Non-thermal plasma. Seven species. Six feet of reach.

Two phases. Continuous. No downtime.

Phase 1 · Chamber

Electricity → plasma → 5 species.

High-voltage, high-frequency controlled pulses — but very low amperage — ionize ambient air into non-thermal plasma. Atomic oxygen, singlet oxygen, hydroxyl radical, superoxide and peroxynitrite break carbon-to-carbon bonds and neutralize pathogens on contact.

Phase 2 · Room

Two species leave. Surfaces stay clean.

Gas-phase hydrogen peroxide (H₂O₂) and trace ozone (≤ 50% of OSHA’s 24-hr limit) diffuse into the room. They continue sanitizing surfaces and air far from the unit — something UV, HEPA, ionizers and PCO all fail at.

• O01
  Atomic oxygen

  Phase 1 — destroys carbon-to-carbon bonds in the reaction chamber.

• ¹O₂02
  Singlet oxygen

  Phase 1 — high-energy, short-lived oxidizer inside the chamber.

• •OH03
  Hydroxyl radical

  Phase 1 — the most potent atmospheric oxidizer. Kills on contact.

• O₂⁻04
  Superoxide

  Phase 1 — breaks microbial cell walls inside the reactor.

• ONOO⁻05
  Peroxynitrite

  Phase 1 — cross-reacts with pathogens, disrupts protein integrity.

• H₂O₂06
  Hydrogen peroxide (gas)

  Phase 2 — leaves the unit. Continues to sanitize surfaces + ambient air.

• O₃07
  Ozone (trace, sub-OSHA)

  Phase 2 — 50% or less of OSHA 24-hr limit. Extends reach throughout the room.

Destroy. Purify. Defend.

Side-by-side with the six technologies operators ask about most. Energy and cost rows are measured at 30,000 cft of coverage — AirROS draws 68 W while UV-C draws 985 W to do less work.