“On-Line” Heating Emissions Based on WRF Meteorology—Application and Evaluation of a Modeling System over Greece
2022
Natalia Liora | Serafim Kontos | Daphne Parliari | Dimitris Akritidis | Anastasia Poupkou | Dimitris K. Papanastasiou | Dimitrios Melas
The main objective of the present study is the development of an &ldquo:on-line&rdquo: heating emissions modeling system based on simulated meteorological data and its integration with air quality modeling systems in order to improve their accuracy. The WRF-CAMx air quality modeling system is applied over Greece for the cold period of 2015 (January&ndash:April, October&ndash:December) for two emissions scenarios: using the (a) &ldquo:on-line&rdquo: heating emissions based on WRF meteorology and (b) &ldquo:static&rdquo: heating emissions based on static temporal profiles. The monthly variation in total &ldquo:on-line&rdquo: heating emissions followed the temporal pattern of the air temperature over Greece, leading to the highest heating emissions in January and February, while higher differences in emissions between winter and spring/autumn months were identified in comparison with the static ones. The overall evaluation of the WRF-CAMx modeling system using the &ldquo:on-line&rdquo: heating emissions revealed satisfactory model performance for the mean daily air quality levels. The comparison between the simulated and observed mean monthly concentrations revealed an improvement in the pattern of mean monthly concentrations for the &ldquo:on-line&rdquo: scenario. Higher values of the index of agreement and correlation for the mean daily values were also identified for the &ldquo:on-line&rdquo: scenario in most monitoring sites.
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