Gas Monitor Competence Training

09/08/2026

A signed training sheet tells you the course was completed. It doesn’t tell you how your crew will respond when a gas monitor alarms.

Try this 10-second test:

Ask each crew member, “If your monitor alarms right now, what happens next?”

Their answers should be clear, confident, and consistent—when to stop work, who to notify, what to check, what the reading means, and how to respond.

If the answers vary, don’t blame the crew. That’s a sign the training standard needs attention.

Because in a real emergency, there’s no time to search for the right answer.

Would your crew pass the 10-second test today?

09/08/2026

The world's most dangerous gas monitor! New from the Adventurous Gas Monitor Guy in the John Muir Wilderness.
https://youtu.be/3Foee6q9JhU

What's the most dangerous gas monitor? The Adventurous Gas Monitor ...

08/31/2026

Something I see pretty often is an experienced worker getting handed a gas monitor they’ve never used before.

They know gas detection. They’ve had the training. They may have been doing this work for years.

But this monitor is different.

Different buttons. Different alarms. Different sensors. Different menus.

And sometimes we assume that because someone knows how to use a gas monitor, they know how to use this gas monitor.

That’s where the gap can show up.

If I’m responsible for that crew, I want to know the person carrying that monitor can do more than turn it on.

Can they get it ready for use?
Do they understand what the readings mean?
Do they recognize when something doesn’t look right?
And when it alarms, do they know what to do next?

That’s the difference between having training and being competent on the equipment you’re actually using.

If you have new hires coming in, different monitors across your fleet, or crews moving between equipment, it’s worth asking:

Are we training them on gas detection in general, or on the monitor they’re actually carrying?

That’s exactly the gap we’re working to close with Gas Monitor Competence Training.

Visit us at https://www.gasmonitorcompetence.com/

08/28/2026

It was a HOT one today the CWEA golf tournament!

08/18/2026

Most safety teams already have gas monitors.

The bigger question is whether their crews actually understand them. 📟

That was one of the biggest themes in the conversations I had at the expo.

Safety managers, supervisors, and operators weren’t asking whether gas detection matters. They were asking how to make sure workers understand alarms, sensor behavior, calibration, and what to do when a reading doesn’t make sense.

That’s exactly where Gas Monitor Competence Training fits.

The equipment can be there. The confined space procedure can be current. The documentation can be complete.

But if the worker carrying the monitor can’t interpret what it’s telling them, there’s still a gap.

Thanks to everyone who stopped by the GMCT booth, asked questions, and shared what your teams are dealing with in the field.

If we connected at the expo and you want to continue the conversation, message me and I’ll send the details on upcoming Gas Monitor Competence Training.

08/12/2026

Supervisors, here’s a 10-second test that tells you more than another sign-off sheet ever will. 👇

Before the job starts, ask your crew one question:

“If your monitor alarms right now, what happens next?”🚨📟

Then listen carefully.

You’re not looking for someone to repeat a procedure word-for-word. You’re listening for whether they can make the decision.

Do they know when to stop?
Do they know who to communicate with?
Do they know what needs to be checked before work resumes?
Do they understand what the monitor is actually telling them?

If five workers give you five different answers, that’s not just a crew issue.

That’s a training standard issue.

Gas monitor competence should create consistent decisions across crews, shifts, and job sites, especially when something unexpected happens.

Try this question with your team today.

If the answers are all over the place, message me. I’ll send you the details on Gas Monitor Competence Training.

08/06/2026

A completed training form proves one thing.

The worker attended.

It does not prove they can prepare the monitor, interpret the readings, recognize a fault, or respond correctly when the alarm activates.

That distinction matters because many gas detection programs document the event but never verify the performance.

A stronger program asks workers to demonstrate what they learned on the specific monitor they carry.

Can they complete the pre-use checks?
Can they explain what each sensor measures?
Can they recognize when a reading does not make sense?
Can they describe the correct response to an alarm?
Can they repeat that response under field pressure?

The certificate belongs in the file.

The competence has to show up on the job.

If your post-training process ends with a signature, there may still be a gap between what was covered and what your crew can actually do.

08/05/2026

You do not need another written test to find the gaps in your gas monitor program.

Ask your crew three questions.

What is this monitor measuring?
They should be able to identify the sensors on their specific unit and explain why those gases matter in the environments where they work.

Why is the alarm set there?
Repeating a setpoint is not enough. Workers should understand whether it relates to oxygen limits, combustible gas, short-term exposure, or immediate danger.

What do you do when the reading does not make sense?
This is where competence becomes visible. Can they explain when to stop, communicate, verify the instrument, reassess the atmosphere, and involve a supervisor?

Do not listen only for the correct vocabulary.

Listen for reasoning.

A worker who memorized the procedure may repeat the right words. A worker who understands the instrument can apply those words when the situation changes.

Run these three questions during your next toolbox talk.

Which one would be hardest for your crew to answer?

08/05/2026

Having a great time at the TriState Seminar!

08/04/2026

Your gas monitor can be working perfectly while the air from the confined space never reaches the sensors.

That is the part many programs miss.

Crews may verify the instrument, connect the tubing, lower the probe, and see normal numbers on the display. But a crack, blockage, loose fitting, wet filter, or restricted inlet can interrupt the sample path before the atmosphere reaches the monitor.

Nothing necessarily goes blank. The detector may still display readings from the air around the instrument.

That creates one of the most dangerous types of failure. A system that appears normal while sampling the wrong atmosphere.

Supervisors should verify the entire sampling setup:

The monitor.
The pump.
The tubing.
The probe.
The inlet.

A pump check on the monitor alone does not confirm that the full field configuration is intact.

Save this and use it during your next pre-entry briefing.

Does your crew test the complete sampling path before entry, or only the monitor?