and light and reducing building energy demands.
The building is a hybrid of materials each chosen
for a balance of Environmental, social and economic
sustainability, but the material must be able to
perform in an environment with seismic activity,
a rainforest climate and where the limited money
used for maintenance could be used by UAC for
their operations. The two main materials are timber
and concrete. Concrete made in Cameroon by the
Cameroonian Goverment Cimencam will be used.
Concrete is used for a water impervious foundation
and timber for the roof, both being appropriate
choices in a seismically active rainforest region.
No glass is used/needed. Timber is used as much
as possible. Locally sourced sustainable timber
was specified from the outset, this however was
unavailable and so local timber which is positive for
the local socio-economic sustainability will be sourced
and there will be onsite mitigation with tree planting.
Composting toilets will be used, not just to teach
young people that in nature there’s no waste, but
also to fertilise the agricultural activities on site.
Bird boxes will be designed and built by local school
children with the intention to increase site biodiversity, provide educational opportunities and will
be incorporated into the centre complex.
The building has been design to be passively lit
during the day and passively ventilated with 175m2
of openings. Due to an uncertain Municipal Energy
supply, Cameroon Football For Hope Centre has been
designed with the capability to function off grid for
six hours, however, human behaviour will be critical
in determining if the centre will have sufficient power
to operate equipment from the available Photovoltaic
panels, so a ‘building use pamphlet’ will be produced
to educate users in energy conservation. AD
LOCATION: Besongabang,
Cameroon
DESIGNER: Nathan Jones
CONTRACTOR: Vision
International
SIZE: 180m²
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