Foster + Partners Wraps a 200-Meter Shanghai Tower in Stainless Steel and Industrial MemoryFoster + Partners Wraps a 200-Meter Shanghai Tower in Stainless Steel and Industrial Memory

Foster + Partners Wraps a 200-Meter Shanghai Tower in Stainless Steel and Industrial Memory

UNI Editorial
UNI Editorial published Blog under Transportation, Office Building on

Shanghai's Suhewan district has spent decades as a quiet residential pocket along the Huangpu River, largely bypassed by the explosive commercial development that reshaped Pudong across the water. The Suhe Centre Office Tower, designed by Foster + Partners with collaborating architect ECADI and structural engineering by Arup, is the first office tower in this newly regenerated quarter, and its 42-story, 200-meter stainless-steel frame is designed to do more than just fill a gap in the skyline. It is meant to kick-start the city's ambition to draw investment east.

What makes the project genuinely interesting is its commitment to legibility. The entire structural system is expressed on the exterior: steel columns, bracing, corner bays, all pulled outward and made visible behind dark glazing. The aesthetic is drawn not from the glossy curtain-wall towers of Lujiazui but from the warehouses and the historic Zhejiang Road Bridge nearby. That is a specific, local reference, not a generic "industrial chic" gesture, and it gives the building a tectonic honesty rare in Chinese commercial high-rises. The result is a tower that earns its presence next to Suhewan Park rather than merely occupying it.

An Expressed Frame Against the Waterfront

Twin towers with vertical glass and white louvered facades viewed across the waterfront in daylight
Twin towers with vertical glass and white louvered facades viewed across the waterfront in daylight
Aerial view of twin striped towers rising above the urban skyline at dusk
Aerial view of twin striped towers rising above the urban skyline at dusk

Seen from across the Huangpu, the tower reads as a vertical stack of stainless-steel ribs and dark glass panels. The structural frame is deliberately pulled away from the corners, creating full-height glass volumes at each edge of the floor plate. Those corners are not decorative: they are the prize amenity on every level, offering panoramic views toward Pudong and the river without a single column interrupting the sightline.

The all-steel construction system, applied to both the main vertical and lateral structural elements and the floor spanning systems, is unusual for a tower of this height in China. It gives the facade a rhythmic, almost textile quality when light rakes across the louvered panels, while the dark glazing cuts reflective glare for neighboring buildings and the park below. At dusk, the twin massing of the complex, office tower alongside the adjacent residential volumes, forms a crisp silhouette that anchors the eastern skyline.

Park, Canopy, and Ground Plane

Ground-level lobby entrance with glass walls, horizontal louvers, and pedestrians walking on pathway through landscaped hedges
Ground-level lobby entrance with glass walls, horizontal louvers, and pedestrians walking on pathway through landscaped hedges
Tower entrance with illuminated canopy, revolving doors, and horizontal louvers at dusk with a pedestrian passing
Tower entrance with illuminated canopy, revolving doors, and horizontal louvers at dusk with a pedestrian passing
Glass tower facade with projecting bays behind trees with yellow autumn leaves and traditional tiled roof
Glass tower facade with projecting bays behind trees with yellow autumn leaves and traditional tiled roof

A tower can be structurally brilliant and still fail at the sidewalk. Foster + Partners avoids that trap by treating the ground plane as a threshold between Suhewan Park and the 11-meter-tall lobby. Daylight filters through horizontal louvers above an entrance canopy, casting striped shadows on the paving and softening the scale shift from landscape to interior. Hedged pathways guide pedestrians toward revolving doors set within a fully glazed base, so the park's greenery remains visible even as you step inside.

The western facade is recessed at its middle section, carving a vertical slot that lets natural light flood the office floors while simultaneously creating a recess for a row of scenic lifts. Riding one of these elevators is essentially a slow panoramic tour of the park and the river beyond. It is a simple move, but it means circulation becomes a moment of orientation rather than a windowless chore.

The Lobby as Urban Artifact

Aerial view of twin glass towers rising above a spiraling pedestrian bridge at dusk
Aerial view of twin glass towers rising above a spiraling pedestrian bridge at dusk
Single tower with vertical glass and white panel facade rising above a green lawn under cloudy skies
Single tower with vertical glass and white panel facade rising above a green lawn under cloudy skies

Inside the lobby, undulating wall panels extend the perceived depth of the 11-meter-high space, giving it a sense of motion that contrasts with the gridded rigor of the exterior. The reception desk is imprinted with a historic map of the Suhe River, a detail that could easily slide into sentimentality but instead works as a quiet piece of wayfinding: it tells visitors where they are and why this place matters, all before they reach the elevators.

