Seng Melvin, Ye Meishan, Choy Kenneth, Ho Sweet Far
a Occupational and Environmental Medicine Unit , Singapore General Hospital , Singapore.
b Occupational Safety and Health Division , Ministry of Manpower , Singapore.
Int J Occup Environ Health. 2018 Jul-Oct;24(3-4):119-125. doi: 10.1080/10773525.2018.1522102. Epub 2018 Sep 17.
This study provides an assessment of heat stress in indoor rice vermicelli manufacturing factories.
Worker interviews and heat stress assessments were conducted in food manufacturing factories in Singapore. The Wet Bulb Globe Temperature (WBGT) and Heat Stress Index (HSI) were used as heat stress indicators.
The highest WBGT and HSI levels recorded in the rice vermicelli manufacturing factories were 36.68°C and 3777 in the drying and steaming process respectively. These levels were above the recommended permissible HSI and WBGT action limit for heat exposure and considered to be high risk.
Workers in indoor rice vermicelli manufacturing factories can be exposed to heat stress, and the current measures in place may not be sufficient to protect workers against heat stress injuries. Preventive measures such as engineering controls and heat acclimatization programs are important.
本研究对室内米粉制造工厂的热应激进行评估。
在新加坡的食品制造工厂进行了工人访谈和热应激评估。采用湿球黑球温度(WBGT)和热应激指数(HSI)作为热应激指标。
米粉制造工厂记录的最高WBGT和HSI水平分别在干燥和蒸煮过程中为36.68°C和3777。这些水平高于热暴露推荐的允许HSI和WBGT行动限值,被认为是高风险。
室内米粉制造工厂的工人可能面临热应激,目前采取的措施可能不足以保护工人免受热应激伤害。工程控制和热适应计划等预防措施很重要。