An AI-powered management hub for sustainability data
CategoriesSustainable News

An AI-powered management hub for sustainability data

An AI-powered management hub for sustainability data

Spotted: While many companies strive to have more sustainable practices, research by Bureau Veritas reveals that only a third of clients surveyed publish a sustainability report. Companies and their managers struggle to stay updated and use many resources to manage their sustainability data. But Danish startup, BeCause is working to help companies manage their data so they can make better decisions for themselves and the world.  

BeCause is an artificial-intelligence-powered (AI) all-in-one hub for collecting, coordinating, and communicating sustainability data. The ‘collect’ hub allows companies to input existing data, including past awards and certifications, diversity information about the company make-up, sustainability statements, and Sustainable Development Goals (SDGs) priorities. With ‘coordinate’, companies and stakeholders can assign and track ongoing tasks related to sustainability targets. Finally, in the ‘communicate’ hub, users can manage their company’s public profile, easily generate reports, and retrieve widgets for company emails or websites that will automatically update with new sustainability data.

BeCause’s technology speeds up, and reduces costs for sustainability management, cutting the time and energy normally spent on repetitive and error-prone manual administrative tasks. This helps companies ensure compliance as well as maintain competitive advantage, allowing them to clearly communicate sustainability efforts to travellers and stakeholders. 

One of the target sectors for the startup is tourism, and here the software can speed up the process of transferring sustainability information and certifications to online travel agencies. Meanwhile, in the investment sector, BeCause can reduce manual data collection processes for venture capital and private equity funds, and in the electronics indystry the software makes it easy to communicate data such as the percentage of recycled material in a product.

BeCause recently secured a €416,000 investment from Danish investors Carsten Mahler and Daniel Heskia, which will be used to scale the platform. 

Springwise has spotted many innovations looking to make travel and tourism more sustainable. One startup aims to simplify the booking process for sustainable travel, while another promotes nature-based getaways.

Written By: Anam Alam

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saffet kaya architects
CategoriesArchitecture

saffet kaya architects brings a high-tech learning hub to cyprus

saffet kaya architects

high-performance architecture in cyprus

 

Saffet Kaya Architects, a practice based in both Cyprus and the UK, has built a Science and Technology Center for the Cyprus International University in Nicosia. The project has introduced twenty-two classrooms and thirty-three research laboratories to accommodate thirteen separate fields of engineering on the campus.

 

While many of these spaces are highly specialized for their field, the center can simultaneously host non-engineering courses, lending a highly efficient use of the space. With this cross-disciplinary programming, the space is a collaborative learning hub which promotes interactions between students across departments.

saffet kaya architectsimages courtesy Saffet Kaya Architects | @saffetkayaofficial

 

 

inside the science and technology center

 

The team at Saffet Kaya Architects designs its Science and Technology Center in Cyprus with respect for its environment — both with its orientation within the site, and with its forward-thinking technological systems. The architects organize the building across only two levels, keeping a low-lying presence in order to minimize its presence among the Cyprus International University campus. ‘The silhouette of the building is proportionate to its surroundings and is in harmony with its environment,’ explains the team. Inside, the building opens up into three levels, with a full story embedded underground.

 

The ground level hosts multi-purpose classrooms, while the administration, faculty, and IT laboratories are located on the first floor. Meanwhile, specialized experimental laboratories are located along the lower level. These underground spaces still benefit from natural light and ventilation with access to sunken courtyards.

saffet kaya architects

 

 

the efficient design by saffet kaya architects

 

Multi-purpose classrooms are strategically located at ground level, meeting the demands of different departments including students arriving from other faculties. The Administration, Faculty, and IT Laboratories are located on the first floor, establishing a formal setup, whilst specialist experimental labs are situated at the lower ground level but still benefit from natural light and ventilation with access to sunken courtyards.

 

The group explains: ‘It is also possible to passively ventilate the internal spaces throughout both day and night time from each façade, allowing outside air to enter the space through courtyards and external surfaces. The enclosed spaces are equipped with controlled façade openings with a high-level automation system and thermal solar chimneys acting as ventilation shafts located at opposite sides of the rooms along the corridors, to provide natural cross ventilation, enabling energy saving and enhanced sustainability.

