FAQ Page2021-04-21T07:46:06+00:00

FREQUENTLY ASKED QUESTIONS

What is the Project?2021-05-04T04:09:10+00:00

The Granite Belt Irrigation Project (Project) is a project of national significance declared a ‘coordinated project’ by the Coordinator-General, involving the development of a new water storage (dam) and distribution facility (pipeline and pump stations) located approximately 15km south-west of Stanthorpe, including the area known as Emu Swamp along the Severn River, Queensland.

The Project will provide economic, social and environmental benefits to the Granite Belt region, community and future generations, including:

  • up to 35% increase in regional water supply;
  • An additional 1740ML of storage and 580ML/annum of urban water for Stanthorpe;
  • delivery of 3,320 ML of water per year at 90% reliability to approximately 51 irrigator members of the irrigation scheme (Scheme);
  • 273Ha of new irrigated high value agricultural land;
  • $68 million increase in annual gross agricultural production;
  • ensuring water and food security of the existing $200 to $300 million market in the Granite Belt;
  • input of development to the region, creating 700 new permanent jobs (and 250 jobs during construction);
  • 550Ha of public land dedicated to the environment and recreation with eco-tourism potential.
Who is Granite Belt Water Limited?2021-05-04T04:11:02+00:00

Granite Belt Water Limited (GBWL) is a public company limited by guarantee registered under the Corporations Act (Cth) responsible for the development and operation of the Project.

All the Project’s infrastructure will be the property of GBWL. As a public company limited by guarantee, GBWL must only use profits to further the objects that are set out in its constitution and is unable to pay a dividend to its members or make a distribution to its members on winding-up. For these reasons, a public company limited by guarantee has, in certain respects, the qualities of a ‘not for profit’ organisation.

What are the details of the Project?2021-05-04T04:12:21+00:00

The Project involves the construction of a 12,074 ML dam, three pump stations and approximately 126.5km of pipeline throughout the Granite Belt region.

Specifics of the Project:

  • The Emu Swamp Dam will provide a 12,074ML in stream storage which will provide an annual supply of 3,900ML of water at 90% reliability.
  • The dam wall will be approximately 24m high and the inundation area, at full supply will cover 223 Ha.
  • The Emu Swamp Dam catchment is 586km2 compared to Storm King Dam which is 92km2.
  • From the dam to the pump station on Fletcher Road, the pipe will consist of a 560mm HDPE pipeline.
  • From the Fletcher Road pump station, along the New England Highway to the Applethorpe School will be a 450mm steel pipe.
  • The rest of pipeline network will consist of varying pipe sizes from 500mm poly pipe down to a 110mm poly pipe out to the extremities of the pipeline (i.e. the size of the pipeline will decrease as it travels away from the dam).
  • Where possible, the pipeline will be installed with a minimum cover of 600mm.
  • There is a working pipeline corridor width of approximately 20m, which includes the area for the pipe, work area and spoil storage during construction. This corridor will be rehabilitated following completion of construction in consultation with the landholder.
  • Due to geological constraints, there may be parts of the pipeline located above ground. Where the pipeline is to be located above ground, this will be achieved through consultation with the relevant landholders to ensure as minimal impact to land as possible.
  • Depending on weather and ground conditions, approximately 50m to 400m of pipeline is intended to be constructed a day.
What other infrastructure is required for the Project?2021-05-04T04:15:05+00:00

The Project infrastructure, includes:

  • associated power sources – required to ensure the dam and pipeline have the requisite amount of power to operate;
  • air valves – required to let air in and out of the pipe, preventing it from over-pressurising and collapsing. Air valves are generally located at high points of the pipeline to release air in the line, or immediately either side of a steep decline (such as a creek crossing). Air valves will be contained in a concrete box with a lid approximately 1m2 in size, similar to a stock trough;

Figure 1 An air valve and surround

  • scour valves – required to dewater the pipeline and are located at lower sections of the pipeline next to drainage features. The valve is located below ground with a discharge over rip rap to minimise land impact.

Figure 2: Example of a scour arrangement

  • farm connection (outlet) point – located on irrigator properties, these are an insulated box which will vary with the size of the connection point. They house the valve train containing flow meters, isolation valves, air valves, filter boxes and strainer assemblies.

Figure 3:An example of a farm connection point (open)

Figure 4: A closed farm connection point

  • Solar arrays – the Project proposes to augment the power requirements for the pump stations using solar arrays for the dam pump station and the Fletcher Road pump station.
  • Header tanks – to ensure efficient pumping, the header tanks will be located at the high points on the main lines. These provide a static point for the pumps to work to and ensure that the pumps are as efficient as they can be and are not “hunting” for a steady pumping solution.
What is the anticipated timing of the Project?2021-05-04T04:16:12+00:00

Construction of the Project is expected to be carried out from late 2021 until approximately October 2024.

