How will the risk of fire be managed?

43

A Fire Risk Management Plan will be developed to mitigate the risk of fire to the satisfaction of GWRC and regulatory authorities.

It will take into account all developments on the railway and requires detailed logistical information for the railway operation.

Considerations that may be brought into the Fire Risk Management Plan include:

  • Management factors, such as integration with other fire management plans that relate to the area; and coordination with emergency services. Operational changes might also be identified as appropriate responses to increasing fire risk levels that are issued by agencies during the warmer months of the year.
  • Railway line factors, such as the planting of species that maintain damper soil conditions and minimise dry fuel loads that might otherwise be present along the line; identification of different areas according to fire risk and developing specific treatments accordingly; retaining and encouraging regrowth of wet forest and rainforest closer to the line to keep soil conditions damper; removing slashed vegetation when undertaking clearance works; and professional assessment of overhanging trees for potential fire risk.
  • Rail vehicle and equipment factors, such as the code-compliance and efficiency of spark arrestors, firehole doors, dampers and ashpans – being the fuel, ash and exhaust openings associated with locomotive boilers; maintenance of wheelset bearings and brake equipment to avoid generating heat sources or sparks from running gear; equipping all locomotives and carriages with fire extinguishers; consideration of employing a follow-along rail inspection vehicle during high fire risk to travel a suitable distance behind each train to check for an extinguish fires that may result from locomotive emissions, rail vehicles or  rubbish/cigarette butts thrown from carriages; and having adequate communication systems in place so that emergency services can be called out in the event of a fire.
  • Access factors – provision of sufficient road access to the railway route, which will enable emergency services to access in the event of a fire (or to deal with other emergencies). Helicopter landing sites will be identified, constructed and maintained, in similar fashion to those located on the Rimutaka Hill Road, and preferably close to a river or other water source.
  • Visitor and railway personnel factors – a non-smoking policy will be in place on RIRHT trains, and will be notified during passenger briefings and rigorously enforced. The briefing will also detail what actions passengers can take should they discover a fire. Crew will be trained to operate rail vehicles in a manner that minimises the risk of fire through efficient and effective firing techniques and maintenance procedures, and techniques of safely and swiftly extinguishing fires at first detection.

FAQ items

1 What is the history of the Rimutaka Incline Railway?
2 How did the restoration proposal originate?
3 What progress has the Rimutaka Incline Railway Heritage Trust made?
4 What other approvals are necessary before construction can proceed past Maymorn?
5 What is the application to Greater Wellington Regional Council seeking?
6 What is the cultural significance of the Rimutaka Incline Railway?
7 What is the International significance of the Rimutaka Incline Railway?
8 What is the significance of the Rimutaka region?
9 Have railway reinstatements been successful elsewhere?
10 What community consultation has taken place?
11 Will any private properties be affected?
12 Where will the main station and operational base be located?
13 How will Maymorn be connected with the heritage railway formation?
14 What is the plan for Kaitoke?
15 How will vehicles access Mount Climie?
16 What access changes will there be for Greater Wellington Regional Council forest activities?
17 How will current walking and cycling activities be catered for?
18 How will heritage features of the route be protected?
19 Are the tunnels safe to use?
20 Will the old timber bridges on the line be used?
21 How will the line be constructed?
22 How will the railway formation be restored?
23 What will the reinstated railway track look like?
24 Who will construct the railway?
25 What locomotives will be used to build and operate the line?
26 What about the Fell locomotives?
27 What carriages will be used?
28 Who will operate the line?
29 What is the broad construction timeline?
30 How much will the railway cost to build?
31 How will the railway construction be funded?
32 What communication systems will be needed?
33 What emergency management procedures will be in place?
34 How will the railway affect tourism in Upper Hutt and the Wellington region?
35 What employment opportunities will be created by the railway?
36 What is the likely effect on wildlife?
37 What effects will there be for Tunnel Gully Scenic Reserve?
38 What is the likely effect on registered heritage items?
39 What effects will there be for tangata whenua?
40 How will the heritage character and intrinsic fabric of the railway be retained?
41 How will items of intrinsic heritage fabric be protected?
42 Will original cuttings and embankments be retained?
43 How will the risk of fire be managed?
44 How will weeds be controlled?
45 What will be done to protect significant vegetation?
46 What will be done if significant flora, fauna or cultural artefacts are discovered?
47 What will be done to minimise environmental impacts during construction, and how will construction works be rehabilitated?
48 How will traffic and parking demands at Maymorn and Kaitoke be managed?
49 How will current walking, cycling and other recreational activities along the rail trail be catered for?
50 How are effects at Maymorn being managed?
51 How will effects at Kaitoke be managed?
52 How will the railway be operated safely?
53 What impact will additional visitors make to the area?
54 Who will be responsible for the on-going viability of the railway?
55 Can steam locomotives be sustainably operated?