Bairnsdale Library Redevelopment
Follow the progress of the Bairnsdale Library redevelopment project with regular updates.
Bairnsdale's long anticipated library redevelopment is under way
After receiving overwhelming public support for redeveloping the library on the current site; concept and detailed plans were developed. The Shire's commitment has been supplemented by funding from the Victorian State Government through two funding streams: Putting Locals First and Living Libraries.
This picture was taken at the end of 2012 and shows the library prior to work commencing.
As shown in the architect's concept drawings, the new building will incorporate the historic Mechanics' Institute Hall which has been the home of the library for more than half a century. Architectural and decorative features of the hall will be lovingly restored, but the unremarkable 1970s addition on its south side has been demolished. This allows for the construction of a modern and vibrant new two storey building with a large civic space in the forecourt.
During the demolition and construction period, the library has been temporarily relocated to the commercial building next door at 24 Service Street (former hardware store). Works were undertaken to refurbish the space to provide the temporary library service and staff workroom. We are very excited about what's coming, as are our library members and the community as a whole.
To keep the community informed and involved during the build we are regularly posting pictures, stories and information here as the project develops.
Treads and risers have now been added to the staircase. The welder is measuring up to face the challenge of producing some very interesting banisters.
This view is what you would see if you look up as you exit the elevator on the second level. It is a thermal chimney/skylight which allows hot air to escape which subsequently draws in cool air
The forecourt plaza paving is almost complete. There are only two more rows of white Bionictile ceramic cladding to go on the fascade of the staff workroom on the second level at the top left corner of this photo.
It's quite an impressive entrance. Glazed automatic sliding doors will be fitted to either end of the copper clad tunnel.
The public toilets on the ground floor feature glossy white wall tiles and contrasting vinyl flooring. As well as the Ladies and Gents toilets, there is another with wheelchair access and a separate parenting room with a baby change table and feeding facilities.
A protective coat of clear finish is being applied to the timber framing of the front windows.
The main entrance tunnel has been fully clad in copper and features integrated display cabinets.
Looking like it came from Jurassic Park, the spine of the main staircase has been installed ready for treads and risers. The original back stairs onto Nicholson Street have been retained as an emergency exit.
Sustainalble Bionictile cladding is being fixed to the western wall of the new building. The cladding has photocatalytic properties that chemically reduce the levels of harmful nitrogen oxides created by motor vehicles and manufacturing processes.
For more information about this type of product follow this link http://www.infotile.com/pdfFile/advicetopic/10012012123800.pdf
The Mechanics' Hall receives a fresh coat of paint during its restoration as part of the Bairnsdale Library redevelopment.
Double doors have been removed from this opening on Nicholson Street and replaced by a full length window. This was actually a window when the building was first built but later converted to a doorway during alterations and extensions.
The removed doors will be used to replace the central window on the front of the building facing Service Street. It was the original main entrance to the hall and featured identical doors.
Workers begin spreading several truckloads of concrete in the forecourt plaza.
Replica ceiling roses have been installed replacing what remained of the originals. A photo added to this page on 28/05/2013 (scroll down), shows what was left of the only remaining rose. The replicas appear to be the exact same design. One apprentice commented "I'm glad it wasn't me installing them. Altoghether, the three roses are assembled from over 170 separate pieces".
An interesting design feature is copper sheeting at both main entrances. Just like library staff, the look of copper improves with age. This photo shows it being applied to the western entrance.
The library is now at lock-up stage, and looks quite smart with all the big windows on the eastern frontage. The glass has a hydrophobic coating to reduce the amount of cleaning required.
The front entrance tunnel will be clad in copper. The narrow doorway in this photo is only temporary.
The new extension has two thermal chimney/skylights for energy efficient temperature control. This one is above the staff work room.
This view from the floor of the old Mechanics' Hall (former library), shows how the removal of several sections of wall provides an open connection through to the new two storey addition. The balcony above provides a link from the second level into the old "Reading Room" which originally housed the library many decades ago but will soon hold the Hal Porter Study and the Local History Collection.
Plastering inside the old Mechanics' Hall continues. This sheet is being installed directly above the newly created window.
The metal framwork of a shelter structure in the forecourt is lowered onto its foundations.
A day after the previous picture, the worker has almost completed demolition of the window opening. He said that much care was needed when cutting out the arch. The lower rectangle was not so delicate, but heavy going due to the double brick construction.
Is this Geppetto's work? This window was never real. It was an ornamental design feature in a 1913 extension, and was made to fit in with the original 1889 style. Just like the fictional storybook character Pinocchio, this fake window is being transformed into a real one.
Plywood sheeting has been applied, ready for the external cladding. Window openings will be made when they are ready to be fitted.
A sense of space is achieved by creating an atrium in the front section of the new building.
Hebel aerated concrete flooring on the second level is visible in this photo. This material reduces noise transfer, has thermal insulating properties and is so light it can even float on water.
The elevator will be located against the full height section of the brick wall. Another opening through the brickwork into the old building will be created on the upper level.
