Before asking vendors for a chlorine dioxide (ClO₂) proposal, a hospital should gather six sets of data: metered water use and peak demand by building, a water-system description with a flow diagram and proposed treatment points, source and in-building water chemistry, current disinfectant residuals and Legionella monitoring results, utilities and space at each injection point, […]
A hospital verifies chlorine dioxide (ClO₂) performance on two tracks that do not substitute for one another: process control, which proves the system delivers the intended residual at the locations it was designed to protect, and outcome monitoring, which proves Legionella and related organisms respond at distal outlets and stay suppressed. The decisions that shape
How Do Hospitals Verify That a Chlorine Dioxide System Is Controlling Legionella? Read More »
A device is compatible with chlorine dioxide (ClO₂) gas sterilization when its polymers, adhesives, coatings, and any embedded electronics tolerate the specific ClO₂ concentration, relative humidity, temperature, and exposure time a cycle uses to reach the required sterility assurance level, without measurable change to strength, function, or biocompatibility. Confirming this requires exposing production-representative samples or
Medical device manufacturers have spent the past several years watching a dependable link in their supply chain turn into a liability. Contract sterilization capacity sits in a shrinking number of facilities, and every ethylene oxide plant closure or permit dispute ripples outward as weeks of added turnaround. Finished devices leave the plant, wait in queue,
Bringing Medical Device Sterilization In-House with ClO₂ Read More »
Few threats to hospital water safety are as underestimated as the ones a facility creates for itself. Expansions, unit remodels, and routine plumbing repairs disturb pipe interiors, reroute flow, and leave behind capped branches that were never part of the original design. Pressure swings shake loose sediment, and disinfectant residual thins out in the sections
Safeguarding Hospital Water During Construction with ClO₂ Read More »
Hospital hot water systems are engineered for patient comfort and infection control, yet the recirculation loops that keep water warm at every fixture often become the most difficult part of a facility to disinfect. Temperatures in the 105°F to 120°F range, long pipe runs, low-flow branches, and aging plumbing create ideal conditions for nontuberculous mycobacteria
Controlling Mycobacteria in Hospital Hot Water Loops with ClO₂ Read More »