On November 16 1959, the Geelong – Queenscliff line re-opened, heralding a new chapter in the glass-related history of the Bellarine Peninsula.
The re-opened line (which branched off at South Geelong) connected the Laker family's shell grit plant near Queenscliff with the Australian Glass Manufacturers (AGM) plant at Spotswood.
At what was known as Laker's siding, just west of point Lonsdale, a concrete platform and elevated loading bins were provided. From there, up to 1,000 tons of shellgrit was despatched each week to AGM's plant at Spotswood, for use in glassmaking. A train ran weekly to Laker's Siding until 1973, when AGM changed suppliers. In 1976, Lakers siding closed.
How did AGM use Bellarine shellgrit?
Shellgrit consists mostly of seashells, which are made of Calcium Carbonate (also known as ‘lime’, ‘quicklime’, ‘limestone’, ‘calcite). When mixed with an acid, Calcium Carbonate becomes Calcium Oxide, giving off Carbon Dioxide; and Calcium Oxide is used in making glass, steel and paper.
The re-opened line (which branched off at South Geelong) connected the Laker family's shell grit plant near Queenscliff with the Australian Glass Manufacturers (AGM) plant at Spotswood.
At what was known as Laker's siding, just west of point Lonsdale, a concrete platform and elevated loading bins were provided. From there, up to 1,000 tons of shellgrit was despatched each week to AGM's plant at Spotswood, for use in glassmaking. A train ran weekly to Laker's Siding until 1973, when AGM changed suppliers. In 1976, Lakers siding closed.
How did AGM use Bellarine shellgrit?
Shellgrit consists mostly of seashells, which are made of Calcium Carbonate (also known as ‘lime’, ‘quicklime’, ‘limestone’, ‘calcite). When mixed with an acid, Calcium Carbonate becomes Calcium Oxide, giving off Carbon Dioxide; and Calcium Oxide is used in making glass, steel and paper.
The
basic ingredient of glass is Silica (sand) and glass-makers
generally add Calcium Carbonate and Sodium Carbonate to Silica to lower its melting point and to
make it more malleable and easy to work with. (Pure
Silica can produce excellent glass, but it takes very high temperatures to melt [1,723 degrees Centigrade, or 3,133 degrees Fahrenheit] and, when molten, is so viscous that it is difficult to handle.)
Prior history of the Geelong - Queenscliff line
The Geelong – Queenscliff line (branching off at South Geelong) had opened in 1879 carrying passengers and freight. Passenger services ceased in 1931, mainly due to bus competition. However, freight trains operated twice weekly on the line between 1931 and 1934, reduced to weekly in 1934.
After the war, the weekly goods run was reduced to fortnightly;
and after further declines in traffic, the line closed on May 13 1959 - only to re-open six months later.
Sources:
http://www.railgeelong.com/lineguide/queenscliff
http://bellarinerailway.com.au/lakers-siding/attachment/8
http://highriser.blogspot.com.au/2011/05/easter-2.html
The Geelong – Queenscliff line (branching off at South Geelong) had opened in 1879 carrying passengers and freight. Passenger services ceased in 1931, mainly due to bus competition. However, freight trains operated twice weekly on the line between 1931 and 1934, reduced to weekly in 1934.
Laker's siding (1960?) |
Laker's siding 2011 |
Laker's siding revived!
The 'new' Laker's station |
In 1979, the Bellarine Railway
re-opened the siding and in 2003 the company built a passenger station, using
an original VR Portable building and the Marshalltown post office hut. In 2007,
the Bellarine Railway started the “Lakers Project”, which will upgrade the
platform, enable steam trains to take on water and create a 150 metre long
rolling stock shed. Later on, workshops will be built, creating Lakers as the
Bellarine Railway’s maintenance base.
Sources:
http://www.railgeelong.com/lineguide/queenscliff
http://bellarinerailway.com.au/lakers-siding/attachment/8
http://highriser.blogspot.com.au/2011/05/easter-2.html