Generate a Topographic Contaminant Dispersion Model Report appendices for an urban infill mixed-use high-rise project adjacent to a Class I protected natural area under ESA 2000/14/EC Air Quality Assessment requirements

Generate generate a topographic contaminant dispersion model report appendices for an urban infill mixed-use high-rise project adjacent to a class i protected natural area under esa 2000/14/ec air quality assessment requirements for Architectural, Engineering, and Related Services industry

Architectural, Engineering, and Related Services

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Upload wind-tunnel or CFD dispersion study files, existing topographic surveys (LiDAR, DEM, DTM), architectural massing models, and any prior air-quality monitoring datasets referenced in the EIA
Select the project-specific urban typology that influences pedestrian-level airflow and stack-effect
List all adjacent Class I protected areas (Nat 2000 codes or Natura 2000 site IDs) and nearby receptors (schools aged 3–11, hospitals, elder-care facilities, maternity clinics) within 500 m of the site boundary
Identify dominant baseline emission source category that must be modeled under ESA 2000/14/EC Annex III
Select the meteorological regime (Pasquill-Gifford stability classes and joint frequency distributions) for the local airport or meteorological mast that will be applied in the dispersion model
Select the spatial resolution for the receptor grid atopography file (DEM derivatives) and the contouring interval for exceedance maps
Choose the formal presentation format expected by the competent authority and review panel under EIA Directive Annex I compliance
Determine the acceptable probability of exceedance used to derive mitigation requirements under WHO 2021 and EU AQD 2008/50/EC limit value discussions
Enter technical constraints that define minimum stack height or setback from façade to avoid re-entrainment (mention façade pressure coefficients, parapet dimensions, and architectural fire-egress restrictions)
Define pollutant source time patterns: construction hours (7 am–6 pm weekdays), full HVAC occupancy profiles (24/7 commercial kitchens), and emergency generator test-hour monthly frequencies