What action should be taken with stored energy after a lockout procedure is applied?

In the context of Lockout/Tagout (LOTO) procedures, after applying a lockout, it is essential to handle stored energy properly to ensure the safety of personnel working on or near the equipment. Stored energy refers to any energy that has been accumulated in systems such as springs, capacitors, or fluids under pressure, which can pose hazards if not addressed.

The best practice is to dissipate or restrain this stored energy. Dissipating stored energy may involve procedures such as releasing pressurized systems, discharging capacitors, or allowing springs to return to a neutral state. Restraining stored energy can involve blocking mechanisms or using physical barriers that prevent energy from being released unexpectedly. This ensures that once the equipment is locked out, it cannot energize suddenly, which would create significant risks of injury.

Addressing stored energy is crucial in maintaining a safe work environment and adhering to OSHA standards. This step is part of a comprehensive safety protocol that emphasizes the importance of fully securing the equipment before maintenance or servicing begins.