Managing and Monitoring IndoorAir Quality Using bi-polarAir Ionizer

To improve Indoor air quality by Bi Polar Ionization technology producing equal amounts of positive and negative oxygen ions that do not address gas disassociation such as UV lights, powered particulate filters and/or polarized media filters. Project design to meet standard ASHRAE 62.1 IAQ Procedure for energy saving and should be certified by Intertek/UL 867 for Ozone safety/UL 1995 for electric safety standard. There is no doubt that indoor air quality (IAQ) is essential for human health because of the long exposure time human has inside. But the legislation and relevant policy about indoor air are far behind outdoors. Recently indoor air quality has been paid attention, some relevant epidemiological studies were carried and WHO published indoor air quality guidelines accordingly as the reference of policy-making. The demand and requirement of good indoor air quality is booming from legislation enforcement and market need. So the monitoring and controlling for indoor air quality in buildings, which are diversified, are needed to be done economically and efficiently. This study investigate effectiveness of Bi-Polar (Negative or Positive) Ionic Air Purifier in lowering the concentration of particles in a farm house located at Sultanpur, New Delhi. The performance test was carried for duration of 24 hours (12 am-12am) was recorded with sensors installed at one room within the premises. The investigation shows that Bi-Polar Air Ionizer acts on solid particles, gases, VOCs, pathogens in totality compared to any normal commercial air purifiers which primarily work on solid particles. The Bi-Polar Air Ionizer effects on these following IAQ parameters….. PM 10, PM 2.5, CO, NO2, SO2