Why This Matters
Electrocution is one of OSHA’s Fatal Four causes of death in construction. Many of these incidents happen
during routine tasks—using power tools or moving materials—when electrical hazards are overlooked or taken for granted.
Electricity doesn’t forgive mistakes. One bad cord or one wrong move near a power line can be fatal.
Common Electrocution Hazards on Our Jobsites
- Damaged Extension Cords & Power Tools
- Frayed, cracked, or exposed wires
- Missing ground prongs
- Electrical tape used as a “repair”
- Cords run through water, mud, doors, or across sharp edges
- Using indoor-rated cords outdoors
If the cord is damaged, it is unsafe and must be removed from service.
- Contact With Overhead or Buried Power Lines
- Ladders, lifts, scaffolding, or long materials contacting overhead lines
- Equipment booms or dump beds raised too close to power lines
- Failure to identify energized lines before starting work
Direct contact is not required for electrocution. Electricity can arc.
Real-World Risk
Many electrocution fatalities happen when:
- Workers assume cords are low voltage and safe
- Damaged cords are used “just for today”
- Crews lose awareness of overhead power lines
- Spotters are not used when moving equipment
How We Prevent Electrocution
Before You Start Work
- Inspect all cords and power tools daily
- Remove damaged cords from service immediately
- Use GFCI protection where required
- Identify overhead and underground power lines during pre-job planning
While Working - Keep cords out of walkways, water, and pinch points
- Maintain at least 10 feet clearance from overhead power lines (greater distances required for higher
voltages) - Use a dedicated spotter when moving equipment near power lines
- Never assume lines are de-energized
If You See a Hazard - Stop work
- Notify supervision
- Correct the issue before continuing
Key Takeaways - Electricity is silent and deadly
- Damaged cords are a leading cause of electrocution
- Power lines must always be treated as energized
- Proper inspection and planning prevent serious injuries and fatalities
Since 1958, Stueve Construction, LLC continues to be the industry leader in fertilizer storage technology with more than 1,500 facilities built in its history. Safety is our #1 concern for our people and the project process.
What sets Stueve apart in the industry from others is our experience, in-house engineering, design-build capabilities, safety, and project communication skills. We partner with some of the finest fertilizer equipment, millwright, automation, electrician, liquid fertilizer/chemical tank, liquid systems plumbing, and civil design companies in the industry. Not to mention ensuring that you will receive the best technology, design and most operationally efficient project for your business investment.