The tower sits at the heart of the Suhewan East Urban Complex, which introduces offices, retail, and cultural programs into a previously monofunctional residential district. Connections to the Line 10 Tiantong Road metro station make the building a genuine transit-oriented node, not just a prestige address. LEED Platinum certification and a Green Building 2 Star rating back up claims of environmental performance, supported by rainwater recycling, intelligent indoor-environment monitoring, and the passive benefits of that dark glazing.

Flexible Floor Plates and Detachable Slabs

Upper floor plan drawing showing cellular layout with central service core and corner projections
Upper floor plan drawing showing cellular layout with central service core and corner projections
Floor plan drawing showing square footprint with central core and four corner zones
Floor plan drawing showing square footprint with central core and four corner zones
Floor plan showing central core with surrounding open areas and perimeter structural bays with cross-bracing
Floor plan showing central core with surrounding open areas and perimeter structural bays with cross-bracing

Column-free office floors are the baseline promise of any modern commercial tower, but the Suhe Centre goes a step further. Every level features detachable floor slabs that allow tenants to open double-height or even triple-height connections between levels. That flexibility transforms what could be generic speculative office space into something adaptable: a tech firm wanting an open atrium can get it without structural intervention, while a law practice wanting cellular offices simply leaves the slab in place.

The plans reveal a compact central service core surrounded by open floor area, with perimeter columns and diagonal bracing distributed to the building's edges. Corner projections create alcove zones that can serve as breakout spaces, private offices, or meeting rooms depending on tenant fit-out. The core itself is tight and efficient, grouping vertical circulation, MEP risers, and service rooms to maximize usable floor area on every level.

Context and Urban Ambition

Aerial view of twin striped towers rising above the urban skyline at dusk
Aerial view of twin striped towers rising above the urban skyline at dusk
Aerial view of twin glass towers rising above a spiraling pedestrian bridge at dusk
Aerial view of twin glass towers rising above a spiraling pedestrian bridge at dusk

Aerial views make the urban argument clear. The tower rises sharply above a low-rise residential fabric, a deliberate punctuation mark intended to signal the district's transformation. A spiraling pedestrian bridge at the base connects the complex to the park and the surrounding street grid, stitching the tower into a network of public spaces rather than isolating it behind a security perimeter.

Shanghai has no shortage of supertall ambition, but most of it has been concentrated in Pudong and the Bund corridor. Placing a 200-meter office tower in Changning, on the western bank, is a statement about the city's polycentricity. It also puts pressure on the surrounding urban fabric to densify and diversify, which is exactly what the Suhewan East Urban Complex is designed to catalyze. Whether that pressure produces good urbanism or displacement will depend on planning decisions that extend well beyond the building's footprint.

