的数据与ISO设计指标进行比较,以获得有效的工作风险分析。从这些室内温度和相对湿度数据中,确定发动机控制室中的热舒适性的相应参数以及发动机室中工人的热应力和出汗指数。根据这些指标,在本研究中还计算了工人可以在机房停留的最长时间以及必须在控制室休息的时间。本文还提出了一些设计更正,以改善这些环境。

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