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Kafr Şaqr is situated in Egypt's Ash Sharqīyah Governorate within the fertile Nile Delta region, approximately 60 kilometers northeast of Cairo. This strategic position places the city within one of the world's most densely populated agricultural zones, where the flat alluvial plains of the Delta create minimal topographical variation, with elevations typically ranging from just 5 to 15 meters above sea level. The city's urban character blends traditional Egyptian architecture with modern residential developments, serving as both a regional administrative center and a hub for agricultural processing. Kafr Şaqr's location profoundly influences air quality through multiple pathways: its position in the Delta exposes it to agricultural emissions from widespread rice cultivation and crop burning, while proximity to major transportation corridors like the Cairo-Ismailia road brings vehicular pollution. The city lies approximately 25 kilometers from the Damietta branch of the Nile River, whose moisture contributes to humidity that can trap pollutants, yet lacks the cleansing sea breezes of coastal cities. Surrounded by intensive farming communities, Kafr Şaqr experiences an urban-rural gradient where urban emissions from local industry and transportation mix with rural agricultural pollutants, creating complex air quality challenges exacerbated by the region's generally stagnant atmospheric conditions.

In Kafr Şaqr, air quality follows distinct seasonal patterns shaped by Egypt's Mediterranean climate and agricultural calendar. During winter (December-February), cooler temperatures and frequent temperature inversions trap pollutants close to the ground, particularly during calm nights when emissions from heating sources accumulate. This period often sees the highest pollution concentrations, making early mornings unfavorable for outdoor exercise, especially for those with respiratory conditions. Spring (March-May) brings variable conditions: while increasing winds can disperse pollutants, the agricultural burning season for crop residues typically peaks in April-May, creating episodic spikes in particulate matter that sensitive groups should monitor through local air quality reports. Summer (June-August) features the cleanest air despite high temperatures, as stronger northerly winds from the Mediterranean provide natural ventilation, though intense heat can combine with urban ozone formation on still days. Autumn (September-November) presents a transitional period where decreasing winds and the return of agricultural activities gradually degrade air quality, with October often marking the beginning of the pollution buildup. Throughout the year, the absence of significant rainfall (averaging less than 50mm annually) means pollutants accumulate rather than wash out, making wind patterns the primary determinant of daily air quality conditions.