It monitors and measures CO2 emissions from power plants without relying on on-site sensors and delivers a standardized dataset of CO2 emissions by leveraging machine learning and earth-observation datasets. 

Estimated CO2 emissions for Ormand Beach Power Plant, USA

Global distribution of power plants colored according to their estimated CO2 emissions

Estimated CO2 emissions for Ormand Beach Power Plant, USA

Global distribution of power plants colored according to their estimated CO2 emissions

Estimated CO2 emissions for Ormand Beach Power Plant, USA

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Monitoring from power plants using satellite data offers several benefits. 

1. Enhanced environmental monitoring: It provides a consistent, wide-scale means of monitoring emissions from power plants, which can be useful for identifying trends and trends in emissions over time. This information can support environmental monitoring and management efforts, such as identifying areas at risk of air pollution.
2. Improved compliance with regulations: It can help ensure that power plants comply with emissions regulations by providing an independent data source on emissions levels. This can be especially important in areas where ground-based monitoring may be limited or unreliable.
3. Reduced costs: It can provide a cost-effective means of monitoring emissions from power plants, eliminating the need for costly ground-based monitoring systems. This can be particularly beneficial for large power plants in remote or difficult-to-access areas.
4. Improved transparency: It can provide an independent, transparent source of information on emissions from power plants, which can be useful for promoting accountability and public trust. This can be particularly important for power plants located in areas with high levels of public scrutiny.

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