AC DataCenter

Slips & trips in Facility management

Slips and trips remain a primary source of workplace injuries, often stemming from overlooked hazards in high-traffic areas. Proactive facility management is essential for small businesses to maintain a secure environment and protect both employees and visitors from avoidable accidents.

Key risk diagnosis for this task

About 86% of related real accidents concentrate in these types.

#143%
Tripping over floor protrusions
#229%
Slip and fall on floor
#314%
Other falls

Key prevention

  • Implement a rigorous housekeeping schedule to ensure walkways remain free of debris, loose cables, and clutter.
  • Install high-traction floor coverings or anti-slip mats in areas prone to moisture or spills.
  • Ensure all common areas and stairwells are brightly lit to help staff identify potential floor hazards quickly.
  • Establish a rapid-response protocol for cleaning up liquid spills immediately to prevent slick surfaces.
  • Conduct regular walkthroughs to identify and repair uneven flooring, loose carpet edges, or damaged transitions.

Related accident cases

Electric ShockMatch 75%

An electric shock occurred during de-energized work when a worker contacted a component that was still energized according to regulations.

Key hazard · Electric Current (Electric Shock)
Prevention · Avoid contact with energized components during de-energized work.
ElectrocutionMatch 73%

An employee was electrocuted while working on a panel. The employee sustained injuries as a result of this incident.

Key hazard · Electrical
Prevention · Adhere to safety procedures and use insulating equipment during de-energized work.
ElectrocutionMatch 73%

While repairing a light bulb, an employee was electrocuted due to electrical equipment with insufficient details.

Key hazard · Electrical equipment with insufficient details
Prevention · Thorough inspection and information gathering for electrical equipment.
Electric shockMatch 73%

While performing assembly, installation, or dismantling tasks, the worker made direct contact with a live conductor, resulting in an electric shock.

Key hazard · Electric current (Electric shock)
Prevention · Adherence to safety procedures for electrical equipment and conductors, and enhanced insulation measures are necessary.
Electric shockMatch 73%

An electrical shock occurred due to direct contact with a live conductor during assembly, installation, or dismantling work.

Key hazard · Electric current (Electric shock)
Prevention · Ensure the safety status of electrical equipment before work, use insulated tools, and adhere to safety measures such as de-energizing the power source during the task.
Electric Shock and FallMatch 72%

The worker contacted a live conductor, resulting in an electric shock and subsequent fall.

Key hazard · Electric shock and fall due to contact with a live conductor.
Prevention · Adherence to safety procedures and use of insulating equipment during electrical work.
Electrical ShockMatch 72%

An electrical shock occurred when a worker directly contacted a live electrical component.

Key hazard · Electrical shock due to direct contact with a live electrical component.
Prevention · Adherence to safe handling procedures for live electrical components and use of insulating equipment.