Architects and builders discuss the details of a display cabinet which is integrated into the side of the main entrance. Meeting Room 1 can be seen in the background.
External wall framing on the western facade is almost complete, and shows the use of smaller windows to help manage the interior temperature of the new library.
Low-e glazing panels on this eastern wall forms part of a high performance dual-glazed facade. The metal struts that can be seen horizontally protruding along the roof line and at the upper floor level will support that secondary wall of glass. This can be seen in the very last image on the architect's concept drawings page.
The structure at the bottom left of this photo is Meeting Room 1 and shows how in good weather, the room can be opened out to the forecourt.
Ross Brooker and site manager Clinton Dennett are pictured here behind the safety railing on the second level, which now has full flooring. Considering the limited space on the site, it is remarkable how tidy they manage to keep it.
With a roof now over the new section, poor weather will have much less impact on the construction progress.
The timber beams are a Laminated Veneer Lumber (LVL) sourced from plantation grown radiata pine. As most of the beams will remain exposed in the final fit out, the visual effect inside the library will be impressive.
These precision joints were possible due to Computer Aided Design and Computer Aided Manufacturing (CAD/CAM) using robotic controlled saws and routers in a process called Computer Numerical Control (CNC). The beams fit together perfectly with barely room to slip a piece of paper between the joints.
Timber has a calming effect. It's almost like we are instinctively primed to appreciate it.
Using a scissor lift, one of the workers organised a photo from the first floor level.
Like a giant Meccano set, the gigantic beams are bolted together. We are starting to get a perspective of the scale of the building.
Looking like a row of totem poles, vertical timber beams are lowered into position.
A large window opening has been created. This will allow more light to enter the main hall but will also serve as a rear projection screen for an outdoor cinema.
A large crane is used to position a pre-fabricated steel framework into position.
The framework will be the main entrance to the new library.
A team of plasterers work on re-skinning the ceiling in the old Mechanics Hall.
One of the openings in the south wall provides a view into what was the librarian's office. The large openings will give the ground floor of the new library a spacious open plan.
It's just after 7.00 am and the pouring of the slab has already begun.
Truckload after truckload of concrete is delivered and spread with the help of a pump. After a couple of weeks of rain, the team welcomed a break in the weather to complete this important milestone.
Under floor heating pipes are positioned on the steel reinforcement mesh ready to be buried in concrete.
Site manager Clinton Dennett gave staff a quick tour of the internal work which was undertaken while wet weather prevented progress outside. A section of the wall was removed at the south west corner of the Mechanics' Hall, opening into a room which was the librarian's office.
Another section of wall was removed to reveal the former Hal Porter Room. Large glass doors will be fitted here at the entrance of what will be the smallest of three meeting rooms. The Hal Porter Room and local history collection will be relocated to a larger room on the upper level which was the original library.
Work has begun on the Mechanics Hall. The obsolete heater ducting which supported the fluorescent lighting around the perimeter has been removed. Removal of the suspended ceiling revealed that only one plaster ceiling rose remains in place.
Although badly damaged, what remains of the ceiling rose is enough to identify the style required for replacement roses.
Using a large crane, pre-formed concrete panels have been mounted in position. This westerly facing opening will be a service enclosure.
The taller panels rise to the second floor level. Public toilets and a store room will be situated behind shorter panel in the foreground.
An auger is used to dig footings.
Electrical contractors lay cables and conduit in trenches on the Bairnsdale Library redevelopment site.
Footings are poured to support pre-formed concrete walls along the southern boundary of the site.
The water storage tank lining is in place and the first of three layers of crates have been packed in the bottom of the hole. The plumbers have set pipes into a few of the crates which will be positioned to form the inlet and outlet of the tank.
Workers unpack stacks of plastic latticework squares and assemble them into cubes. Architect Daniel Coomber of Now Architecture explains that the plastic crates actually form the 58,000 litre underground water tank which will be located under the plaza.
The tank will be constructed as follows:
- A hole is excavated in the ground.
- A plastic membrane will be placed in the excavation.
- The black plastic crates are stacked within the membrane as load bearing void formers.
- The membrane will then be folded over the top and fully sealed.
- The tank is then backfilled around and over.
The water in this underground tank will stay at about 15˚. The "coolth" of this water will be exchanged for use in the air conditioning systems. This will significantly reduce the amount of mechanical chilling required which saves on energy use and running costs.
Further to the mechanical air conditioning system, there will be large diameter plastic pipes buried beneath the tank to allow for tempered fresh air to securely enter the Library at low level as part of the passive cooling and ventilation systems. High level motorised windows will open and expel hot stuffy air which in turn will draw tempered fresh air through these pipes. Finally the water in the tank will also be used to flush the toilets and water the gardens!
Completed crates ready for use in forming the water tank.
The first delivery of concrete is poured along the the southern boundary of the vacant lot.
Heavy equipment is brought in to carefully demolish the 1970s addition to the old Bairnsdale Library without damaging the historical building.
Bairnsdale Library is now operating in its temporary location at 24 Service Street. This will be its home until the grand opening of the new redevelopment on the original site next door.