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Clean Air - Electric Air Filter for Enhanced Indoor Air Quality
The Electric Air Filter by Clean Air Enterprise Ltd is designed to tackle the increasing challenges posed by poor outdoor air quality and the heightened demand for high indoor air quality, catalyzed by climate change. With construction leaning towards more compact, air-tight building shells, the need for efficient ventilation has become critical. This filter system integrates an extra stage with activated carbon to effectively manage elevated ozone levels caused by summer smog. Though it ensures superior indoor air quality, it also necessitates additional expenses for filters, service, and energy. The system boasts detailed metrics like volume flow measured in m3/hour, yearly operating hours compatible with Eurovent standards, and filtration efficiency validated by Fiatec protocols, specifically the (H)EPA12 classification. The unit exhibits a precise pressure loss in Pascals and has an annual power consumption where the ventilator operates at 50% efficiency. Clean Air's new filters offer a pragmatic solution to these air quality issues, providing both standard and active carbon configurations to cater to diverse environmental conditions.
Increasingly poor outdoor air, more conscious demands for high indoor air quality as well as climate change are special challenges for the ventilation industry. Compact building shells must be ventilated. Limit exceeding ozone caused by summer smog calls for an additional filter stage with activated carbon. In order to increase the indoor air quality, the right filter stage is necessary, which causes additional costs for filters, service and energy.
Advantages of the new filters from Clean Air
- Economical: 70% to 80% lower energy costs
- Ecological: No exchange of filters, «maintain instead of disposing»
- Easy modification of existing stage filter modules F7, which deliver afterwards a separation efficiency of (H)EPA12
- Noticeably lower and more constant pressure loss
Product benefit for customers
- Highest possible air quality
- Better indoor climate
- High sustainability
- Volume flow : 2500 m³/hour
- Operation hours : 6000 per year
- Filtration efficiency : (H)EPA12
- Initial pressure loss : 24 Pa
- Final pressure loss : 44 Pa
- Dust deposition : 550 gram
- Power consumption : 600 kWh
- Ventilator efficiency : 50 %
