The Het Nieuwe Instituut in Rotterdam, The Netherlands, opens The Energy Show and the Solar Biennale on Friday, September 9, 2022. In collaboration with The Solar Biennale designer and curator Matylda Krzykowski and solar designers Marjan van Aubel and Pauline van Dongen, the exhibition presents a series of projects that explores the sun's meaning and possibilities in society, the environment, and design. With Europe in the midst of an energy crisis, The Energy Show and the Solar Biennale is an opportunity for designers and the general public to examine the transition to solar energy and technology as we move towards a post-carbon future.
Record monsoon rains, in part due to melting glaciers in Pakistan’s northern mountains, have brought devastating floods that have covered over a third of the country’s surface. According to BBC and UN estimates, around 33 million Pakistani, one in seven people, have been affected by the floods, as more than 500,000 houses have been destroyed or severely damaged. Flood waters have also swept away an estimated 700,000 heads of livestock and damaged over 3.6 million acres of crops. The Sindh province is the hardest hit, receiving 464% more rain than the 30-year average.
In 2007, New York City Mayor Michael Bloomberg proposed congestion pricing for Manhattan. The state legislature rejected the plan. Fifteen years later, we’re still debating the idea, fiddling while the planet burns.
The newest problem is that a new environmental study and traffic model from the MTA, The Central Business District Tolling Program Environmental Assessment, says that what’s good for 1.63 million residents of Manhattan and the planet, in general, will increase the pollution in the already unhealthy air in the Bronx. Yes, that’s a problem. Turning the perfect into the enemy of the good is also a problem. We need a plan that benefits all.
If you’ve been avoiding some of the latest news recently, here’s a quick update; European and North American countries have been facing one of the hottest recorded summers in modern history. Discussions over the climate crises have therefore been reignited and so has the role of the design and construction industry in providing solutions that would mitigate the experienced heat effects in our daily lives. While passive cooling solutions have always been used in some parts of the world, where local resources and vernacular builds are adapted to high temperatures, other regions are looking to technological and innovative manufacturing means that would maintain human comfort, aesthetic values, and energy efficiency/ cost.
Although early modernism with its signature high-rises and glass houses had made us think that glass enveloped buildings are mostly uncomfortable, over-exposed, and overheating settings; nowadays glass manufacturers are proving that glass, if well treated and well-placed, can be as versatile and efficient a material as one could want without compromising the visual comfort or the dwellers.
Boston is the latest city to announce a city-wide plan that, if passed, would eliminate the use of fossil fuels in new constructions and major renovation projects. This measure expands upon the commitment to enact climate action and make Boston a Green New Deal city. Other US cities like New York, Los Angeles, San Jose, Seattle, and Berkeley have all imposed similar measures in recent years. Seven European cities - Bilbao, Bratislava, Dublin, Munich, Rotterdam, Vienna, and Winterthur - have also developed a project to phase out fossil fuel from urban heating and cooling.
As researcher, designer and MIT professor Caitlin Mueller once said, “The greatest value you can give to a material is to give it a load-bearing role in a structure.” Load-bearing components – foundations, beams, columns, walls, etc. – are designed to resist permanent or variable forces and movements. Similar to the bones of a human body, these support, protect and hold everything together. To fulfill that indispensable function, they must be made from materials with outstanding mechanical properties, which explains the prominence of cement and steel in structures. However, their high performance comes at a high cost: together, they account for 15% of global CO2 emissions. This makes us wonder, is it possible for structural materials to be truly sustainable? We know solutions like greener versions of concrete already exist, but there are many other alternatives to explore. And sometimes, the answer is closer than we expect; in the earth beneath us and the nature that surrounds us.
Indians have traditionally lived close to the earth, their cultures shaped by symbiotic relationships with ecosystems. Indian arts and crafts strongly rely on nature for its form, philosophy, and existence. Native landscapes aroused the artistic sensibilities of resident communities, evolving craft practices that met utilitarian and ritualistic needs. The intersectionality of ecology and culture is evident through ancestral forms of craft.
Chicago Mayor Lori Lightfoot and the Department of Assets, Information and Services (AIS) has announced that by 2025, all city-owned buildings and facilities in the city will be fully operated with clean, renewable energy. At the moment, Chicago is one of the largest cities in the United States to reduce the city’s carbon footprint at such a scale, and has already began the process of transitioning its transportation busses and cars to all-electric vehicles by 2035. The agreement demonstrates the city's plans to "drive high-impact climate action, build the clean energy workforce of the future, and equitably distribute meaningful benefits to foster the local clean energy economy for all.”
