It’s been awhile since we’ve had news of homes being 3D printed, but now Russian engineer Nikita Chen-yun-tai has made quite a breakthrough. The 3D printer he designed has been used to print a home in just 24 hours. His company Apis Cor has successfully constructed a home that is the first in the world to be built using mobile 3D printing technology. […]
Following the example of Japan, which has already begun constructing numerous floating solar arrays to meet it’s renewable energy goals, UK’s Thames Water has now announced plans to do the same. They are already building what will be the largest floating solar array in Europe, and they plan to install it on a reservoir in London. This project is part of Thames Water’s goal of finding solutions to generate one third of its own energy from renewable sources by 2020. […]
The so-called Wood-Skin is a composite material, which offers the rigidity and stretch of wood together with the suppleness of textile. It was made by a Milan-based firm with the goal of creating a material that could be used in a variety of architectural and design projects. […]
Over the years tiny home designers have gotten a lot better at being able to utilize every bit of interior space to make downsizing a lot more cozy. And this so-called “Artisan Retreat” from tiny house builder Handcrafted Movement is no exception. In fact, it looks so cozy and tastefully decorated that it actually raises the bar a little. […]
Ukrainian engineer Max Gerbut has just unveiled the prototype of PassivDom, which is a passive tiny house with many intriguing features. PassiveDom was built using 3D printing technology, and according to Max, it is the first completely autonomous house in the world, since it does not require any fuel combustion of any sort, no matter where it is placed i.e. not even in an Arctic climate. […]
Belgian architect Vincent Callebaut has recently come up with an interesting and unique solution to turning an old, 1970’s apartment building into a very sustainable complex. His plans call for the transformation of the existing concrete structure into an energy producing building with a green façade.
Callebaut would leave the building as is, but would add 274 planter beds into its ornamental façade. These would hold about 10,000 plants carefully chosen by botanists, to create a sort of vertical garden or green façade, which would increase the building’s thermal performance and clean the air. According to Callebaut’s calculations the plants would capture 50 tons of C02 per year. The windows of the apartments would also have to be exchanged for energy saving ones to further improve the thermal performance of the building. Keeping the green façade flourishing would not be difficult at all, since there would be a drip-feed system that would require maintenance only twice a year. […]