Estúdio Cidade Builds a Landscaped Office Oasis Inside a Brazilian Fuel DepotEstúdio Cidade Builds a Landscaped Office Oasis Inside a Brazilian Fuel Depot

Estúdio Cidade Builds a Landscaped Office Oasis Inside a Brazilian Fuel Depot

UNI Editorial
UNI Editorial published Blog on

An office building inside a fuel distribution complex is about the least glamorous brief an architect can receive. But Estúdio Cidade treated the Ribeirão Preto Shared Fuel Base Office as proof that even utilitarian infrastructure sites deserve thoughtful architecture. Sited on a triangular, sloping parcel wedged between an existing administrative building and a truck lane leading to the operational area, the 1,060 m² building reorganizes what was a disjointed landscape of randomly placed trees, irregular terrain, and sun-blasted rooms into something genuinely civic: a workplace wrapped around a small public square, anchored by mature palms and shaded terraces.

What makes the project worth studying is the way it stacks pragmatic decisions into a coherent whole. Exposed structural porticoes double as sun control. Relocated trees become landscape design. A slatted metal ceiling in the upper corridor filters zenith light so artificial lighting can be minimized. The result is a building that reads as simple, almost quiet, yet every move is doing real work. For a facility that stores and distributes fuel, the introduction of living areas, planted ground, and flexible common spaces was, by all accounts, unprecedented.

A Facade That Works for a Living

Two-story facade with blue horizontal bands and concrete overhangs framed by palm trees and lawn
Two-story facade with blue horizontal bands and concrete overhangs framed by palm trees and lawn
Horizontal two-story facade with ribbon windows set behind a row of palm trees under blue sky
Horizontal two-story facade with ribbon windows set behind a row of palm trees under blue sky
Street view of the concrete and plaster facade with blue window bands behind palm trees
Street view of the concrete and plaster facade with blue window bands behind palm trees

The long, horizontal elevation is defined by a bold blue band of ribbon windows running across both floors, interrupted only by the vertical trunks of palms that predate the building. Structural pillars project forward from the volume, their upper beams forming concrete porticoes that shade the glazing behind them. It is a straightforward industrial language, but the proportions are careful: the porticoes break down the facade's scale and reduce direct solar gain on the office rooms, turning a structural diagram into a passive cooling strategy.

The color palette keeps things tight. White plaster, exposed concrete, and that single saturated blue for the window infill panels. Against the tropical sky and green canopy, the building reads as crisp without trying to be flashy. The tripartite composition, visible from the street approach, gives the facade a civic presence unusual for a fuel depot.

Ground Floor: Terrace, Garden, and Flexibility

Covered terrace with terracotta pavers and planted bed as a woman walks toward the glazed interior
Covered terrace with terracotta pavers and planted bed as a woman walks toward the glazed interior
Interior lounge with floor-to-ceiling windows overlooking the lawn and palm trees outside
Interior lounge with floor-to-ceiling windows overlooking the lawn and palm trees outside
Open seating area with exposed concrete ceiling and full-height glazing to the terrace
Open seating area with exposed concrete ceiling and full-height glazing to the terrace

The ground level is deliberately loose. A covered terrace paved in terracotta transitions into a lounge space with floor-to-ceiling glazing on two sides, blurring the line between interior and landscape. The living area, technical zone, and storage occupy defined zones, but common areas are furnished with movable pieces so layouts can shift as needs change. A covered area is reserved for future expansion, meaning the building was designed to grow without demolition.

The relationship to the garden is the key move here. Existing trees were not cleared but relocated to compose a small square, and the floor design follows pre-existing pedestrian paths while adapting to the site's natural topography. For employees who spend their days at a fuel logistics facility, the result is a genuine amenity: a shaded, planted ground plane that frames the office rather than the other way around.

Upper Floor: Repetition, Light, and the Slatted Ceiling

Reception lobby with large-format floor tiles and continuous glazing framing views of palm trees outside
Reception lobby with large-format floor tiles and continuous glazing framing views of palm trees outside
Interior corner with flush white doors beneath a wood slat ceiling and wayfinding signage
Interior corner with flush white doors beneath a wood slat ceiling and wayfinding signage
Breakroom with high table seating and vertical wood slat wall visible through a glass partition
Breakroom with high table seating and vertical wood slat wall visible through a glass partition

Upstairs, twelve commercial rooms line a central corridor served by a single staircase. The plan is deliberately repetitive, a grid of equivalent offices flanking shared reception and bathroom cores. Variety comes not from spatial gymnastics but from material texture: a slatted metal ceiling (manufactured by CB Metal) runs the length of the corridor, filtering zenith light from a rooftop skylight down into the circulation spine. The effect is spacious and calm, with shifting light patterns replacing the harsh glare that plagued the existing offices on site.

