Worksite Safety

Excavation and trenching is statistically the most hazardous work in the U.S. construction industry. Frequent news stories from around the country attest to the danger. More than 100 workers are killed each year in trench cave-ins alone. Countless others are injured or maimed, physically and psychologically.
Recognizing the need for more effective regulations on excavation safety, the Occupational Safety and Health Administration (OSHA) published a revised federal standard in 1990 to establish more clearly the requirements for protecting employees in excavations. The definitive standard greatly increases the flexibility you and your workers have in choosing protective systems.

Advanced products offer utility safety professionals a more effective method for treating burn injuries with less suffering and help reduce injury-related costs.

Utility safety professionals charged with lowering the risk of serious injury are undoubtedly focused on prevention. Not only does preventing workplace accidents eliminate pain and suffering, it also pays dividends in lower exposure to liability and in reduced Workers' Compensation and related costs.
It is also common practice among leading utility safety experts to provide products in the workplace that will make immediate treatment of injuries as effective as possible. This is especially true when it comes to treating burns, an injury that is perhaps more common than we realize.

How the right cleaner can extend the life of tools and workers by uncovering hidden damage and restoring high visibility.

A power utility got a big surprise recently when they tested a new, specially formulated rubber goods cleaner on a hot-line jumper. The cleaner revealed potentially hazardous burn and cut damage lurking beneath the grimy, blackened surface. The failed tool was removed from service, averting possible injury.

Could deployment of an Automated External Defibrillator prevent sudden cardiac death and save your utility from a perfect legal storm?

An integral part of any electric utility infrastructure, substations that are properly designed and maintained by qualified and trained workers are safe and reliable. If a failure occurs, however, it can be catastrophic and even disastrous.

Clearly a key component of the safety program at any facility, and particularly at a complex installation such as a nuclear power station, is its energy control policy. Commonly referred to as "lockout/tagout," it is the plan developed by an employer to protect workers from serious injury or death resulting from the unexpected start-up of machines or equipment or the release of stored energy.

How the Interagency Snow Rescue Task Force was well positioned to meet the challenges of Colorado's recent snowstorms and save many lives.

Inspired by life altering events, Art Seely of Safety One, Inc., has formed a unique team. The Interagency Snow Rescue Task Force (ISRTF) was initially conceived when EMS rescue attempts failed to reach a Denver victim stranded in less than one foot of snow. This was Seely's nightmare while he was a young paramedic in 1975, and it was this event that changed his life.

Progress Energy is a Fortune 250 investor-owned electric utility company that comprises generation, transmission and distribution businesses and a general services company. Progress Energy’s 11,000 employees serve 2.9 million customers over a 50,000-square-mile retail service area in North Carolina, South Carolina and Florida.

Drop into any hardware store or home improvement center, and you’re likely to find aisles full of tools labeled “ergonomic.” But what exactly does that mean? Simply put, ergonomics is the science of designing and producing tools and other work-related implements that improve a worker’s efficiency while reducing discomfort, fatigue, and risk of injury.