Major air pollutants in Parking Spaces
Enclosed parking areas can trap a mix of air pollutants. These include carbon monoxide (CO), nitrogen oxides (NOx), volatile organic compounds (VOCs), sulfur oxides (SOx), and particulate matter (PM2.5 & PM10). All of them can harm human health.
PM2.5 & PM10
PM levels rise in poorly ventilated underground garages, since the particles simply cannot disperse.
CO
CO can come from vehicle exhaust, and gasoline-powered equipment and generators on site add to it.
VOC
Gasoline and diesel exhaust are key sources, along with building materials, cleaning products, and more.
SOx
Vehicles burn gasoline and other fuels, and their exhaust can release many toxins, including SOx.
NOx
High-temperature combustion, such as a running engine burning fuel, can produce NOx.
VOCs
Vehicle VOCs can help form ground-level ozone when they react in sunlight.
SOx
Switching to alternative fuels can cut SOx emissions.
NOx
Driving habits matter: easing off hard acceleration and keeping a steady speed can lower NOx emissions.
PM2.5 & PM10
Weak ventilation lets particles build up in underground lots, so PM has no way to scatter.
CO
Car and truck exhaust releases CO, and so do the gasoline engines in power tools and generators.
Health Effects
Parking lots add to air pollution, with car exhaust, dust, and debris kicked up from unpaved surfaces all playing a part. This takes a toll on the health and well-being of nearby communities.
Pollution builds up on every level
Pollution drifts out to nearby areas
Little to no natural airflow
Air quality Solutions
Prana Air's air quality monitoring and air purifying tools support green spaces, better ventilation, eco-friendly materials, and greener transportation. Together, these steps can cut air pollution in cities. They also improve health and promote a greener future.
Easy Data Accessibility
Stakeholders need easy access to accurate air quality data for parking lots. With it, they can make better choices that limit their impact on public health and nature. That supports greener city growth.
Air monitors are put in place across the parking lot
Each monitor connects over Wifi, GSM, or RS-485
Readings go to AQI Cloud Storage.
View the data remotely on the AQI mobile app, tablet app, or web-dashboard.
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Our customized dashboard displays and analyzes data on LCD panels or in the apps. Use the AQI mobile app to check the air quality in and around the parking lot.
Smart TV Dashboard App
Customized Web/Tablet App
AQI Mobile AppFrequently Asked Questions
About air quality solutions for parking lots - have questions? We're here to help.
- Poor air quality in a parking lot can harm the health of drivers, pedestrians, and people who live nearby. It also adds to wider pollution and can feed into climate change.
- Vehicle exhaust fumes are the biggest source of air pollution in parking lots. Dust and particulate matter from tires and brakes add to it.
- Poor air in parking lots can lead to breathing problems, eye irritation, headaches, and other health issues. Long-term exposure carries added risks and may raise the chance of cancer and other chronic diseases.
- Parking lots can improve their air quality in a few ways. Promote low-emission vehicles and add green spaces such as trees and plants. Monitor air quality non-stop, install air filtration systems, and improve the overall airflow.
- Air quality monitoring tools for parking lots can include sensor-based systems such as Prana Air monitors. Real-time data analytics and AQI mobile apps give users up-to-date readings on air quality.
- Data collected in parking lots helps researchers study how air pollution affects human health and the world around us. It can also guide public policy and shape the rules that are set for air quality.
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Industries Applications
Prana Air offers a broad lineup of smart, low-cost, and highly accurate air quality solutions. They suit many sectors, whatever their size.
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