Black Carbon Module

Black carbon is a short-lived climate pollutant and a component of fine particulate matter (PM_2.5) that results from incomplete combustion of fossil fuels, biofuels, and biomass. Monitoring black carbon is critical because it contributes to both climate change and public health impacts — especially in urban areas, transportation corridors, and regions relying on solid fuel. It’s also a key indicator of traffic-related air pollution and diesel emissions.

Major sources of black carbon include diesel engine exhaust, wood and biomass burning, coal combustion, and open waste burning. In cities, traffic — particularly from older diesel vehicles — is a dominant contributor. In developing regions, household fuel use and agricultural fires can be major sources of black carbon exposure.

The Clarity Black Carbon Module uses an optical absorption method to detect black carbon particles based on how they absorb light. This technique provides accurate, near real-time measurements of black carbon concentrations and is well-suited for continuous outdoor monitoring, even in resource-constrained settings.

Yes — the Black Carbon Module is designed to be seamlessly integrated with Clarity’s Node-S platform. It connects via the same modular system and shares power, connectivity, and cloud-based data delivery, making it easy to upgrade an existing Clarity deployment without adding significant complexity.

Black carbon monitoring is particularly valuable in densely populated urban areas, transportation corridors, port cities, and industrial zones. It's also essential in regions tackling diesel emissions, designing low-emission zones, or addressing climate-related impacts of air pollution.

Yes — data from the Black Carbon Module is transmitted in near real time to the Clarity Dashboard, where users can visualize trends, generate reports, and set alerts. This immediate access supports timely decision-making for air quality interventions, community engagement, and regulatory reporting.