Air purification technology, Soft ionization technology integrated within HVAC systems generates positive and negative oxygen ions to inactivate viruses, bacteria, and reduce airborne contaminants directly in the occupied breathing zone.
Enhanced IAQ performance, Effectively reduces SARS-CoV-2 and other viruses, bacteria, PM2.5, odors, and VOCs, while having no harmful impact on human health.
Complementary to mechanical filtration, Designed to work alongside HVAC ventilation and filtration systems; MERV filters alone are not sufficient to capture the smallest particles such as viruses and bacteria.
In-duct application, Installed within HVAC ductwork, allowing ions to travel from the duct into occupied spaces to continuously purify air at the source.
Particle agglomeration effect, Ions charge airborne particles such as smoke, dust, and pollen, causing them to cluster and be more easily captured by filters.
Continuous operation, Capable of operating 24/7 with no noise and no impact on airflow.
Energy-efficient and eco-friendly, Low energy consumption, environmentally friendly operation, and reduced total cost of ownership.
System versatility, Suitable for various HVAC configurations and high airflow environments
Lowest total cost of ownership, Lowest power consumption compared to other air purification technologies with long operational life.
Maintenance-free operation, No consumables required and minimal to no servicing due to self-cleaning capability.
No biohazard handling requirement, No need for PPE such as goggles, masks, gloves, or aprons for service personnel, as there are no filter-related biohazard risks.
No disposal cost, Eliminates disposal costs associated with biohazard materials from conventional filtration systems.
Simple installation and operation, Fast and easy installation with “always-on” operation, requiring no user training or education.
Ultra-low power consumption, Device power consumption is less than 5 W (with exception of BAR units), ensuring minimal electrical load.
Negligible pressure drop, Does not create additional pressure drop in HVAC systems, unlike conventional filtration technologies.
Building energy savings, Can achieve more than 30% building energy savings through IAQP implementation in accordance with ASHRAE 62.1.
Reduced outside air demand, Enables reduction of outdoor air intake in HVAC systems, thereby lowering heating and cooling energy consumption.