Spotted: For many companies, more than 70 per cent of their carbon footprint is composed of scope 3 emissions – those that occur in an organisation’s wider value chain. But keeping tabs on these emissions is a hard task, as it can be difficult to trace materials through every stage of the supply chain.
One of the specific problems associated with the data gathering process, is the need to collect information from suppliers that might be sensitive. But now, Dutch startup Circularise is tackling this problem through its digital product passports.
Circularise’s technology generates a digital passport for each different raw material that goes into each component. Companies at the end of the supply chain then add their own information to create a new digital passport for the final product. This facilitates re-use and recycling by providing reliable information on a product’s composition and provenance.
All this information is recorded in an immutable format on a public blockchain. This provides superior levels of verification compared to other digital passport solutions, which use private blockchains.
What really separates Circularise from its competitors, is the startup’s focus on helping suppliers share sensitive information on topics such as environmental impact, material composition, or life cycle assessment data. It does this through its patent-pending Smart Questioning technology. This uses advanced cryptography techniques – called zero-knowledge proofs – that allow suppliers to prove their claims without the need to provide sensitive raw data.
Suppliers answer lists of questions at an agreed level of disclosure – from full disclosure to no disclosure of underlying data. The verifying company can then choose a question from the list, and the supplier provides the answer. If the question is set at the highest level of data privacy, the answer is provided alongside a cryptographic proof. Smart Questioning verifies this proof against the raw data without the data itself being revealed to the verifier.
In the archive, Springwise has spotted other innovations working to modernise the supply chain, including a platform that provides product transparency to customers and another that helps companies decarbonise.
Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletters.
Mexican architecture is as varied and inspiring as the country itself. From expansive deserts to lush rain forests and towering mountains, local landscapes have shaped architects’ varied approaches to building across Mexico’s temperate to tropical zones. In these climates, a range of open-air architecture is being built that reimagines how to connect people with their surroundings. From small pavilions to large complexes, these structures take inspiration from the places they are built for.
Taking a deeper dive into Mexican architecture through drawings, the following open-air projects are found nationwide. Images of each completed project are juxtaposed with plan drawings to show how the buildings are organized to encourage movement between spaces. While the projects are programmatically and spatially diverse, they each explore views and Mexican culture and how to design for local climates. Made for the changing conditions and shifting light throughout the day, these projects and drawings embody what it means to build in Mexico today.
Telcel Theater
By Ensamble Studio, Mexico City, Mexico
Ensamble’s design for the Telcel Theater was buried underground with a large metallic structure lifted from ground level. This creates a dramatic open-air volume that rises above and below the ground. The structure above appears as a stone of air, supported by the space that comes from a sequence of excavated terraces. Below, the excavated spaces are given to the public and open to the sky, protected by the symbolic metal structure.
As the design team notes, the project confronts the elemental natures with which it is built: the deep density of the negative space, of vertical character; and the horizontal tension of the air contained and supported by the Dovela metal structure. The plan drawing shows the outline of this canopy as it rises above the open excavated lobbies below. Once inside the earth, the Theater appears as the end of a sequence of spaces.
Community Center San Bernabé
By Picharchitects/Pich-Aguilera, Monterrey, Mexico
Designed for the community center of San Bernabé, this project offers a building-street which aimed to transmit civic values inherent to the urban structure of the neighborhood. This building-street was conceived as a framework for the relationship and the expression of individuals and the community, so that it will be getting stronger as the citizens start to discover it and living freely in it.
As seen in the open-air plan drawing, this street built within acts like the backbone of the built bodies that house the functional program of the community center and responds to an urban vision as a whole. The project also includes an allocation for renewable energy production, integrated into the architecture from the system of “solar beams” that make up the shade structure.
Mar Adentro
By Taller Aragonés / Miguel Ángel Aragonés, San José del Cabo, Mexico
Mar Adentro was inspired by the “enormous drive of water under a scorching sun.” This piece of land, located in the middle of a coastline dotted with “All Inclusives,” and the team wanted to challenge what would have been a box similar to other structures in place. The central idea was to take the horizon and bring it into the foreground. Mar Adentro is a kind of Medina that opens out onto the sea.
