THE IMPORTANCE OF VENTILATION

Diluting Pollutants
Ventilation is more than just the movement of air. It’s about ensuring the right amount of outdoor air is introduced to dilute and remove indoor contaminants while maintaining a balance between comfort, energy use, and code compliance. Without adequate ventilation, air quality deteriorates and energy savings from tight construction can be undermined by the need to open windows, run exhaust fans, or overuse HVAC systems.
Ventilation Code Requirements
Codes such as ASHRAE Standard 62.2, the International Residential Code (IRC), and state-specific requirements like California Title 24 establish minimum ventilation rates for residential and light commercial buildings to ensure a consistent supply of fresh air and the removal of indoor pollutants.
These codes define how much outdoor air must be delivered based on factors like floor area, number of occupants, and system type. In many cases, the code also requires that ventilation systems operate automatically, continuously, or on demand, depending on the building’s characteristics and usage patterns.
OUR VENTILATION TECHNOLOGY:
Reduced Natural Ventilation in Modern Homes
Modern homes and buildings are constructed with energy efficiency in mind. Improvements in insulation, tighter construction practices, and air sealing have greatly reduced natural infiltration—the unintentional flow of outdoor air into indoor spaces. While this helps reduce heating and cooling loss, it also limits the natural exchange of indoor and outdoor air.
As a result, pollutants like dust, VOCs, excess moisture, and carbon dioxide accumulate over time, with no natural path out of the space. Occupants often experience stale, uncomfortable air, and in many cases, the indoor environment may no longer meet the basic requirements for fresh air ventilation defined by modern building codes.

VENTILATION STRATEGIES FOR BETTER INDOOR AIR
Effective ventilation starts with the right approach. From supply to balanced to exhaust, each method plays a unique role in shaping healthier, more efficient buildings.