Wayfinding is handled with clean signage mounted flush against white walls, and large-format floor tiles keep the material joints minimal. The overall impression is of a building that knows it is an office, not a museum, and channels its energy into the quality of light and air rather than decorative gestures.

The Blue Volume and Exposed Structure

Exterior stair with metal handrails ascending beneath a cantilevered blue volume and exposed concrete structure
Exterior stair with metal handrails ascending beneath a cantilevered blue volume and exposed concrete structure
Lounge space with exposed concrete coffers and blue upholstered seating arranged around potted plants
Lounge space with exposed concrete coffers and blue upholstered seating arranged around potted plants

An exterior stair with metal handrails ascends beneath a cantilevered blue volume, giving the building its most expressive moment. The exposed concrete structure is left raw, with coffered ceilings visible inside the lounge spaces. This is industrial architecture that embraces its own logic rather than concealing it behind finish materials. The blue upholstered seating in the lounge picks up the facade's color, tying interior and exterior into a single graphic language.

The honesty of the structure is not just aesthetic. Exposing the concrete frame kept costs down on a project with a limited budget, and the resulting legibility makes maintenance and future adaptation straightforward. It is a pragmatic decision that also happens to look good.

Plans and Drawings

Site plan drawing showing an angled parcel with fuel tanks, administrative buildings and entry road
Site plan drawing showing an angled parcel with fuel tanks, administrative buildings and entry road
Ground floor landscape plan showing curving paths, planted areas, building footprint, and tree species legend
Ground floor landscape plan showing curving paths, planted areas, building footprint, and tree species legend
Ground floor plan drawing depicting a rectangular building with central pool and surrounding planted areas
Ground floor plan drawing depicting a rectangular building with central pool and surrounding planted areas
First floor plan drawing showing a series of repetitive rooms flanking a central staircase
First floor plan drawing showing a series of repetitive rooms flanking a central staircase
Roof plan drawing illustrating deck surfaces with central skylight and perimeter planting zones
Roof plan drawing illustrating deck surfaces with central skylight and perimeter planting zones
Section drawings showing three longitudinal cuts through the two-storey building with stairs and terraces
Section drawings showing three longitudinal cuts through the two-storey building with stairs and terraces
Elevation drawings displaying the front and rear facades with blue banding and grid glazing
Elevation drawings displaying the front and rear facades with blue banding and grid glazing
Technical construction detail drawings showing wall sections, panel profiles, and roof assembly perspectives with annotations
Technical construction detail drawings showing wall sections, panel profiles, and roof assembly perspectives with annotations
Exploded isometric drawing revealing roof plane, elevated administrative offices, parking level, and public plaza below
Exploded isometric drawing revealing roof plane, elevated administrative offices, parking level, and public plaza below

The site plan reveals the constraints that shaped the design: a narrow, angled parcel surrounded by fuel tanks, access roads, and operational infrastructure. The exploded isometric is particularly instructive, showing how the building separates into a public plaza at grade, a parking and service level, an elevated administrative floor, and a roof plane with central skylight. The landscape plan documents every tree species and curving path, confirming that the planting was composed rather than incidental.

Sections cut through the two-story volume illustrate the porticoes' depth and the way the terraces step down with the topography. The construction details, including wall sections, panel profiles, and roof assembly, show a building assembled from standard industrial components with precision rather than extravagance. The elevation drawings make clear how the blue banding unifies what is, in plan, a straightforwardly rational grid.

Why This Project Matters

The Ribeirão Preto Shared Fuel Base Office matters because it demonstrates that workplace quality is not a function of budget or program prestige. A fuel depot is not a tech campus or a museum. It is a place where people go to work every day in conditions that are often overlooked by architects and clients alike. Estúdio Cidade's intervention, introducing a garden, flexible common spaces, filtered natural light, and passive sun control, improves daily life at a facility that would normally never get this level of design attention.

It also offers a compact lesson in doing more with less. Every exposed beam, every relocated tree, every slatted ceiling panel is pulling double duty: structural and environmental, aesthetic and practical. In a moment when architecture frequently confuses complexity with quality, this project makes the opposite case. Clarity of intention, executed with discipline on a constrained site and budget, produces a building that is both generous and legible. That is harder than it looks.


Ribeirão Preto Shared Fuel Base Office, designed by Estúdio Cidade, Ribeirão Preto, Brazil. 1,060 m². Completed in 2020. Photography by Keniche Santos.


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
STEM School Mechelen by LAVA Architecten: A Future-Ready Educational Architecture in Belgium
publishedBlog3 weeks ago
Marvila Apartment Renovation in Lisbon: A Bright Minimalist Attic Transformation by KEMA Studio
publishedBlog3 weeks ago
20 Most Popular Commercial Architecture Projects of 2025
publishedBlog3 weeks ago
Mantiqueira House by SysHaus and M Magalhães Estúdio
UNI Editorial
Search in