Describing the project, the team notes that, “the water is an event that borders the entire project; all of the volumes open up toward the sea and turn their backs on the city.” Each floating volume contains interiors that form, in turn, independent spaces. All rooms were prefabricated for construction ahead of time in a factory. The important thing is the versatility of this structure, one that can be entirely factory-made then raised on site in a straightforward manner.
Ecumenical Chapel
By Bunker Arquitectura, Cuernavaca, Mexico
This private chapel was made for a plot of land recently bought on the backside of a weekend house in Cuernavaca, Mexico. The clients wanted an Ecumenical chapel, a non-religious and universal space, to meditate. The chapel is buried underground and a spiraling ramp that surrounds it brings visitors inside. This ramp is flanked with a vegetated wall that functions as a vertical garden.
Outside, a water pond forms the rooftop of the chapel. At its center there is an oculus, a glass covered opening in the metallic plate, that lets sunlight filter through the water, generating light and shadow patterns on the inside. The space is contained by a lattice wall formed by separated glass beams that lets the air flow through its inside. The oculus and simple support structure that connects to the landscape is seen in plan.
Centinela Chapel
By Estudio ALA, Arandas, Mexico
This chapel project was reimagined inside a tequila factory, located in the northeast of the state of Jalisco. The region is known to be one of the most religious areas in the country. This spiritual and social space is a reinterpretation of the mixed use spaces that exist in older haciendas and houses of the region, where people used to have a chapel or oratory in their own houses, adjacent to the terraces and open covered spaces, where social and family events were commonly held.
The team notes that the chapel sits on a cantilevered platform, overviewing the lake, the gardens, the factory and the agave fields. The plan drawing shows how the building is oriented in a way that its closed walls face the southern and western sun, keeping privacy from the patio. A terracotta tile pathway leads visitors from the factory towards the chapel, allowing them to admire the scenery, and enjoy the walk around the lake and gardens, leading them finally into the complex.
Jojutla Central Gardens
By Estudio MMX, Jojutla de Juárez, Morelos, Mexico
After devastating earthquakes in Mexico, this project was designed to rebuild an identity that uses public spaces as its media. At the heart of the design was a close interaction with the inhabitants of Jojutla. The core idea came from the trees. These unique elements survived the earthquakes without damage, therefore, the Civic Centre of Jojutla became the “Central Gardens of Jojutla” evoking the concept of resiliency by means of the vegetation.
As seen in plan, there are arcades that coexist next to the gardens. These structures reinterpret the region’s traditional architecture. They serve as frames for the civic and leisure events required by the city. The selected materials were artisanal ochre brick, basaltic grey stone for pavements, and an extensive array of local flora species. The result was the generation of a civic square with a new identity.
Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletters.
For our latest lookbook, we’ve rounded up eight bedrooms with desks that provide much-needed workspace while maintaining a peaceful environment.
Not every house has the space for a designated office room, so adding a desk to the bedroom is a popular choice for those requiring a place to work or study at home.
The examples in this lookbook show how a workspace for productivity can be added to a bedroom without detracting from the calm and serenity needed for sleep.
It includes understated fold-out desks, desks built into wall storage, a cosy reading nook and a study area that can be closed off with sliding screens.
This is the latest in our lookbooks series, which provides visual inspiration from Dezeen’s archive. For more inspiration see previous lookbooks featuring interiors informed by Mediterranean living, interiors that adopt wabi-sabi principles and interiors covered in Barbiecore pink.
Photo by Gavin Green
Fisherman’s Cottage, Australia, by Studio Prineas
Architecture studio Studio Prineas designed a concrete tower extension containing four bedrooms for a fisherman’s cottage in Sydney, separating the private rooms from the rest of the house.
The studio added dark timber built-in wardrobes, shelving and a small desk along a wall in one of the bedrooms, adjacent to a large window that overlooks the nearby bay and lets natural light onto the study space.
Find out more about Fisherman’s Cottage ›
Photo by Sanden+Hodnekvam Arkitekter
House in Red Concrete, Norway, by Sanden+Hodnekvam Arkitekter
The pine-panelled interior of this bedroom contrasts with the home’s red-pigmented concrete exterior, designed by Oslo architecture studio Sanden+Hodnekvam Arkitekter.
