Safety training
Control of Hazardous Energies Standard / V3 2023-12-04
Present situation(s) or scenarios from a WTG environment, where the participants can practice identifying where the generic, simplified Lockout-Tagout must be applied. As part of this practice, the participants must be prompted to explain in their own words how the generic, simplified Lockout- Tagout is to be applied Lead a brainstorm with the participants about what safety hazards and the associated risks in the hazards found in work environment can be reduced, if Lockout-Tagout is always applied to hazardous energy isolations Present key examples of what safety hazards and the associated risks in the hazards found in work environment can be reduced, if Lockout-Tagout is always applied to hazardous energy isolations (to enable the participants’ comparison of their own answers)
Examples of hazards are:
a.
entrapment between rotating and moving parts
b.
electrical shock
c.
indirect or direct contact with live parts
d.
exposure to pressure fluids
e.
stored energy
The participants shall:
Engage in analysis of, and share understandings about, the Lockout-Tagout process demonstrated e.g.:
a. what are the actions of the Lockout-Tagout process shown? Can you restate or summarise each action in your own words?
b. why are these actions in the Lockout-Tagout process necessary to establish a Lockout-Tagout?
c. how does this Lockout-Tagout process relate to what the participants have already seen regarding Lockout-Tagout in the wind industry?
Engage in answering questions and sharing understandings about the examples of common situations where Lockout-Tagout is performed with the three different energies
Engage in identifying where the generic, simplified Lockout-Tagout has to be applied. In addition, explain in their own words how the generic, simplified Lockout-Tagout must be applied in simple situation(s)
Engage in the brainstorm about what safety hazards and the associated risks in the hazards in their work environment can be reduced if Lockout-Tagout is always applied to hazardous energy isolations
Global Wind Organisation ©2023 / www.globalwindsafety.org
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