Industry Applications

TL;DR — Ports and logistics operations are major sources of harmful air pollution that affects air quality and climate health both locally and at the global scales — especially as maritime shipping becomes increasingly prominent globally. By implementing effective air quality monitoring and port emission reduction strategies, we can work to reduce these negative impacts and promote more environmentally friendly global supply chains.

Air pollution at schools and campuses negatively impacts student performance, development, and attendance in addition to harming teacher and staff health, making it vital to establish real-time air quality monitoring networks and improve air quality.

Sporting events can contribute to heightened air pollution levels, and poor air quality accounts for significant negative impacts on athlete and spectator health — making it of the utmost importance to mitigate air pollution levels at sporting events and prioritize exposure reduction.

While mining activities contribute significantly to air pollution levels, coupling real-time air quality monitoring data with more environmentally sustainable practices can help to reduce mining's impacts on both mining workers and surrounding communities.

While construction can have a myriad of negative impacts on air quality and the climate, taking action by establishing dense air quality monitoring networks, implementing sustainable construction practices, and supporting increased regulation can help to minimize these effects on surrounding communities.

Mining and industrial operations are major sources of air pollution, making it highly important to monitor air quality to protect employees and surrounding communities from exposure.

We're exploring air pollution and agriculture's two-way relationship as we recognize the ways that both impact each other, especially as compounded by climate change.

From June 30 to July 2, the Clarity team participated in the Air & Waste Management Association’s 113th Annual Conference & Exhibition.