Pine plywood furniture that decorates the space was built on site, including the wall-mounted desk at the end of the bed.
Find out more about House in Red Concrete ›
Photo by Ballman Khapalova
Pine Lane House, USA, by Ballman Khapalova
Two bedrooms were combined into one main bedroom suite with a study space, as part of the renovation of this 1980s ranch house in Saugerties, New York, by architecture studio Ballman Khapalova.
The studio designed custom wood furniture for the home, including a minimalist fold-out desk that stretches the length of the bedroom’s designated office nook.
Find out more about Pine Lane House ›
Photo by Masao Nishikawa
Laxus, Japan, by Apollo Architects & Associates
A desk space sits in line with glossy wall storage in the bedroom of this Tokyo home, which is lit by strip lighting recessed in the overhead cupboards.
Designed by Japanese studio Apollo Architects & Associates, the bedroom overlooks a courtyard with trees and shrubs, adding a serene and calming quality to the space.
Find out more about Laxus ›
Photo by Timothy Soar
Apartment Block, UK, by Coffey Architects
Local studio Coffey Architects overhauled the interior of this two-storey London flat and decorated it with surfaces made from wooden blocks, including a mezzanine study area with a long desk and storage.
Behind the study area is a main bedroom. Here, Coffey Architects separated the two zones by changing the flooring from wooden blocks to a grey carpet and adding Japanese-style timber screens inlaid with translucent panels.
Find out more about Apartment Block ›
Photo by Rafael Soldi
Whidbey Dogtrot, USA, by SHED
American firm SHED added a reading nook with views of the surrounding landscape to the bedroom suite in Whidbey Dogtrot, a cedar-clad home in the Pacific Northwest.
Slim black shelving covers the three walls in the nook and provides a worktop space for reading and studying.
Find out more about Whidbey Dogtrot ›
Photo by Simone Bossi
MA House, France, by Timothee Mercier
An oak desk paired with an aubergine-coloured Cassina chair sits behind a large picture window in the bedroom of this farm building in southeast France.
Architect Timothee Mercier converted the rural building into a home for his parents, creating a purposefully pared-back interior “clear of fuss and clutter” and adding splashes of colour in the choices of furniture.
Find out more about MA House ›
Image by Kevin Kunstadt
Financial District apartment, USA, by Light and Air
Brooklyn studio Light and Air removed partition walls in this 1,200-square-foot New York City apartment to create an open space with increased storage.
Custom-built furniture creates separation between the rooms, including an L-shaped desk with open shelves that helps divide the bedroom area from the living room.
Find out more about the Financial District apartment ›
This is the latest in our lookbooks series, which provides visual inspiration from Dezeen’s archive. For more inspiration see previous lookbooks featuring interiors informed by Mediterranean living, interiors that adopt wabi-sabi principles and interiors covered in Barbiecore pink.
Spotted: In 2022, wind was the fastest-growing renewable energy source behind solar, and demand for wind power is only going to increase as economies transition to net zero by 2050. What is more, according to the International Energy Agency (IEA), the average annual growth rate of wind electricity generation needs to get to around 17 per cent to meet the agency’s Net Zero 2050 scenario.
One sticking point for wind energy, however, is that it’s subject to weather changes, and so can be inconsistent. Hoping to make wind energy more powerful and reliable is Norwegian firm Kitemill, which is tapping into previously underutilised and untapped energy by harnessing the power of wind high above the ground.
Essentially, the firm’s new KM2 system – an enhancement of the company’s previous KM1 prototype – functions much like a kite. The “kite”, tethered to a generator on land, resembles an unmanned plane with a wingspan of 16 metres. The system has four propellors that are used for about two minutes during both take-off and landing, so that the kite can take off even in low wind conditions on the floor. It is also fully autonomous, so requires no more attention than conventional wind turbines.
Where the KM2 diverges from a conventional wind turbine is in the fact that the latter is fixed, and so suffers from reduced activity in low wind conditions, whereas the KM2 system can change its position. The kite uses LIDAR readings of local wind conditions to direct its altitude and more consistently harness the wind at far higher altitudes, up to 500 metres off the ground.
