Industrial & commercial
atmospheric conditioning
systems
Advanced atmospheric conditioning technology engineered to attract and eliminate molds, fungus, and bacteria, reduce odours, and degrade a wide range of compounds and corrosive gases in commercial and industrial settings.
Our units don’t oxidize — they reduce. Manufactured by our new Colombian company, built for global distribution.
Reduction vs. oxidation: why it matters
Most atmospheric treatment systems break contaminants apart through oxidation. Our systems take a fundamentally different approach — reducing contaminants at the molecular level for cleaner, more sustainable results.
- Reduces contaminants at the molecular level
- Targets H₂S, BTEX gases, ammonia, NOx, mercaptans, methane
- Cleaner byproducts, more sustainable process
- No secondary oxidative treatment required
- Manufactured in Colombia by our new Colombian company
- Scalable: commercial and industrial configurations
- Attracts and eliminates molds, fungus, and bacteria
- Oxidizes contaminants, creating reactive byproducts
- Produces secondary waste streams requiring further treatment
- Less sustainable treatment process
- May require additional downstream processing
- Manufacturing often offshore from point of use
- Typically single-application units
How our atmospheric conditioning technology works
Our systems use a reduction process — a fundamentally different approach from the oxidation methods used by conventional air treatment systems.
Atmospheric intake
Contaminated air — carrying hydrogen sulfide, BTEX gases, ammonia, petrochemicals, NOx, methane, or mercaptans — enters the conditioning system.
Molecular reduction
Our technology conditions the atmosphere at the molecular level, reducing complex contaminants into safer, more stable forms rather than oxidizing them into reactive byproducts.
Clean output
Treated air exits with significantly reduced contaminant load — cleaner results, a more sustainable process, applicable across commercial and industrial environments.
This reduction-based approach targets a broad spectrum of atmospheric contaminants: hydrogen sulfide (H₂S), BTEX gases, ammonia, petrochemicals, nitrogen oxides (NOx), methane, mercaptans — and is engineered to attract and eliminate molds, fungus, and bacteria.
Manufactured in Colombia by our new Colombian company, each unit is engineered for scalable deployment. Full product specifications will be published at launch.
Multi-frequency treatment technology
From the manufacturer’s technical data sheet for the Atmosphere Modifier IV unit — the core technology behind our atmospheric conditioning line.
How the unit treats the air
The unit emits patented multi-frequency radiation calibrated to break down the atmospheric gases passing through its ducts into highly reactive, short-lived compounds. These compounds act on complex contaminant molecules — such as hydrogen sulfide (H₂S), BTEX gases, NOx, methane, and mercaptans — triggering an instantaneous chain reaction that leaves behind inert byproducts: CO₂, water vapor, molecular oxygen, and elemental sulfur.
The same process sanitizes air and surfaces by reacting with the lipids, proteins, and carbohydrates that make up viruses, bacteria, and other pathogens, rupturing their membranes. Because the mechanism isn’t biological, pathogens cannot develop resistance or immunity to it.
Safety profile
The reactive compound the unit generates reacts with organic and inorganic chemicals roughly a million times faster than ozone, bleach, or other common sanitizing agents. Its reaction time is so short that it is fully consumed within seconds — it never accumulates in the treated space.
Proven effectiveness against pathogens and insects
Independent studies measured the unit’s effect on aerosolized Aspergillus niger — one of the most resistant airborne microorganisms — as a benchmark for broader pathogen elimination.
| Condition | Exposure | Avg. % germination at 25 hrs |
|---|---|---|
| No emission (control, group 1) | 0 min | 45.3% |
| No emission (control, group 2) | 0 min | 53.6% |
| Emission | 1 min | 0.51% |
| Emission | 3 min | 0.00% |
| Emission | 7.5 min | 0.00% |
| Emission | 15 min | 0.00% |
| Emission | 30 min | 0.00% |
Observed effectiveness against insects
Past experiments run for unrelated objectives — without controlling for insect-related variables — nonetheless observed a high insect mortality rate. It is theorized that the reactive compounds the unit generates attack insects’ external tissues through direct oxidation on contact, causing damage to the protective membrane (oxidized waxes and lipids, increasing dehydration), damage to respiratory tissues (reduced oxygen uptake), damage to the cell membrane (making cells permeable and dysfunctional), and disruption of metabolic processes.
To date, no oxidative damage to plant material has been detected. In sea-freight simulations, cut hydrangeas were exposed continuously for more than 30 days with no adverse effect on storage life or vase life, in either the flower or the foliage.
Operating conditions & precautions
Best performance: relative humidity 50–70% and a clean environment (an ambient temperature range of 18–25°C is still being validated).
Electronics: keep sensitive electronic equipment such as computers away from the treated atmosphere — generated electrons may disrupt their operation.
Breathing sensation: because the reactive atmosphere also breaks down CO₂, long exposures can produce a sensation of breathlessness (CO₂ drives the involuntary urge to breathe). A conscious effort to breathe may become necessary — this is not dangerous.
What it eliminates
One technology addressing odor and pathogen sources across residential, industrial, medical, and chemical environments.
Residential
Cigarette smoke, cooking & burnt food, pets, sweat, cosmetics & perfumes, bathrooms, decomposing food, mold & mildew.
Industrial & Commercial
Sewer & wastewater odors, decomposing waste, combustion odors, lubricating oils & greases, paints, adhesives, plastics, poultry & animal odors.
Medical
Body & decomposition odors, hospital & medicinal odors, anesthetics, airborne bacteria & viruses.
Chemical & Pathogen
H₂S, BTEX gases, NOx, methane, mercaptans, solvent & fuel fumes, plus pathogens including influenza, salmonella, E. coli, and tuberculosis bacillus.
Applications
Deployed across environments where odor control and pathogen reduction both matter.
Installation configurations
Two standard configurations, depending on whether treated air is recirculated into the space or vented to atmosphere.
Recirculation ventilation
Air from the buffer space of contaminated air is continuously drawn through the unit and returned to the room, purified of pathogens and odors.
Extraction ventilation
Used for enclosed contaminated volumes such as tanks and wet wells — air is drawn through the unit and vented safely to atmosphere at a minimum height of 10 ft.
Coming soon from Colombia
Our Colombian company is finalizing our commercial and industrial atmospheric conditioning product line. Specifications, configurations, and pricing will be published here at launch.
Commercial Units
Built on our Atmosphere Modifier IV technology — engineered for restoration companies, occupied-environment applications, and commercial odor control at scale, with 99%+ pathogen elimination. Full specifications coming soon.
Industrial Units
Built on our Atmosphere Modifier IV technology — sized for wastewater treatment, oil & gas, mining, and large-scale industrial odor control. Technical specs coming soon.
Be the First to Know
Contact us to register your interest and receive specifications, pricing, and availability updates as our launch date approaches.
Our commercial product family
Our atmospheric conditioning systems expand our offering into environmental control technologies — manufactured in Colombia with global distribution planned.
Agriculture Systems
Our flagship Breakthru agricultural products improving yields and soil health worldwide through beyond-organic methods.
Super Nutrition
Human-grade nutritional products engineered for superior bioavailability, applying our core Breakthru technology to personal health.
Atmospheric Conditioning
Our new Colombian company’s industrial and commercial atmospheric conditioning systems — reduction-based, globally distributed.
Be first when our product line launches
Register your interest in our atmospheric conditioning systems and we’ll reach out as our product line becomes available.