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Industry application · Project customization
Active hydroxyl technology for coordinated air and surface treatment in waste collection and temporary storage environments.
Garbage rooms and waste collection facilities may experience persistent odors, elevated TVOCs, ammonia and potential microbial contamination risks. OH-FEEL® offers modular floor-standing, wall-mounted, ceiling-mounted and duct-integrated configurations. Equipment and engineering solutions can be customized according to room size, pollutant profile and ventilation conditions.
Preliminary concept for project communication. Final equipment selection and performance require site assessment and project-specific testing.
Persistent odor accumulation from decomposing waste, with potential dispersion into surrounding areas.
TVOCs and ammonia (NH₃) that may affect indoor air quality and staff working conditions.
Potential microbial contamination in the air and on waste bins, floors and frequently touched surfaces.
Air and surface hygiene needs that may not be addressed by localized filtration alone.
Odor and pollutant dispersion that may affect nearby residential, commercial and public environments.
Limitations of relying only on ventilation, fragrance masking or localized filtration.
OH-FEEL® applies biomimetic hydroxyl radical (·OH) technology to actively release hydroxyl species into the target space. Through oxidative reactions, the technology is designed to help address selected odor compounds and organic pollutants while supporting coordinated treatment of air and surfaces.
Helps reduce odors associated with decomposing waste.
System configurations can be designed for selected TVOC and organic pollutants.
Targeted solutions can be assessed for ammonia and verified through site monitoring.
Supports control of selected bacteria, viruses and other microorganisms in air and on surfaces; claims must be supported by applicable test reports.
Considers room air as well as waste bins, floors, walls and frequently touched surfaces.
Operating configurations should be selected only after applicable safety assessment and confirmation of operating conditions.
Concept product visuals. Display readings are illustrative, not site measurements. Compact displays, NH₃ sensors and remote monitoring are optional engineering configurations, subject to sensor specifications; they are not assumed standard features.
Option 1
For rooms with floor space available near waste-bin storage areas. A lower air intake and upper air outlet support air circulation and hydroxyl release toward the target area. A compact monitoring display can be offered as an option. A durable stainless-steel sheet-metal enclosure can be customized.
Option 2
For rooms where wall installation is preferred to preserve floor space. The unit can use a stainless-steel sheet-metal enclosure and be positioned according to room layout and airflow conditions.
See configuration 3 in the full solution poster. Installation depends on ceiling void, airflow and maintenance access.
Option 3
For rooms with suitable ceiling voids or existing ventilation infrastructure. A sheet-metal module can be ceiling-mounted or integrated into ductwork, subject to engineering review of airflow and maintenance access.
These are project-customized engineering configurations, not standard-product specifications or a promise that a pictured configuration is supplied unchanged. Stainless-steel enclosure, mounting brackets and outlet layout can be customized.
Improve working conditions for sanitation personnel and support occupied-space use where validated for the selected configuration.
Help reduce odor dispersion and the spread of pollutants beyond the waste facility.
Support management of microbial contamination risks in air and on surfaces.
Support environmental management around residential, commercial and public facilities.
Support environmental compliance management through suitable treatment configurations and project-specific testing.
The page uses an approximately 60 m² garbage room as a reference environment to illustrate three possible equipment configurations. The concept may inform discussions for 100–150 m² facilities, but equipment quantities must not be extrapolated by area alone. Final selection, quantity, airflow, installation locations and exhaust treatment requirements must be determined through site survey, pollutant testing and ventilation assessment.
Where exhaust-air treatment is required, a separate collection and treatment stage can be assessed. A suitable exhaust treatment section may combine hydroxyl modules with other required technologies. An indoor hydroxyl unit alone does not guarantee compliant exhaust emissions. Final design depends on exhaust airflow, pollutant concentrations, duct layout, contact time and local regulations, and must be verified by project-specific testing.
Room air collection
Dedicated ductwork
Suitable exhaust treatment
Discharge monitoring
Discharge in accordance with applicable requirements
Indoor active hydroxyl release and exhaust-end treatment are separate engineering stages. Environmental compliance must be verified against applicable standards through project-specific testing.
OH-FEEL® welcomes cooperation with municipal sanitation authorities, property managers, waste facility operators, engineering consultants and environmental solution providers. We can assess project area, pollutant types, ventilation conditions and operating requirements to recommend equipment configurations, customized designs and system integration.