Coal-fired and thermal power plants generate fugitive dust during coal handling, fly ash pollution around ash ponds, and gaseous emissions that disperse across the plant boundary. Oizom's smart and robust monitoring systems including Dustroid for dust-intensive zones quantify emissions across coal yards, ash dykes, and the fenceline. Threshold-based triggers automate mist cannon suppression, while fenceline air quality monitoring alerts operators when pollutant levels approach regulatory limits, safeguarding workers and nearby communities.

Dust accumulation on PV modules is one of the largest causes of energy loss at solar plants, particularly in desert and semi-arid locations. Oizom's dust monitoring systems track real-time ambient particulate levels across the solar farm, giving O&M teams an early indicator of soiling risk. When combined with plant performance data, this helps teams prioritize inspection and cleaning where dust exposure is highest. Real-time dust and weather data integrates with plant management and SCADA systems via REST API, bringing environmental intelligence directly into existing O&M workflows.

Many energy facilities are situated in regions prone to dust storms and high-velocity winds, which threaten workers, trackers, modules, and plant infrastructure. Dust monitoring, combined with integrated weather monitoring, gives timely notifications ahead of sandstorms and other unpredictable weather events, enabling tracker stowing at solar farms, operational precautions at power plants, and preventive disaster management to safeguard assets, personnel, and energy production.