Working on a barge shouldn't be a death sentence, but for two crew members in southeast Alaska this week, a routine shift turned into a nightmare. On Sunday morning, the crew of the tugboat Chukchi Sea realized something was wrong. They'd lost contact with four of their own who were working inside a confined space on the freight barge Waynehoe. By the time the dust settled, two men—Ben Fowler and Sidney Mohorovich—were dead. The other two barely made it out alive.
It's a story that's becoming frustratingly common in the maritime industry. Despite all our modern sensors, "smart" safety protocols, and rigorous Coast Guard inspections, people are still suffocating in the dark. This incident near Ketchikan isn't just a freak accident. It’s a systemic failure that shows how easily invisible hazards can turn a workspace into a tomb.
What happened on the Waynehoe
The mayday call hit the Coast Guard Sector Southeast Alaska at 9:14 a.m. Sunday. The Waynehoe was moored near Skowl Arm, a remote spot about 25 miles northwest of Ketchikan. When the tug crew couldn't get a response from the four people inside the barge, they didn't just wait for help. They went in.
In a desperate rescue attempt, the tug crew managed to pull out two survivors and one of the deceased. But the environment was so dangerous that the fourth person—later identified as one of the fatalities—couldn't be reached immediately. The Coast Guard had to tow the entire barge to Ward Cove just to create a safe plan for recovery. It took until Tuesday for a multi-agency team to finally recover the last body.
The two survivors are in stable condition, but they’re the "lucky" ones. The reality is that in a confined space incident, you're usually dealing with an atmosphere that's either oxygen-deficient or loaded with toxic fumes. Once you stop breathing, you've got minutes.
The invisible killers in a barge hold
Most people think of "danger" on a ship as big waves or fires. But the real threat is often what you can't see or smell. In the maritime world, a "confined space" is basically any spot not meant for humans to hang out in for long. We're talking double bottom tanks, cofferdams, void spaces, and chain lockers.
Why do these spaces turn deadly? A few reasons:
- Oxidation (Rust): Believe it or not, the simple act of a steel hull rusting consumes oxygen. If a tank has been sealed for months, the rust can literally suck the breathable air out of the room.
- Decomposing Organic Matter: If there's any biological gunk or old cargo residue, it can release hydrogen sulfide or methane.
- Chemical Off-gassing: New paint, solvents, or even the cargo itself can displace oxygen with heavy, toxic vapors.
The scariest part? You don't usually feel like you're suffocating. When oxygen levels drop, your brain just starts to shut down. You get dizzy, your judgment goes out the window, and you pass out. If you're the guy standing outside the hatch and you see your buddy collapse, your first instinct is to jump in and save him. That’s how you get double or triple fatalities. One person goes down, and the would-be rescuers follow them into the trap.
Why regulations aren't stopping the body count
We have the rules. OSHA has strict standards for permit-required confined spaces. The International Maritime Organization (IMO) updated its safety requirements in 2024 to emphasize better training and "ship-specific" registers. Yet, the data from InterManager is grim: fatalities in these spaces nearly doubled in 2023.
The problem isn't a lack of paperwork. It's a gap between what's written in a safety manual and what happens on a deck at 9:00 a.m. on a Sunday. Crews are often under pressure to move fast. Testing the atmosphere with a calibrated four-gas monitor takes time. Setting up forced-air ventilation takes time. When you've done the job a hundred times and "it's always been fine," you get complacent.
Complacency in maritime work is a killer. The Coast Guard is currently investigating the Waynehoe incident, and they'll likely look at whether the air was tested before entry and if a proper "buddy system" or "attendant" was actually functional.
The high cost of "getting it done"
The barge and tug involved are owned by Hamilton Marine Construction, a company based out of Bellingham, Washington. While the company hasn't released a full statement on the specifics yet, the focus will inevitably shift to their safety culture.
Was there a functional safety management system? Did the crew have the right gear? In the Bouchard Barge scandal a few years back, investigators found a pattern of falsified maintenance records and systemic safety failures. I’m not saying that’s the case here, but the Coast Guard doesn't take these things lightly. They’ll dig into everything from the last time those sensors were calibrated to the specific training records of the crew involved.
How to actually stay alive on a barge
If you're working on the water, you've got to be your own last line of defense. The company might provide the gear, but you're the one stepping into the hole.
- Trust no space: Even if a tank was "safe" yesterday, it might not be today. Temperatures change, cargo shifts, and seals leak.
- Use the monitor: Don't just have it on the ship; have it in your hand. If the alarm goes off, you don't "finish the job real quick." You get out.
- Ventilation is non-negotiable: If you can't get fresh air moving into the space, don't go in. Simple as that.
- The "Hero Trap" is real: If you see someone collapse, do not enter without a self-contained breathing apparatus (SCBA) and a backup team. Call for help. If you jump in, you’re just the next victim.
The deaths of Fowler and Mohorovich are a brutal reminder that the ocean doesn't care about your experience level. It's time for the industry to stop treating confined space entry as a routine task and start treating it like the high-stakes operation it is.
If you're an operator or a crew member, go check your gas detectors right now. Make sure your team actually knows how to use the retrieval winches. Don't wait for a "heartbreaking reminder" from the Coast Guard to fix a broken safety culture. Ensure your confined space permits are actually being filled out based on real-time testing, not just "copy-pasted" from the day before.
