This investigation focuses on the predicted environmental impact due to emissions and air pollutants resulting
from planned airport operations. The analysis relies on the application of the descriptive and analytical
approach on a case study developed at the new Sphinx International Airport (ICAO: HESX, IATA: SPX)
serving the city of Giza, Egypt. The theoretical part reviews previous studies in the field to draw the most
important results. It contains air pollutant monitoring and measuring in the area where the airport is to be
established, weather forecast data, calculation of air traffic and plane emissions as well as the implementation
of all necessary data for the emission dispersion modelling mapping program. This is instrumental to predict
the pollutant concentrations from all activities at the airport. This research has found that the levels of emission
concentrations in the airport area are acceptable and below maximum permissible thresholds. However, the
emissions from certain specific sources would be considerably lower if mitigation measures will be
implemented. Other sources will increase emissions with lower capacity for mitigation. By way of comparison
between the results of the actual analyses of the emissions from planes and the energy consumption, different
impact was found on the areas adjacent to the airport. To ensure that the outcomes of the analyses for the
emissions comply with national and international standards, recommendations are also suggested. This study
indicates that the most important measures must be focused on mitigating emissions during the operational
phase. |
