Improve the Indoor Air Quality in Your Building, in Manitoba
Indoor air quality (IAQ) is an essential factor contributing to the health, comfort, and productivity of your building’s occupants. Poor indoor air quality at minimum causes headaches, sneezing, breathing problems, and irritation of the eyes, nose, and throat. Depending on the pollutant and length of exposure, poor indoor air quality can lead to severe health effects including death.
According to Health Canada, there are three main types of air pollutants that contribute to poor indoor air quality:
Biological Pollutants:
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Mould and fungi
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Bacteria (such as legionella)
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Dust mites
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Pollen and spores (known as aeroallergens)
Chemical Pollutants:
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Nitrogen dioxide (NO2)
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Carbon monoxide (CO)
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Formaldehyde
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Lead
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Asbestos
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Ozone
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Volatile organic compounds (VOCs)
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Dust or particles (particulate matter)
Radiological Pollutants:
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Radon
Indoor Air Quality Services
At Lowe Mechanical Services Ltd., we offer a variety of solutions for your indoor air quality issues. Contact us today to learn more about indoor air quality and how to provide a comfortable and safe environment for your building’s occupants. Our experts will provide assistance with the following:
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Full HVAC system review to ensure the design meets current requirements including fresh air
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Develop a custom preventative maintenance program to ensure optimal system performance
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Air quality testing
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Air purification
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Carbon monoxide monitoring and extraction
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Humidification/dehumidification
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Duct cleaning
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Filter upgrades
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Dust collectors
Lowe Mechanical Systems Ltd. is your Manitoba dealer for Global Plasma Solutions (GPS). This proven technology delivers clean indoor air that is safe and healthy, producing neither ozone nor other harmful by-products. Their Needlepoint Bipolar Ionization (NPBI) products are UL and CE approved. Through NPBI, their products purify the air by eliminating airborne particulates, odours and pathogens. The combined effect is a lowered carbon footprint for your facility and up to 30% energy savings through a reduced (up to 75%) outdoor air intake.
