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Posted By IAMU,
Tuesday, January 16, 2018
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IAMU members should note that the annual deadline for posting the OSHA 300A injury summary is February 1, 2018. All incidents of work-related injuries and illnesses must also be logged within seven days (Form 300) and detailed injury and illness reports for each entry (Form 301) must also be completed.
If there are more than 10 employees at any time during that calendar year, the employer may come under these requirements. When counting employees, you must include full-time, part-time, temporary, and seasonal workers. This exemption is based on the employment of the entire city rather than the establishment. For example, if a city has two establishments like water and public works, one with five employees and one with seven employees, the city must fill out the forms for each establishment because the city employment is greater than 10.
The summary should contain the total numbers of job-related injuries and illnesses that occurred in 2017 that were logged on the OSHA 300 form. Employment information regarding the annual average number of employees and total hours worked during the calendar year is needed to calculate incidence rates.
Even if there were no recordable injuries or illnesses in 2017, you are still required to post the form with zeros on the total line. The 300A summary must remain posted until April 30, 2018.
You may download forms 300, 300A, 301 from OSHA’s Injury & Illness Recordkeeping Forms Web page here or contact IAMU at 800-810-4268.
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OSHA
OSHA 300
Regulatory
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Posted By IAMU,
Monday, October 9, 2017
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MSA Powered Air-Purifying Respirator Cartridge customers should be aware of a potential safety issue regarding OptimAir® TL OV/AG Cartridges (Part Numbers 10080454 for cartridge 6-pack, 10143422 for individual cartridge). Although low in frequency of occurrence in field use and during in-house testing, MSA has become aware of a situation with the spin weld joint between the particulate filter housing and the carbon bed housing of the cartridge. In these cases, the cartridge will continue to provide gas filtration, but may not meet the P100 requirements for particulate and mist filtration. For more information on this issue, click here.
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Posted By IAMU,
Wednesday, October 4, 2017
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Many people do not believe that oily rags can ignite all by themselves without the presence of an ignition source, such as a spark or lighted match. However, oily rags stored in a waste can or thrown in a pile on the floor can ignite even without any help from a separate ignition source. This is known as spontaneous combustion.
Spontaneous combustion occurs when a combustible material, including liquid, is heated to its ignition temperature by a chemical reaction involving the oxygen in the air around the material. This heating process is known as self-heating. In the case of oily rags, it’s a simple process of oil oxidizing to generate heat, which will continue to build up until combustion occurs. Generally, this can happen when the materials are left in piles, which provide a source of insulation, trapping the heat that is generated.
The possibility of spontaneous combustion increases when the surrounding air is also warm and dry. Also, heat radiating from nearby sources, such as machinery or a non-insulated steam line, can accelerate the process by heating both the materials and the surrounding air.
It is simple to prevent spontaneous combustion of oily rags. They should always be stored in a metal safety can with a self-closing lid manufactured specifically to hold oily rags. OSHA requires that this can be emptied every day. This smaller can may be emptied into a larger metal container (55- or 60-gallon barrel) as long as the lid is sealed and is located in an outbuilding, detached garage, or shed outdoors.
The largest high-rise fire in modern U.S. history started as a result of the spontaneous combustion of oil-soaked rags left in a pile by contractors working in the building. The fire occurred in Philadelphia on February 23, 1991, on the 22nd floor of the 38-story Meridian Bank Building. The fire started in a vacant 22nd floor office in a pile of linseed oil-soaked rags left by a contractor and resulted in the death of three firefighters and injuries to 24 other firefighters. The 12 alarms brought 51 engine companies, 15 ladder companies, 11 specialized units, and more than 300 firefighters to the scene.
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Posted By IAMU,
Tuesday, August 22, 2017
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You may have noticed many differences between a metal safety can and a plastic or
“consumer” can that can be purchased almost anywhere. The first noticeable difference is the price – plastic cans can be found for around $20 while the metal safety cans range from $40 - $80.
Safety cans are equipped with three distinct accessories that are designed to protect the user from explosive vapors that may escape while in storage or even during use.
OSHA’s definition of a safety can includes those three accessories –
“Safety can means an approved closed container, having a flash-arresting screen, spring-closing lid and spout cover and so designed that it will safely relieve internal pressure when subjected to fire exposure.”
The flash-arresting screen or flame arrestor is a perforated metal screen that allows
liquid to pour through. The purpose of this screen is to absorb and dissipate any heat
or flame introduced outside of the container so that it will not ignite the vapor on the
inside of the container. Think of the flame arrestor like the screen in front of your
fireplace; it doesn’t allow sparks to pass through from either side.
They are also equipped with a spring-loaded cap that closes the spout automatically
when released. Tension in the spring forces the cap closed and provides a leak-proof
seal. The spring tension is also designed to lift the cap slightly in the event of excessive
internal vapor pressure inside the can. This automatically vents off vapors at approximately 5PSI internal pressure, to prevent the can from rupturing or exploding
if it is exposed to excessive outside heat.
Think About It: There are many instances where plastic “consumer” gas cans exploded while the victims were simply walking with the can. The movement or flow of gasoline creates an electrical charge that will create a spark when it discharges and cause
the vapor to explode.
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Posted By IAMU,
Monday, July 24, 2017
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Did you know that about 25 million cloud-to-ground lightning strikes occur in the United States each year or that construction work has the second highest fatality rate for lightning strikes? Lightning can strike as far as 25 miles away from its parent storm; so if you hear thunder, you are within striking distance! According to the National Weather Service, only about 10% of people struck by lightning are actually killed. The other 90% must live with discomfort and disability, sometimes for the rest of their lives.
The safest location during a thunderstorm is inside a building with plumbing and electrical wiring. If lightning strikes the building, the plumbing and wiring will conduct the electricity and eventually direct it into the ground. If no buildings are available, then an enclosed metal vehicle such as an automobile, van, or school bus would be a suitable alternative.
Watch for dark clouds and increased wind; or if you hear thunder, it’s time to seek shelter. Other safety measures include:
- Avoid leaning against cars, fences or gates, construction equipment or trees. Avoid standing on scaffolding or metal ladders as each of these items may be energized if struck by lightning.
- Refrain from touching concrete surfaces. Lightning can travel through the metal wires or bars in concrete walls and flooring.
- If inside a vehicle, roll up the windows and avoid contact with any conducting paths leading to the outside of the vehicle (e.g. metal surfaces, ignition and portable electronic devices plugged in for charging).
OSHA requires that employers adequately train all workers on lightning safety. Training should be provided for each outdoor worksite, so that supervisors and workers know in advance where a worksite’s safe shelters are and the time it takes to reach them. Employers should train supervisors and workers to provide lightning safety warnings in sufficient time for everyone to reach a worksite’s safe shelters and take other appropriate precautions.
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