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BOI Environmental
Business Hours 8am - 8pm CST Mon.-Fri. | FAQs
A hydroxyl generator provides a powerful alternative to traditional ozone machines. By creating reactive hydroxyl radicals and super-oxide ions, these units oxidize contaminants, eliminate odors, and neutralize bacteria and viruses—all without the high ozone concentrations that require vacating a building.
Because hydroxyls perform a "gentle" molecular cleaning, they are safe for use around people, pets, and plants. But how do they compare to ozone? Are all generators the same? This guide explores the science, safety, and technology behind the best hydroxyl generators on the market today.
Every BoiE system is manufactured at our EPA-registered facility in North America. Federal law requires ozone and hydroxyl devices sold in the U.S. to display a valid EPA registration number. We design our high-output machines for both residential and commercial remediation, ensuring they remove stubborn odors without damaging sensitive materials.
Simply put, BoiE delivers American-made quality at the best price point, backed by a money-back guarantee and lifetime customer support.
The hydroxyl radical (OH) is a neutral molecule consisting of one oxygen and one hydrogen atom. In nature, these are created when UV light from the sun disassembles water vapor. These radicals are the "detergent of the abyss," neutralizing pollutants in our outdoor atmosphere.
However, natural hydroxyls have a lifespan of less than one second and rarely enter indoor spaces. A BoiE Hydroxyl Generator brings this natural cleaning process indoors, safely oxidizing fungal spores, bacteria, and VOCs into harmless carbon dioxide and water vapor.
Choosing between these technologies depends on your specific project needs. While ozone is faster for surface saturation, hydroxyls are the gold standard for air quality in lived-in environments.
| Feature | Hydroxyl Generator | Ozone Generator |
|---|---|---|
| Safety | Safe for workers, occupants, pets, and plants during operation | Requires vacancy; unsafe for people, pets, and plants during treatment |
| Reaction Speed | Instant molecular reaction in air and on surfaces | Slower, relies on ozone saturation and dwell time |
| Material Compatibility | Safe for rubber, adhesives, electronics, and most building materials | Can degrade natural rubber, nylon, elastic materials, and some finishes |
| Primary Use Case | Continuous air purification and odor neutralization during occupied remediation | Aggressive, high-intensity disinfection and odor removal in unoccupied spaces |
| Operational Duration | Can run continuously throughout remediation and post-cleanup | Shorter, controlled treatment cycles with strict re-entry protocols |
| Residue | Leaves no residue; safe for sensitive contents | No residue, but requires full ventilation before re-entry |
| Best For | Long-term odor control, VOC reduction, safe supplemental purification | Severe odors, shock treatments, microbial load reduction in sealed spaces |
Office Hours 8am - 8pm CST Mon.-Fri. CST, 9am - 1pm Sat.
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