OZONAIR™: Air treatment
A powerful disinfectant, deodorizer and air purifier, ozone kills bacteria 3,000 times faster than chlorine. It is unrivalled in controlling numerous types of bacteria, including E.coli and fecal coliforms as well as deactivating viruses, fungi, and mildew. Ozone also eliminates organic odours and contaminants in the workplace. Ozone is safe to use, is non-carcinogenic, and produces no residues or toxic by-products.
Proven solution and safe, ozone is recognized as the most eco-friendly and natural bacterial deactivator available, and also the fastest and most powerful.
Ozone is created from oxygen (O2), which becomes ozone (O3) and then reverts back to oxygen (O2) after a few minutes in ambient air.
Our Ozonair™ product is designed for on-site ozone production.
Symptoms of low air quality
According to ASHRAE, approximately 80 % of stale air is recirculated by the ventilation systems in most buildings. Day after day, organic matter and contaminants accumulate in the air, which can lead to illness and discomfort resulting in absenteeism from work :
- Headaches
- Fatigue
- Shortness of breath
- Sinus congestion
- Coughing
- Eye, nose, and throat irritation
- Skin irritation
- Dizzy spells
- Nausea
- Asthma
- Sneezing
The exclusive, patent-pending Ozonair™ has been successfully deployed since 2009. Ozonair™ remediates and treats the majority of the air in circulation every 24 hours.
Profitability and savings
- Energy savings related to the reduction of fresh air makeup for air remediation and odour control.
- Remediates and sanitizes the recycled indoor air.
- Eliminates odours by neutralizing airborne pollutants and organisms.
- 80% reduction of fine and ultrafine particles responsible for carrying bacteria, viruses and pathogens
- 85% reduction in airborne mold
- Helps in reducing employee absenteeism related to air quality discomfort by creating a healthier work environment
Our service offer includes:
Technical specifications
- Agriculture – fruit and vegetable preservation
- Sick Building Syndrome: Air remediation for tower buildings and commercial real estate
- Odor control waste/garbage rooms
- Nosocomial infection – medical room decontamination
- Bio-decontamination of medical/pharma clean rooms
- Odor control for waste water treatment plants
- Household odor elimination: smoke, mildew and cooking odors
- Hospitality market (hotels, resorts, restaurants) – odor control for smoke, mildew, cooking
- Cruise line air treatment
- Decontamination of aircraft and odor control
- Funeral establishments and mortuaries – odor control and elimination
- Vehicule, RV and boating – odor elimination (smoke, mildew)
| MODÈLES DE PRODUIT | Ozonair EMO3-131 (pour aire de surface de 5,000 pi2 (465 m2)) Ozonair EMO3-131 (pour aire de surface de 5,000 pi2 (465 m2)) Ozonair EMO3-331 (pour aire de surface de 15,000 pi2 (1394 m2)) |
| ALIMENTATION | 120 V ac, 5 A, 50/60 Hz |
| DIMENSIONS | 161 mm (6 3/8” ) x 624 mm (24 9/16”) x 365 mm (14 3/8”) |
| POIDS | 9.5 Kg (20.9 Lbs) |
| ENCEINTE | Aluminium, peint, enceinte robuste industriel, CSA & UL |
| TEMPÉRATURE D’OPÉRATION | 5°C (41°F) to 40°C (104°F) |
| INSTALLATION | Supports d’affixation standard de ventilation |
| BRANCHEMENT | Corp de connection type “Twist-lock” (125 V ac, 2-bornes, 3-fils) |
| FLUX | 100 CFM (47.195 L/s) |
| DÉBIT | < 0.02 ppm *Dans l’endroit occupé |
Our sucess story
- Clean air of an office tower
Learn more about this sucess story >
Testimonial
Our main tenant was seeking to improve the indoor air quality for the well-being of their employees. Various complaints related to odors, eye irritation, cough and even asthma were observed. Following a trial period on a designated floor and the characterization of the air quality, consisting of a series of indicative parameters such as thermal comfort, volatile chemical contaminants, particle count and mold count were compiled. This air quality characterization was conducted by a 3rd party engineering firm. Following the trial period, we quickly noticed an important improvement in air quality, notably a reduction in occupant discomfort and a reduction in asthma attacks for thus vunerable to this. In addition, these improvements were confirmed by the 3rd party engineering report which confirmed an 80% reduction in fine particle count (0.3 micron to 0.5 micron) as well as an 85% reduction in mold count from 93-370 colonies per m3 to 21-50 colonies per m3.
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