Category Archives: Fall Safety

WORKING IN CONFINED SPACES

OSHA defines confined spaces as those with configurations which hinder activities of employees who must enter, work in and exit places that have limited and restricted means for entry or exit, and are not designed for continuous employee occupancy.  These can include:

  • storage bins
  • manholes
  • pits
  • silos
  • process vessels
  • pipelines
  • underground vaults
  • sewers
  • wells
  • tanks

One or more of the potential hazards of working in Permit-Required Confined Spaces can be a hazardous atmosphere to engulf the entrant, walls that converge inward, or floors sloping downward and tapering into smaller area which could possibly trap or asphyxiate the person, unguarded machinery, exposed live wires, or heat stress.

To prevent accidents, companies should:

  • Train employees thoroughly;
  • Post proper signs on location;
  • Always assume that hazards are present;
  • Follow proper lockout/tagout procedures;
  • Ensure adequate ventilation for employees;
  • Furnish non-sparking tools;
  • Provide and ensure required PPE is used at all times;
  • Monitor continuously while work is being performed;
  • Have rescuers on site and trained for any emergency.

It is estimated that over one and one-half million workers enter confined spaces annually.
Most accidents can be prevented by properly educating the persons who do this work and ensuring that they are adequately supervised at all times.

FALL PREVENTION

In the United States Construction industry, falls are the leading cause of worker fatalities.  An average of between 150-200 workers each year are killed and more than 100,000 injuries are the result of falls at construction sites.  Accidental falls are complex events resulting from either equipment-related or human issues.  Therefore, the standards for protection deal with both for success in preventing fall hazards.  Fall protection systems should be carefully designed for appropriate work situations.  Proper installation of safety systems, safe work procedures, training and supervision are necessary to ensure workers’ security.

Listed is a short glossary of fall prevention terms and equipment for safe endeavors:

  • Anchorage – Secure point of attachment for lanyards, lifelines or deceleration devices.
  • Body Harness – Straps secured about the person that distribute fall-arrest forces over thighs, pelvis, waist, chest and shoulders, which is attached to other parts of fall-arrest system.
  • Deceleration Device – Any mechanism: rope, grab, forms of lanyards, auto retracting lanyards that dissipate a substantial amount of energy during fall arrest.
  • Lanyard – Flexible line of rope or strap that has connectors to a deceleration device, lifeline, or anchorage.

PPE: A Summary

Last week, we covered different types of personal protective equipment and the applications for each.  With all of the technological advances and machinery used in today’s world, understanding and using proper PPE is more important than ever before.

In determining the proper PPE for industries, a walk-through survey should be done by employers to develop an organized safety program.  Both workplace physical and health hazards must be analyzed.  Employers then would determine what types of PPE would be needed.  It is suggested that a higher level of protection than the minimum be chosen to ensure employees are protected from hazards.  Written certification is required which includes the Hazard Assessment Date, Company Identification, and Name of the Document.

Personal Protective Equipment is available to protect you from such hazards as:
¨    Chemicals – Coveralls, Gloves, Face Shields, Goggles
¨    Heat/Cold- Gloves, Earmuffs,
¨    Biologic (blood, infected materials)-Lab Coats, Disposable Gloves, Coveralls
¨    Light Radiation-Safety Glasses, Goggles, Welding Hoods
¨    Harmful Dust-Respirators, Goggles, Side shields
¨    Sharp Objects-Cut Resistant Gloves
¨    Falling Objects-Hard Hats

Take the time to determine what hazards are present in your particular situation.  Once determined, take the steps to supply yourself and your employees with the needed equipment.

Source:
OSHA

Prevent Falling Accidents

In the United States Construction industry, falls are the leading cause of worker fatalities. An average of between 150-200 workers each year are killed and more than 100,000 injuries are the result of falls at construction sites. Accidental falls are complex events resulting from either equipment-related or human issues. Therefore, the standards for falling protection deal with preventing fall hazards, and providing proper safety equipment.

Fall protection systems should be carefully designed for appropriate work situations. Proper installation of safety systems, safe work procedures, training and supervision are necessary to ensure workers’ security. Lastly, use some common sense when working off the ground. It’s always better to have too much protection than not enough.

Listed below is a short glossary of fall prevention equipment that can be furnished for safe endeavors:

¨ Anchorage – Secure point of attachment for lanyards, lifelines or deceleration devices.

¨ Body Harness – Straps secured about the person that distribute fall-arrest forces over thighs, pelvis, waist, chest and shoulders, which is attached to other parts of fall-arrest system.

¨ Deceleration Device – Any mechanism: rope, grab, forms of lanyards, auto retracting lanyards that dissipate a substantial amount of energy during fall arrest.

¨ Lanyard – Flexible line of rope or strap that has connectors to a deceleration device, lifeline, or anchorage.