Warehouse Design in Khalifa Port Logistics Zone

Warehouse construction approvals within Khalifa Port Logistics Zone fall entirely under KEZAD's authority — the standard Abu Dhabi DMT Tasheel permit pathway does not apply. KEZAD issues building permits, structural NOCs, and MEP approvals under its own published building regulations, with additional AD Ports operational requirements governing loading dock positions, hardstand circulation for prime mover vehicles, and building setbacks from port operational areas. The free zone status also means customs-bonded warehouse fit-outs require Customs Authority approval in addition to the structural building permit, adding a regulatory layer to project close-out.

KEZAD's internal utility network delivers electricity directly to warehouse buildings in the port logistics zone, bypassing ADDC's grid. Power supply capacity is allocated at plot lease stage, with warehouse buildings receiving buried LV or MV supply from KEZAD zone substations. The saline coastal environment and port-side exposure to salt spray, humidity, and occasional tidal surge in low-lying precincts drive concrete durability specification requirements: minimum 50mm cover to reinforcement, sulphate-resisting cement for below-grade elements, and epoxy-coated rebar in splash and tidal zones. Warehouse floor slabs in port logistics facilities must accommodate heavy container reach-stacker wheel loads (up to 40 tonnes per axle) requiring slab thicknesses of 250–300mm with closely spaced reinforcement to limit crack widths under dynamic loading.

Bonded warehouse fit-out within KEZAD's Khalifa Port zone requires Federal Customs Authority approval in addition to the structural building permit, with customs-bonded facility standards governing door seal specifications, CCTV coverage zones, and electronic access control integration to the UAE Customs digital monitoring system. Hardstand pavement design for port logistics facilities handling laden ISO containers uses rigid reinforced concrete pavement of 300 to 350mm thickness with dowelled transverse joints and designed joint spacing of 5 metres to manage shrinkage cracking under repetitive heavy axle loading. Solar canopy structures over container hardstands are an emerging design feature in KEZAD's logistics zone, providing shaded inspection areas, reducing surface temperature and tyre degradation, and generating renewable electricity as a secondary benefit. Gate house and security check-point structures at warehouse entry points within KEZAD require integration with the zone's vehicle management system, prescribing vehicle weigh-bridge provisions for buildings handling containerised exports. Stormwater management within KEZAD's logistics zone must comply with the zone's drainage master plan, with sediment traps, oil-water separators, and permeable margins specified to prevent hydrocarbon-contaminated runoff from hardstand areas entering the coastal drainage network.