Rowville-Rail-Study-Final-Stage-1-Report-FINAL
Rowville-Rail-Study-Final-Stage-1-Report-FINAL
Rowville-Rail-Study-Final-Stage-1-Report-FINAL
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passenger capacity may also be required.<br />
<strong>Final</strong> <strong>Stage</strong> 1 Feasibility <strong>Report</strong><br />
A <strong>Rowville</strong> rail line concept<br />
By 2021, demand on the Dandenong line alone is expected to need 28 six-car trains per<br />
hour. Longer trains would reduce this requirement but is in turn dependent on building the<br />
Melbourne Metro <strong>Rail</strong> Tunnel. Once complete, the Dandenong line upgrades and the<br />
Melbourne Metro <strong>Rail</strong> Tunnel would provide additional capacity which could be used by<br />
<strong>Rowville</strong> trains.<br />
In the very longer term, the Dandenong line may again reach capacity (with or without a<br />
<strong>Rowville</strong> rail line). To accommodate long term growth it is proposed that works undertaken<br />
along the corridor (e.g. grade separations, station improvements) should create room for<br />
more tracks to be built in the future.<br />
6.2 Physical details of the rail line<br />
The <strong>Rowville</strong> rail line would provide a high quality heavy rail link to Monash and Knox<br />
communities. Whilst modern conventional buildings generally have a 50-year lifespan, the<br />
new rail line and its related infrastructure would function significantly beyond this timeframe,<br />
to 100+ years. It is extremely important to consider sustainable outcomes and mitigating<br />
environmental impacts, especially ongoing impacts like noise, vibration and visual intrusion.<br />
It is also essential to pre-empt required adaptation of buildings and infrastructure in the future<br />
against possible alterations such as changes in climate. At this initial stage, sustainability<br />
initiatives have been considered and frameworks have been developed for both<br />
Environmentally Sustainable Design (ESD) and Design for Climate Change (DfCC). If the<br />
project proceeds, these would provide the basis for successful, environmentally sustainable<br />
outcomes during further design stages, up to completion of construction and into operation.<br />
6.2.1 <strong>Rail</strong> alignment<br />
Example rail alignment layout diagrams are included as part of the supporting Preliminary<br />
<strong>Rail</strong> Design <strong>Report</strong>. It should be noted that these initial concept diagrams could change<br />
significantly through further investigation and optimisation.<br />
Design standards<br />
Generally speaking the rail link would be designed to the following engineering standards:<br />
Twin rail tracks throughout<br />
No new level crossings<br />
No effect on road access arrangements and traffic capacity (unless absolutely necessary)<br />
Maximum vertical grade 2% (1 in 50)<br />
Minimum design speed 80km/hour<br />
Allowance for 230m long platforms (to accommodate longer trains in the longer term)<br />
Fully compatible with the rest of the suburban rail system (broad gauge, 1500V DC power<br />
supply, compatible signalling, etc)<br />
Grade separated connection to the Dandenong line at Huntingdale<br />
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