Aedas plans tower of flowing lines + nested rooftops for shenzhen
CategoriesArchitecture

Aedas plans tower of flowing lines + nested rooftops for shenzhen

a new gateway to shenzhen

 

Aedas proposes a new landmark for Shenzhen with its newly unveiled Huanggang Skyscraper. Standing tall at 247 meters, the tower will stand as a symbolic gateway to the Greater Bay Area and Huanggang Port — an entry point between Shenzhen and Hong Kong — and will play an important role in the Chinese region’s development. The design team hopes to integrate the landscape surrounding the city into the architecture, drawing inspiration from stacking stones and flowing rivers. The fluid volumes and nesting rooftops are planned to resemble cascading water, while the cantilevered canopy at the entrance evoke the image of splashing water.

aedas huanggang shenzhenimages © Aedas | @aedas_architects

 

 

the sunlit huanggang port headquarters

 

Stepping into the Huanggang Skyscraper, visitors are greeted by a thirteen-meter-tall, sunlit lobby, designed by Aedas with transparent glass. The layout follows a rigorous, symmetrical form with four stacked circles defining the facade. This optimizes space utilization, offering stunning views and vibrant visuals for the city. The interiors allow for diverse workspace programming with a flexible floor plan divided into four quadrants. Each section offers office depths ranging from ten to fourteen meters, accommodating companies of various sizes. Open office spaces near the crown promote communication and interaction, further enhanced by the inclusion of indoor-outdoor areas. Meanwhile, landscaped ‘sky lobbies’ and gardened rooftop terraces allow space for employees to relax and connect.

Aedas plans tower of flowing lines and nested rooftop gardens for shenzhen
Shenzhen’s new landmark will redefine the skyline with inspiration from stacked stones and flowing water

 

 

sustainable goals by aedas

 

Aedas notes that it designs its Huanggang Skyscraper for Shenzhen with sustainability at the forefront. Vertical fins provide shade, reducing energy consumption, while low-reflection panels on the curtain wall minimize the building’s carbon footprint. Integrated ventilation solutions seamlessly blend into the tower’s aesthetics, ensuring a low-carbon design without compromising visual integrity. Executive Director Chris Chen comments: ‘Built based on the principles of ‘high quality,’ ‘customisation’ and ‘sustainability,’ we envision a harmonious layout of simple geometric shapes together formed by the tower and Huanggang Port, that contributes to the development of the Shenzhen-Hong Kong Cooperation Zone.’

aedas huanggang shenzhen
the project is defined by its nested forms and stepping rooftops aedas huanggang shenzhen
sky gardens and rooftop terraces will promote wellness in the workplace Aedas plans tower of flowing lines and nested rooftop gardens for shenzhen
the 247 meter-tall tower will replicate the fluid forms of nature



Reference

Flowing vaulted roofs top Tarang arts space by The Grid Architects
CategoriesArchitecture

Flowing vaulted roofs top Tarang arts space by The Grid Architects

Undulating vaults shelter this multipurpose arts space in Ahmedabad, India, which local studio The Grid Architects designed to defy “conventional architectural norms”.

Named Tarang after the Hindi word for waves, the sweeping structure is formed of a series of timbrel vaults made from locally-sourced terracotta tiles without supporting beams or reinforcement.

According to The Grid Architects, with an area of 279 square metres, it is one of the largest vaulted structures of its kind in India.

Arts space by The Grid Architects in Ahmedabad
The Grid Architects has created a multipurpose arts space in Ahmedabad

“[Tarang] emerged from the desire to create a structure distinct from the urban context, where box-like structures dominated the surroundings,” said studio founders Snehal Suthar and Bhadri Suthar.

“The vision was to craft a cornerless edifice, harmonic waves that defied conventional architectural norms,” they told Dezeen.

A series of brick plinths on the perimeter of the oval-shaped site support the vaulted roof and create a series of arched openings of different heights that lead inside.

Aerial view of Tarang arts space by The Grid Architects in India
It is sheltered by undulating vaults. Photo by Vinay Panjwani

At the centre of Tarang, three circular plinths form funnel-shaped openings that provide sunlight and water to small planters positioned at their base.

The construction of Tarang was carried out by So Hath – 100 Hands Foundation For Building Artisans, a local organisation that advocates for and provides training in traditional construction techniques.

Vaulted building by The Grid Architects
It is made from tiles without supporting beams

The tiles are designed so that if Tarang’s arches are ever deconstructed they can be repurposed.

“Minimizing waste and concrete use, and prioritizing local resources and labour, it serves as a model for environmentally conscious architecture that celebrates local culture and positively contributes to the community,” explained the studio’s founders.

Inside, the tiles and polished stone floors are intended as a backdrop to a range of activities, from performances to artistic exhibitions and gatherings.

“The interplay of sunlight and shadow within the space is nothing short of mesmerising, imbuing the simplicity of the tiles and bricks with a quality that is truly remarkable,” said the duo.

Vaulted brick interior of Tarang
Planters feature inside

“Indeed, the structure itself is the finished product, where the rawness of the materials is transformed into something sublime and transcendent,” they continued.

The Grid Architects is an Ahmedabad-based studio founded in 2002. In 2021 it was longlisted for the studio of the year in the Dezeen Awards.

Vaulted arts space in India
It is intended as a backdrop to a range of activities. Photo by Vinay Panjwani

The studio previously turned to the brutalist buildings of the 1960s to create a home sheltered by a geometric, folded concrete shell.

Other recent projects in Ahmedabad include a factory by Iksoi Studio with an exposed concrete grid and the timber and stone-tiled VS House by Sārānsh.

The photography is by Photographix unless stated otherwise.

Reference

A floating barrier stops rubbish from flowing into the ocean
CategoriesSustainable News

A floating barrier stops rubbish from flowing into the ocean

Spotted: Around 8 million tonnes of plastic is dumped into the oceans every year. And roughly 80 per cent of this plastic waste actually started out in rivers. Complicating cleanup was a finding in which researchers concluded that more than 1,000 rivers are responsible for most of the plastic that ends up in the ocean. The researchers also found that most of that waste is carried by small rivers that flow through densely populated urban areas, not the largest rivers.

To tackle this plastic scourge, Germany-based enterprise Plastic Fischer has developed a floating barrier, called TrashBoom, designed to prevent plastic waste from reaching the ocean. The startup was founded by three students, who realised during a trip to Vietnam that the river view from their balcony was actually a stream of plastic waste floating on the surface. The TrashBoom is a floating fence constructed from locally available materials that traps the plastic. The waste is then manually gathered and transported to sorting facilities.

All recyclables are reintroduced into the supply chain and unrecyclable materials are sent to certified Thermal Recovery Plants. All of the TrashBooms are built locally, with locally sourced, low-tech materials. The projects are managed by locally hired staff and project managers, with only two full-time employees working in Europe. The entire process is verified through plastic recycling platform Empower.

TrashBoom is working in collaboration with a number of oganisations, including Allianz and ‘Make A Change World’ in Bali, and has inspired a number of others. The company says that they, “are very proud that we have managed to motivate other companies like e.g. Sungai Watch, Pangea Movement and other NGOs to copy our approach and stop plastic in rivers with simple technology.”

As the tide of plastic sweeping into rivers, oceans, and every other corner of the globe continues unabated, we are also seeing a growth of innovations aimed at stemming it. These include other types of river barrier projects, ocean barrier projects and the use of ships scrubbers and autonomous robots to remove plastic.

Written By: Lisa Magloff

Reference