Projects - ISCouncil

EastLink WA – Planning

Program Overview:

Package Name  Reid Highway Grade Separations – EastLink WA Work Package 1  Eastlink WA – Package 2: Roe Highway upgrades, Orange Route: Toodyay Road to Gidgegannup and Clackline  Eastlink WA – Package 3: Great Eastern Hwy Upgrades (Clackline to Northam) 

 

Capex ($m)  $400  $1600  $120 
Certified Score  45.2  40.9  41.9 
Overall Weighted Average (Based on formula below)  41.7 

 

EnergyConnect – Design

Description:

EnergyConnect is a joint project between the Transmission Network Service Providers for New South Wales (Transgrid) and South Australia (ElectraNet) to join their state power grids via a new 330kV above ground transmission line interconnector between Robertstown SA and Wagga Wagga NSW substations, a total distance of approximately 900km and 800MW transfer capacity. The NSW section of the EnergyConnect is registered for IS v1.2 Design and As-built ratings and consists of approximately 700km of new transmission line extending from Wagga Wagga NSW to the South Australian Border.  

EnergyConnect NSW includes: 

  • The construction of two new 330kV transmission lines and one new 500kV transmission line. 
  • A rebuild of an existing 220kV transmission line. 
  • An expansion and upgrade of the existing Buronga substation  
  • A new substation known as Dinawan, located between Jerilderie and Coleambally. 
  • An expansion of the existing Wagga Wagga substation. 

EnergyConnect, once completed, will be Australia’s largest interconnector in the Australian National Electricity Market (NEM). 

Rating Highlights 

Category  Credits  Achievements/Risks 
Water   Wat-1  The Project achieved a verified level of 3 with a score of 6.26. 

The Project achieved a 31% reduction in construction water compared to the base case (1,702ML to 1,172ML). The two main water reduction strategies implemented include use of a non-water-based dust suppression alternative and use of grey water for worker accommodation camps.  

Ecology  Eco-1  The Project achieved a verified level of 3 with a score of 19.47. 

The Project recorded a total of 7 threatened ecological communities, 14 threatened flora species and 7 threatened fauna species present across the project area. To avoid impacts to the high biodiversity and culturally sensitive sites, the following initiatives were implemented: 

  • Relocation of transmission line structures to avoid sensitive areas  
  • Installing at least 1,500 nestboxes to provide fauna habitat for local species  
  • Installing bird diverters on powerlines  
Legacy   Leg-1  The Project achieved a verified level of 3 with a score of 4.63.  

The Project address two priority issues and initiatives for the local communities along the project alignment: local employment, training and education and ecological habitat. In response to the first priority issue, the Project implemented a multi-million-dollar Legacy 100 program to train Australia’s own transmission line construction workforce and a $2 million scholarship fund for engineering students at Charles Strut University.  

 

Verified Innovations 

Name   Verification Date  Project Publication sign off  Innovation Type   Description & Sustainability Benefits 
Guyed Towers  30/01/2024    Innovative Technology or Process  

State First 

The Project received 1 point for this innovation.  

The Project has claimed a NSW first for constructing a transmission line that utilises 330 kV guyed steel lattice structures (or guyed towers). The guyed towers are structures with a central steel column supported by four high-tensile steel cables (guy wires), each 35 mm thick. The guy wires are anchored to the ground providing the structure strength and stability. The sustainability benefits from this innovation include: 

  • A smaller physical construction footprint on the land  
  • A 15% reduction in steel and 25% reducing in concrete used compared to self-supporting conventional towers  
  • Less visually intrusive design  
  • More efficient and safer construction and maintenance requirements  
V2.1 Lan-4  30/01/2024    Innovation Challenge (IC-9)  The Project received 0.5 points for piloting the v2.1 Lan-4 credit and providing feedback to ISC.  
V2.1 Eco-1  30/01/2024    Innovation Challenge (IC-1)  The Project received 1 point for undertaking and addressing Levels 1,2, and 3 of v2.1 Eco-1.  
V2.1 Leg-1  30/01/2024    Innovation Challenge (IC-1)  The Project received 0.25 points for undertaking and addressing Levels 1,2, and 3 of v2.1 Leg-1.  

 

Certification Risk Assessment 

Risk Description  Rating (M/H/Ex)   Controls  Residual Risk 
A Penalty Notice was issued by DPE for a grassfire incident that occurred on L4 back in February 2023. The Penalty Notice was issued for failing to comply with Condition D47 of the Project Approval.  Low  NA  Low 
The project is subject to allegations pertaining to site safety and safe work conditions.  