Kitemill is set to install 12 of its KM2 units for the €7.5m Norse Airborne Wind Energy Project (NAWEP), backed by the European Union (EU) Innovation Fund.
Springwise has also spotted similar renewable energy projects in the archive, like an underwater kite that harnesses the energy of the tides and heat pumps that harvest the energy of sound.
Ecuador-based JAG Studio photographs a timber intervention dubbed ‘501’ within Quito’s pixelated IQON tower, a residential project completed recently by Bjarke Ingels Group (BIG). This interior space is designed by a team led by Juan Alberto Andrade with the aim of maximizing utility and creating adaptable spaces that allow for the fluid integration of different activities. The core concept behind the ‘501’ apartment is to prioritize the flexibility of useful space by introducing volumes that are both inhabitable and reconfigurable.
The architects have recognized that modern housing should be versatile, diverse, and capable of accommodating transformations over time. Embracing this concept, JAG Studio has designed a space that is neutral and configurable, offering a canvas for inhabitants to tailor the environment according to their needs.
Juan Alberto Andrade transforms a bjarke ingels apartment
At the heart of the ‘501’ apartment in Bjarke Ingels’ Ecuador tower, Juan Alberto Andrade incorporates two containing pieces that allow for various activities within one harmonious place. These ‘Stations’ and ‘Substations’ provide distinct zones that cater to different functions. The Stations are identified as ‘a: room’ and ‘b: music studio,’ each serving as dedicated spaces for specific purposes. On the other hand, the Substations — labeled as a1, a2, a3, a4; b1, b2 — offer the flexibility to include diverse uses. This arrangement allows for a seamless transition from spaces designed for permanence and privacy to those that cater to professional activities.
integrated furniture solutions
The Ecuador-based architects integrate thoughtfully-crafted furniture solutions into the design of the ‘501’ apartment to make the most of the available space. The Stations include a pull-out bed system, offering an efficient way to optimize sleeping arrangements while freeing up floor area during the day. Additionally, a unit featuring a working table, seats, and multiple storage and shelving equipment crafted from laminated boards, green-tinted boards, and four-milimeter metal sheets brings practicality and elegance to the living space.
The beauty of the ‘501’ apartment lies in its adaptability to change and the range of possibilities it presents. By creating a space that can be reconfigured and tailored to the inhabitants’ needs, JAG Studio has successfully bridged the gap between contemporary dynamics and habitability in the bustling city of Quito, Ecuador.
the compact dwelling can be freed up with built-in, collapsable furniture two ‘stations’ can each be transformed for different uses a keyboard is hidden away in the ‘music studio’ station
Italian studio Marcante-Testa has turned an industrial building in Venice into the canal-side Ca’ Select bar, visitor centre and production facility.
Set alongside a small canal in the Cannareggio district of Venice, the bar and distillery belong to the company behind Select Aperitivo – the main ingredient of a Venetian Spritz.
Ca’ Select bar is located on a canal in Venice
“The history of Select is closely tied to that of Venice, where the brand was founded in 1920,” said Marcante-Testa.
“Starting from this awareness, the mother company Gruppo Montenegro commissioned the architects Andrea Marcante and Adelaide Testa to formulate a reinterpretation of the unique characteristics of Venetian identity, reviving one aspect of the city’s past.”
The space includes a Select Aperitivo bar
Marcante-Testa led the conversion of the former metal workshop into a bar and events space, spanning 690 square metres. Throughout the bar and production spaces, glass and ceramic details were chosen to highlight traditional Venetian crafts.
The elongated space was split linearly into three zones, with the bar placed at the front of the building so it can be accessed from the canal by a corridor clad in white and red Zellige tiles made by Mosaic Factory.
The bar is wrapped in blue wavy glass
At the centre of the space is a freestanding bar wrapped in blue wavy glass “in the Murano tradition”, created by the Wonderglass company to recall the waves of the nearby lagoon.
The space features three handmade mosaics made from tiles fired in the historic Fornace Orsoni and informed by the sketches of Spanish designer Mariano Fortuny, who was a long-term resident of Venice.
Venetian seminato terrazzo flooring with red glass and blue sodalite marble inlays was used to unify the spaces, running from the entrance through the bar to the production area.
