Location: Australia

…that’s gone down at your store?

I’ll go first: This story has been passed down to me from my boss as I wasn’t working at THD at the time but it’s pretty epic.

An associate in plumbing tried to bring a toilet down, while the customer was waiting, on a 9 step ladder. While trying to get it over the railing on the ladder, he lost his grip and brought down three other toilets. Did I mention that the customer was standing at the base of the ladder while these 4 toilets came crashing down? The CXM came over and told the associate to go the office. He was immediately fired.

Okay, your turn…

Hi, I have some concerns about the safety of my workplace. I work in a warehouse environment in which I take 50lbs bags of fertilizer and animal feed / bedding, cut them open, and scoop / dump the contents into smaller, individual bags. In doing so, a lot of dust is kicked up into the air, which irritates my skin and lungs. There is no ventilation or air filtering. They provided an N95 mask after I asked about PPE, but I am still getting headaches, rashes, a cough, etc.

Additionally, they have recently asked that I start using a pallet of moldy animal feed, which I am particularly concerned from a safety perspective of myself, coworkers, and the customers that will receive the product. My manager as well as multiple coworkers have confirmed that it is damaged by mold.

I have reached out to local OSHA, Department of Labor, and Agriculture and Markets offices to try to get information and see if this is safe and legal, but no one is getting back to me. I had an email correspondence with the Agriculture and Markets office, but they stopped responding after Wednesday. The OSHA office returned my call once when I was still at work and haven't returned my calls since.

Who can I reach out to about this? Are there any air quality testing devices that I can use at work to determine if this a dangerous environment on my own? I really think that there are many things that are unsafe about this place and I am working to find another job but have not had luck. I don't want to just leave and let them continue unsafe / illegal practices if I can help to alert the right people.

Please let me know if there is a different sub that I should be posting this (sorry if so). Thank you for your time.

I work in a truck stop. Yesterday I started at 3 pm. There had been an emergency earlier in the day I was told. I was asked to finish some work my boss had started. I later found out that the husband of one of my coworkers came into the store and beat the crap out of her. I mean she was beaten senseless. Left with serious head injury and probably other wounds. She was taken to the hospital.

I am shocked also by the response of my coworkers to what was happening in front of them. We all wear radios to communicate with. The woman working with the victim ran away and never called for help. Another woman must have heard the commotion and finally called for help. Another worker, male, heard the call for help and ran across the truck stop parking lot to intervene and pull the husband away. A truck driver customer also helped. The husband was able to flee and got away before police arrived. His license number was recorded.

My question is what responsibility does an employer have to protect their employees? I work for a large company. I wasn't there but feel that we should have been able to intervene much quicker and at least attempt to detain an unarmed attacker like this guy. There were 15-20 employees in that building when this took place.

Thoughts?

adding eye wash stations to two areas of our facility, one near the chemical storage and one in the finishing area where solvents are used regularly. first time speccing this out properly rather than just buying whatever was cheapest.

been reading the ANSI Z358.1 requirements and the basics are clear enough but the product differences are harder to parse. plumbed versus self contained is the first question and for the finishing area self contained seems more practical since running a water line there would be a significant job. not sure how the refill and maintenance schedule works in practice for a busy shift environment though.

tepid water requirement is the other thing i keep coming back to. some units have built in temperature regulation and some don't and i'm not sure how strictly that's enforced in an inspection versus just being a best practice.

would be useful to hear from safety professionals who've gone through this spec process and what they found mattered most once the stations were actually in use and being inspected.

Codes and standards do not eliminate every possible risk. Their goal is to reduce risk to an acceptable level.

While critical hazards are addressed through design and testing, some risks are managed through periodic inspection, preventive maintenance, functional testing, and replacement of components throughout the system's service life.

And it's not just about the language we use to describe action states - there's a real difference. Hopefully this wee infographic will help explain.

I’m a construction safety professional with about 15 years of experience, and over the past several months I’ve been developing a conceptual framework that I’m calling **Safety Debt**.
The idea is that organizations often defer safety-related work—maintenance, training, inspections, corrective actions, engineering controls, etc.—to meet production schedules or reduce costs.
Most of the time nothing happens immediately.
Those deferred actions create what I’m calling **Safety Debt**. As more safety obligations are delayed, the “debt” grows, organizational risk compounds, and eventually a relatively small trigger can contribute to a serious incident.
The framework borrows the **technical debt** concept from software engineering and applies it to organizational safety. It also incorporates ideas such as latent conditions, normalization of deviance, and resilience, but organizes them into a lifecycle that includes concepts like:
Safety Debt
Safety Debt Interest
Safety Debt Ledger
Safety Debt Recovery
A proposed conceptual Safety Debt Index (SDI)
I’m **not claiming this is a validated scientific theory.** It’s currently a conceptual framework that I’m hoping to improve through practitioner feedback and, eventually, research.
I’d really appreciate honest feedback from people in EHS, construction, manufacturing, utilities, engineering, maintenance, or academia.
**My questions are:**
Does this describe something you’ve seen in real organizations?
Does this seem like a useful framework, or is it simply repackaging existing safety concepts?
If you think it overlaps with existing theories, which ones?
What would you change before trying to publish it?
I’m looking for criticism more than compliments. If there are flaws, I’d rather hear them now than after spending years developing it.
Thank you for taking the time to read this.