 

https://www.abc.net.au/news/2023-12-07/etu-safety-concerns-energyconnect-transmission-line-construction/102984916 

Low  Project has not disclosed any fines or penalties associated with these allegations in response to ISC’s request (refer to Design Round 2 Verification Feedback email). None of the allegations have been substantiated.   Low 
       

Monash Freeway Upgrade Stage 2 – As Built

Description:

The Monash Freeway is in Melbourne’s fast growing south east and outer south east region, carrying over 470,000 trips per day. Works being undertaken by CPB for Stage 2 include the addition of 36 kms of new lanes on the Monash Freeway and Princes Freeways, between Warrigal Rd and EastLink outbound, EastLink to Springvale inbound and Clyde Rd to Cardinia Rd, in both directions.  

Project scope also includes: 

  • Connecting Police Road to the freeway with an outbound on-ramp  
  • Connecting the Jacksons Road outbound ramps directly to Eastlink with a separate road 
  • Adding two extra lanes in each direction on O’Shea Road between Clyde Road and Soldiers Road 
  • Upgrading the Beaconsfield Interchange – extending O’Shea Road so it joins the interchange, adding an inbound freeway off-ramp and an outbound freeway on-ramp 
  • Building shared walking and cycling paths on O’Shea Road between Clyde Road and the Beaconsfield Interchange. 

Rating Highlights 

Category  Credits  Achievements/Risks 
Management Systems  Man-6  The Project achieved a verified level of 3 with a score of 1.70. 

The Project utilised the following initiatives to highlight and encourage sustainability knowledge sharing within the organisation and across the industry: 

  • National Recycling Week 2020 campaign to share waste management knowledge.  
  • Conducting fortnightly, monthly, and quarterly Sustainability Opportunities and Initiatives forums within the organisation. 
  • Hosting Sustainability Operations Review Group and Sustainability Review Committee with key stakeholders. 
  • Establishing the Major Roads Interface Committee for Sustainability as a voluntary networking group to facilitate knowledge sharing with the broader industry.  
Ecology  Eco-1  The Project achieved a verified level of 3 with a score of 5.68. 

The Project has met and exceeded Habitat Compensation Obligations by securing the following offsets: 26.690ha for Southern Brown Bandicoot and 11.013ha for the Growling Grass Frog. The Project has also prioritised avoiding negative ecological value impacts during construction by establishing site-specific risk assessments and reducing native vegetation clearing within the project area.  

Stakeholder Participation  Sta-2  The Project achieved a verified level of 3 with a score of 1.42. 

The Project has demonstrated engagement with the “collaborate” level of the IAP2 Spectrum to update the local road design, future proof shopping centre access, extend the permanent noise wall and improve property privacy. The Project has also worked with stakeholders by identifying and communicating non-negotiable issues such as traffic access to a private hotel business.  

 

Verified Innovations 

Name   Verification Date  Project Publication sign off  Innovation Type   Description & Sustainability Benefits 
Hydro Demolition Water Recycling  26/10/23    Innovative Technology or Process 

Australian First 

The Project received 3 points for this innovation. 

Aqua Prep has been engaged to undertake hydro-demolition works and concrete cutting using water treatment and recycling technology that reuses 100% of non-potable water.  Without recycling, contaminated water would need to be carted offsite to be dealt with as per EPA Waste Regulations and the Hydro-Demo Truck would need to drawdown new potable water each day. Recycling in-situ eliminates both the need refill with potable water each day, as well as impacts associated with carting and processing contaminated water offsite.   

ISupply  26/10/23    Innovation Challenge (IC-8)  The Project received 0.75 points for engaging with the following suppliers and services on the ISupply directory: 

  • Bingo Industries: waste management  
  • SMEC Australia: Climate Change Risk Assessment  
  • Green Power Solutions: providing biodiesel generators 
  • Aurecon: detailed design  
  • ResourceCo Material Solutions: topsoil provision and spoil haulage  
  • Hanson Construction Materials: in situ concrete supply 
Humes Carbon Neutral Precast Concrete Barriers   26/10/23    Innovative Technology or Process 

Australian First (awarded under 12-month ruling)  

The Project received 3 points for this innovation. 

The Project has claimed an Australian First for the use of carbon-neutral concrete for infrastructure projects. As a result, the extensive use of pre-cast concrete barriers has contributed to the associated carbon emission reductions via Humes.    

GuardDog Drain Filter  26/10/23    Innovative Technology or Process 

Australian First 

The Project received 3 points for this innovation.  

