Use case

The bioreactor captured and destroyed all of the off-gassing ammonia.

Animal Health

More on ammonia and improving animal health

We worked with Bode Miller, Olympic Gold Medal winner in Skiing, to clean the air in his horse barn, designed for training equine athletes. Bode was interested in improving the health of his horses by removing mold, ammonia, and other contaminants from the air. Blood samples were taken from the horses’ before and after 30 days of air scrubbing by bioreactors. Results are shown below. The horses’ blood samples after 30 days of air scrubbing show that blood oxygen reserve levels and White Blood Cell blood oxygen building activity were increased.

 

Dramatic Reserve Oxygen (ROx) and Booster Oxygen (BOx) Gains

The blood of 11 race horses were measured before BioOx systems were installed. Baseline results showed only an average of 26.9% performance in booster oxygen capacity (BOx) and 48.8% performance in available reserve oxygen (ROx).

Besides having a reserve, the body is also capable of making new reserves (hence BOx). BOx is the white blood cell’s ability to build oxygen reserves continuously. That’s why BOx is so crucial to performance and health.

After BioOx was installed, there was a dramatic 135% increase in BOx performance and a 45% increase in ROx performance.

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BioOx Reactor
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BioOx Reactor Inquiry

Statistics

BioOx Reactor
Ionic
HEPA
Captures aerosols and other contaminants and destroys them naturally, the way the planet cleans itself.
Does not capture aerosols and viruses. Puts electrical particles into the air - not a good thing.
Does not capture aerosols, viruses and anything less than 0.3 microns. Any viruses being carried by large particles will be stuck on the filter, exposing maintenance staff.
Captures and neutralizes ammonia, carbon monoxide, hydrogen sulfide, and other toxic gases, VOCs, and odors — not just particles.
Does not do any of that!
Does not do any of that!
No ozone, no filters to replace, no particles recirculated
Can produce ozone, a respiratory irritant, and captured contaminants must be removed and cleaned
Trapped contaminants remain on the filter
Continuously cleans air in real time
Limited effectiveness for gases and pathogens
Performance degrades as filters clog
Used in schools, hospitals, gyms, and manufacturing spaces
Low commercial trust in large-scale applications
Requires regular filter replacement and airflow resistance consumes a lot of energy.