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Photo of a spring scene in a park Photo of a spring scene in a park

Optimizing IAQ in Spring

What Happens to Your IAQ in Spring

Your indoor air is influenced by a variety of environmental and operational factors during the spring season.
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Rising Temperatures and Humidity: Warmer weather encourages open windows, which let in pollen, dust, and mold spores.
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Allergy Season Peaks: High pollen counts contribute to respiratory discomfort for occupants.
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Increased Outdoor Air Infiltration: Ventilation strategies or unsealed building gaps can bring in pollutants along with fresh air.
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Spring Cleaning and Renovations: Common seasonal activities introduce TVOCs from cleaning agents, paints, and new furnishings.
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Mold Growth Risk: Higher humidity levels in poorly ventilated areas can promote mold development.

A Unified Solution for Spring IAQ Challenges

With powerful purification and real-time monitoring, Fellowes Array helps you stay ahead of seasonal air quality shifts. From pollen spikes to spring cleaning TVOCs, Array adapts intelligently, supporting occupant health and operational efficiency across your entire building.
a screenshot of the viewpoint software
a screenshot of the viewpoint software

Proven to Address the IAQ Challenges of Spring

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Scenario 1

Pollen season impacts occupant comfort.

During peak allergy season, open doors and windows bring in high levels of pollen. Array's EnviroSmart+ Technology detects elevated PM levels and automatically increases filtration speed, capturing allergens at the source and supporting HVAC with localized purification.
Scenario 2

TVOCs from spring cleaning products increase.

New cleaning protocols and seasonal renovations introduce higher levels of TVOCs. Array's sensor suite detects spikes in TVOCs, and real-time data is shared through Relay to inform the BMS. The system adjusts airflow and purification accordingly, minimizing occupant exposure as Array's 3-in-1 filters reduce TVOCS closer to the source.
Image of the Array Wall device in a hopital bathroom Image of the Array Wall device in a hopital bathroom
Scenario 3

Mold risk increases in high-humidity areas.

Bathrooms, basements, and utility rooms may retain excess moisture. Array identifies rising humidity levels and through Relay, alerts the BMS to adjust ventilation or dehumidification systems, preventing mold growth before it starts.
Image of a busy lobby area in a building Image of a busy lobby area in a building
Scenario 4

Increased activity raises CO₂ levels in shared spaces.

In warmer weather, lobbies and common areas often see more people gathering, waiting, and passing through. These spikes in occupancy can quickly increase CO₂ levels. Array responds in real-time, detecting the rise and sending data through Relay to the BMS to optimize ventilation and keep conditions healthy and comfortable.
Explore How Air is Affected by Each Season

For Whatever Stage You're In, Fellowes Air Quality Experts Are Here To Help:

Making your indoor air quality strategy simple starts here. Get expert answers, assess your space, or explore solutions that put you in control. Let's find the right starting point for your needs.
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a collage of array products and blueprints a collage of array products and blueprints