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Physical hazards are often the most visible yet underestimated confined space danger. Unlike atmospheric or biological risks, physical hazards can be seen, touched, or heard. Yet many workers overlook them because they seem obvious or “manageable.”
Biological hazards in confined spaces often receive less attention than atmospheric or structural risks, but they are just as dangerous. Biological threats build up slowly, invisibly, and without warning.
EN 342 is a globally-recognised European standard that specifies the performance requirements and test methods for personal protective equipment (PPE) designed for cold environments.
In many confined spaces, the most dangerous element isn’t what you can see: it’s what you can’t. Atmospheric hazards, such as oxygen deficiency, toxic gases, and flammable vapours, account for a majority of confined space fatalities worldwide.
Configuration hazards are hidden in the physical design, layout, and access points of a confined space. The very geometry of a tank, manhole, or cargo hold determines how easily a worker enters, exits, or moves within it.
A horizontal lifeline (HLL) is a type of fall protection system that allows workers to move safely along an elevated surface while remaining continuously connected to an anchored cable or track.
Keeping your hands safe is important, especially wat worksites where physical impact is a threat. Safety gloves are your first line of defense against abrasions, cuts, tears, and punctures. But with so many gloves on the market, it can be difficult to understand which glove suits your needs. That’s where the EN388 standard comes in.

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