This presentation explores ceiling mounted filtration systems for enhanced indoor air quality.
This design draws in both room air and return air through the filters for purification. The combined air is then subjected to ionization.
Fans strategically discharge air horizontally, parallel to the ceiling, effectively moving air from the space towards the filters and ionization chamber.


This system draws in return air and room air for filtration and ionization, efficiently purifying the air within the space.
Fans discharge air horizontally above the ceiling, facilitating air movement towards the air handler, which draws return air from the return air plenum.


Air from the return air plenum is drawn in through the top filter.
Air from the room space is drawn in through the bottom filter.
Fans, mounted parallel to the ceiling, discharge air horizontally across the ceiling.

Provides for fan on/off remote control for convenient operation.
Measures temperature, humidity, CO2, TVOCs, and particle levels, ensuring comprehensive environmental data collection.
Provides a user-friendly interface for real-time data visualization and analysis.
Access to historical data allows for trend analysis and identifying patterns in environmental conditions.
Immediate alerts are triggered when environmental levels exceed pre-set safety thresholds.
Ensuring a safe and healthy indoor environment for occupants.
Real-time monitoring with adjustable sensitivity levels.
Prompt notifications for exceeding safety thresholds.
Comprehensive daily summaries of environmental data.
Inactivating virus particles within room and in return air plenum
Multi-year data logging
and analysis
Ceiling Mounted Filtration for Enhanced Indoor Air Quality