EMPAC INTERNATIONAL
RELIEF, INC. MISSION
EMPAC
International Relief, Inc. was formed as a result of a visionary
idea. Initial research was performed by the Augustana Research
Foundation in collaboration with members of the research team.
Since our inception in 1996, EMPAC has expanded our mission
as an international corporation to provide different types of
emergency shelters worldwide in response to human needs after
catastrophic events. These emergency shelters are compact when
stored but can be assembled quickly by a lay-person using picture
instructions to provide affordable temporary housing when emergencies
arise. Such emergencies include those caused by natural disasters
caused by floods, hurricanes, earthquakes, tornadoes, and wildfires,
as well as homelessness caused by war or riots. When the emergency
is over, the units can be repacked and stored for later use
as needed. The shelters offered by EMPAC are smaller units that
are most suitable for one or two family shelters. Their smaller
size facilitates storage capabilities, portability, and setup.
Our first type of shelter
is half cylinder design with the total dimensions at the base
being 15 ft wide by 20 ft long. The shelter can be increased
to longer lengths from 30 ft up to 40 ft. The construction of
each unit consists of a fabric envelope and sealed floor complete
with a doorway entrance, earth anchors, and a lightweight framing
system.
To meet the demands
for a cost effective emergency shelter, EMPAC International
has expanded to provide a second type of shelter constructed
of recycled polypropylene which provides a means of an immediate
and economical shelter for victims of natural disasters or warfare.
The dimensions of the plastic shelters, when erected, are 9
ft 4in wide and 14 ft 8 in long at the base. The main body of
the shelter is in the shape of a standard house with a pitched
roof design.
During the new
millennium, EMPAC International has introduced prefabricated
permanent homes with the newest design and structural capabilities.
These homes have wall systems that are both wind resistant and
earthquake resistant. |