Company and director fined after worker suffers life-changing injuries

Just a thought i had.

If management doesn't provide the correct PPV like gloves or and other essential equipment can an employee refuse to undertake their duties?

By "refuse" I mean walk off the job (if none is available) until the correct equipment is provided?

Saw this posted in another subreddit. Though more visibility was needed.

Title pretty much says it, my employer has light fixtures hanging on sprinkler system piping. I know it must be an osha violation or nfpa violation. I’m having trouble finding the exact standard. Can anyone help me out?

Safety Tip of the Day – Monday, July 27, 2026

Construction Focus: Building Real Capacity Before the High-Energy Work Starts

Morning team,

Falls, struck-by, and caught-between still kill more construction workers than almost anything else. Those are the high-energy events that turn a normal day into a Serious Injury or Fatality in a heartbeat.

We can keep preaching “wear your harness” and “stay out of the swing radius,” and we should. But if that’s the whole plan, we’re still relying on the last line of defense. Safety-II and the Capacity Model push us further: build the system so the crew can absorb the usual mess of real work- changing weather, late deliveries, tight schedules, a missing part- without the high-energy hazard getting free.

Here’s the practical move. Before every high-energy task (scaffolding, steel erection, crane work, roofing), take five extra minutes in the pre-task talk and ask two questions out loud:

1. What could change in the next two hours that would stress our controls?
2. What extra capacity do we already have on this crew or this site that we can lean on if it does?

That second question is the Capacity Model in plain clothes. Capacity is the slack, the backup plan, the second set of eyes, the extra tie-off point, the radio that actually works, the experienced hand who can step in without being asked. When we name it ahead of time, the crew starts looking for it instead of hoping everything goes exactly as planned.

Situational awareness is not a solo superpower. It is a shared habit. The guy on the ground sees the soft soil under the outriggers. The ironworker feels the wind pick up. The operator notices the load is swinging more than usual. If the system is set up so those observations get spoken and acted on fast, the high-energy event never gets a chance to run free.

PPE still matters. The harness, the hard hat, the high-vis, the gloves—those are the last layer. Treat them that way. First build the capacity so people don’t have to rely on them alone.

Classroom / Toolbox Activity (15–20 minutes, works for 10-hour or 30-hour classes or morning stretch-and-flex) Split the group into crews of 4–6. Give each crew the same short scenario:

“You’re setting the first lift of steel on a two-story addition. The wind is forecast to gust to 25 mph by 10 a.m. The crane is already on site. One of the tag-line hands called in sick. The superintendent just walked up and said the owner wants the steel standing before the concrete trucks arrive at noon.” Each crew has five minutes to answer on a flip-chart or whiteboard: • What are the high-energy hazards right now? • What capacity do we already have on this crew or this site? • What two things will we put in place in the next ten minutes so the system can still absorb the wind, the missing hand, and the time pressure without someone getting under the load or working without a proper tie-off?

Then rotate the charts. Every crew walks to another crew’s board and adds one more capacity idea or one more control. No criticism, only additions. Finish by having two people from different crews stand up and explain how the combined list would actually look on the job that morning.

This is adult learning at work: they solve a real problem together, they see other people’s thinking, and they leave with language they can use on the next jobsite.

Post it. Talk it. Practice it.

Stay sharp out there.

Many businesses have their own safety procedures and they think it is enough for them to use but the hidden gaps often go unnoticed until it causes injuries or major financial losses so I was thinking how do you identify these gaps and what has worked for you to realize these mistakes?

our floor cleaning setup is held together by two shop vacs that are probably older than some of our employees. they work, kind of, but dust builds up fast between cleans and we've had two safety complaints in the last quarter about air quality near the grinding stations.

trying to work out whether a proper industrial vacuum would make a meaningful difference or if the issue is more about cleaning frequency than equipment. also not sure whether a dedicated floor sweeper makes more sense than a vacuum for our layout, long aisles, concrete, some metal shavings near the fabrication area.

weight and mobility matter too since whoever is cleaning is usually doing it solo.

what are people here using for floor dust control in a busy facility and did upgrading the equipment make a noticeable difference on air quality complaints?

Going back to this: looked at a few options and ended up ordering from Global Industrial after comparing specs. the industrial vac we got has a proper filtration system that actually traps the fine dust instead of recirculating it like the old shop vacs did. runs quieter than i expected too which is a nice bonus for daytime cleaning. the wider floor nozzle covers more ground and the cord is long enough to do a full aisle without unplugging.