Continuous control in hospital water
Long-term studies have monitored ClO₂ as secondary disinfection in hospital networks, showing that persistence and water safety plans are decisive.
Critical environments · water · surfaces · SDC / CDS / ClO₂
SDC in hospital environments and surfaces
From the water network to the complete environment: a disinfection technology that has already been studied in real hospitals — with professional protocols and exposure control.
Specialized professional application
Relevant evidence in hospital networks, surfaces, and gaseous disinfection of unoccupied rooms.
A moleculemultiple engineering disciplines
Hospital brings together three different challenges: water that travels through extensive networks, surfaces touched repeatedly, and environments with equipment and geometries difficult to reach.
Chlorine dioxide appears on three fronts in technologies designed for each purpose: continuous dosing in network, surface solution, and gas for complete environments.
Application in operational areas
Studies in hospital wards have evaluated ClO₂ solutions in disinfection routines of support areas and surfaces.
Full environment coverage
Gas trials in hospital rooms demonstrate broad reach with sealing, controlled generation, and release by measurement.
02 · results and references
The value is in the system coverage
01
A systematic review gathered studies of water, surfaces, equipment, and products, describing a broad spectrum of disinfection applications.
02
A 23-year hospital system study shows how ClO₂ can integrate a lasting plan of control, maintenance, and surveillance.
03
Gaseous disinfection reaches complex surfaces and can be validated by protocols specific to clinical environments.
03 · application
How to bring technology to operations
Set the modality
Water network, liquid application, and gas decontamination each have dedicated projects to deliver the best of each technology.
Qualify the process
Product, generator, concentration, time, materials, ventilation, and release measurement need to be documented.
Continuously monitor
Environmental sampling, hydraulic maintenance, and plan review confirm if the barrier continues to function.
04 · supply
We transformed ClO₂ technology into a ready-to-operate solution.
Tell us your request. We connect application, flow, automation, and supply method in a focused project.
Generation→Dosage→Control
ClO₂ produced for the actual demand of the operationChlorine dioxide generators
We design supply for water networks and critical environments with control, traceability, and operational validation.
Size my system ↗SDC ready
The ready SDC allows starting pilots, targeted applications, and operational validations quickly.
Get to Know the Ready SDC ↗05 · technical reading
Sources for further study
01
Systematic review on chlorine dioxide as a disinfectant
↗02Synthesis of 33 studies on water, surfaces, and products.
Infection Control & Hospital Epidemiology — 23 years of use
↗03Extended monitoring of hospital network.
International Journal of Environmental Research — hospital room
↗04Study of gas decontamination in an unoccupied room.
PubMed — efficiency in infectious disease wards
↗Routine disinfection evaluation with ClO₂ solution.
06 · potabilization subindices
Keep exploring the applications
Consolidated applicationWater tanksSpecialized applicationPiscinasSpecialized engineeringPost-reverse osmosisEstablished technical applicationSanitation and effluentsSpecialized professional applicationHospital and surfacesRegulated applicationFood industryPromising expanding applicationAgriculture and irrigation
Engineering applied to ClO₂