Coal, fly ash, and secondary particles emitted from thermal power plants contribute to more than 30% of PM2.5 generation in India. Hence, to meet the emission standards, the GMR Warora thermal plant needed to monitor and reduce the pollutants generated by stacking and moving raw materials. Installation of Oizom Polludrone helps identify and monitor the ambient pollution level. The solution assisted in the automation of the air purifiers for suppressing particulate pollution.

As per an EIA report, the electricity generation was 21.6 trillion kilowatt-hours in 2012 and is expected to rise to 25.8 T-kWh by 2020. Most of the thermal power plants generating electricity run on coal. The majority of these coal-fired plants violate air pollution standards, creating a major source of air pollution. In fact, in India, 26.45% of premature annual deaths (among people above 25) result from thermal power plant pollution. Devic Earth has designed a Pure Skies purifier to purify ambient air pollutants. They installed their air purifier system at GMR Warora’s thermal power plant. But operating the purifier continuously is challenging as it is quite expensive. Hence, it is necessary to bring a system for automating these purifiers for their optimized operation.

Devic Earth reached out to Oizom to suggest a solution for their air purifiers. Oizom offered Polludrone – an ambient air quality monitoring solution to automate the Pure Skies purifiers within the power plant. Installation of Polludrone Lite alongside the purifier to monitor parameters like PM2.5, PM10, CO, CO2, Temperature, Humidity, and Noise pollution. It feeds real-time data to the purifier to set up a threshold limit for the pollutants. The data gathered by Polludrone allowed for the identification of the critical hours to switch on the air purifier. The monitoring solution also helps in quantifying the efficiency of using the air purifiers within a plant by measuring the pollution level before and after using the purifier. The data-driven operation of the purifier reduces the power consumption and ultimately cuts down the operational cost.