Precision Touch Point Sanitizing

The optimal frequency for touch point sanitization depends on several factors including facility type, occupancy levels, and specific risk considerations. In high-traffic environments like healthcare facilities, schools, or busy retail locations, critical high-touch surfaces may require sanitization multiple times per day. For standard office environments, daily sanitization of primary touch points (door handles, elevator buttons, shared equipment) is typically recommended, with less frequently contacted surfaces addressed 2-3 times weekly. Our assessment process identifies the appropriate frequency for each touch point category in your specific facility, creating a customized schedule that balances protection with operational and budgetary considerations. We also provide training and materials for your staff to handle immediate sanitization needs between our scheduled services.

Yes, safety is our priority. We utilize EPA-registered disinfectants that are formulated to provide maximum pathogen elimination while maintaining safety for occupied environments. Many of our standard disinfectants are rated Category IV (lowest toxicity level) by the EPA and are approved for use in schools, healthcare facilities, and food service areas. Our electrostatic application technology enables us to use minimal chemical quantities while maximizing coverage, further enhancing safety. For facilities with specific concerns or sensitivities, we offer specialized green sanitizing options that use plant-based, biodegradable formulations while still providing effective disinfection. All treatments are performed with appropriate safety protocols, including proper ventilation and adherence to manufacturer-recommended re-entry times. Our technicians are thoroughly trained in proper application methods to ensure both effectiveness and occupant safety.

We employ multiple verification methods to ensure our touch point sanitizing delivers measurable results. Our primary verification tool is ATP (Adenosine Triphosphate) testing, which scientifically measures biological residue on surfaces before and after treatment. This provides immediate, quantifiable evidence of cleaning efficacy with results measured in Relative Light Units (RLU). We establish baseline measurements during our initial assessment and conduct regular testing to verify maintained reduction. For healthcare and other sensitive environments, we also offer environmental microbial sampling to identify specific pathogens present. Digital documentation systems record all touch points treated, time of service, and verification results, creating a comprehensive audit trail. Supervisory inspections and quality assurance protocols provide additional verification layers. We provide detailed reports documenting the significant reduction in biological contamination achieved through our program, giving you confidence in the results and valuable documentation for compliance purposes.

Absolutely. Our touch point sanitizing program is designed to work seamlessly with your existing cleaning services, whether provided by our team or another vendor. When we provide both services, we create integrated protocols that ensure proper sequencing of cleaning (removing visible soil) followed by disinfection (eliminating pathogens) for maximum effectiveness. If you use another cleaning provider, we coordinate with them to establish clear responsibilities and optimal timing. We can also provide training to your regular cleaning staff on daily touch point maintenance between our specialized treatments. For many clients, we implement a hybrid approach where our technicians handle the most critical touch points requiring specialized equipment or products, while the regular cleaning team maintains secondary touch points with our guidance and supplies. Our flexible program can be scaled from a standalone service focusing only on high-priority touch points to a comprehensive sanitization program integrated with complete facility cleaning.

Electrostatic application represents a significant advancement over traditional spray-and-wipe disinfection methods. The technology works by applying a positive electrical charge to disinfectant droplets as they exit the sprayer. These charged droplets are actively attracted to negatively charged surfaces (virtually all surfaces in a facility carry a negative charge), creating a magnetic-like pulling effect. This electrostatic attraction offers several critical advantages: 1) It ensures 360-degree coverage, allowing the disinfectant to wrap around surfaces and reach areas that traditional methods might miss; 2) It improves dwell time by creating a more uniform application, ensuring the disinfectant remains wet on surfaces for the required contact time; 3) It significantly reduces chemical usage while improving coverage, typically using up to 65% less disinfectant than traditional methods; 4) It enables faster application, allowing more comprehensive coverage in less time; and 5) It eliminates the cross-contamination risks associated with using cloths or wipes across multiple surfaces. For touch points with complex geometries like door handles, light switches, and equipment controls, electrostatic application ensures disinfectant reaches all surface areas, not just the most visible or accessible portions.

While all facilities can benefit from touch point sanitizing, certain environments see particularly significant results due to their specific characteristics. Healthcare facilities, including hospitals, clinics, and long-term care centers, are prime candidates due to vulnerable populations and infection control requirements. Educational institutions benefit greatly due to high occupancy, shared resources, and the elevated transmission rates common in school environments. Office buildings with shared workspaces, conference rooms, and amenities see substantial reductions in illness-related absenteeism. Retail and hospitality venues experience improved guest confidence and reduced staff illness. Transportation hubs like airports and train stations, with their high-volume public touch points, benefit from reduced cross-contamination. Manufacturing and industrial facilities gain operational continuity through reduced workforce illness. Any facility with public areas, high occupancy, shared equipment, or vulnerable populations will see meaningful improvements in health metrics through a systematic touch point sanitizing program. The return on investment is typically highest in environments where illness prevention has direct operational and financial impacts, such as healthcare, education, and office environments.