Patina Maldives, Fari Islands
Tropical Modern Architecture in Harmony with the Environment
Patina Maldives, Fari Islands, is the inaugural property of Patina Hotels & Resorts, a hospitality concept of the Capella Hotel Group. Designed by renowned Brazilian architect Marcio Kogan, who is known for his social and environmental awareness, Patina Maldives is a harmonious blend of sanctuary and stimulation.
The resort expresses tropical modernist influences and modest approaches throughout. Sustainability was a paramount consideration in the development of the Patina Maldives, Fari Island. This is reflected in everything from the selection of building materials to the configuration of interior spaces based on ambient temperatures, humidity levels and the specific surroundings of the building.
Nowhere is the emphasis on sustainability more prominent than in the onsite James Turrell Skyspace, a specifically proportioned chamber with an aperture in the ceiling that allows guests to immerse themselves in the sensual and spiritual perception of light
Nowhere is the emphasis on sustainability more prominent than in the onsite James Turrell Skyspace, a specifically proportioned chamber with an aperture in the ceiling that allows guests to immerse themselves in the sensual and spiritual perception of light. The skyspace was designed by timber structure specialist Venturer Timberwork, a PEFC chain of custody builder, and engineered by Hermann Blumer. “The structure was challenging as the roof is 20 m x 20 m and has no internal columns or visible supports except the external trellis screen. To add to the challenge, it has a 4 m x 4 m oculus or opening in the center and all the roof edges terminate at 3 mm thick,” said Kevin Hill, a Venturer Timberwork director.
PEFC-certified timber was used exclusively in the construction of the Skyspace. Before deciding on the use of timber, the owners investigated the use of advanced carbon composite. After an extensive study it was determined the engineered timber structure would outperform the composite structure in terms of realizing the architect’s intent, with the advantage of increased sustainability and economy.
Constructed mainly of engineered Spruce, every trellis wall member has a corresponding frame inside the roof and all components were prefabricated on CNC machines for final assembly onsite. The supporting wall trellis itself was originally designed to be braced internally with steel, but the builders opted to replace the visible steel components with reclaimed Borneo Ironwood wedges, making this a rare example where hardwood has been used in conjunction with softwood to achieve a common engineering purpose, according to Hill.
The Singapore-based certification and supply chain verification firm of DoubleHelix Tracking Technologies was engaged to map the timber supply chain for the Turrell Pavilion, and a sourcemap of inputs used in the skyspace can be found online.
“Using PEFC project certification and a sourcemap to illustrate the journey of the wood builds market confidence in timber over other construction materials,” said Darren Thomas, CEO of DoubleHelix Tracking Technologies. “This is especially valuable for projects with a central environmental message like the Patina Maldives. Educated consumers seek reassurance that timber is coming from well-managed forest sources, and not causing harm through deforestation or illegal logging.”
The source map is interactive and can be used online. - SEE HERE
The Patina Maldives resort’s energy positive ethos is reinforced by participation in global carbon sequester programs that neutralize its carbon output. Zero waste kitchens, extensive use of wood, coral and organic fabrics, and the recycling of marine plastic, as well as an emphasis on biodegradable and reusable materials further demonstrate utmost respect for Mother Earth. Here, socially and environmentally conscious travelers find beauty, comfort and well-being in nature’s embrace. iw
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Frequently asked questions
Who designed the Patina Maldives, Fari Islands resort?+
The resort was designed by renowned Brazilian architect Marcio Kogan, who is known for his social and environmental awareness. It is the inaugural property of Patina Hotels & Resorts, a hospitality concept of the Capella Hotel Group.
What is the James Turrell Skyspace at Patina Maldives?+
It is a specifically proportioned chamber with an aperture in the ceiling that allows guests to immerse themselves in the sensual and spiritual perception of light. The structure features a 20m x 20m roof with a 4m x 4m central oculus and no internal columns or visible supports except the external trellis screen.
Why was timber chosen over carbon composite for the Skyspace construction?+
After an extensive study, it was determined the engineered timber structure would outperform the composite structure in realizing the architect's intent, with the added advantages of increased sustainability and economy. PEFC-certified timber was used exclusively in the construction.
What wood species were used to build the Turrell Skyspace?+
The Skyspace was constructed mainly of engineered Spruce, with every trellis wall member having a corresponding frame inside the roof. The supporting wall trellis was braced with reclaimed Borneo Ironwood wedges in place of the originally designed steel components, combining hardwood and softwood for a common engineering purpose.
How was the timber supply chain for the Patina Maldives verified?+
Singapore-based certification and supply chain verification firm DoubleHelix Tracking Technologies was engaged to map the timber supply chain for the Turrell Pavilion. A sourcemap of inputs used in the Skyspace is available online, building market confidence through PEFC project certification.
What sustainability practices does Patina Maldives implement beyond its construction?+
The resort participates in global carbon sequester programs to neutralize its carbon output, operates zero waste kitchens, uses wood, coral and organic fabrics extensively, recycles marine plastic, and emphasizes biodegradable and reusable materials. Interior spaces are also configured based on ambient temperatures, humidity levels and surroundings.