Separated from the bar by a large curtain is a seating area furnished with steel-framed sofas alongside armchairs upholstered in reds and pinks as a nod to the aperitivo’s colour. This area will also be used as an events space.
An events space is located next to the bar
The event space has views through a red-tinted glass wall to the production facility at the rear of the building.
Here, the maceration of the herbs and spices used to make the distinctive aperitivo takes place.
The distillery is separated from the public areas by a glass wall
The final space in Select Aperitivo’s building is nestled above the entrance corridor. Accessed by steps to the side of the entrance is a small visitor centre with exhibits curated by Turin-based Studio Fludd.
It contains seating and exhibits that aim to tell the story of the aperitivo brand, which was established in 1920.
An exhibition space is located above the entrance
Select Aperitivo hopes that the bar and visitor centre will continue to reinforce the brand’s historic links to the city.
“Ca’ Select represents a fundamental step in our multi-year plan to consolidate the brand and aims to strengthen the link with the city of origin,” said Marco Ferrari, CEO of Gruppo Montenegro, which owns the brand.
“It is no coincidence that we have decided to bring the heart of Select’s production here, to enhance the local culture starting with the valuable architectural elements that enrich the space.”
The building also houses a Select Aperitivo production facility
Other recently completed bars that have been featured on Dezeen include a brewery in a former Copenhagen slaughterhouse and a bar in Calgary topped with plywood barrel vaults.
Project credits:
Architectural project: Marcante-Testa Interior design project: Marcante-Testa Project and content management: Mindthegap Studio Plants and facilities design: Pgs Ingegneria – Studio Associato Content of the exhibition design: Studio Fludd Production coordination and executive production: Epica film Visual identity project: Studio Fludd Building works director: Valter Camagna, Andrea marcante Local architect: Stefano Romagna Project manager: Roberta Minici Safety manager and coordinator: Sebastiano Cibien Building construction: Steelwood Engineering Plant engineering work: Gruppo Frassati, Vem Sistemi Set-up arrangements: Steelwood Rngineering, Gruppo Frassati, Amap, Wonderglass Light design: Marcante-Testa with Flos Decorative lighting supplier: Fortuny Technical lighting supplier: Flos System integrator: Acuson, Red Group
Spotted: Cities are responsible for around three-quarters of global greenhouse gas emissions, part of which can be attributed to inefficient road transport networks. Indeed, according to UK startup Route Konnect, the UK’s roads are up to 30 per cent inefficient.
To tackle this problem, Route Konnect has developed technology that anonymously analyses video feeds to provide real-time insights into the ways in which people move across space – whether in a vehicle or on foot. These insights can then be used to make planning decisions that improve air quality or optimise traffic flow.
What sets Route Konnect apart is the fact that it does not rely on privacy-infringing technologies such as facial or automatic number plate recognition. Instead, it works by analysing flows across multiple cameras, matching the paths travelled by people and vehicles across different camera views.
Each of the ‘heuristics’ Route Konnect uses to analyse flows is less powerful on its own than technologies like facial recognition. But combined, they create a system with an accuracy rate of 98 per cent.
In the archive, Springwise has spotted other innovations working to optimise urban planning, including one platform helping to decarbonise cities and a ‘1-minute city’ design.
Architecture studio SOM has completed an office building in Manhattan’s Chelsea neighbourhood clad in black-glazed terracotta that was designed to complement the surrounding neighbourhood.
Called 28&7, the 12-storey-tall office building was designed to complement the nearby masonry-clad structures, while maintaining a modern look.
SOM has used black-glazed terracotta for an office building in Manhattan
“The scale of the building is modest in its context,” SOM design partner Chris Cooper told Dezeen.
“Our all-black design creates a distinguishing contrast within the immediate neighbourhood of masonry buildings.”
The material was chosen to contrast with and complement the surrounding masonry structures
According to the studio, it is the first example of a structure in New York that uses black terracotta. The ceramic material was given a black glaze that is then polished to create a smooth, almost reflective surface.
SOM said that the material was chosen for the way it “harmonizes” with the clear glass used for the remainder of the facade.
