DEPARTMENT

Currently, based on the cross-scale fusion of multi-source heterogeneous data, the GID model has developed bottom-up big-data-based modeling technology, to achieve quantification and dynamic tracking of facility-level carbon emissions in the global thermal power, iron and steel, and cement industries. On this basis, the temporal, spatial, and structural changes in carbon emissions since 1970 are analyzed for the above-mentioned industries. In the future, GID model will develop and integrate new methods for facility-level emission accountings to expand the tracking scope to greenhouse gas and air pollutant emissions from major anthropogenic sources around the world. Dynamic emission inversion methods will also be integrated based on satellite remote sensing to improve the accuracy and timeliness of emission accountings and continuously advance global facility-level emission accounting and monitoring capabilities.