Before construction can commence the following matters are required to be undertaken/achieved, in no particular order:

  • designation of infrastructure by the Minister under the Planning Act 2016 (Qld) for the Project, which will be publicly advertised with relevant landholders notified. If the pipeline is proposed to be located on or land adjoining your property, a development notice may be required to be affixed to your property;
  • tendering of the design and construction contract for the Project – once tendering is complete, it is expected the design phase will commence in approximately the last half of 2021 signaling the start of the construction phase of the Project;
  • Surveying of the pipeline alignment for levels and finalisation of the design by the successful pipeline contractor. This will determine the exact locations of infrastructure;
  • Pipeline installation is not expected to be linear in nature with commencement of works varying throughout the district depending on vegetation clearing, rock pre-breaking, road and creek under boring, access timings and finalising various works approvals;
  • All necessary permits and approvals required for the construction of the Project, including planning approvals, referral under the Environment Protection and Biodiversity Conservation Act 1999 (Cth) approvals under the Nature Conservation Act 1992 (Qld) and compliance with statutory requirements under the Aboriginal Cultural Heritage Act 2003 (Qld).
What if I do not want infrastructure on my land?2021-05-04T04:22:55+00:00

Wherever possible the Project is intending to install infrastructure within the existing road reserve. There are however circumstances where there is not sufficient land available within the road reserve, the road reserve is incorrectly fenced or the road reserves GBWL is intending to use are unformed. In such circumstances, the pipeline will be located on private land.

Whilst GBWL anticipates being able to reach an agreement with landholders, where these negotiations break down and/or become protracted and the infrastructure proposed to be located on your land is considered necessary, GBWL will liaise with the State government regarding the compulsory acquisition process.

How much land is needed for the pipeline corridor?2021-05-04T04:20:31+00:00

The Project will require a working corridor width of approximately 20m, which includes the area for the pipe and a work area and spoil storage area during construction. The pipeline corridor will be rehabilitated following completion of construction.

For the most part and where possible, the pipeline will be located in road reserves or along fence lines.

However, where not possible, a 6m easement will be sought for the pipeline corridor on any private freehold land, which will be registered on the title (GBWL to pay the costs of registration), to provide access to the pipeline for maintenance purposes.

Larger easements will be required for pressure reduction valves, pump stations and tanks. These will normally include a right of way access, sufficient room to park a vehicle and the footprint of the infrastructure.

Ultimately, the amount of land required will be determined in consultation with the landholder with the aim of keeping any impact to an absolute minimum.

How will access be managed, and what happens if something goes wrong?2021-05-04T04:21:40+00:00

The Project and the Contractor will ensure that there is appropriate insurance coverage for the works to be undertaken. This includes public liability, construction works and workers compensation insurances.

Access to private property will be documented by the Contractor through a Landholder Access Agreement prior to works. This will ensure any access requirements such as biosecurity or crop timing is managed.

Contractors will have a daily pre-start meeting and have protocols for signing into site to manage who is on site.

The Project will confirm to any property specific inductions that may be required.

How will the land be acquired?2021-05-04T04:43:42+00:00

GBWL seeks to achieve a mutually agreed outcome with all landholders. To maintain a consistent and fair approach, GBWL is proposing a standard easement agreement (with minor amendments through an Annexure).

GBWL is progressing with easement agreements based on the importance of the Project to the community and the significant support that exists in the region for the Project to move ahead.

Will I be compensated if the pipeline is on my land?2021-05-04T04:24:45+00:00

GBWL intend to use a standard approach to the valuation of the easement and registration against title.

Prior to any works, the Contractor will sit with each landholder to work through access requirements, works timing, landholder conditions, restoration, the location of any known infrastructure and the location of infrastructure. This will be documented in a Landholder Access Agreement which the Contractor (and Project) will use to confirm works have been completed in accordance with landholder expectations.

Following the installation of the pipeline and associated infrastructure, GBWL is committed to leaving the land in the same condition as found or better . There may be circumstances however were this is not possible and, as such, GBWL will work with landholders to agree on compensation (if required) having regard to the need to deliver this vital community infrastructure for the region’s benefit as against the impacts on individual property owners.

In this respect, GBWL will assess each claim on its own merits having regard to supporting valuations and other relevant material.

As the Project has not yet commenced the construction phase (disturbance), the actual extent of the land required for the pipeline works is unknown and it would be inappropriate to commence negotiations relating to construction impact until that (and any resulting impacts) are known.

When will I get paid?2021-05-04T04:26:19+00:00

The Project is required to satisfy government requirements for the Project to proceed to construction and access the construction funding.

Once the Project has been given the ‘go ahead’ to proceed, the impacts under the easement will be capable of being realised. Following this, any agreement regarding the payment of compensation may be facilitated through a Compensation Deed with GBWL.

The deed will reflect a full and final claim for compensation.

Will GBWL pay for my lawyer?2021-05-04T04:27:01+00:00

Where appropriate, GBWL will assist with the payment of reasonable and necessary legal fees. However, to avoid any dispute, the prior agreement of GBWL to reimburse such costs should be obtained ahead of any work.

Will GBWL pay for my valuer?2021-05-04T04:45:04+00:00

Where appropriate, GBWL will assist with the payment of obtaining an independent valuation. However, to avoid any dispute, the prior agreement of GBWL to reimburse such costs should be obtained ahead of any work.

Catchment Comparison 

Emu Swamp Dam (ESD) has a significantly larger catchment area than Storm King Dam (SKD), meaning it will require less rain events to fill, due to its size, and will hold water longer.
Catchment:
SKD – 92 Km2
ESD – 586 Km2
Full Storage Capacity:
SKD – 2,000 ML

ESD – 12,000 ML

Proposed Emu Swamp Dam and King Storm Dam Catchment Comparison

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