Red kites face rising poisoning threat despite conservation efforts
The red kite population in Britain is facing a renewed threat as recent findings reveal a dramatic increase in poison...
Read moreDetailsThe red kite population in Britain is facing a renewed threat as recent findings reveal a dramatic increase in poison...
Read moreDetailsLast updated: 8 October 2025
Author: Jade Anderson, Senior Reporter — UK-Safety.News
TL;DR: Prove it’s dead, lock it off, tag it, and try it—every time. Manage stored energy and verify before you start.
Uncontrolled energy causes some of the worst injuries. Effective isolation prevents contact with electricity, pressure, motion, heat, and chemicals during maintenance and non-routine tasks.
Identify all energy sources (electrical, hydraulic, pneumatic, thermal, gravity). Review P&IDs and SOPs.
Stop equipment, open isolators, apply group locks and personal locks.
Bleed, vent, block, discharge, neutralise; verify zero energy state.
Attempt a start with guards fitted; check for absence of voltage/pressure/motion.
Area clear, guards reinstated, remove locks in order, communicate restart.
Use isolation registers, hasp systems for groups, and permit-to-work where the task is high-risk. Train authorised persons and verify competence annually.
✅ Up-to-date isolation procedures
✅ Correct locks/hasps/tags available
✅ Test equipment calibrated
✅ Evidence of verification steps recorded
✅ Annual competence refreshers
About the Author: Jade Anderson writes about energy isolation, maintenance safety, and permit-to-work best practice.