Are the concrete buildings we build actually a sign of architectural progress? Defunct housing projects abandoned shopping malls, and short-sighted urban projects are more often than not doomed to a lifetime of emptiness after they have served their purpose. Their concrete remains and transforms into a lingering reminder of what was once a symbol of modern ambition. Stadiums and their legacies, in particular, come under high scrutiny of how their giant structures get used after the games are over, with few Olympic stadiums making successful transitions into everyday life. With a new approach to sustainability, the Shell Mycelium pavilion is part of a manifesto towards a more critical take on building. Say the designers on their position: “We criticize these unconscious political choices, with living buildings, that arise from nature and return to nature, as though they never existed.”
The Shell Mycelium Pavillion is a collaboration between BEETLES 3.3 and Yassin Areddia Designs and offers an alternative to conscious design through temporary structures. Located at the MAP Project space at the Dutch Warehouse, the pavillion formed part of the Kochi Muziris Biennale 2016 Collateral in India.
The IAAC (Institute for Advanced Architecture of Catalonia) has developed a series of advanced materials and systems for air conditioning and passive ventilation, allowing homes to reduce interior temperatures up to 5 degrees lower while saving the electricity consumption caused by the traditional air-conditioning. The systems are made from long-lifespan materials, which lower the costs of maintenance in the long-term and can be used as low-cost alternative building technologies.
The projects highlighted are the Breathing Skin, Hydroceramics, Hydromembrane, Morphluid and Soft Robotics - all developed by students of the IAAC's Digital Matter Intelligent Constructions (conducted by Areti Markopoulou). The passive air-conditioning of spaces is investigated using a combination of new materials that mimic organic processes, adaptive structures and Robotics that help regulate temperature and create sustainable micro climates.
Dr. Margot Krasojević, known for creating impossibly futuristic architecture has unveiled her latest project: a bridge that can sail across the water. Dubbed the “Revolving Sail Bridge” - the experimental project was commissioned by the Ordos government in the Kanbashi District of Inner Mongolia (China) to be built across the Wulamulum River. Featuring a main floating section topped with a carbon-fibre triple sail, the flexible structure is capable of sailing anywhere across the river to relocate itself.
A new challenger has stepped into the ring of home solar batteries, and it’s a name you may recognize: global furniture retailer IKEA.
A competitor to Tesla’s now-available Powerwall home battery and solar roof system, IKEA’s home battery will be first sold in the UK, where owners of solar-powered homes can typically only sell excess energy produced back to the national grid at a loss. The battery pack will instead allow that power to be stored for later use, helping homeowners reduce their electricity bills by as much as 70 percent.
This article was originally published by The Architect's Newspaper as "How green are Apple’s carbon-sequestering trees really?"
Apple is planting a forest in Cupertino, California. When the company’s new headquarters is completed later this year, 8,000 trees, transplanted from nurseries around the state of California, will surround the donut-shaped building by Foster + Partners. The trees are meant to beautify Apple’s 176 acres (dubbed Apple Park). But they will also absorb atmospheric carbon.
That’s a good thing. Carbon, in greenhouse gases, is a major cause of global warming. Almost everything humans do, including breathing, releases carbon into the atmosphere. Plants, on the other hand, absorb carbon, turning it into foliage, branches, and roots—a process known as sequestration.
Technology company Pavegen has unveiled the world’s first “Smart Street” in London’s West End that utilizes the company’s unique kinetic paving slabs to generate energy from pedestrians’ footsteps. But unlike earlier Pavegen installations deployed in cities like Washington DC and Rio de Janeiro (which uses the panels as the foundation for a soccer field), the London Smart Street comes with its very own app – giving visitors precise information about the power they are generating, and encouraging use by offering up store vouchers in return for steps.
Architecture, as both a profession and the built environment, currently finds itself at a crossroads in trying to adapt to a world in constant flux. Cities and its people face continuous socio-economic, political and environmental change on a daily basis, prompting a necessary rethink in the evolution of sustainable urbanization. With a focus on housing, society and cultural heritage, RIBA’s International Conference, Change in the City, aims to offer insight into the “New Urban Agenda” and how architects can play an interdisciplinary role in future urban development.
Speaking in an interview ahead of the conference, Norman Foster is a strong advocate for a careful consideration of what aspects of urban life need to be prioritized when designing cities of the future. For an increasingly global society, Foster stresses the need for architecture to surpass buildings and tackle its greatest obstacle – global warming, honing in on its roots and factors involved to create viable urban solutions.
