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Global design comes home to roost

Solar panels are installed on a rural home in Sri Lanka.
Copyright SELCO-India
Solar panels are installed on a rural home in Sri Lanka.

There’s a revolution in the world of design. Certainly, star architects like Frenchman Jean Nouvel and Rem Koolhaas of the Netherlands experiment with mind-bending forms and Californian  Frank Gehry designs his silvery sculptures for yet another country, but another strain of architects and designers has focused on innovating for more basic needs: housing, clean water, health, education, sanitation and transportation for people around the world.

An exhibit at the Walker Art Center called “Design for the Other 90%” displays a raft of these innovations. Organized by the Cooper-Hewitt, National Design Museum in New York, the display is housed in a little village of white structures in the Minneapolis Sculpture Garden. Bend your head to get through the low doors and you’ll find some 30 objects that range from low to high tech, from a straw that purifies drinking water to laptops for kids in underdeveloped countries. (The exhibit runs through Sept. 7.)

Though none of these objects is Minnesota-designed, the Twin Cities area has become a hub of humanitarian design efforts, which the Walker will showcase this Thursday evening (July 31). Curated by two young architects, Colin Kloecker and Troy Gallas, the “Solutions for the Other 90%” panel will include brief visual presentations by Twin Cities-based groups such as Architecture for Humanity and NEED magazine. (See related content.)

The other 90 percent, of course, is the vast majority of the world’s 6.5 billion people who lack access to basics such as food and water.

“Architects have to take responsibility for more than the 2 to 3 percent of the world’s population who can afford to hire them,” said Tom Fisher, dean of the University of Minnesota’s College of Design, which has done work for UNESCO, in Istanbul, Turkey, and on the Gulf Coast.

The goal of the Cooper-Hewitt exhibit was to show how design can alleviate some of the world’s thorniest problems — and do so inexpensively.

Inexpensive solutions to thorny problems
How, for instance, can a girl in Nigeria keep her tomatoes cool enough to reach market days or weeks after they’re picked? Put one earthenware pot in a larger pot, pour sand in-between and water it, and the tomatoes stored there will last twice as long as in a single pot. The Pot-in-Pot cooler was designed by Nigerian Mohammed Bah Abba.

How can malaria, the biggest killer of children in Africa, be prevented? Use a mosquito net impregnated with insecticide. The PermaNet, designed by the Swiss firm Vestergaard Frandsen, kills or repels mosquitoes for up to four years, even after washings. Torben Vestergaard Frandsen also designed the LifeStraw, the incredibly simple 10-inch-long polystyrene straw that filters water in the same way as those portable water filters used for Boundary Waters camping trips.

PermaNet kills or repels mosquitos for up to four years, helping to prevent the spread of malaria in Africa.
Copyright 2005 Palle Pete Skov
PermaNet kills or repels mosquitos for up to four years, helping to prevent the spread of malaria in Africa.

How can water be pumped for irrigating crops when there’s no electricity? Use the bamboo treadle pump, a human-powered pump that looks like a rustic Stairmaster. Made of metal, plastic and bamboo, it can be manufactured in small local workshops and boost production without a huge investment.

How can water be transported by women and children without causing the neck and spine stress produced by carrying water on their heads? Put it in a Q drum, a doughnut-shaped plastic wheel that is easy, even fun, to pull. 

How can a doctor in Boston help diagnose medical problems in remote Cambodia? A visiting nurse who travels six hours to villages can transmit digital photographs and information via solar-powered computers to Boston doctors, who respond within hours. In a variation on the theme, the Internet Village Motoman Network sends drivers on Honda motorcycles equipped with satellite uplinks through the countryside to collect emailed questions and communications from schools, telemedicine clinics and a government office. Drivers then return to civilization to get the questions answered and turn around and drive back to upload the information received. It’s not in real-time but it works.

These foot-and-leg prostheses have helped amputees make a living pedaling bicycle taxis after losing limbs in land mine explosions.
Copyright Bhagwan Mahaveer Viklang Sahayata Samiti
These foot-and-leg prostheses have helped amputees make a living pedaling bicycle taxis after losing limbs in land mine explosions.

Other innovations, some devised by locals and some by international organizations, include high-density briquettes made from non-polluting sugarcane charcoal, bicycles simply retrofitted to carry large and unwieldy loads, and a foot-and-below-knee prosthesis so amputees who’ve lost limbs to land mines can still make a living pedaling bicycle taxis. So far, 900,000 are in use.

Though these objects are not necessarily beautiful or even interesting to look at, the stories behind them are uplifting. While you poke through the white cardboard shelters holding the exhibit, be sure to take in the video that explains the items. Other videos in the Walker Bazinet Lobby (the one on Vineland Place) further expand on the ideas presented in the exhibit. (The exhibit catalog available in the bookstore for $20 is also a valuable resource.)

These days, global problems seem to generate only bad news. “Design for the Other 90%” showcases the other, hopeful side of the coin.

Linda Mack writes about architecture and design for She can be reached at lmack [at] minnpost [dot] com.

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Comments (1)

  1. Submitted by Rune Bosselmann on 08/01/2008 - 02:48 pm.

    Dear Linda,

    Sorry to react to your article with indignation but your portrait of Vestergaard-Frandsen is quite off the mark. The company has not developed neither Permanet nor several other products they claim to have “developed”.

    We developed Permanet for Vestergaard-Frandsen and created the concept of impregnated nets to humanitarian markets (before there was only Olysset for rich Japanese businessmen) together with RBM malaria specialist Pierre Guillet. Vestergaard has not designed as much as a thread in that product. Once the product was an established success they have been suing us nonstop and losing. Not because they d ever win but to keep us from developing new and better products for people in need.

    The same became the case for the developer of Lifestraw. I can also point you to articles that high lights Vestergaard Frandsen corruption or point to sources in UN-organizations who may tell you this company is known for its questionable practices in the donor community. You can also look at the number of articles we have had published in scientific peer reviewed journals, our status in the research community etc and compare that to the mercantile personae of Mr Torben VF and Mikkel VF, the CEO.

    Sorry to spill this on you on an otherwise beautiful Friday night but it s truly tiring reading these things coming out of the PR agency.

    Best regards

    Rune Bosselmann

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