Air Sensors for Air Quality & Environmental Agencies
Talk to an air quality expertDoes your air monitoring network have blind spots?
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Cities such as London, Paris, and Perth have worked with Clarity to implement hybrid, low-cost ambient air quality monitoring networks to supplement existing regulatory air pollution measurement networks.
Proven success with air monitoring
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Why Sensing-as-a-Service for air pollution monitoring?
No separate software purchase. No add-on warranties. No unexpected expenses.
With one upfront service, we’re giving you the affordability, flexibility, and autonomy to eliminate all of your air quality blind spots.
Air Quality Measurement
Self-powered Clarity Node-S air quality monitoring hardware measures PM₂.₅ and NO₂ and serves as a platform for additional modules such as Wind, Black Carbon, and Ozone.
Air Quality Data Visualization
Data access via Clarity Dashboard, REST API, and Clarity OpenMap to visualize pollutant levels
Air Quality Project Support
Dedicated account manager for air quality monitoring project and data support
Clarity Case Study
The Breathe London Community Sensing Network, the largest air quality sensing network in the world, aims to democratise air quality monitoring and create a community of groups who support each other and share their experiences and ideas for improving air pollution conditions. Learn more >>
Node-S devices deployed
Square km covered
Community groups served
Modernize your air quality monitoring infrastructure to address current air pollution issues
There is an increasing demand for high-resolution, accurate air pollution data.
Increased public awareness of air pollution issues
Communities around the world are creating increased public accountability for air quality managers.
Limited budgets for air monitoring equipment
Annual federal funding for U.S. state and local air quality management grants has decreased by 20% since 2004 after adjusting for inflation.
Expensive reference equipment leads to blind spots
Federal reference monitors (FRM) are designed to monitor air quality trends year-over-year — but can’t identify day-to-day, localized pollution events.
Outdated regulatory standards don’t fit current trends
Many air quality regulations are decades old and do not adequately address modern-day air pollution challenges.
Maximize your budget by deploying low-cost air quality sensor network
Are air quality sensors accurate?
To support a broader understanding and more effective use of this technology, the US EPA recently released performance standards for air sensors that will help to better characterize the performance of commercially available air sensors in a clear and standardized way.
Read our whitepaperEasily and cost-effectively collect more air quality data by modernizing your air quality monitoring network
A robust air sensor network can help raise awareness of air quality, protect citizens from air pollution exposure, and mitigate air pollution concerns in your community.
Affordably increase air quality measurement points
Deploy dozens of low-cost air quality sensors for the equivalent cost of one Federal Reference Monitor.
Understand local air pollution sources and dynamics
Collect high resolution, accurate air quality measurements at unmonitored sites.
Inform your stakeholders in real-time
Share real-time air quality information with your stakeholders to understand short-term changes in air pollution.
Leverage air pollution data to drive positive impact
Accurate and localized air pollution data will enable you to make strategic data-driven decisions to protect public health.
Air quality monitoring success stories
Michael Ogletree
“Addressing community concerns and improving public health are the primary goals of any air quality program. The Clarity Nodes we have deployed are placed near sensitive populations and projects as a way of better protecting the health of our residents and better informing our decisions around air quality.”
William Chevalier
"We wanted a network that would get real-time data out to the public immediately and show air quality changes in real-time — which we had been unable to do with our network of reference-grade equipment alone."
