Result description
Module 5, the Air Quality Forecast Module, delivers timely predictions of six crucial air pollutants (CO, NO2, SO2, O3, PM10 & PM2.5) over three key regions: Santiago (Chile), Colorado (US), and Beijing-Tianjin-Hebei (China). Powered by an ensemble of air quality models from AQ-WATCH partners, the forecasts provide a 48-hour projection, crucial for public health and decision-making. These models, utilizing intricate equations representing atmospheric chemical processes, employ high-resolution meteorological and emission data, ensuring forecast accuracy. The multi-model ensemble is coordinated to yield reliable predictions. Model evaluations are based on local monitoring station data from relevant environmental agencies. AQ-WATCH’s robust forecasting system empowers regions worldwide to anticipate air quality trends, thus facilitating informed policies and safeguarding public well-being.
Climate-neutral and smart citiesAddressing target audiences and expressing needs
- To raise awareness and possibly influence policy
The level of expertise required to operate and maintained the system is very high. Thus the transfer of technology, even accompanied by capacity building actions, is not suitable. The consortium is now in contact with third-parties that could potentially act as “exploiter”. The partners would provide expertise through service contracts with the exploiter(s).
Depending on its available resources and level of expertise, the future exploiters may decide to take over the activities at different stages of the value-chains.
- Public or private funding institutions
- EU and Member State Policy-makers
- International Organisations (ex. OECD, FAO, UN, etc.)
R&D, Technology and Innovation aspects
The level of expertise required to operate and maintained the system is very high. Thus the transfer of technology, even accompanied by capacity building actions, is not suitable. The consortium is now in contact with third-parties that could potentially act as “exploiter”. The partners would provide expertise through service contracts with the exploiter(s).
Depending on its available resources and level of expertise, the future exploiters may decide to take over the activities at different stages of the value-chains.
The replicability of Module 5’s air quality forecasts is streamlined through established methodologies and reliable models. However, extending this to new regions could be complex, especially if validated models aren’t accessible. Successful replication relies on quality input data, validated models, and collaborations with meteorological and emission repositories. In regions lacking such models, tailored development and validation are essential. The standardized approach, transparent evaluation, and user-friendly interface provide a framework for replicating air quality forecasting, with adaptability to diverse regional requirements.
- Africa
- Asia
