Architecture

ICEhouse designed for continuous reuse and quick construction

ICEhouse designed for continuo...
The ICEhouse was designed by William McDonough + Partners Architects and built using McDonough's WonderFrame system
The ICEhouse was designed by William McDonough + Partners Architects and built using McDonough's WonderFrame system
View 10 Images
The ICEhouse was designed by William McDonough + Partners Architects and built using McDonough's WonderFrame system
1/10
The ICEhouse was designed by William McDonough + Partners Architects and built using McDonough's WonderFrame system
The ICEhouse was created to demonstrate a cradle-to-cradle approach to design
2/10
The ICEhouse was created to demonstrate a cradle-to-cradle approach to design
The ICEhouse is primarily made of just four materials
3/10
The ICEhouse is primarily made of just four materials
The ICEhouse has an aluminum frame, polycarbonate walls and roofing, aerogel insulation and Nylon 6 parts
4/10
The ICEhouse has an aluminum frame, polycarbonate walls and roofing, aerogel insulation and Nylon 6 parts
All of the materials used for the ICEhouse are said to be either Cradle to Cradle-certified or in the process of becoming certified
5/10
All of the materials used for the ICEhouse are said to be either Cradle to Cradle-certified or in the process of becoming certified
The walls and roof of the ICEhouse were assembled in just a few days
6/10
The walls and roof of the ICEhouse were assembled in just a few days
The whole structure of the ICEhouse was assembled in just nine days
7/10
The whole structure of the ICEhouse was assembled in just nine days
The ICEhouse structure is designed for disassembly and reconstruction
8/10
The ICEhouse structure is designed for disassembly and reconstruction
ICEhouse stands for "Innovation for the Circular Economy house"
9/10
ICEhouse stands for "Innovation for the Circular Economy house"
Following its time being exhibited at the World Economic Forum, the ICEhouse is to be relocated to the new National Hub for the Circular Economy in Amsterdam, Netherlands
10/10
Following its time being exhibited at the World Economic Forum, the ICEhouse is to be relocated to the new National Hub for the Circular Economy in Amsterdam, Netherlands
View gallery - 10 images

The walls and roof of William McDonough's ICEhouse were assembled in just a few days and the whole structure in just nine days. And where conventional houses typically create a lot of waste when they come to the end of their lives, this home was designed to eliminate waste and for its materials to be reusable.

Designed by William McDonough + Partners Architects and built using McDonough's WonderFrame system. "We are calling it 'wonder' because we want people to wonder what it's made of, and 'frame' because it is meant to be whatever structure each community and culture may need, and constructed from whatever materials they have available in that place at that time," explains McDonough.

The ICEhouse was recently on display in Davos, Switzerland, as part of the World Economic Forum. "ICEhouse is a structure designed for disassembly and reconstruction," says McDonough. "In a poetic sense, like ice, it is ephemeral: It is here for a week, in the Alps. Next week it will melt away… destined to reappear elsewhere."

The ICEhouse nomenclature stands for "Innovation for the Circular Economy house." A circular economy is one that seeks to continually reuse and recycle materials rather than simply disposing of them after use. McDonough speaks of designing with this in mind, using what he calls a "cradle-to-cradle" approach.

The building was designed to demonstrate this very approach and is primarily made of just four materials. It has an aluminum frame, although research is being carried out into what other materials could be used for the frame, such as plastics and bamboo.

Elsewhere, polycarbonate is used for the walls and roofing, aerogel for insulation and Nylon 6 for other aspects of the construction. All of these materials are said to be either Cradle to Cradle-certified or in the process of becoming certified. This means that they can be remanufactured into new products with no loss in material quality.

In addition, the ICEhouse employs what William McDonough + Partners calls "a simple, flexible structural system that can be erected quickly and that is made of locally available materials." The use of materials that can be sourced locally in any given location contributes to the speed with which the ICEhouse can be constructed.

Following its time being exhibited at the World Economic Forum, the ICEhouse is to be relocated to the new National Hub for the Circular Economy in Amsterdam, Netherlands.

Source: William McDonough + Partners

View gallery - 10 images
1 comment
Douglas Bennett Rogers
Fiber glass and ice make a two phase material like fiberglass and epoxy. I seem to remember these being built in Antarctica. The building in the article seems to be an aluminum frame with ice/ice composite sheathing. Wood is a good way to sequester carbon but it needs to last a lot longer than the tree.