Quinta de Adorigo Winery

Quinta de Adorigo Winery
Fernando Guerra

A low-carbon winery shaped by landscape and materiality

Applied products
View all applied products

Designed by Portuguese studio Atelier Sérgio Rebelo, the winery at Quinta de Adorigo forms part of a family wine tourism development that will also include a hotel, currently under construction. The “quinta” (wine estate) is located in the Alto Douro Vinhateiro, Portugal’s most prestigious viticulture region, listed by UNESCO as a World Natural and Cultural Heritage Site since 2001.

The landscape, long history of human occupation, and winemaking traditions informed an architectural approach intended to honour the setting and local culture while incorporating contemporary construction strategies and sustainability measures.

photo_credit Fernando Guerra
Fernando Guerra
photo_credit Atelier Sérgio Rebelo
Atelier Sérgio Rebelo

 

Form and relationship to the landscape

The winery’s horizontal, curvilinear volumes and circulation routes reference the zigzagging patterns of the surrounding vineyards. Rather than directly reproducing these forms, the design prioritises functional requirements. The building steps down across the terraced site, reflecting its internal mechanics and supporting a winemaking process that utilises gravity, a common procedure on the banks of the River Douro. This arrangement creates interwoven naves that follow the topographic slope, replicated internally across multiple levels.

photo_credit Atelier Sérgio Rebelo
Atelier Sérgio Rebelo
photo_credit Fernando Guerra
Fernando Guerra

 

Roof geometry and structural approach

The roof geometry interprets the vernacular timber-framed gable roof. In this project, the structure is exposed and extended as a continuous, sinuous sculptural element aligned with the curves of the vineyard landscape.

photo_credit Atelier Sérgio Rebelo
Atelier Sérgio Rebelo
photo_credit Fernando Guerra
Fernando Guerra

 

Material strategy and construction

Materials were selected to reflect the natural palette of pinkish browns, greens, and greys, drawing on traditional skills alongside modern production techniques. Locally sourced schist and granite are used externally and in interior concrete retaining walls — as they age, their weathering will contribute to a closer material symbiosis with the environment. 

The naves are constructed with laminated timber frames and cross-laminated timber (CLT) panels. These are enclosed with prefabricated Glass-Fibre Reinforced Concrete (GRC) cladding panels, produced less than 150 kilometres from the site. This proximity minimised transport distances, supported regional manufacturing, and lowered on-site construction activity and vehicle movements.

Timber structures are used where the building does not touch the ground, reducing concrete use and lowering CO2 emissions by 40 percent compared with an equivalent fully concrete structure. Weathering will also alter the tone and texture of these materials, aiding integration with the landscape.

photo_credit Fernando Guerra
Fernando Guerra
photo_credit Fernando Guerra
Fernando Guerra
photo_credit Fernando Guerra
Fernando Guerra
photo_credit Fernando Guerra
Fernando Guerra
Applied Products block will be inserted here

Spatial experience and landscape design

Internal spaces frame views across the site, while outdoor paths, sheltered corners, and patios allow various forms of engagement, including walking and quiet observation. The landscape design reinstates native flora that contributes colour and scent, supports species beneficial to vineyard health, and accommodates activities linked to wine production.

photo_credit Fernando Guerra
Fernando Guerra
photo_credit Fernando Guerra
Fernando Guerra

 

Environmental systems

The winery combines passive and active strategies to stabilise internal temperatures and reduce energy demand. The partially buried structure uses ground thermal inertia and the north-facing main facade limits solar exposure — this approach helps maintain the wine-ageing areas at 14 to 16 degrees Celsius across an exterior temperature range of –5 to 45 degrees Celsius. A low-enthalpy geothermal system — using stable ground temperatures to transfer heat with minimal energy — is supported by centrally managed local electricity production. This combination generates, recovers, and stores energy, lowering mechanical loads and operational consumption.

With no public water infrastructure, the project incorporates rainwater harvesting, potable water from artesian boreholes, and systems for treating and recycling water for irrigation, cleaning, and firefighting. Permeable exterior surfaces return rainwater to agricultural use.

photo_credit Atelier Sérgio Rebelo
Atelier Sérgio Rebelo
photo_credit Atelier Sérgio Rebelo
Atelier Sérgio Rebelo
photo_credit Fernando Guerra
Fernando Guerra
photo_credit Fernando Guerra
Fernando Guerra

 

Visitor centre and public areas

The main facade contains the entrance to a visitor centre with a reception area and wine shop. This level leads to a meeting room with a full-height glass wall and to a wine tasting area on a balconied gallery overlooking the central wine ageing nave, the vineyard, and the river. These rooms connect to the vineyards and a chapel via a large terrace facing the Douro, which hosts events that promote the winery and region.

photo_credit Fernando Guerra
Fernando Guerra
photo_credit Fernando Guerra
Fernando Guerra
photo_credit Fernando Guerra
Fernando Guerra

 

Project credits

Architect, Interior Design
Local Engineering
Wooden Structure
Graphic Design
General Construction

Sustainability

Low Carbon
Embodied carbon
Efficient
Operational Emissions / Energy
1
Key Low-Carbon Products

Product spec sheet

Manufacturers
MC3 Osso, MC7 Radice and MC2 Branca by Mattiazzi
GRC cladding panels
CLT panels

Project data

Project Year
2024
Category
Wineries
Primary Building Material
Concrete
Wood
Building Area
1100 m2
Share or Add Quinta de Adorigo Winery to your Collections