The regulated part · Infection Control & ICRA
A Barrier That Is Actually Working
Construction in or near a healthcare space releases dust, and dust carries organisms that matter to people who are already unwell. Containment is a built assembly with a measurable performance.
Tell us the space, the specialty, and whether the facility will be licensed. Those three answers decide almost everything else.
Licensed?
The first question, because it changes the whole project
ICRA
Containment built and monitored, not just described
Occupied
Clinics keep seeing patients while we work
Licensed
General contractor, licensed in the state of Florida
Containment that exists on paper only
A barrier is erected, a sign is hung, and nobody checks the pressure differential, the seal at the ceiling grid, or whether the door is being propped open. It looks like containment and it is not, and the people relying on it have no way to tell.
The monitoring matters as much as the barrier. Pressure differential varies with door openings, with the building's own systems cycling, and with the containment losing integrity as work proceeds. A barrier verified once at installation and never checked again is a barrier nobody knows the current state of.
What real containment involves
- The risk assessment, produced with the facility rather than assumed.
- A sealed barrier — including above the ceiling, which is the usual gap.
- Negative pressure inside the work area, monitored and logged.
- HEPA filtration, with filters changed rather than admired.
- Controlled entry, dedicated routes and daily housekeeping.
Who the containment is actually protecting
Patients who are already unwell, some of them immunocompromized, in a building where construction dust carries organisms that are harmless to the workers generating them. That asymmetry is the whole reason the requirements exist.
It is also why the infection preventionist rather than the contractor sets the risk level, and why the monitoring log goes to them. They are the person accountable for the consequence, and they cannot manage what they cannot see.
How we handle it
- 01Build barriers as sealed assemblies, including above ceiling.
- 02Establish and monitor negative pressure, with a log.
- 03Provide HEPA filtration and maintain it.
- 04Control access and route debris away from patient areas.
- 05Make the monitoring log available to your infection preventionist.
The gap above the ceiling grid is where containment fails most often. A barrier built to the underside of the grid leaves the plenum open, and the plenum connects your work area to everywhere else in the building.
Said plainly
Where we stop
If containment cannot be maintained — because a route cannot be closed, or the work must cross an occupied corridor — we will say so and propose a different sequence rather than proceeding and hoping.
FAQ
Common questions
- Where does containment usually fail?
- Above the ceiling grid. A barrier stopping at the grid leaves the plenum open to the rest of the building.
- Is negative pressure monitored?
- Yes, continuously, and logged. The log goes to your infection preventionist.
- Who does the risk assessment?
- It is produced with the facility, not assumed by the contractor.
- What if containment is not possible?
- We say so and propose a different sequence rather than proceeding.
What we build
Medical Office
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Dental
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Ambulatory Surgery
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Imaging & Radiology
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Infusion & Oncology
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Urgent Care
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Next step
Find out what is actually wrong with it.
An inspection, photographs of what we found, and a written scope. If the honest answer is that it can wait another season, that is the answer you will get.