Clarity Movement Co. articles

The ABEC Air Quality Initiative shows that with the right tools and commitment, we can combat the invisible killer that is air pollution - learn how air quality sensors are used in Almaty & Bishkek.

NIWA has pioneered the use of dense air quality sensor networks to uncover block-by-block air pollution patterns within towns across New Zealand.

• 40 Clarity Node-S solar-powered air quality sensors deployed
• 3x Higher PM2.5 levels detected in air pollution hotspots compared to cleanest areas
• 6 km Maximum distance NIWA deployed Clarity sensors downwind to capture pollution plumes

Across New Zealand, outdoor air pollution poses a significant yet

TL;DR - Mining operations can contribute to air pollution at every stage of the process, and have significant impacts on the health of both those working at the sites and those living in surrounding communities. Fortunately, a number of best practices exist that can help alleviate mining’s impacts on the environment, including using dust suppression techniques, increasing vehicle efficiency, addressing occupational health and safety concerns at mining sites, promoting sustainable mining

Wildfires have a severe impact on air quality and, consequently, on human health. While wildfire smoke’s damage can vary depending on its composition and density across an area, research shows that it may not only have short-term damage but perhaps also a cumulative negative impact on human health. However, by recognizing the need for real-time air quality monitoring to collect data and understand pollution exposure during wildfires, we can protect public health.

TL;DR - Vehicle emissions comprise a significant portion of global air pollution, with vehicles responsible for a wide range of pollutants known to be harmful to human and environmental health - including particulate matter, nitrogen dioxide, volatile organic compounds, and ground-level ozone. Traffic-related pollution is made worse by idling and traffic congestion, which causes a build-up of pollutants in specific areas. While vehicle emission standards have made significant progress in redu

In this case study, you’ll learn how Kansanshi Mine improved its compliance monitoring, reduced operational overhead and increased reliability by deploying its first network of Clarity Node-S devices.

In this case study, you’ll learn how Kansanshi Mine improved its compliance monitoring, reduced operational overhead and increased reliability by deploying its first network of Clarity Node-S devices.

6 Node-S air sensors
Now operating continu

Protecting public health during wildfires
In the face of climate change and increasing environmental disasters like wildfires, there is a growing need for resilient air quality monitoring infrastructure. Traditional air quality monitors often rely on vulnerable infrastructures like WiFi and electrical grids, which can easily fail during disasters, leaving us without accurate information about air quality.

To address this challenge, low-cost air sensors provide a

This case study outlines the immediate and long-term needs and the challenges posed by wildfires and air pollution in Sacramento, California.

• 21: Node-S air sensors
• 24/7: monitoring

Become an air quality sensor expert

Welcome to our online Air Quality Sensor Bootcamp - designed to equip you with the knowledge and skills you need to effectively use air quality sensors. 

• Learn the fundamentals of air quality sensors
• Get tips and insights from air quality industry experts
• Design a network to start collecting accura