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Qunli Stormwater Wetland Park / Turenscape. Image Cortesia de Turenscape
Eucalyptus forests in Australia are known to burn periodically. It is the trees' way of ensuring propagation, as its fruits – known as gumnuts – have an insulating layer breaks down with the heat of the fire. Once they open, the burnt soil is covered with seeds, initiating a process of forest renewal. Glenn Murcutt, an Australian architect, has created a body of work rooted in the country's landscape. His innovative houses embrace the possibility of frequent fires, including elements that allow for fire control with the least possible loss. In short, the houses are built with very non-flammable materials, always have huge water reservoirs, and a “flood system” that allows the building and its immediate surroundings to be spared in the case of a forest fire.
In 1969, ‘The Architects' Resistance’, a collective of students from Yale University, Columbia University, and the Massachusetts Institute of Technology (MIT), published a manifesto titled ‘Architecture: whom does it serve?’
With this manifesto, the group sought to place the practice of architecture in a broader economic, social and environmental context than the one taught in their university lecture rooms. In just two and a half pages, we find a powerful call to reclaim a more social and ecologically conscious architecture. It unambiguously denounces the role architecture played during those years as a practice in service to those in power while adding that “the architect's submission to the system begins with the belief that they possess special skills and knowledge that are inaccessible to the general public.”
The total energy demand from buildings has risen dramatically in recent years. Driven by improved access in developing countries, greater ownership of energy-consuming devices and increasing urban densities, today it accounts for over one-third of global energy consumption and nearly 15% of direct CO2 emissions. As the climate crisis aggravates and its consequences are more visible than ever, the architecture and construction industry must respond accordingly. It must take responsibility for its environmental impact and give priority to reducing energy consumption, whether through design decisions, construction techniques or innovative products. The key lies, however, in not sacrificing aesthetics and comfort in the process.
The urgency to reduce greenhouse gas emissions has never been greater, and getting there is going to require bold steps for buildings, infrastructure, and communities. Incremental reductions are not enough; we need to focus on full decarbonization, which means removing carbon emissions caused by our built environment.
These big changes in the way energy is generated and used will raise important questions about who benefits and who pays. Technology-focused incentive programs can wind up leaving our most vulnerable communities behind, exacerbating a legacy of underinvestment and health disparities, while also failing to reach the essential goals of a complete energy transition. Instead, we need holistic solutions that put disadvantaged communities first and transition buildings that would otherwise be left out, leading to bottom-up market transformation that benefits everyone.
Over the past 60 years, architects and engineers have surrendered to industrial construction solutions, with buildings designed to be built faster and faster and at very low cost.
Over the past 60 years, architects and engineers have surrendered to industrial construction solutions, with buildings designed to be built faster and faster and at very low cost. As a more standardized and cheaper international approach to building emerged throughout the 20th century, many professionals abandoned the vernacular traditions of their ancestral cultures, which were developed over thousands of years, to fight the climatic extremes of different regions.
Burgess Creek Promenade, Steamboat Springs, Colorado. Image Courtesy of Wenk Associates
The need to rapidly adapt to climate change has rightfully taken center stage. But the connections between climate change and stormwater management are often overlooked. Climate change impacts the hydrological cycle by increasing water scarcity and the frequency and intensity of flooding while contaminating waterways. Better managing stormwater is key to managing water resources and protecting our safety and the health of our environment.
EHDD has recently launched the Early-Phase Integrated Carbon (EPIC) Assessment tool, a free new web-based application developed to designers set goals and strategies to reduce carbon emissions from building and construction projects. The tool aims to fill a gap in the life-cycle assessment process and allow designers to identify the most impactful measures early in the project process. At the same time, other resources like Tally and EC3 are seen as crucial later in the design.
Nature has continually played muse to architects. Colors and forms from the natural world find themselves embedded in artificial edifices. Buildings are also shaped by patterns of the wind and sun, topography, and vegetation. While architecture is informed by the effects of nature, buildings have been proposed as inert objects that remain static in a biologically evolving world. Anthropocentric concrete “jungles” are devoid of life, separating humans from natural environments and causing imbalances that have manifested as pandemics. What would cities look like if there were no boundaries between humans and ecosystems?
At the onset of the coronavirus pandemic in March 2020, affluent Parisians flocked to second homes on France’s Atlantic coast as a nationwide lockdown came down on the country. In June 2020, as the lockdown was eased in England, residents headed to seaside towns like Bournemouth to soak in sunny weather. The former scenario reflects the widening gap between France’s wealthy and the poor, whilst the latter is a reflection of the democratizing power of public-access beaches.
In both situations, what is sought out is the ecological calmness usually found on beaches. Globally, however, there’s an unsettling phenomenon, where intertwined with climate change and policy decisions, beaches are increasingly becoming private, inaccessible spaces.
Netherlands-based architecture, urban planning, and research firm Waterstudio.NL in collaboration with Dutch Docklands and the Government of The Maldives have revealed the design of Maldives Floating City (MFC), a first-of-its-kind “island city” that offers a new approach to modern sustainable living on the Indian Ocean. The project has been in development for over a decade, and will feature thousands of residences, floating along a flexible, functional grid across a 200-hectare lagoon.