Referred to the building’s minimalist look as a “perfectly tailored suit”, the cladding conceals the window’s aluminium frames.
The black material is meant to change with light conditions
“The black sheen in the glazing has an elusive surface quality that changes depending on the time of day, much like the glass,” said Cooper.
“As a contemporary interpretation of a historic typology, the facade design is an honest expression of the structure, construction and use,” he continued.
“The resulting tactility of the facade feels more comfortable and inviting than the sleek counterparts all in glass.”
The lobby features wooden louvres and terrazzo
The terracotta was also chosen for its “high-performing, yet-low carbon” attributes, and Cooper noted that the material has less of a footprint than steel or additional glass. It was manufactured using a dark terracotta blend from the fabrication company Shildan in Germany.
Designed before the pandemic, the building’s smaller envelope is an attempt to create a “boutique” approach to offices. The construction marks what Cooper says is a marked shift from mega-scale developments towards smaller, more flexible building typologies for offices.
The size of the building was used to leverage what Cooper calls a “community-centred workplace”, and suggested that this smaller, more open arrangement can help attract workers back to office buildings.
Because the structural columns were integrated into the facade, the floor plates are column-free, creating clear lines of sight throughout the 90,000 square-foot (8361 square-metre) plan.
Interior materials were selected to create a “feeling of comfort and warmth”, especially in the lobby area which is clad in wood and a terrazzo tiling.
The 12-storey structure has a penthouse and open floor plans
Other buildings in New York City that incorporate unique shades of glazing for terracotta facades include a high rise in Long Island City with British racing green terracotta and a fire station in Brooklyn by Studio Gang that incorporates bright red terracotta details to mimic fire engines.
The material is even finding its way into the city’s supertall skyscrapers. SHoP Architects’ Steinway Tower, the skinniest supertall in the world, has two full faces clad in terracotta.
For this lookbook sponsored by Vitrocsa we’ve selected 10 buildings with glazed walls created using the Swiss window brand’s products, from a Foster + Partners-designed villa to a restaurant in a former police station.
Floor-to-ceiling windows maximise views and flood rooms with natural light, while enabling a seamless transition between interior and exterior spaces.
Founded in 1992, Vitrocsa specialises in minimalist windows with ultra-narrow aluminium-alloy frames, rails and thresholds designed at its facility in Saint-Aubin-Sauges, Switzerland.
Here are 10 projects where the brand’s sliding, pivoting, guillotine and turntable corner products have been used to form glass walls.
This is the latest in our lookbooks series, which provides visual inspiration from Dezeen’s archive. For more inspiration see previous lookbooks featuring homes with pocket doors, interiors informed by biophilic design and garden swimming pools.
Photo by Michael Nicholson
Headland House, Australia, by Atelier Andy Carson
One end of Headland House in New South Wales features a rectangular glazed wall overlooking the surrounding coastline and farmland.
Sydney-based studio Atelier Andy Carson used Vitrocsa sliding doors to open up the living space onto a funnel-like, timber-clad balcony with a glass balustrade, leaving the vista uninterrupted.
Find out more about Headland House ›
Photo by Matthew Millman
Spring Road, USA, by EYRC Architects
Stacked glass boxes define Spring Road, a house near San Francisco designed as a tranquil hilltop retreat by EYRC Architects.
In the large master suite, the dramatic views of Mount Tamalpais and the San Francisco Bay are exploited via a corner of Vitrocsa glazed walls that can be opened up onto an adjacent terrace.
Find out more about Spring Road ›
Photo by David Agnello
Jackson Hole, USA, by McLean Quinlan
British architecture firm McLean Quinlan was appointed to deliver a house in Wyoming modelled on a nearby settlers’ cabin dating from 1888.
Rustic materials are balanced with contemporary elements such as floor-to-ceiling windows spanning the open-plan kitchen, dining and living room, and an all-wood alcove overlooking the mountainous landscape through a large glass wall.
Find out more about Jackson Hole ›
Photo by Nigel Young
Dolunay Villa, Turkey, by Foster + Partners
A rare private residence designed by British studio Foster + Partners, Dolunay Villa has huge areas of glazing on its coast-facing southern side.
