Balancing COVID-19 measures and energy conservation in anticipation of the post-COVID era.
Air Quality System
Achieving both COVID-19 inactivation throughout indoor spaces and reducing air conditioning costs, while utilizing air quality data to ensure safe indoor environments even during the pandemic.
Measures against the novel coronavirus are currently determined at the discretion of business operators based on unquantified information such as avoiding the "three Cs" (closed spaces, crowded places, and close-contact settings) and ventilation. Additionally, the need for ventilation throughout the year has led to a significant increase in electricity costs related to heating, cooling, humidifying, and dehumidifying. Ionair has demonstrated an inactivation effect of over 99% against airborne viruses, including the novel coronavirus. This verification data comes from tests conducted in environments that simulate actual rooms, and we believe it will serve as a highly practical measure against COVID-19 for everyone. Furthermore, in the upcoming post-COVID era, we anticipate significant reductions in electricity costs by suppressing "heating, cooling, humidifying, and dehumidifying" by 20-40% through air purification and disinfection effects. We promise to ensure your safety by managing and publicly sharing data on air conditions. We boast a spatial response capability that is not limited by the size of the space, ranging from 12 tatami mats to 3000 tatami mats (300-7200 m3/H), calculated based on a height of 2.4 meters. Our solutions can be applied to various spaces, from rooms and conference rooms to large-scale venues such as arenas, hospitals, airports, and exhibition halls, providing disinfection, deodorization, and clean environments.
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basic information
Ionair Concentration Adjustment Device (ICE-A1000/2000 a/m) *The control of ion generation concentration guarantees safety for the human body by generating the optimal amount of ions calculated using AI technology based on air measurement data from the installed sensor. Ionair Ion Generation Module IMM Series (Small) IMK Series (Medium) IMG Series (Large) Ion Tube Length: 190 mm / 250 mm / 360 mm / 530 mm Application: Supply Air / Extract Air / Exhaust Treatment / Circulating Air Installation Location: Inside Air Handling Unit (AHU) / Air Duct (Note) The number of ion tubes will be calculated by Ionair based on the air conditioning ventilation frequency and area volume of the target area. Please contact us for inquiries. There is no interference with the design. No daily maintenance or replenishment is required (annual maintenance once a year). Inquiries through Ipros have been suspended. Please contact us directly at: P 03 3288 3220
Applications/Examples of results
Air purification / Ventilation suppression effect (energy saving and CO2 reduction) (Implemented facilities) Hotels, stores, shopping malls, amusement facilities (casinos) Subway stations, schools, event facilities, offices, restaurants, airports Infection prevention measures in medical facilities such as nursing homes and hospitals Removal of odor substances (deodorization) - Deodorization of waste storage areas and cleaning facilities - Deodorization of sewage treatment facilities - Air purification in animal research facilities - Air purification in food factories - Deodorization of smoking areas Implementation results (partial) Wynn Resorts Casino (Macau, China) Park Hyatt / Grand Hyatt Hotel (Shanghai, China) Shopping mall "dez" (Innsbruck, Austria) Zurich International Airport (Switzerland) Siemens TS (Berlin, Germany) St. Jakob-Park soccer stadium (Basel, Switzerland) Kanazawa Umimirai Library (Ishikawa Prefecture) Cantonal Hospital (Aarau, Switzerland)
Detailed information
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This is an image of ion generation. By applying a constant high voltage to the generation tube, oxygen ions are produced from the air. Oxygen ions have properties similar to ozone, including odor removal and the ability to decompose chemical substances, but a key characteristic of oxygen ions is that they have no impact on the human body.
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This is an example of the AQS system configuration. By installing four types of sensors in the air conditioning ducts, air measurements are conducted. Based on that data, an appropriate ion concentration is generated. Additionally, the measurement data used during generation can be linked with the building management system.
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A lineup that covers 12 to 3,000 tatami mats with one unit. Installing multiple units also allows for coverage of large facility spaces.
Line up（3）
| Model number | overview |
|---|---|
| IMM Series | Effective indoor space volume (300 - 800 m3) is ideal for air purification in small spaces and living rooms, as well as for installation in individual rooms. |
| IMK Series | This is a model suitable for medium-sized spaces. It accommodates an effective room volume of 600 - 3600 m3 due to the configuration of the ion generation tube. |
| IMG Series | This model is designed for large facility spaces. It covers air purification for an entire floor or an entire building. Effective room volume of 1200 - 7200 m3 per unit, and multiple IMG series units can be installed. |
catalog（2）
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Company information
Founded in 1993 under the name "LK Luftqualität AG," we are currently operating under the name "ionair." We are a company that offers Swiss-made deodorization, air purification, and energy-saving systems, boasting over 10,000 installations in Japan. The ionair system generates oxygen ions using the corona discharge effect. It produces fresh and clean air without the use of chemicals, ultraviolet light, or ozone. Additionally, it is designed for use in occupied environments. - Deodorization Effect - By exposing polluted air to oxygen ions, the system oxidizes and decomposes odor-causing substances and VOCs, breaking them down and neutralizing them, transforming them into water and carbon dioxide. - Air Purification Effect - Indoor air is more than five times more polluted than outdoor air. Ionair decomposes and neutralizes harmful substances such as chemicals, pollen, and viruses using oxygen clusters that have no adverse effects on the human body. - Energy-Saving Effect - By equipping the ducts of first-class ventilation air conditioning systems, it is possible to reduce the airflow of the air conditioning unit. Furthermore, by increasing the amount of recirculated air and reusing exhaust air, significant reductions in electricity costs related to air conditioning and heating can be achieved.