News

Worksites are prone to dropped objects and may have
differing levels of dropped object training. HSE personnel and
site managers need to be able to apply and incentivize
common standards.

Ultimately, a mine site, an offshore rig, or any other
workplace, must be equipped with the knowledge –
and the tools – to minimize dropped object risks and deliver a
safer working environment, while reducing long-term
expenditure.

In the high-stakes world of offshore energy, mining, and industrial construction, the "standard" carabiner has long been the default choice for a tool lanyard. It remains a staple of the industry for good reasons: it is universally compatible, cost effective, and operates intuitively. However, as safety standards evolve and operational environments become more complex, the industry is identifying specific industrial challenges that require a more specialized approach to working at height. 

For decades, installing plywood infills has been the default "quick fix" for construction site perimeters and indoor maintenance zones - strapping sheets of wood to guardrails to prevent tools and debris from falling through to lower levels.  

It’s familiar, accessible, and seemingly cost-effective. However, as safety standards evolve and project timelines tighten, the reliance on traditional timber is being questioned by Site Safety Officers and Project Managers alike. 

While plywood has served the industry for years, its limitations—ranging from fire risks to labor-intensive installation—are driving a shift toward modular, high-performance solutions like the Dropsafe Barrier. 

Seguindo a crescente demanda pela mais recente tecnologia de prevenção de queda de objetos (quedas) de indústrias como geração de energia, química, marinha e manufatura, a AQD Industrial Safety uniu forças com a Dropsafe, líder global em prevenção de quedas, em uma nova parceria de distribuição para a Espanha.