The glass wall slides open onto a terrace sheltered by a rippling timber roof that cantilevers outwards and was designed to look like an extension of the rocky, beachside setting.
Find out more about Dolunay Villa ›
Photo by Amit Geron
Private Spa, Israel, by Pitsou Kedem Architects
This glass-house pavilion in Herzliya was designed by Tel Aviv studio Pitsou Kedem Architects to have the feel of a hotel spa.
The main wing is enveloped with glazed walls on three sides set on a bespoke system of aluminium rails produced by Vitrocsa that allow them to slide wide open.
Find out more about Private Spa ›
Photo by Amit Geron
House F, Israel, by Pitsou Kedem Architects
F House, also in Israel and by Pitsou Kedem Architects, features a glass curtain wall with a large pivoting door from Vitrocsa that swings inward from a private courtyard.
Glazing is used liberally throughout the project to produce multiple seamless transitions, including an all-glass corner section looking onto another courtyard and clerestory windows that frame views of a separate lounge space on the upper level.
Find out more about House F ›
Photo by Katherine Lu
Former Rocks Police Station, Australia, by Welsh + Major
A trio of full-height, sash-style Vitrocsa guillotine windows face the street at this restaurant in Sydney that occupies a converted 19th-century brick building.
They were fitted to the building by Australian studio Welsh + Major as part of a renovation of the former police station.
Find out more about Former Rocks Police Station ›
Photo by Felix Forest
Cleveland Rooftop, Australia, by SJB
Vitrocsa sliding windows divide the living spaces from a private garden at this rooftop apartment in the Sydney suburbs designed by architecture studio SJB.
The architects aimed to create a space that seemingly flows from inside to outside and used large glazed Vitrocsa Swimms sliding windows to divide the interior and exterior.
Find out more about Cleveland Rooftop ›
Photo by Amit Geron
A House by the Sea, Israel, by Pitsou Kedem Architects
The third home designed by Pitsou Kedem Architects on this list is a beachfront house where the studio aimed to maximise the connection with the Mediterranean Sea.
Giant windows flood the home with views and natural light, including in the double-height living area and in the cantilevered upper storey’s master bedroom where thin protruding lintels help to provide shade.
Find out more about A House by the Sea ›
Photo courtesy of Kengo Kuma Associates
The Portland Japanese Garden Cultural Village, USA, by Kengo Kuma
Kengo Kuma created pavilions for a new complex at a Japanese-style urban garden in Portland, Oregon.
To maximise the connection between the interiors and their serene surroundings, the Japanese architect used Vitrocsa sliding windows throughout the scheme.
Find out more about The Portland Japanese Garden Cultural Village ›
This is the latest in our lookbooks series, which provides visual inspiration from Dezeen’s archive. For more inspiration see previous lookbooks featuring homes with pocket doors, interiors informed by biophilic design and garden swimming pools.
This lookbook was produced by Dezeen for Vitrocsa as part of a partnership. Find out more about Dezeen partnership content here.
Spotted: Lithium is a vital component in the high-energy batteries that power electric vehicles (EVs). But lithium is in increasingly short supply — threatening the conversion to EVs. According to estimations, by 2025 lithium demand is likely to marginally outstrip supply, with this gap widening dramatically by 2030.
Most of the world’s lithium reserves are found in brines – natural salt-water deposits. The conventional process for extracting lithium from brines requires evaporation in large ponds. This process is environmentally damaging, slow, and vulnerable to weather. However, startup Lilac Solutions has developed a new technology to extract lithium from brines without the need for evaporation ponds.
Lilac’s process uses specially developed, nano-coated ion exchange beads to absorb the lithium from the brine. Once saturated with lithium, hydrochloric acid is used to flush the lithium from the beads, yielding lithium chloride. This is then processed on-site using conventional equipment to create the finished product.
According to Lilac, this process offers a seamless scale-up and an 80 per cent recovery rate for lithium, as opposed to 40 per cent using conventional evaporation techniques. Lilac’s solution is seen as a potential game-changer.
Optimising mineral extraction is not limited to lithium ponds. Springwise has also spotted innovations in the archive that include the use of artificial intelligence (AI) to discover minerals important for green energy and environmentally friendly processes for mineral extraction.