How Is Infection Control Designed Into a Healthcare Laundry?

I lay out the facility as a single-direction production line: soiled intake, sorting, wash, extraction, drying, finishing, pack-out, dispatch — with the barrier wall between wash and everything downstream. Carts are color-coded or dedicated by side, staff change or follow hygiene protocols at the boundary, and the floor plan makes the wrong direction feel wrong. Every door, pass-through, and airlock is placed to support that flow, and I review the layout with the infection prevention team before MEP design locks in, because workflow mistakes cast in concrete are permanent.

The HVAC design is an infection-control system wearing an HVAC uniform. Soiled side: dedicated exhaust, negative pressure, air that never recirculates to clean areas. Clean side: better filtration, positive pressure relative to the soiled side, stable temperature and humidity for finishing and storage. I zone the systems so a failure or maintenance shutdown on one side doesn't collapse the pressure relationship, and I put the monitoring — differential pressure gauges or sensors with alarming — where staff will actually see it. Filters, coils, and drain pans on the clean side get the maintenance access that keeps them from becoming contamination sources themselves.

A healthcare laundry building has to be disinfectable, so the details matter: • Seamless, chemical-resistant flooring with coving, sloped to drains in wet areas • Washdown-rated walls in soiled sorting and cart wash areas • Floor drains with trap primers — dry traps in a healthcare laundry are unacceptable • Separate drainage consideration for any regulated waste streams per local rules • Hands-free fixtures and easily cleaned surfaces in staff hygiene areas • Lighting levels that support inspection — you can't verify clean what you can't see