Application map
- Terminal cleaning of patient rooms and treatment areas
- High-touch point programmes on the daily schedule
- Electrostatic fogging of rooms between occupancy
- Equipment surface disinfection
- Wound care irrigation with appropriate grade product
- Water system treatment
- Long-term care communal areas
Setting concentration by application
| Application | Typical concentration | Why |
|---|---|---|
| Food-contact surfaces | 50–200 ppm | Within the regulated limit; no potable rinse required |
| General environmental | 100–200 ppm | Balance of efficacy and consumable cost |
| Wash and process water | 50–100 ppm residual | Maintained against organic load |
| Fogging and space treatment | 100–200 ppm | Coverage matters more than concentration |
| Drains, biofilm, harbourage | 200–500 ppm | Matrix consumes oxidiser |
| Potable water dosing | Up to 4 mg/L | Regulated limit |
Application method matters as much as chemistry
A surface the solution never reached has not been treated, no matter how good the solution is. Trigger bottles wet what they are pointed at; electrostatic application wraps charged droplets around three-dimensional objects and deposits on faces pointing away from the operator. For complex equipment and room-scale work, the Jet H2 converts a given volume of solution into materially more treated surface.
Distribution across a site
Where multiple applications draw from one generator, a holding tank and distribution loop lets continuous production serve intermittent peak demand. This is almost always cheaper than sizing the generator to the peak.