# Aedas Completes Tiered Immigration Hub at Shenzhen-Hong Kong Border

The nine-storey facility integrates border control, transport networks, and public space in one structure.

- **Source:** [Architecture news and projects | Dezeen](https://brifing.si/source/50c21201-9cc6-48e0-8a7c-6ea605af10c3)
- **Published:** 2026-11-01
- **Topic:** [Business](https://brifing.si/c/business)
- **Original article:** <https://www.dezeen.com/2026/11/01/new-huanggang-port-development-aedas-shenzhen-hong-kong/>
- **On Brifing:** https://brifing.si/s/fb1fea2b-b56f-479c-985d-de4b597c497b

## New Border Infrastructure

Aedas has completed the New Huanggang Port Development, a nine-storey immigration hub situated on the banks of the Shenzhen River. This facility replaces the original port that opened in 1989. Designed as a large-scale integrated hub, it combines border control operations with extensive transport networks and 25,000 square metres of public space.

## Architectural Design Concept

The building features a rounded, tiered form intended to evoke a pebble resting by the waterfront. Its exterior is defined by a flowing facade composed of horizontal metal fins that wrap around the structure like ribbons. These elements symbolize the close connection between the cities of Shenzhen and Hong Kong while reinforcing a fluid appearance.

## Modular Construction Approach

The project utilized a modular, prefabrication approach to construct the building's complex volume. The structure opens at the ground level through two sunken plazas and features a roof terrace covered in solar panels. Across four elevations, rhythmic horizontal fins are lifted to create large glass curtain walls that maximize natural daylight penetration into interiors.

## Vertical Program Integration

Transport, immigration, and public programs are organized vertically within the nine-storey facility. A network of internal escalators connects these stacked levels, ensuring efficient movement. The design separates passenger and vehicular flows while maintaining convenient connections between different programs, effectively managing high-density traffic within the constrained site located at the border crossing.

## High Capacity Operations

The hub is engineered to accommodate an average of 200,000 passengers per day. Two specific floors are dedicated to immigration halls, which utilize a barrier-free design to facilitate smooth processing. These levels are directly linked to transport networks on the floors below, supporting a seamless border-crossing journey for commuters and international travelers alike.

## Transport Network Connectivity

Connectivity is a core feature of the development, as the hub links directly to four of Shenzhen’s rail and metro lines. This integration supports a seamless transition between different modes of transport. By consolidating these services under one roof, the facility streamlines the transit experience for thousands of daily passengers moving between the two cities.

## Interior Structural Details

The expansive interiors are divided by a series of structural, arched columns inspired by Shenzhen’s emblem flower, the Bougainvillea. Natural light is provided by 73 roof skylights, facade openings, and an integrated lighting system. These design choices create a welcoming civic environment while maintaining the structural integrity required for a high-traffic public facility.

## Regional Development Context

The completion of this hub marks a significant update to the cross-border infrastructure between Shenzhen and Hong Kong. It reflects a broader trend of architectural innovation in the region, following other notable projects like the nearby skyscraper with a butterfly layout and various green-roofed museums, signaling a shift toward more integrated, aesthetically conscious public infrastructure.

## Sources covering this story

- https://www.dezeen.com/2026/11/01/new-huanggang-port-development-aedas-shenzhen-hong-kong/ — 

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_Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._
