The future of kitchens will be their role in arming us as self-sufficient eaters. Almost half of all food in the United States is wasted every year, with one in every six people unsure of where their next meal will come from. In 2013 alone, the food wasted added up to an unconscionable 37 million tons. The average item in a supermarket as traveled more than 1,500 miles to reach you.
Some of the food waste in this country is due to supermarkets tossing blemished produce and doing away with other products that stretch past their “use by” dates. But a big part of the responsibility rests on consumers’ shoulders. Our kitchens are huge sources of waste: where we toss leftovers, leave things in inefficient refrigerators uneaten, and can’t seem to figure out portions or meal-planning so a lot of what we buy ends up in the trash.
Which brings us to “The Future Kitchen,” a design idea installed for WantedDesign Manhattan that is the result of a collaboration between New York architect Marc Thorpe, Pratt Institute design students, and Caeserstone.
With Thorpe’s guidance, the students explored sustainable solutions for kitchens that include the potential for residents to grow and store their own food, leaving nothing to waste. The result is a page pulled from science fiction: an image of a kitchen that could be in homes in the year 2050, when at least 80 percent of the population worldwide is expected to be living in cities. WantedDesign, where the kitchen was installed, was founded in 2011 to promote international design focused on innovation.
The project combines multiple technologies for a structural kitchen that promises to solve the biggest sources of kitchen waste: food matter, energy loss through inefficient appliances, and water waste.
If you hadn’t already heard, composting your food scraps is one of the simplest ways to keep organic waste out of landfills.
Well now there’s another way to avoid food ending up in the waste stream: use it for fuel.
The Future Kitchen turns food scraps into biogas to fuel the cooking surfaces and oven. Its design is based around a central hearth, encouraging the kitchen-as-gathering-place concept. That hearth is also a food-waste disposal site. Its chute runs directly to a biogas generator—and, for all the tech nerds out there, a 3D printer.
No more cooktop requiring outside energy. No more energy-zapping refrigerator. And no more wasted food.
Kitchens are huge sources of waste, with black water, food scraps, and dishwash liquid flowing down the drain and directly to septic or sewer systems. Well, maybe not for long—The Future Kitchen uses stream automation to reduce the amount of water you use, then filters the water and recycles it for hydroponic and aquaponic systems that will be growing all your own produce and fish.
The Future Kitchen’s food prep area is built with Caesarstone quartz, which is heat- and cold-resistant, bacteria-, mold- and mildew-free due to its non-porous surface.
An induction cooktop with smart technology, dining area, and storage round out the futuristic space.
A company in Italy has figure out how to set up a beautiful prefabricated house in a single day that can also be made energy independent with solar panels—and it can be easily folded up and put away too.
Disney teamed up with the Pierre & Vacances-Center Parcs Groups to create a destination focused on sustainability. Located right outside of France's capital, Villages Nature Paris offers three "worlds" to bring visitors closer to nature.
Portugal-based fashion company NAE Vegan is adding a boot made from upcycled airbags and old car tires to their collection of stylish, ethically made shoes.
MIT researchers developed a way for humans to live on Mars. Their project, "Redwood Forest," won an award for their architectural design, which features connected underground communities that thrive with forests protected by domes on the surface.