Velasco Garrido Marcial, Mette Janika, Mache Stefanie, Harth Volker, Preisser Alexandra M
Occupational Medicine, Institute for Occupational and Maritime Medicine (ZfAM), University Medical Center Hamburg-Eppendorf, Hamburg, Germany.
BMJ Open. 2018 Mar 30;8(3):e020157. doi: 10.1136/bmjopen-2017-020157.
To assess the physical strains of employees in the German offshore wind industry, according to job type and phase of the wind farm (under construction or operation).
Web-based cross-sectional survey.
Offshore wind farm companies operating within the German exclusive economic zone.
Male workers with regular offshore commitments and at least 28 days spent offshore in the past year (n=268).
Physical strains (eg, climbing, noise, working overhead, with twisted upper body or in confined spaces, vibration, heavy lifting, humidity, odours).
The most frequently mentioned physical strain was 'climbing' with 63.8% of the respondents reporting to be always or frequently confronted with climbing and ascending stairs during offshore work. Work as a technician was associated with a greater exposition to noise, vibrations, humidity, cold, heat, chemical substances, lifting/carrying heavy loads, transport of equipment, working in non-ergonomic positions and in cramped spaces, as well as climbing.Indeed, statistical analyses showed that, after adjusting for phase of the wind farm, age, nationality, offshore experience, work schedule and type of shift, compared with non-technicians, working as a technician was associated with more frequently lifting/carrying of heavy loads (OR 2.58, 95% CI 1.58 to 4.23), transport of equipment (OR 2.06 95% CI 1.27 to 3.33), working with a twisted upper body (OR 2.85 95% CI 1.74 to 4.69), working overhead (OR 2.77 95% CI 1.67 to 4.58) and climbing (OR 2.30 95% CI 1.40 to 3.77). Working in wind farms under construction was strongly associated with increased and decreased exposure to humidity (OR 2.32 95% CI 1.38 to 3.92) and poor air quality (OR 0.58 95% CI 0.35 to 0.95), respectively.
Workers on offshore wind farms constitute a heterogeneous group, including a wide variety of occupations. The degree of exposure to detrimental physical strains varies depending on the type of job. Technicians are more exposed to ergonomic challenges than other offshore workers.
根据工作类型和风力发电场的阶段(建设或运营),评估德国海上风电行业员工的身体劳损情况。
基于网络的横断面调查。
在德国专属经济区内运营的海上风力发电场公司。
有定期海上工作任务且过去一年至少在海上工作28天的男性工人(n = 268)。
身体劳损情况(如攀爬、噪音、高空作业、上身扭转或在狭小空间工作、振动、重物搬运、湿度、气味)。
最常被提及的身体劳损是“攀爬”,63.8%的受访者表示在海上工作期间总是或经常面临攀爬和爬楼梯的情况。技术人员的工作与更多地接触噪音、振动、湿度、寒冷、炎热、化学物质、搬运重物、设备运输、在非人体工程学位置和狭小空间工作以及攀爬有关。事实上,统计分析表明,在对风力发电场阶段、年龄、国籍、海上工作经验、工作时间表和轮班类型进行调整后,与非技术人员相比,技术人员工作时更频繁地搬运重物(比值比2.58,95%置信区间1.58至4.23)、运输设备(比值比2.06,95%置信区间1.27至3.33)、上身扭转工作(比值比2.85,95%置信区间1.74至4.69)、高空作业(比值比2.77,95%置信区间1.67至4.58)和攀爬(比值比2.30,95%置信区间1.40至3.77)。在建设中的风力发电场工作分别与湿度暴露增加(比值比2.32,95%置信区间1.38至3.92)和空气质量差(比值比0.58,95%置信区间0.35至0.95)密切相关。
海上风力发电场的工人构成一个异质群体,包括各种各样的职业。有害身体劳损的暴露程度因工作类型而异。技术人员比其他海上工人面临更多的人体工程学挑战。