Tailgate/Toolbox safety meetings are held to keep employees alert to work-related hazards and prevent injuries.
In California, Tailgate or Toolbox safety meetings are required by T8 CCR 1509 are 10-15 minute on-the job meetings for employees in the construction industry. Cal/OSHA expects the Tailgate or Toolbox meetings to address the specific hazards and safe work practices for the work tasks that employees are actually performing.
For Federal OSHA and State OSHA programs, 1926.20(f)(2) expects that ...employees receive training or that the employer train employees, provide training to employees, or institute or implement a training program....
The meetings allow supervisors to draw on the experience of employees and use that experience to remind them of the dangers of particular construction processes, tools, equipment, and materials.
Here are some videos to help make the meetings interesting and educational to help prevent injuries.
The information contained in the video and written content posted represents the views and opinions of the original creators of the video and written content and does not necessarily represent the views or opinions of Safety Kaizen, LLC.
DOUGLAS L. PARKER, ASSISTANT SECRETARY OSHA, USDOL 9/27/2023
While walking toward a deck pan that needed to be secured, the worker tripped and fell onto an unsecured deck pan. The deck pan slid away from her, creating an opening. She fell for 75 feet, landing on the ground below. She died instantly from her injuries.
Let's look at the events leading up to this tragic incident, and see how it could have been prevented. The workers had no fall protection, which OSHA requires the employer provide when working at heights of 15 feet and above.
Let's see what happens when these workers use fall protection. Now there is a temporary horizontal lifeline attached along the beams. Each worker wears a full-body harness and connects to the lifeline using a self-retractable lanyard with self rescue capabilities. YouTube, OSHA, 4 minutes.
A worker was installing vinyl siding on a two-story townhome. He was standing on a ladder that was placed on top of a scaffold. A co-worker was on the scaffold cutting pieces of siding. The scaffold had no guardrails. The workers were not wearing any fall protection.
While standing on the top step of the ladder, the worker putting up siding overreached to one side and the ladder overturned. He fell nearly 20 feet and landed on the driveway below. He died later that day from injuries caused by the fall.
Let's look at the events leading up to this tragic incident, and see how it could have been prevented. Originally, the worker installing siding was standing on a ladder that was placed on top of a scaffold. This is a very serious and dangerous OSHA violation.
Also, there was no fall protection for these workers. OSHA requires employers to provide workers with fall protection when they are working on scaffolds. YouTube, OSHA, 3 minutes.
Two workers were framing the walls of a new two-story house with a basement.
They were working on the second floor near an open stairwell. There was no guardrail or floor cover, and the workers were not wearing personal fall protection. After framing one section of a wall, the workers raised it and moved forward to put it into place. While moving forward, one of the workers stepped towards the unguarded stairwell to hold the side of the wall section.
He fell down the unguarded stairwell opening. He fell 20 feet and landed on the concrete basement floor. He died from fatal head and internal injuries. Let's look at the events leading up to this tragic incident, and see how it could have been prevented. Originally, the workers were nailing in the boards to frame a section of the new wall, and the stairwell was not protected by a guardrail. Now, the stairwell is protected by a guardrail as required by OSHA. YouTube, OSHA, 4 minutes.
Four workers were insulating the roof and applying the top layer of sheet metal roof decking on a tall, pre-engineered building. The roof was fairly flat, there was no controlled decking zone, and the workers were not wearing any personal fall protection. The workers were using drills to screw the metal sheets into the purlins.
As one of the workers walked down the roof, he lost his footing. He fell through the space between the purlins, and landed on the floor below. He died the next day from his injuries.
Originally, the workers had no fall protection, which OSHA requires the employer to provide when working at heights of 15 feet and above.
Then they are using a temporary horizontal lifeline. This involves a horizontal cable attached to two or more anchor points on the roof. In this system, the workers connect their harnesses to a horizontal lifeline that is secured to the roof structure instead of individual anchor points.
YouTube, OSHA, 4 minutes.
Two workers were reroofing a two-story home with a pitched roof. They were not wearing any personal fall protection. The workers used nail guns to install shingles over an old layer of shingles.
One of the workers was close to the edge of the roof. As she reached to pick up another shingle, she lost her balance. She slipped off the edge of the roof. She fell more than 20 feet and landed on the driveway below. She died instantly from her injuries.
Let's look at the events leading up to this tragic incident, and see how it could have been prevented. Originally, the workers had no fall protection, which OSHA requires when working in residential construction at heights of 6 feet and above.
Each system has a full-body harness, a rope-grab lifeline, and connectors. Snaphooks connect each worker's rope-grab lifeline to secure roof anchors, which are located higher up on the roof. D-rings connect the workers' safety harnesses to their rope-grab lifelines.
As before, the worker reaches over to pick up a shingle, loses her balance, slips, and falls. But now, because she is wearing a fall arrest system, she only slips 2 feet and doesn't fall off the roof.
YouTube, OSHA, 4 minutes.
Two workers were reroofing a two-story townhome. They were not wearing any personal fall protection, but guardrails were installed on the roof. The roof of the building was pitched and there was one skylight in the area that the workers were reroofing. One worker was using a nail gun to install new shingles over the single layer of old shingles. He was installing shingles in the center of the roof near an unguarded skylight. A co-worker was setting shingles. The roof already had guardrails, so the employer thought his workers were protected from fall hazards. But, he was wrong. Originally, when the worker was installing shingles near the skylight, the skylight was only covered by a translucent plastic dome.
YouTube, OSHA, 4 minutes.
This OSHA prevention video describes how to prevent deaths and injuries from employees' contact with overhead power lines while using ladders.
YouTube, OSHA, 6 minutes.
This OSHA prevention video describes how to prevent deaths and injuries from employees' contact with overhead power lines while using cranes.
YouTube, OSHA, 4 minutes.
A driver was delivering a load of steel beams to a job site. After positioning his flatbed truck as directed, he stood near the hydraulic crane that was offloading the truck to watch the operation. The company operating the crane had secured the area using vehicles and two strategically placed workers to keep out unauthorized personnel. However, no barricades were in place to stop workers from coming within the crane's swing radius. The driver was allowed to stay in the secured area because he was a friend and knew the operator. After the incident, a temporary barricade including three-inch caution tape is in place to prevent workers from coming too close to the swing radius of the crane. In addition to the barriers, employers should make sure crane and/or superstructure movement occurs only when an "all clear" signal is given to the operator. Now, as the crane begins to move, no worker is within the swing radius and no contact occurs.
YouTube, OSHA, 4 minutes.
Workers at oil and gas extraction sites could be exposed to hydrocarbon gases and vapors, oxygen-deficient atmospheres, and fires and explosions when they open tank hatches to manually gauge or collect fluid samples on production tanks. These exposures can have immediate health effects, including loss of consciousness and death. This video describes the hazards associated with manual gauging and fluid sampling on oil and gas production tanks and describes steps that employers and workers can take to do this work safely. YouTube, CDC, 13 minutes.
A. Initiate and Maintain Such Programs as May be Necessary to Comply with this Part [29 CFR 1926.20(b)]
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