 

‘Each façade elevation is independent from the other in design, and new technologies such as thermal chimneys and building-integrated photovoltaics (BIPV) were used for the first time.’

saffet kaya architects
each facade is unique, designed according to contextual parameters

 

 

The team continues, describing the performance of the building: ‘The south façade of the building is angled and fully clad with second-generation thin film BIPV panels to maximize solar gain. The north facade, which does not have any direct sunlight, is clad with an all-glass structure allowing natural light in, whilst providing an X-ray effect revealing the skeleton of the building. The east and west façades are aluminum-clad and have louvered openings that are angled to prevent direct solar radiation.

 

‘The introduction of thermal chimneys for natural ventilation, photovoltaic panels for solar gain, and the steel structure with lighter and longer structural spans in composition with a solid concrete structure, are all novel and unconventional architectural design solutions and methodologies in this region. Treating every façade differently by taking contextual parameters into consideration and introducing different transparency are also new experimentations.’

saffet kaya architects
 thermal chimneys are integrated for natural ventilation saffet kaya architects
the structure, mechanical ducts, wiring, and tectonics are left exposed



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SOM Builds a Community Hub with Heavy Timber
CategoriesArchitecture

SOM Builds a Community Hub with Heavy Timber

SOM Builds a Community Hub with Heavy Timber

Judging is now underway for the 10th Annual A+Awards Program! Want to earn global recognition for your projects? Sign up to be notified when the 11th Annual A+Awards program launches.  

As spaces for gathering and discovery, libraries are made for exchange. Breaking away from tradition, the new Billie Jean King Main Library by SOM provides a welcoming and flexible environment for the diverse community of Long Beach, California. Showcasing new approaches to construction with the use of heavy timber, SOM designed the Billie Jean King Main Library to incorporate 80 percent of the natural material throughout. The result is an open, warm and inviting community hub that embraces the public.

The first Long Beach library was founded in 1896 in a room adjoining the City Council office. Three years later the library moved into City Hall next to Pacific Park, and in 1909, a new Carnegie library opened near the location of the present Main Library. In 1915 Pacific Park was renamed Lincoln Park.

For more than six decades, the Main Library in Lincoln Park served the public, but a growing collection combined with a fire in the 70s made the construction of a new library a necessity. In 1976 a new Main Library opened, and on September 21, 2019 the City of Long Beach unveiled the new Billie Jean King Main Library at the corner of Broadway and Pacific. Inside and with abundant natural light, visitors are invited to experience the warmth surrounded by wood.

With its name that pays homage to the famed athlete and Long Beach native, the Billie Jean King Main Library is adjacent to Lincoln Park, a local landmark. The library was imagined as a pavilion within the new park, welcoming people inside from all parts of the city. It was made to serve as a traditional library and a modern, technology-focused hub for the community. SOM outlines that while there was a tight budget, the open interiors incorporate multi-use, flexible spaces that allow visitors of all ages to participate in solo and collaborative activities.

Interior spaces are organized around a central, triple-story atrium for porosity and lightness. The building serves the city’s diverse population with a variety of spaces including group study rooms, independent work areas, and a technology-driven “makerspace” with a learning lab and 3D printers. An independently operated community center with meeting rooms and programs is also available for public use.

The library offers a rich program of activities, in which reading and browsing book stacks are only a part of the experience. For instance, the main level features sizeable open spaces dedicated to children’s literature and activities organized by age. Each space is designed for social interaction, play and learning, while computers, book collections and quiet reading areas are available for use on the second level.

Lounge spaces with views of Lincoln Park and the surrounding neighborhood are dispersed around the floorplate’s exterior perimeter. Beyond the program, the signature element of the library is the heavy timber structural system. Timber was selected for its light weight, architectural warmthand character.

The building is one of the few in Southern California that utilizes a heavy timber structural system, composed of renewable timber reinforced with steel and concrete where needed. Each material is employed in a hybrid system to optimize its respective properties. The library’s superstructure consists of glue-laminated timber girders and joists with plywood decking, highlighting the warmth and character of the building.

American ash, ideal for bending and turning, is used for interior decoration and furniture. It is strong and tough with distinctive grain, character and color. This type of timber is also generally straight-grained with a coarse uniform texture. Working together, Douglas fir was chosen for the superstructure, while the American ash was also used for the bottom layer, such as girders and joists. Not only did the team choose to celebrate the timber structure, but also expose most of the mechanical, electrical and fire safety systems.