Foster + Partners have announced plans for the redevelopment of a major landfill site in Sharjah, UAE, belonging to Bee’ah – the foremost environmental energy and waste management company in the Middle East since 2007. Upon Sharjah reaching its “zero waste to landfill” target by 2020, the site is set for redundancy, sparking a proposed sustainable masterplan as an example of a circular economy and a reflection of Bee’ah’s vision of clean energy and sustainable innovation.
“We believe that this vision, as interpreted through our masterplan, represents a wonderful opportunity to demonstrate just what can be achieved at sites like this which feature in every industrialized nation on the planet,” expressed Giles Robinson, Senior Partner at Foster + Partners. “The project will also serve to further showcase Bee’ah’s waste management center as a place where innovation, environmental best practice, and good design take center stage.”
Architectural photographer Julien Lanoo is known for his storytelling. His documentary-style photographs of the built environment range from Adjaye Associates' Aishti Foundation, OMA’s CCTV and the Oslo Architecture Triennale to name a few. Now the photographer has released a short film: introducing Canadian-Ghanaian architect Akwasi McLaren as he tells the story behind building his eco-lodge in the Cape 3 Points region of Ghana. Broken down into 3 chapters, “Knowledge, Wisdom, and Understanding” follows McLaren’s journey from designing his parents’ hotel in Ghana as a student to building his beloved lodge on the beach, to his hopes of sharing the valuable skills of ecological building and craftsmanship to cities.
I really hope that this experiment will become a reference for many other architects, for many other urban planners, for many other public administrators and politicians, in order to implement, improve and multiplicate the realization of forest cities in China and all over the world.
In this video, Stefano Boeri explains the design of the just-announced Lizhou Forest City, which, when completed in 2020, will become the world’s first ground-up city constructed employing the firm’s signature Vertical Forest research.
Boeri explains the evolution of the concept from their first Vertical Forest project in Milan to the Lizhou development, which will accommodate up to 30,000 people in a master plan of environmentally efficient structures covered top-to-bottom in plants and trees, as well as the planning processes required to bring the project to fruition.
Construction has begun on the Liuzhou Forest City in the mountainous region of Guangxi, China. Designed by Stefano Boeri Architetti, the new ground-up city will accommodate up to 30,000 people in a master plan of environmentally efficient structures covered top-to-bottom in plants and trees.
Liuzhou Forest City will contain all of the essential typologies of the modern city – offices, houses, hotels, hospitals and schools – housed within a 175 hectare site near the Liujiang River. Employing the firm’s signature vertical forest system, The facades of each building will be covered in plant life, with a total 40,000 trees and nearly 1 million plants from over 100 species specified.
Vincent Callebaut Architectures have developed a design plan reimagining the riverbank of Yeouhido Park, Seoul. The park is envisioned as an experimental urban space dedicated to sustainable development through a series of interventions - including a floating ferry terminal. Named the “Manta Ray,” the ambition of the proposal is to transform the park into an ecological forest of trees, enhancing its natural irrigation and strengthening the banks from floods. The “permeable landscaping” seeks to reduce floods and rehabilitate urban ecosystems that have become fragmented through Seoul’s rapid built expansion. The vegetation-dominated strategy also seeks to reduce the urban “heat island” effect Seoul has been experiencing due to climate change over the past decades.
“The world’s most sustainable eco-city,” Masdar City, is preparing for its next phase of development, as unveiled in the award-winning detailed master plan (DMP) by CBT. Depicted in a comprehensive masterplan by Foster + Partners, Masdar was originally envisioned as a carbon-neutral elevated city without cars, instead featuring pod-based transportation located below the podium. As the first phase was constructed, including the Masdar Institute of Technology, a new vision for the city began to emerge, eventually leading to CBT’s pedestrian-oriented innovation community plan for Phase 2.
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In the Colombian city of Medellin, a new headquarters is being constructed for the Empresa de Desarrollo Urbano (Urban Development Company), combining optimal thermal performance with local urban regeneration. The new EDU headquarters is the result of a three-part collaboration between the public company, the private sector, and Professor Salmaan Craig from the Harvard Graduate School of Design who has family roots in the Colombian capital.
Constructed on the site of the former EDU headquarters on San Antonio Park, the scheme aims to act as a benchmark for sustainable public buildings in Medellin, embracing the mantra of “building that breath."
As a specialist in materials, thermal design, and building physics, Professor Craig (EngD) voluntarily offered his service to the scheme’s realization. Below, he explains the thermodynamic challenges behind the building’s conception.
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.jpg?1479235657 "Estado de construcción en Abril de 2016. Image Cortesía de EDU")
.jpg?1479305949 "Estado de construcción en Abril de 2016. Image Cortesía de EDU")
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