QFESMaryborough
Maryborough,QLD
$14.5M
Project value
62
Weeks
CLT
Cross Laminated Timber
166 tons
CO₂ saved
QFES Maryborough is Australia's first ever fire station to be built out of CLT (cross laminated timber), and Hutchies' second CLT project after our success with the UTAS Inveresk Student Accommodation project. Our team worked extremely closely with our project partners, Hyne Timber, XLam, Baber
Architects, Bligh Tanner & The University of Queensland to bring this
vision to life over a number of years.
The project is an
upgrade to the Maryborough Fire Station, integrating the existing art deco brick structure with an extension added on both the Alice and Lennox Street
fronts. The new facility houses the regional outpost for QFES as well,
providing a new engine garage for a number of service vehicles. The design of
the new buildings features large timber structures with extensive use of
exposed CLT and glulam timber (GLT).
CLT is large-scale, prefabricated, solid engineered wood panels that are typically used for prefabricated structural applications. Using this solution for construction is not only better for the environment, but hosts a variety of other benefits, including fire resistance, seismic durability and its lightweight nature.
From a sustainability perspective, CLT has enabled us to achieve a carbon neutral outcome, meaning we were able to save 166 tons of CO₂ gases entering our atmosphere (the equivalent of powering 20 homes for a full year).
One of the main advantages of constructing with CLT is ease and speed. We used 3D building information modelling (BIM) to accurately design and prefabricate each individual panel off-site, which included all penetrations. The panels were then transported to the site and craned and installed into the required positions using innovative structural band beams.
Hutchies is proud to be a part of this groundbreaking project. We are excited to see how CLT technology continues to grow and reach more projects and sectors, offering a range of benefits including efficiency and sustainability.