Warehouse Design in Sharjah Airport Cargo Village

Building permits within the Cargo Village area are processed through a dual-authority pathway: Sharjah Airport Authority (SACAA) issues an airside development consent covering operational safety compliance, aircraft blast clearances, and FOD prevention measures, while structural and MEP permits are submitted to Sharjah Municipality via the Basher platform for standard technical review. This parallel process requires careful coordination between SACAA's infrastructure department and the municipal permit team, with SACAA consent typically needing to be in place before municipal permit submission can proceed. SEWA (هيئة الشارقة للكهرباء والماء) is the utility provider for the Cargo Village's landside utility connections, with SACAA providing airside utility infrastructure for apron-facing buildings.

Warehouse structural engineering in the Cargo Village is shaped by the airport environment's specific constraints. Maximum eaves heights are typically limited to 8–10 metres by OLS surface requirements in the immediate airport precinct, creating low-profile wide-bay warehouse profiles rather than the tall narrow racking configurations of general logistics parks. Floor loadings must accommodate aircraft cargo handling equipment including 10-tonne pallet transporters and aircraft tug operations adjacent to loading bays. The airside environmental exposure — jet fuel vapour, hydraulic fluid splash, de-icing fluid run-off — requires chemical-resistant concrete floor coatings and drainage systems compliant with airport environmental spill containment requirements.

SACAA's Aerodrome Safeguarding assessment for cargo village buildings evaluates radar line-of-sight clearance, instrument landing system (ILS) critical areas, and VOR radio navigation signal interference from building metal cladding surfaces. SACAA may require non-metallic roofing materials or specific orientation constraints on buildings within defined ILS sensitive areas adjacent to Runway 30 at Sharjah International Airport. Airside access control within the cargo village uses SACAA-issued airside pass cards linked to biometric identity verification, with all contractors working in the cargo village perimeter required to hold valid airside construction permits issued by SACAA's security department. Washdown drainage systems in cargo warehouse bays at Sharjah Airport Cargo Village must include interceptor traps rated for aircraft hydraulic fluid and de-icing glycol compounds to prevent contamination of the airport's stormwater drainage network, per SACAA's environmental management procedures. Aircraft ground power unit (GPU) charging bays and GSE battery charging stations adjacent to cargo buildings require dedicated electrical circuits with thermal monitoring, as defined in the electrical design standards for airside servicing facilities under SACAA's infrastructure guidelines. Cargo tracking barcode readers and weighing scales built into the cargo village warehouse floor require structural penetration sleeves pre-installed in the slab before floor hardener finishing, with exact positions confirmed from the airside operations layout plan.