Low-Temperature Plasma–Driven Air Ionization
AirIonix generates low-temperature plasma by applying a controlled electric field that releases electrons into the airflow without heating the gas. This enables continuous air ionization with low power consumption and high operational safety. Unlike high-temperature plasma systems, the process is stable and suitable for long-term industrial use. The technology integrates directly into existing air intake systems without equipment modification.
Ionized Air Enhancing Fuel–Air Reaction Kinetics
Ionized air increases the reactivity of the fuel–air mixture, accelerating ignition and combustion reactions. This leads to more complete combustion and reduced unburned fuel. The effect improves flame stability and lowers specific fuel consumption. Performance gains are achieved upstream of combustion, without altering burners or fuel systems.
Proprietary Electrostatic Pad for Stable Air Ionization
AirIonix uses a patented electrostatic pad to generate a controlled electric field for air ionization. The dielectric-shielded design prevents exposed electrodes, ensuring stable operation and minimal ozone formation. Its material composition and geometry enable consistent ion generation under industrial airflow conditions. This solid-state architecture forms a strong and defensible intellectual property barrier.