By using timber, a lightweight material, the library could be built atop the existing structure of an underground concrete parking garage. Saving most of the extant concrete structure also allowed the design team to significantly cut down on material waste; the design reduces embodied carbon by 61 percent, compared with erecting a new parking garage and a conventional concrete building. “Our goal was to leverage the power of clear ideas, natural materials, and Southern California sunlight to create a bright, beautiful, and beloved new place for the people of Long Beach” noted Paul Danna, Design Partner.

After its completion, the Billie Jean King Main Library received LEED Platinum certification. The Library also won the Gold Award for the Best Social Infrastructure Project in 2016 and the Excellent Structural Engineering Excellence Award from the Southern California Structural Engineers Association in 2020.

The 93,500-square-foot library is part of the Long Beach Civic Center Master Plan, along with a new City Hall and Port of Long Beach Headquarters. SOM also designed the master plan to revitalize 22 acres of downtown Long Beach by creating a vibrant, mixed-use district and reactivating Lincoln Park. Today, the two-story timber building opens to visitors and the community while offering numerous activities that foster connection, learning, and collaboration.

Judging is now underway for the 10th Annual A+Awards Program! Want to earn global recognition for your projects? Sign up to be notified when the 11th Annual A+Awards program launches.  

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The interior of the Soul Realm Spa has a neutral palette
CategoriesInterior Design

Atelier Right Hub replaces corners with curves in cavernous Hangzhou spa

The interior of the Soul Realm Spa has a neutral palette

Chinese studio Atelier Right Hub created a cave-like spa in Hangzhou, China, with a network of interconnected, circular rooms and walls finished in white clay.


Located on the 13th floor of a commercial building by the Qiantang river in downtown Hangzhou, the Soul Realm Spa offers spaces for massage and meditation.

The interior of the Soul Realm Spa has a neutral palette
Curved walls lead visitors through the Soul Realm Spa

Local studio Atelier Right Hub was invited to create a calming interior within the building’s rectangular, 220-square-metre floorplan.

This was achieved by inserting a sequence of circular treatment rooms with curved ceilings into the centre of the plan.

A blue sofa is located at the waiting area of Soul Realm Spa
A curved blue sofa faces a semi-circular window

“If we observe life carefully, we will find that straight lines are mostly found in man-made objects while natural objects are mostly curved,” the studio told Dezeen.

“Whether it is mountains or rivers and streams, they are curved and full of changes and they have more charm and vitality than straight lines.”

The sofa is sunken into the floor at Soul Realm Spa
The walls are finished in white clay

According to Atelier Right Hub, the circular plan was informed by the shape of traditional Tibetan singing bowls – a type of inverted bell used for meditation.

The walls, ceilings and floors are made from white clay and blend seamlessly together. They have a textured finish, which the studio likens to “walking barefoot on earth”.

“China used to be a country dominated by farming culture,” Atelier Right Hub explained. “Farmers mostly farmed barefoot in the fields and children often played barefoot as well.”

“These memories are both unfamiliar and longed for in modern cities. Only when you feel the earth barefoot will you let go of your defences – this is also a way we hope spa guests could enjoy real relaxation.”

A spa bed is located in the centre of a treatment room at Soul Realm Spa
Private treatment rooms have a circular design

Each massage room features a brass garment hanger and storage tray suspended from the ceiling, where clients can store their clothing and jewellery during treatments.

Curved clay walls also wrap the perimeter of the floor plan to create a curved corridor where the studio has positioned resting areas, a lobby and the foyer.

“The interior space is similar to caves,” said the studio. “The curved ceiling, streamlined walls and the visual axes that revolve around the twists and turns form a fuzzy space-time context that is difficult to synchronize with the outside.”

A glass door leads to a walk-in shower
Showers are fitted within a circular alcove

A series of large, geometric windows punctuate the corridor, including an arc-shaped window that illuminates a small resting area and reveals expansive views of the city’s downtown area.

Its form is echoed in the semi-circular sunken lounge with green banquette seating next to the window.

Walls and ceilings seamlessly blend into one
The spa was designed to have a cave-like look

Other cavernous spas around the world include the Europhia Spa by DecaArchitecture, which is carved into the base of a mountain in Greece, and a subterranean spa in Brooklyn, New York.

Photography is by Studio FF and Studio RH.



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