Key features
| WebGIS interface of air pollutants and management of emission inventory | Automatic gridding, visualization and analysis of emission inventory |
| Simulation and analysis of air quality baseline | Analysis of regional source tracing simulationn |
| Analysis of scenario air quality simulation | Enhancement of emission reduction strategy decision making |
| Air quality analysis and prediction | Real-time forecast of air quality and weather |
Advantages
Fully online platform with no installation required
- Save time and cost of purchasing computational hardware and software system installation.
- Convenient interface for uploading the local emission inventory and enabling automatic gridding for analysis and simulation.
Top industry-leading algorithms
- Integrate state-of-the-art models such as SMOKE, WRF, CMAQ, CAMx, and in-house-developed technologies such as data assimilation, emission reduction strategy proposal with in-built evaluation of effectiveness, and simulation task workflow management.
Customized analysis
- Diagnose air pollutant emission sources across time, space, industry and precursors according to users’ requirements and inform short-, medium- and long-term air quality management strategy.
- Provide a user-friendly online interactive platform and assist in analysis (daily forecasting and heavy pollution analysis report) and emission reduction scenario simulation.
Scenarios assessmentt
- Conduct different reduction scenario simulations for comparison, then deliver quantitative emission control plans and impact assessments.
- Provide a customizable scenario simulation platform to support quick response to severe air pollution, compliance management and regional collaborative emission reduction
Core module
Industry applications
- One city and one policy – Heavy air pollution early warning
- Three lines and one list - Atmospheric environment capacity simulation
- Three lines and one list – Environmental quality compliance planning
- Cross-border emission reduction of PM2.5 and Ozone
- Verification and analysis of local emission inventory
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