First announced in January 2017, OSHA’s new beryllium exposure limit for construction workers was originally supposed to be in full effect on March 12, 2018. The administration just announced last Friday that the new enforcement date for the rule will be May 11, 2018.
Previously, OSHA regulation 29 CFR 1926.1124 stated that the 8-hour permissible exposure limit (PEL) to Beryllium was 2.0 micrograms per cubic meter, but the new rule lowers the PEL to 0.2 micrograms per cubic meter. The new rule also established a short term exposure limit (STEL) of 2.0 micrograms per cubic meter over a 15 minute period.
OSHA estimates that around 11,500 construction workers are exposed to beryllium on jobsites throughout the country, mostly through coal slag, which is commonly used in abrasive sandblasting. Like other respirable particulates found in construction, beryllium has been linked to a lung disease, specifically chronic beryllium disease. The disease kills around 100 people each year.
General Industry and Shipyard Industry are also being affected by the final rule. Until OSHA begins enforcing the rule on May 11, the group states that “in the interim, if an employer fails to meet the new PEL or STEL, OSHA will inform the employer of the exposure levels and offer assistance to assure understanding and compliance.”
The construction industry has never been one to freely share information without charging a fee. That’s changed slightly recently, with some major players willing to provide useful tools and information to help us become better. For instance, we recently shared that Procore has released hundreds of free continuing education courses on their education platform. Another useful site we’ve found recently has shared dozens of toolbox talks to help your team on the jobsite learn about safety.
[guest post] The reality is that construction workers, who already face hundreds of hazards just by working in the industry, are also often at risk for becoming injured or ill due to contact with wildlife.
It should be obvious that formal safety training is extremely important to running a successful safety program on any construction site. The most common route for construction employers to train their staff is through OSHA 10 and OSHA 30 courses, but, in the past, it was pretty confusing to determine who was actually authorized to teach the courses and where to find them.
[guest post] Spring is here and before we know it, summer will follow. In both seasons, weather conditions can present dangers to construction workers. Without education and preparation, workers may find that they are seriously ill or injured during work.
Crane collapses on construction jobsites are usually pretty terrifying, especially when the jobsite is full of workers. A construction site in St. Petersburg, Florida got extremely lucky when a large construction crane collapsed and narrowly missed several running workers.
Construction workers rely on power tools to do their jobs every day. Working with power tools is also inherently dangerous, but compounding that risk with a manufacturers defect could be a recipe for disaster. Product recalls on tools, thankfully, don’t happen very often, but it’s extremely important to find out about them before you put yourself at risk for potential injury.
Every construction company wants to avoid workplace accidents on their jobsites. The problem is, far too many companies don’t have a structured safety program to help them achieve lower injury rates. The Associated Builders and Contractors, Inc. (ABC) recently released their 2018 Safety Performance Report, which showed how companies were achieving a 670% lower injury rate versus the national average.
If your company did not electronically submitted its 2016 OSHA 300A injury and illness log to OSHA before December 31, 2017, they could be facing an other-than-serious violation with a maximum penalty of $12,934. We tried to warn you, and warn you, and warn you again.
[guest post] The “fatal four” are falls, electrocutions, struck by an object, and caught in/between. Falls alone cause over half of the deaths in construction. With today’s technology, the fatal four could be a thing of the past.
Since the FIU bridge collapse last Thursday, there has been a lot of speculation on how exactly this catastrophe happened, based on pieces of information learned over the past few days, as well as a couple grainy videos of the collapse. It’s going to be a long time before investigations into the true causes are determined and all the dust surrounding impending lawsuits clears, but for now, we have one very interesting Youtube video explaining a plausible cause of the failure.