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3 Forms of Fall Protection When Working in Wind Turbines

3-Forms-of-Fall-Protection-When-Working-in-Wind-Turbines

Although it’s one of the newer industries in today’s global business and renewable energy landscape, the wind turbine industry has continually set itself apart as a challenging yet exciting and fulfilling sector to be a part of. Whether it’s working with complex machinery or coming to terms with the fact that the world’s hope for a sustainable future rests well on your shoulders, working in the wind turbine industry is indeed challenging. 

Given the intricate nature of every process that goes into running a turbine, there’s a particular part of the experience that’s specifically daunting: fall protection when working at heights. 

Fall protection in further detail

The entire practice and concept of fall protection is one that continues to remain relevant in the UK’s own wind turbine industry because the job entails working at greater heights frequently. 

Seeing that the average height of a windmill in the UK sits a frighteningly-high 74 meters, maintaining safety every moment spent working high up is vital. Fortunately, fall protection in the wind turbine industry is far from being unknown because workers can use three effective methods: 

  • Prevention
  • Passive systems
  • Active arrest systems

To uphold your safety as much as possible when working at heights on a wind turbine, it is vital to know all the pertinent information that concerns the concept of fall protection itself. Should you find yourself lacking in the necessary knowledge on your fall protection basics, there’s no need to worry because we’ve got you covered with this quick guide: 

Prevention fall protection systems

Often regarded as the most straightforward of the lot, preventive fall protection solely relies on the practice of preventing workers from going into the proximity of the fall hazard. By using various safety devices, such as barriers, safety decking, visual hazard markings, purlin trolleys, and guardrails, prevention fall protection acts as the bare minimum for safety measures when working at height. 

Passive fall protection systems

Passive systems, to put it simply, are implemented safety measures or controls that are used only after a fall itself has occurred when an employee works at heights. In conjunction with prevention and active systems, passive systems work exceptionally well in mitigating misfortune and keeping workers well-aware of the dangers of working at heights. Generally speaking, passive systems come in the form of safety nets for wind turbines, all of which are effective at reducing the rates of fatal falls at work. 

Active arrest systems

In comparison with the previous two options, active arrest systems are far more common because they provide a form of protection on the job that effectively curtails the risks brought about by potentially-fatal human error. Such forms of active arrest systems include harnesses that are especially effective in not only preventing death but also in reducing the force of impact after a fall and the risk of injuries. 

Conclusion

Getting to know the most common fall protection systems and using them to your advantage is one of the cornerstones of any productive and safe experience when working on a wind turbine. 

Should you find yourself in need of the right information for becoming a wind turbine operator or are an employee who requires training that goes beyond merely knowing fall protection, check out the wide range of available GWO training courses in Scotland. Get in touch with us to see how we can help.

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