Palazzo Navale: An Adriatic Oil Rig Recast as Marine Museum, Research Campus and Coral Reef Scaffold

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This article was written by UNI Editorial and published on uni.xyz, a platform for design professionals and creative thinkers.

Q: What is "Palazzo Navale: An Adriatic Oil Rig Recast as Marine Museum, Research Campus and Coral Reef Scaffold" about?

This article covers topics related to Blocs, Architecture, Conceptual Architecture. A retired Adriatic oil rig becomes a stilted campus of museum, labs and dormitories, with a coral observatory and artificial reef growing beneath it.

A retired Adriatic oil rig becomes a stilted campus of museum, labs and dormitories, with a coral observatory and artificial reef growing beneath it.

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UNI Editorial published Results under Blocs, Architecture on Jun 2, 2026

An offshore oil rig is already a monument, whether anyone intended it or not. It stands alone in open water, stitching sea to sky, visible for miles and legible as a point of orientation. Palazzo Navale starts from that blunt fact and refuses the usual endgame of decommissioning and scrap. Instead of erasing a retired rig in the Adriatic Sea, the proposal keeps it standing and gives it a second life as a museum, a marine biology research centre, an educational facility and a platform for ecological restoration. The fossil fuel relic becomes infrastructure for the recovery of the very waters it once exploited.

Designed by Meruert Zharekesheva and kremerm for Proximity Island 2019, the project treats the rig as the centre of a new maritime landscape. Research, exhibition, observation and conservation share the same structure, and the composition plays a vertical tower against a horizontal museum axis. That pairing lets the designers explore the competition's theme through a series of tensions: proximity and distance, intimacy and vastness, water and sky.

Facade, Structure and Circulation Peeled Apart Above a Coral Net

Exploded axonometric drawing of facade, structure and circulation layers beside an underwater view of stilted floors above a coral net with divers

The exploded axonometric separates the scheme into three legible layers: a patterned facade skin, the structural frame and the circulation that threads through it. Reading them apart clarifies the strategy. The structure does the heavy lifting of an offshore installation, the circulation turns it into a public building, and the facade gives it a civic face. Nothing is disguised; the industrial logic remains visible beneath the new skin.

The underwater view beside it is where the project quietly makes its strongest argument. Stilted floors hover above a coral net while divers move through the water column below. The rig's submerged legs are recast as scaffolding for artificial reef growth, so the most consequential part of the architecture sits beneath the waterline, out of sight of anyone standing on deck.

Three Stilted Floor Plates Bridged into a Floating Campus

Axonometric drawing of three stilted floor plates linked by bridges, labeled for museum, dormitory, cafeteria and research uses

Programme is distributed across three floor plates raised on stilts and linked by bridges, with labels for museum, dormitory, cafeteria and research uses. The separation is sensible. Public exhibition, scientific work and domestic life each get their own platform, yet the bridges keep them within a short walk of one another, encouraging the overlap between researchers and visitors that the brief describes.

The dormitory is what turns the rig from a day trip into a campus. Short-term living quarters house students, researchers, visiting scholars and creative practitioners for extended stays, so study happens in direct contact with the ecosystem being studied. The designers pitch it as a floating academic institution, and the plan backs that up: laboratories, teaching spaces and residences sit side by side rather than on a distant mainland.

Maroon Ramps Spiralling Beneath Coloured Triangular Glazing

Interior render of curving maroon ramps and a suspended skeleton sculpture, with visitors walking beneath colored triangular glazing

Inside the museum, curving maroon ramps sweep through a tall volume while a skeleton sculpture hangs overhead. Visitors walk beneath glazing broken into coloured triangles, which filters the hard Adriatic light into something closer to the shifting tones of water. The ramps slow movement down and make the climb itself part of the exhibition, offering changing views of the suspended specimen from below, beside and above.

This is the museum working as advocacy rather than storage. The proposal describes exhibits covering scientific research, marine biodiversity, environmental threats and artistic responses to ocean life, and the interior stages them with theatrical clarity. The warm ramp colour against the cool, faceted light keeps the space from feeling like a sterile lab, which matters for an institution that wants to persuade the public as much as inform it.

A Tower, a Museum Axis and an Observatory Below the Waterline

Section drawing of a tall tower and horizontal museum volume on piles, with an underwater coral observatory below the waterline

The section is the clearest statement of the project's ambition. A tall tower rises from the platform as the navigational marker, a horizontal museum volume spreads across the piles, and below the sea surface an underwater coral observatory looks directly into the reef. The vertical reaches for the horizon; the horizontal holds the visitor close to the water; the submerged room collapses the distance entirely.

That descending sequence is what makes the idea that the ocean itself becomes an exhibit more than a slogan. Visitors move from distant views at the top of the tower to framed panoramas in the galleries and finally to eye level with coral colonising the old rig. Learning shifts from display cases to direct observation.

Cranes and Triangles Against a Hazy Adriatic Horizon

Render of the stilted platform with triangular patterned facade and tall tower, cranes rising above it in hazy sea light

The exterior render shows the stilted platform wrapped in its triangular patterned facade, with the tower rising behind and cranes silhouetted above in soft sea haze. The cranes are a telling inclusion. They keep the image tied to the language of offshore engineering, so the building reads as a working installation that has changed its purpose rather than a polished resort dropped onto the sea.

The faceted facade does the opposite job, signalling that something civic and public now occupies the frame. Between the two, the render captures the hybrid identity the designers are after: part landmark, part laboratory, part museum, approached across open water as both a destination and a point of orientation.

Why This Project Matters

Decommissioning offshore infrastructure is usually framed as a cleanup problem with a price tag. Palazzo Navale reframes it as a design opportunity: the rig's existing structure, already engineered to survive open water, becomes the foundation for reef growth, scientific work and public education. Keeping the steel in place avoids the waste of demolition and puts the structure to work for marine recovery.

The project is strongest where it commits fully to the water. The coral net, the underwater observatory and the bridged campus of labs and dormitories all depend on being exactly where the rig already stands. For a competition about proximity, Zharekesheva and kremerm make a convincing case that the most meaningful distance to close is the one between people and the sea they have long extracted from.