The Science Behind Plants as Natural Air Purifiers The foundation for understanding how plants purify air stems from ...
Learn how Canadian airports can reduce energy costs while improving indoor air quality with advanced air filtration systems ...
The ability to improve air quality in your home depends less on personal behaviour and more on who owns the building.
The ability to measure carbon dioxide sets some air quality monitors apart from others. High CO2 levels signal that air circulation in your home is poor, which can in turn lead to headaches and ...
Depending on the season, homeowners often tinker with their thermostat settings to stay comfortable. When the weather is mild at certain times of year, homeowners may choose to open their windows and ...
Filtration systems can improve indoor air quality and outcomes for patients with asthma, COPD and other respiratory diseases, ...
When a public building catches fire, its built-in systems automatically respond: Smoke alarms blare, sprinklers kick on, and ...
The "State of Indoor Air in Australia 2025" report, led by QUT's ARC Training Center for Advanced Building Systems Against Airborne Infection Transmission (THRIVE), highlights the health, well-being ...
Maintaining indoor air quality (IAQ) in manufacturing facilities is essential for worker safety and operational efficiency. Dust generated from various processes can pose significant health risks to ...
Indoor air quality often gets overshadowed by the outdoor pollution debate, but here’s a reality check: we spend 85% of our time indoors, breathing in a cocktail of cooking fumes, cleaning chemicals, ...
Due largely to the coronavirus pandemic and the increasing number and intensity of wildfires, many people have become more concerned about air quality, including in their own homes. To track indoor ...
As winter smog descends, indoor air quality becomes critical. Eight houseplants are highlighted for their natural ability to purify the air, removing toxins like formaldehyde and benzene. These plants ...