Plans and Drawings

Site plan drawing showing multiple buildings within landscaped grounds and surrounding street grid
Site plan drawing showing multiple buildings within landscaped grounds and surrounding street grid
Ground floor plan drawing showing central core with surrounding rooms and perimeter colonnade
Ground floor plan drawing showing central core with surrounding rooms and perimeter colonnade
Floor plan drawing showing rectangular perimeter with clustered rooms around a central volume
Floor plan drawing showing rectangular perimeter with clustered rooms around a central volume
Floor plan showing central core with stairwells flanked by linear room arrangements and perimeter columns
Floor plan showing central core with stairwells flanked by linear room arrangements and perimeter columns
Floor plan showing central service core with vertical circulation and adjacent rooms within a column grid
Floor plan showing central service core with vertical circulation and adjacent rooms within a column grid
Floor plan showing central service core with stairwells and open floor area within column grid
Floor plan showing central service core with stairwells and open floor area within column grid
Floor plan showing central core with open floor area and perimeter columns with diagonal bracing
Floor plan showing central core with open floor area and perimeter columns with diagonal bracing
Floor plan showing central core with service rooms and open area within perimeter column grid
Floor plan showing central core with service rooms and open area within perimeter column grid
Floor plan drawing showing a square perimeter with curved central cores and extending lateral wings
Floor plan drawing showing a square perimeter with curved central cores and extending lateral wings
Floor plan drawing depicting a square floor plate with curved interior volumes and projecting side bars
Floor plan drawing depicting a square floor plate with curved interior volumes and projecting side bars
Floor plan drawing revealing large open floor plates flanking a compact central service core
Floor plan drawing revealing large open floor plates flanking a compact central service core
Roof plan drawing showing three rectangular volumes with mechanical equipment and structural grids
Roof plan drawing showing three rectangular volumes with mechanical equipment and structural grids
North elevation drawing of a tall tower with vertical grid facade and prominent corner massing
North elevation drawing of a tall tower with vertical grid facade and prominent corner massing
South elevation drawing of a slender tower with repetitive vertical facade bays and side volume
South elevation drawing of a slender tower with repetitive vertical facade bays and side volume
East elevation drawing showing twin residential towers with gridded facades and a central recessed core
East elevation drawing showing twin residential towers with gridded facades and a central recessed core
West elevation drawing depicting the slender tower pair with vertical glass spine and lateral grid structure
West elevation drawing depicting the slender tower pair with vertical glass spine and lateral grid structure
Section drawing through the east side revealing floor plates, vertical circulation cores and mechanical zones
Section drawing through the east side revealing floor plates, vertical circulation cores and mechanical zones
South section drawing showing single tower volume above a podium with underground parking levels
South section drawing showing single tower volume above a podium with underground parking levels

The full drawing set reveals how the floor plates evolve from the broader podium levels, with their curved central cores and extending lateral wings, up through the repetitive office floors with their compact core and perimeter bracing, to the mechanical roof level. Elevations from all four cardinal directions confirm the tower's asymmetric massing: the north and south faces present a tall, slender profile with prominent corner bays, while the east and west elevations expose the recessed glass spine and the scenic lift recess. The section drawings cut through underground parking, the generous lobby, and the stacked floor plates, showing how the detachable slab strategy is accommodated within the structural grid.

Why This Project Matters

The Suhe Centre Office Tower matters because it takes the expressed-structure approach, a hallmark of Foster + Partners' work from the Hongkong and Shanghai Bank onward, and applies it with genuine contextual sensitivity. The stainless-steel frame is not a high-tech flourish for its own sake; it draws from the industrial character of the Suhewan waterfront and makes legible the forces that hold the building up. In a city where commercial towers often default to curtain walls that could be anywhere, that specificity counts.

More broadly, the project is an early test of Shanghai's decentralization strategy. If a LEED Platinum, transit-connected, park-adjacent office tower cannot pull commercial tenants to a regenerating district, then the city's planning ambitions will need recalibrating. Early signs suggest it can. The combination of flexible floor plates, detachable slabs, and corner views gives tenants practical reasons to be here, while the park and metro connection give their employees reasons to stay. The building is a bet on the idea that good architecture, well sited, can do genuine urban work. It is a bet worth watching.


Suhe Centre Office Tower, designed by Foster + Partners with collaborating architect ECADI and structural engineering by Arup. Located in Chang Ning Qu, Shanghai, China. 200 meters, 42 stories. Completed 2023. Photography by Runzi Zhu.


About the Studio

Share Your Own Work on uni.xyz

If projects like this are the kind of work you want to make, uni.xyz is a place to publish your own, find collaborators, and enter design competitions.

UNI Editorial

UNI Editorial

Where architecture meets innovation, through curated news, insights, and reviews from around the globe.

Share your ideas with the world

Share your ideas with the world

Write about your design process, research, or opinions. Your voice matters in the architecture community.

Comments (0)

No comments yet. Be the first to comment!

Similar Reads

You might also enjoy these articles

publishedBlog3 weeks ago
127af Flips a Tiny Bagnolet Rowhouse Upside Down with a Handcrafted Roof Extension
publishedBlog3 weeks ago
1.61 Design Workshop Wraps a 600-Square-Meter Café in Vietnam in Sculptural Burgundy Drama
publishedBlog3 weeks ago
The Unbound Brain: A School Shaped by Cognitive Architecture
publishedBlog3 weeks ago
Revival Vernacular Architecture: Rammed Earth Settlements for the Sahara

Explore Transportation Competitions

Discover active competitions in this discipline

UNI Editorial
Search in