Heat Stress the jobsite. For example, whether sitting in the cab or working on the ground, people experiencing heat stress may have impaired cognitive functions, dizziness, reduced grip strength or impaired coordination, all of which could lead to safety concerns when dealing with precise movements and often heavy loads on a jobsite full of workers.
The obvious question is what can be done to try to mitigate heat stress, given the potential for it to occur and significant safety concerns when it does. Several resources about heat stress and how to address it exist, including a tool designed to assist in strategically minimizing heat stress and other common safety hazards present in the crane industry. The Crane Operations Jobsite Safety Controls Tool, developed by the NCCCOF and NSC, provides a framework that prioritizes hazard mitigation strategies through the Hierarchy of Controls. The tool provides various
Heat-related injuries accounted for 17 % to 25 % of total reported injuries across all crane-related roles. heat stress mitigation strategies, including elimination( e. g., autonomous cranes), substitution( e. g., upgrading older equipment), engineering controls( e. g., cooling / hydration stations), administrative controls( e. g., structured work / rest cycles) and personal protective equipment( e. g., cooling vests).
To learn more about heat stress, such as national statistics, current regulations and more specifics on the impact on those working in the crane industry, download the complete safety hazards research report and associated white paper on heat stress in the crane industry at www. ncccofoundation. org / research / safety /. The Crane Operations Jobsite Safety Controls Tool, addressing heat stress, 14 other common safety hazards and suggested mitigation strategies, is available for free at bit. ly / CraneSafetyControlsTool.
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