Waiting rooms, exam-adjacent areas, and reception where disinfection protocols must match clinical expectations.
Electrostatic disinfection
Disinfection that follows physics, not just the wipe path.
Electrostatic sprayers charge disinfectant droplets to improve deposition on compatible hard, nonporous surfaces. AMR delivers the method as a supplemental protocol using EPA-registered products whose labels permit electrostatic application, with documented contact times, safety controls, and supervised delivery.
Request a ProposalWho this is for
Environments held to a higher standard of care.
Electrostatic disinfection belongs where surface hygiene is an institutional obligation — not an amenity.
Classrooms, shared devices, cafeterias, and locker areas where illness spread drives absenteeism.
Conference rooms, shared desks, elevators, and breakrooms — the high-touch density of modern workplaces.
One disinfection protocol, one chemistry standard, and rolled-up verification across every site.
The common problem
Complex surfaces require a documented application method.
Doorknobs, elevator buttons, chair arms, and equipment are curved and recessed. Electrostatic application can improve droplet deposition on compatible surfaces, but only when the approved product, spray distance, wetness, and labeled contact time are followed.
What the protocol includes
Improved surface coverage, governed by the product label.
Charged droplets are designed to improve deposition on compatible hard, nonporous surfaces, including complex shapes.
EPA-registered disinfectants used only when their labels permit electrostatic application and the intended surface and organism claim.
Contact times held to the product label per zone, because disinfection that dries early is disinfection on paper only.
Doorknobs, light switches, elevator buttons, restrooms, breakrooms, and shared spaces mapped and covered on schedule.
Treatment is scheduled with bystanders and pets outside the application area; PPE, ventilation, and re-entry follow the selected product label.
Pre-cleaning, electrostatic application, and ongoing touchpoint care are sequenced as one documented protocol.
How the protocol is built
Map the touchpoints, set the chemistry, verify the coverage.
Effective disinfection is a specification: which zones, which product, what dwell time, what frequency. The walkthrough turns your facility’s risk profile into that specification.
Inventory touchpoints, shared equipment, and traffic density by area — the surfaces where transmission risk concentrates.
Match EPA-registered products, labeled dwell times, and application frequency to the environment’s standard of care.
Supervised electrostatic application on schedule, with task-level verification so coverage is a record, not a claim.
Disinfection cadences
Frequency follows the environment’s standard of care.
Scheduled electrostatic application integrated with routine cleaning where the product label, facility risk, and operating conditions support it.
Periodic application over defined zones when supported by the selected product label and facility protocol.
Any elevated frequency is set with the facility and follows public-health guidance and the selected product label.
Targeted treatment after a reported illness event when appropriate, using the same label, safety, and contact-time controls.
Why AMR US Commercial Cleaning
Disinfection engineered into the program, not sprayed on top of it.
Electrostatic disinfection FAQ
What facility directors ask before the proposal
How is electrostatic disinfection different from wiping surfaces down?
Electrostatic sprayers charge droplets to improve deposition on compatible hard, nonporous surfaces. The method supplements routine cleaning and wiping; it does not replace them, and results depend on the approved product label, spray distance, surface wetness, and contact time.
What chemistry is used, and is it safe for occupied facilities?
AMR uses EPA-registered products only when the label permits electrostatic application. Product selection, dilution, PPE, ventilation, contact time, surface compatibility, and re-entry follow that label. Treatment is scheduled with bystanders and pets outside the application area.
Why does dwell time matter in a disinfection program?
Every EPA-registered disinfectant has a labeled contact time it must remain wet on the surface to work as tested. Our protocols document dwell time per product and per zone, so the disinfection your facility pays for is the disinfection it actually receives.
Does electrostatic disinfection replace routine cleaning?
No. Surfaces must be cleaned as required before disinfection. Electrostatic application is a supplemental delivery method used only where the selected product label permits it.
Customer experience
What clients say about working with AMR.
Request a proposal
Let’s put disinfection on a documented protocol.
Tell us about the environments your organization is accountable for — clinical, educational, or corporate. We build disinfection protocols for institutions across Maryland, D.C., Virginia, and Ohio, with select national accounts.
Map high-touch zones and transmission risk areas.
Specify chemistry, dwell times, and frequency.
Layer electrostatic coverage into the recurring scope.