ABOUT POLYPUS
Introduction
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POLYPUS is a Canadian development and
construction company specializing in the building of low-rise housing and
commercial developments in the Middle East, Maghreb countries of Africa
and South America, areas to which its special technology is perfectly suited.
Rural workers village;
Asseïta, Ethiopia
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POLYPUS operates based on the principle
set forth by the famous Egyptian philosopher and architect, Hasan Fathi,
"One man alone can not build his own home,
but ten men who work together can easily build ten homes".
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Mr. Hasan Fathi recommended, since
the 1930’s, the use of stabilized clay as a base material for the construction
of walls in a house, and having the uttermost participation from the owner
in the construction of his own home.
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All Polypus projects combine the extensive
use of indigenous clay materials, pools of unskilled local labour and a
simple building methodology that results in the construction of modern,
attractive and affordable buildings in 3 to 5 weeks. These include refugee
camps, health clinics, community centers, schools, market buildings, hotels,
resorts, and commercial or industrial low-rise complexes. All of our projects
maybe finished to any standard required regardless of scale or use.
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Some
background
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Polypus' interest in the development
of low and medium income housing began in Guatemala 1976. Jacques Valade,
President of Polypus, working on behalf of the Canadian International Development
Agency (CIDA) and the "Consejo Nacional de la Planification Economica"
of Guatemala, was involved in the reconstruction of rural schools,
medical clinics, housing and small public buildings after the area had
been devastated by an earthquake. During the reconstruction of this area,
Mr. Valade traveled extensively in the surrounding area, visiting
over 118 villages studying the construction techniques indigenous to the
region used in structures that survived the devastation of the earthquake.
This research became the foundation for the development of the "Bajareque
System" of construction, which has been used with
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success in projects
in Columbia, Belize, Honduras, Ethiopia and Tunisia. been
devastated by an earthquake. During the reconstruction of this area, Mr.
Valade traveled extensively in the surrounding area, visiting
over 118 villages studying the construction techniques indigenous to the
region used in structures that survived the devastation of the earthquake.
This research became the foundation for the development of the "Bajareque
System" of construction, which has been used with success in projects in
Columbia, Belize, Honduras, Ethiopia and Tunisia.
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The Tunisian; Skhirat,
Tunisia
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