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Firework Safety: The Safe Way to Have a Blast

Posted 7:21 PM by

Firework Safety

The Safe Way to Have a Blast


Did you know that the smallest and simplest of fireworks, such as sparklers can burn at 1200 degrees Fahrenheit? With the 4th of July quickly approaching, we know that many of you will be purchasing, lighting, or watching fireworks. It is important to know the dangers fireworks possess and ways to prevent an accident from occurring.

According to the National Fire Protection Association, fireworks cause 18,500 reported fires each year and cause an annual average of three deaths, 40 injuries, and $43 million in property damage. Most injuries are to the hand or finger and involve people between the ages of 25-44.

There is a safe way to have fun this Independence Day. See below for a list of tips to follow from the National Council on Fireworks Safety.    

  • Use fireworks outdoors in a clear area and away from buildings and vehicles.
  • If you are not familiar with the proper way to light fireworks, do not light fireworks at all. Leave this to the professionals.
  • Before igniting a firework, read the cautionary labels and performance descriptions on the box.
  • Never give fireworks to children. All firework activities should be supervised by an adult.
  • Alcohol and fireworks should not be mixed.
  • Wear safety glasses when shooting fireworks.
  • Light one firework at a time and then quickly move away.
  • Never shoot fireworks of any kind near pets.
  • If you are bringing your pet to a public firework display, make sure your pet has an identification tag, in case it runs off during the show.
  • Never relight a “dud” firework.  Wait 20 minutes and then soak it in a bucket of water.
  • In case of a fire, always have a bucket of water and charged water hose nearby.
  • Never carry fireworks in your pocket or shoot them into metal or glass containers.
  • Do not experiment with homemade fireworks.
  • Dispose of fireworks by wetting them down and place in a metal trash can away from any building or combustible materials until the next day.
  • Report illegal explosives, like M-80s and quarter sticks, to the fire or police department.
  • Remember, FAA regulations prohibit the possession and transportation of fireworks in checked baggage or carry-on luggage.

It's a Hot One Out There! How to Avoid Heat-Related Illnesses

Posted 6:59 PM by


It’s a Hot One Out There! How to Avoid Heat-Related Illnesses

June 2017



As we enter the summer months, it is important that workers are aware of the risk of heat-related hazards and injuries. Those who are at the greatest risk of heart stress are generally over the age of 65, have a heart-related medical condition, are overweight and have high blood pressure. The summer months are the portion of the year that nearly everyone looks forward to most; however, with the increased temperature comes an increased risk for people experiencing heat-related illnesses. Heat-related illnesses include a variety of conditions that arise from exposure to high-temperatures, direct sunlight, humidity and lack of hydration. Heat stroke, heat exhaustion and heat cramps and the most serious forms of heat-related illness. Each of these conditions is caused by exposure to heat and carries with it a variety of symptoms.


Heat stroke occurs when the body loses the ability to properly maintain a normal core body temperature. During heat stroke, the body’s temperature can rise to levels as high as 106° F and may result in fatality or permanent disability without proper medical treatment. Symptoms of heat stroke include hot, dry skin, profuse sweating, hallucinations, chills, headaches, confusion and slurred speech.


Heat exhaustion is the body’s response to large losses of water and salt from sweating. A worker experiencing heat exhaustion has similar symptoms as heat stroke. If a worker is suspected of having heat stroke or heat exhaustion, 911 should be called immediately to provide proper medical care.


Heat cramps, like heat exhaustion, are caused by losing large amounts of water quickly which results in painful muscular cramps. Although this condition is less severe than heat stroke and heat exhaustion, it is uncomfortable and still requires the employee to be removed from the hot environment and begin rehydrating with fluids. A worker experiencing heat cramps should not return to work for a few hours after the cramps subside.


Preventative measures to reduce and control the frequency of heat-related illness should be discussed and reviewed with your team at the beginning of the warm season. Preventative measures include:


1) Selecting appropriate clothing that will keep the body cool. Light colored, loose-fitting, cotton (or other breathable material) should be worn.


2) Begin hydration before outdoor work and repeat often. Drink enough water so that thirst is not experienced. Drinking about 1-cup of water every 15-20 minutes will help prevent dehydration.


3) While working outdoors, take breaks often while the body adjusts to the heat.


4) Pay attention to weather reports and schedule work around cooler parts of the day.



5) Stick to the Buddy System. It’s essential to monitor your own physical condition as well as that    of your coworkers. Having a designated person check in with workers to monitor signs and symptoms of heat related illness and provide cool water will help to reduce the frequency and severity of heat related illness.

















What is wrong with these two pictures? Common Safety Mistakes

Posted 3:12 PM by

Photo by Edge Protection Solutions 

Photo by: Suresh Gopal 

Can you spot the common safety mistakes in these two pictures? Safety mishaps in the areas of fall protection and scaffolding are prevalent in the construction industry. It is important that certain procautions are utilized to avoid injury and/or death on a jobsite. 

In the top photo you will notice that the workers aren't using any kind of fall protection. Safety harnesses, nets, and guard rails are essential in avoiding a fall. According to OSHA standards, fall protection is required when work is being performed more than six feet above the ground. It is important for everyone on the jobsite to understand the fall protection basics and to put them to practice when necessary.

In the bottom photo you will notice an example of poor scaffolding. A section of scaffolding is barely balancing on a small piece of wood instead of being secured. When setting up, scaffolding should be plumb, level and stable.OSHA requires that scaffolds be designed by a qualified person and be inspected at least once each work shift by a competent person. Stationary scaffolds over 125 feet in height and rolling scaffolds over 60 feet in height must be designed by a professional engineer.



Posted 5:37 PM by

Great lunch today with the Indianapolis Roofers Safety Group! Whenever Olive Garden is involved, it's a good time. 



An important message from our president Kristin VanSoest on the recent change in OSHA's electronic reporting rule

Posted 4:20 PM by




Happy Birthday, Jeff!!!

Posted 4:14 PM by

Happy birthday to our stylish safety consultant Jeff Stoll! We hope you had a great day and enjoyed your 30th birthday party:) 


Confined Spaces in Construction

Posted 7:42 PM by
An educational confined space article from one of our safety consultants
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