American University of Beirut -
IOEC Building, Lebanon
Client
American
University of Beirut (AUB)
Architect
Nabil Gholam
Architects
Location
IOEC – Irani
Oxy Engineering Complex
New engineering laboratory building on the
AUB campus
Beirut, Lebanon
Description
A $10 million
new-build 6-storey university building of
around 10,000m2 above ground with
two basements totalling about 5,000 m2,
to house new laboratory engineering
facilities for AUB students.
Objective
The Client’s
aspiration was to achieve a
Leadership in Energy and Environmental
Design LEED “Gold” certificate.
This building was the first registered in
Lebanon to be assessed according to the US
Green Building Council (USGBC) LEED
sustainability scheme, LEED New Construction
v2.2.
Achievement
The USGBC has
approved in June 2011 all the Design Review
credits submittal.
The IOEC officially received the LEED
GOLD certification on April 22nd, 2015 and
is the 4th LEED certified project in
Lebanon.
Brief
While still at
a conceptual stage, we were appointed and
joined the project’s design team as
Sustainability Consultants. Our role
throughout the design, tender, and
construction stages was to advise on the
various LEED credit requirements and
sustainability measures to ensure that the
building obtains the LEED certificate.
Part of our responsibility entailed
undertaking 3D simulations and thermal
modelling analysis of the proposed building,
and advising on cost-effective and suitable
energy-efficiency solutions and renewable
energy technologies for this project –taking
into account the local coastal Mediterranean
climate and available resources. The aim was
to reduce the building’s cooling load, as
well as its overall energy consumption.
Day-lighting simulations were also carried
out to assess natural day-lighting levels
within each occupied space.
Other sustainability issues have been
addressed, such as: significantly lessening
the project’s water consumption; improving
internal thermal comfort and indoor
environmental quality; enhancing vegetated
outdoor space and green roofs with the
selection of native plant species requiring
little irrigation and maintenance; and
specifying a larger proportion of locally
sourced and low-impact materials.
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