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  1. ArchDaily
  2. News
  3. 10 Innovative Materials That Could Revolutionize the Construction Industry

10 Innovative Materials That Could Revolutionize the Construction Industry

  • 08:00 - 9 December, 2016
  • by
  • Translated by Matthew Valletta
10 Innovative Materials That Could Revolutionize the Construction Industry

Cement that can generate light? Concrete for building on Mars? Translucent wood? Biodegradable furniture? Pollution absorbing bricks? At first, it sounds crazy but these are only some of the research projects taking place around the world in order to take the construction industry to the next level.

Continue reading below for more information about the motivations behind these projects and how these "experiments" that have already begun large-scale testing are being carried out. 

Translucent wood, as new material developed by KTH: A group of researchers from KTH Royal Institute of Technology in Stockholm, has recently developed Optically Transparent Wood (TW), a new material that could greatly impact the way we create architectural projects. According to an article published in Biomacromolecules, the journal from the American Chemical Society, it is a process that chemically removes lignin from wood, causing it to become very white. The resulting porous substrate is impregnated with a transparent polymer, evening out both of their optical properties.

Peter Larsson / KHT
Peter Larsson / KHT

Walls that could replace air conditioning: The team at the Institute for Advanced Architecture of Catalonia - IAAC lead by Areti Markopoulou have created a new material called Hydroceramics. It is made up of hydrogel bubbles that are able to retain up to 400 times their volume in water. Thanks to this property, the spheres absorb liquid and on hot days their contents evaporate, reducing a space’s temperature.

La hidrocerámica se compone de burbujas de hidrogel que son capaces de retener hasta 400 veces su volumen en agua. Imagen vía Pensamento Verde
La hidrocerámica se compone de burbujas de hidrogel que son capaces de retener hasta 400 veces su volumen en agua. Imagen vía Pensamento Verde

Cigarette butts used to make more effective bricks: One man's trash is another man's building material. Researchers at the Royal Melbourne Institute of Technology (commonly known as RMIT University) have developed a technique for making bricks using cigarette butts. The team, led by Dr. Abbas Mohajerani, found that making clay bricks with 1 percent of their volume being cigarette butts could completely offset the annual worldwide production of cigarettes and at the same time make a lighter and more efficient brick.

© Usuario Flickr: letsbook. Licencia CC BY-NC-ND 2.0. Used under <a href='https://creativecommons.org/licenses/by-sa/2.0/'>Creative Commons</a>
© Usuario Flickr: letsbook. Licencia CC BY-NC-ND 2.0. Used under Creative Commons

How Christo and Jeanne-Claude's floating piers were constructed: The piece consists of a 3-kilometer walkway wrapped in 100,000 square meters of yellow cloth and a floating dock system consisting of 220,000 cubes of high- density polyethylene.

© Wolfgang Volz
© Wolfgang Volz

Will this be the concrete used to build on Mars? Assuming that when we finally colonize Mars, water will be one of our most valuable resources, the Northwestern University team sought an alternative to the usual concrete mix required to make concrete. They opted for a technology that has been in development since the early 1970s: sulfur-based concrete.

Clouds AO and SEArch won NASA's Mars Habitat Competition with a 3D-printed house made of ice; would Martian concrete have been a simpler option?. Image © Clouds AO and SEArch
Clouds AO and SEArch won NASA's Mars Habitat Competition with a 3D-printed house made of ice; would Martian concrete have been a simpler option?. Image © Clouds AO and SEArch

This cement generates its own light: As a response to new construction models, Dr. José Carlos Rubio Ávalos of the UMSNH of Morelia, has developed a cement with the capacity to absorb and irradiate light energy, in order to provide concrete with more functionality and versatility from an energy efficiency standpoint.

Cortesía de Cybersis.com
Cortesía de Cybersis.com

The world's lightest anti-seismic reinforcement: The Japanese company Komatsu Seiren Fabric Laboratory has created a new thermoplastic carbon fiber called CABKOMA Strand Rod. The carbon fiber is covered with synthetic and inorganic fibers then coated with a thermoplastic resin. The new fiber, created by C Kengo Kuma, has been tested on the exterior of the company’s headquarters in Japan.

© Takumi Ota
© Takumi Ota

Terreform ONE biodegradable furniture: What if your chair was made out of compost? This is the question posed by this series of experiments with biologically produced benches that are grown rather than manufactured. Together, Terreform ONE and Genspace have developed two bioplastic chairs through similar processes: The first one, a chaise lounge, is formed from a series of white ribs in a parametric shape, with a cushioned top. The second, a children's chair, consists of interlocking segments that can be used to twist the chair into different shapes.

Cortesía de Terreform ONE
Cortesía de Terreform ONE

Pollution absorbing bricks: Breathe Brick is designed to be part of a building’s normal ventilation system, with a double-layer brick facade with specialized bricks on the outside, complemented by an inner layer that provides standard insulation. The concept behind Breathe Brick is Cyclone Filtration, an idea taken from modern vacuum cleaners, which separates heavy contaminating particles from the air and drops them into a removable hopper at the base of the wall.

© Carmen Trudell & Natacha Schnider
© Carmen Trudell & Natacha Schnider

TU Delft developed a bioconcrete prototype, concrete that repairs itself: The formula developed by the TU Delft goes beyond repairing merely aesthetic damages, because if cracks in concrete grow, they allow water to pass through and corrode the reinforced steel. This not only compromises the mechanical qualities of the structure but also forces engineers to use larger amounts of reinforced steel in their calculations, increasing final production costs.

vía Delft University of Technology
vía Delft University of Technology
About this author
Begoña Uribe
Author
Cite: Uribe, Begoña. "10 Innovative Materials That Could Revolutionize the Construction Industry" 09 Dec 2016. ArchDaily. (Trans. Valletta, Matthew) Accessed . <https://www.archdaily.com/800546/10-innovative-materials-that-could-revolutionize-the-construction-industry/> ISSN 0719-8884
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La hidrocerámica se compone de burbujas de hidrogel que son capaces de retener hasta 400 veces su volumen en agua. Imagen vía Pensamento Verde

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