Kohler will once again feature in an exhibition at the Museum of Modern Art (MoMA) in New York. Uneven Growth – Tactical Urbanisms for Expanding Megacities will be staged from November 22, 2014 to May 10, 2015 and will be accompanied by a publication showcasing the exhibition projects and essays by leading urban and architectural scholars.
With a global population expected to be around 8 billion by 2030 the exhibition is a collaboration of six interdisciplinary teams of researchers and practitioners to look at new architectural possibilities for six global metropolises – Hong Kong, Istanbul, Lagos, Mumbai, New York and Rio de Janeiro.
Kohler, in partnership with CalTech and the Bill & Melinda Gates Foundation, developed a solar-powered water treatment/toilet project that will form part of the exhibition. The toilet was the winning entry, from CalTech, in the Re-invent The Toilet Challenge sponsored by the Bill & Melinda Gates Foundation. The foundation mounted the challenge in response to the 2.5 billion people around the world who do not have access to safe sanitation.
Kohler supports "Reinvent the Toilet" Challenge
The mobile restroom, equipped with a freestanding, self-contained wastewater treatment system powered by the sun generating both hydrogen and electricity, is equipped with Kohler toilets and bathroom fixtures that provide the essential interface between the user
and the waste system.
Kohler's "Reinvent the Toilet Challenge" goes to the India Fair
Kohler was originally featured in the MoMA in 1929 with an exhibition entitled “Modern bath and dressing room”. Showcasing the bathroom of the future the exhibit showcased a black Universal bath and Deauville basin together with chrome Cellini tapware – teamed with finishes of black and pink tiles.
Kohler exhibits at MoMA 1929 with "Exhibition of a Modern Bath and Dressing Room."
With 2.5 billion people unable to access safe sanitation, the Bill & Melinda Gates Foundation launched the ‘Reinvent the Toilet Challenge’ inviting researchers to harness the latest technology to create a cheap, safe and hygienic waterless toilet.
The California Institute of Technology (Caltech) took out the top prize ($100,000 in addition to the original $400,000) for a mobile restroom equipped with a freestanding, self-contained wastewater treatment system, powered by the sun, that generates both hydrogen and electricity.
“Reinvent the Toilet” challenge winners from CalTech
Kohler’s involvement in the project was the provision of toilets and other bathroom fixtures that provide the essential interface between the user and the waste system.
“It is exciting and certainly an honor for us to work with the Caltech team, who are true pioneers of their time,” says Rob Zimmerman, Kohler Co. sustainability marketing manager. “Kohler is known for pioneering innovative products and helping to advance technology, and through the Gates Foundation challenge, we get the opportunity to support others in their efforts to push traditional systems to a new level.”
Kohler supports “Reinvent the Toilet” Challenge
In 2011, the Bill & Melinda Gates Foundation started their Reinvent the Toilet Challenge with the intent of funding projects to address health and sanitation issues in the developing world. Reinventing the Toilet Challenge is an effort to develop “next-generation” toilets that will deliver safe and sustainable sanitation to the 2.5 billion people worldwide who don’t have it. The awards recognize researchers from leading universities who are developing innovative ways to manage human waste, which will help improve the health and lives of people around the world.
The Caltech prototype is important from both a hygiene and sustainability standpoint. All of the water is recycled within the treatment system or used for irrigation, and the waste is broken down for use as fertilizer and to generate hydrogen stored in fuel cells for energy.
Caltech “Reinvent the toilet” challenge model
In December the Caltech mobile restroom, housed in a cargo container, will be shipped to India where several families will use it and researchers will be able to adapt the unit functionally and culturally.