Our current selection of building materials tend to be carbon intensive and can have long lasting unhealthy impacts on humans. This issue (and others) have led some to look into alternative forms of building which are healthier and sturdier than what we currently use. There have been attempts at this in the past and with each iteration of research we get better at figuring out alternative building materials. One of the most interesting is to use mushrooms to build the entire structure, and to let it keep growing.
Joe Dahmen, an associate professor at the University of British Columbia School of Architecture, said people first became interested in mycelium for construction about 15 years ago as a substitute for foam insulation, which isn’t biodegradable and can pose a potential health hazard.
“There’s a real tie-in here with healthy buildings,” he said, noting that he became interested in mycelium as a replacement for formaldehyde-based glues.
Buildings suck up a lot of energy and thus are massive contributors to our collective carbon footprint. After they are built ongoing operational costs are incurred, and the costs are greater on buildings which are inefficiently deigned and built. This has led a team in the states to call for a new approach towards how construction functions in the nation. A green approach to build green is the dream.
Of course, the best thing we can do is work to reduce our demand on new buildings and re-purpose existing infrastructure to be more efficient.
With public demand growing for scalable climate solutions from all levels of government, policymakers can work together to transition the United States from a patchwork of requirements to a set of dynamic, performance-based policies that enable rapid decarbonization throughout a building’s lifecycle. Zero-carbon building codes for new construction address the emissions from buildings constructed each year, while emerging building performance standards and policies can address existing buildings.
Skyscrapers have been made out of concrete, glass, and steel since the first skyscraper was built. Before these building materials were used it was impossible to build that high – wood wouldn’t cut it. Wood wasn’t strong enough so steel had to be used for the core support structure.
Thanks to new techniques, that we’ve looked at before, skyscrapers can be built using wood. Wooden towers create less of a carbon footprint because cement and steel require a lot of energy to become useful whereas wood just grows on trees. In Amsterdam a 240-foot residential tower has been proposed and this is just one of many wooden tower projects being built around the world.
What developers hope will be the world’s tallest timber tower is currently under construction in Vancouver, and a growing tall timber building trend popular in Europe continues to gain momentum, with recent proposals for timber skyscrapers from cities such as London, Stockholm, and Bordeaux (France’s fifth-largest city). Now Amsterdam—whose skyline is not defined by high-rise buildings—has thrown its hat in the ring with Haut, a 240-foot-tall timber residential tower designed by Dutch firm Team V Architecture. Set to begin construction in the second half of 2017, Haut will be the tallest timber tower in the Netherlands and possibly the world (depending on how quickly construction schedules go).
For architect Ole Scheeren, the people who live and work inside a building are as much a part of that building as concrete, steel and glass. He asks: Can architecture be about collaboration and storytelling instead of the isolation and hierarchy of a typical skyscraper? Visit five of Scheeren’s buildings — from a twisted tower in China to a floating cinema in the ocean in Thailand — and learn the stories behind them.
Researchers at UBC have studied the recycling behaviour of people who work in green buildings to those who don’t and found that – regardless of their past habits – people in green buildings recycle more. This is really nifty because it proves that design of an interior space alone can impact how people recycle and the efficiency of waste management.
“Design can absolutely influence people,” Susan Gushe, a principal with the firm, told CBC News.
She says there are several things designers take into consideration when integrating recycling and garbage receptacles into buildings, such as:
Locating them in areas where people are likely to use them, such as the CIRS’s kitchenettes.
Making bins easy to access for patrons and maintenance staff.
Clearly labelling bins.
It’s also important to make the recycling hubs look good, she said.
“Do you want to see great big bins out in the corridor? No, not really,” says Gushe. “You want to integrate the utilitarian things in a building into the fabric of the building, so that you don’t have this really ugly stuff sitting out there.”