The Project has claimed an Australian First for the use of the GuardDog Drain Filter. This low-profile and rapidly installed water filter has demonstrated better environmental control and maintenance and transport requirements compared to conventional methods. 

 

Lathams Road Upgrade Project – As Built

Project Description:

The Lathams Road Upgrade Project involved the duplication and widening of Lathams Road from two lanes to four lanes between Oliphant Way and Frankston-Dandenong Road, including a new bridge over the Mornington Peninsula Freeway and widening and tie-in to the EastLink entry and exit ramps to Oliphant Way. The length of carriageway upgraded is 2.5km.

Rating Highlights

Category Credit Achievements/ Description
Materials Over 180,000 tonnes of recycled content used in construction materials. 40% Portland Cement Reduction across all concrete mixes.
Energy Lifecycle carbon and energy reduction of 15.3% across the design life of the Project. 24% of construction energy replaced with renewables. Over 900 tCO2e reduced through sustainable construction practices.
Climate Change 100% of high rated and 82% of medium rated climate change risks addressed with adaptation measures throughout design and construction

Verified Innovations

Innovation Name: Polyrok

Description: Recycled soft plastic aggregate replacement in concrete

Acknowledgements – People

The Lathams Road Upgrade Project team gives special thanks to the below for their assistance and advice in assisting Winslow Infrastructure successfully deliver its first As Built rating under the ISC rating scheme.

Edge Impact – Emma Rolls, Gabriella Costa, David Maucor, Julia Rogerson

Perspektiv – Simon Hooper

MRPV Sustainable Infrastructure team – Rhys Owen-Roberts, Adam Mullins, Tracey Carey

ISC Project Managers – Luke Sammut and Giovanni Negroni

Cross River Rail – Tunnels and Stations

 

Cross River Rail is a new 10.2 kilometre rail line from Dutton Park to Bowen Hills, which includes 5.9 kilometres of twin tunnels under the Brisbane River  Hills, which includes 5.9 kilometres of twin tunnels under the Brisbane River and the CBD, and four new underground stations.

The Cross River Rail Tunnels & Stations package involves the design and construction of the underground section of the project under a public-private partnership by the Pulse consortium, with the design and construction joint venture comprising CPB Contractors, BAM International, Ghella and UGL.

The project commenced in mid 2019 and was awarded a Leading IS Design rating. Construction is scheduled to complete in 2024.

Details

Tunnels & Stations is delivering the underground section of the project under a public-private partnership by the Pulse consortium, with the design and construction joint venture comprising CPB Contractors, UGL, BAM International and Ghella.

The scope comprises

– The tunnel from a southern portal near Dutton Park station, under the Brisbane River and the CBD, to a northern portal beyond Normanby

– Four new underground stations at Boggo Road, Woolloongabba, Albert Street and Roma Street and upgrades to Dutton Park railway station.

– The tunnel portals and dive structures

– All associated mechanical, electrical and safety systems, including vertical transportation for passengers at underground stations

– Above and underground track work, traction power systems and selection rail operation and control infrastructure.

Rating Highlights

The project has to-date achieved a range of lower carbon concrete outcomes, was designed to maximise natural ventilation and natural light in station entrances which reduce lighting and the scope of air conditioning whilst ensuring patron comfort, and included a range of flood and climate change mitigations.

Website

For more information about this project, please visit www.crossriverrail.qld.gov.au

NGCS Program – Merrimac Station Project

The New Merrimac Station is the third train station to be delivered under the Cross River Rail Delivery Authority. This will be located on Gooding Drive, approximately 750 metres east of the Pacific Motorway and Gooding Drive Interchange (Exit 77)

The Station will include:
• Two new 155m long side high-level platforms with 220m space allowance for future extension to accommodate a 9-car train.
• An overhead pedestrian footbridge connecting both sides of the station and platforms, including the provision of passenger lifts (DDA compliant – through lifts) from each side.
• Stair access to be provided to the pedestrian footbridge, for both access and egress from the site.
• Replacement of overhead electrical gantries throughout the new station.
• New station car parking facilities with DDA bays, taxi bays, kiss n ride bays, and bus stop and layover bays connected to Merrimac Station.
• A new signalised three-way intersection provided at the junction of Gooding Drive.

Trunk Main from Alkimos Seawater Desalination Plant to Wanneroo Reservoir

Stage 1 of the Alkimos Seawater Desalination Plant (ASDP) will deliver a plant capable of producing 50GL/a of water supply to Perth and Peel region, which in the future will have the potential to expand to 100GL/a (Stage 2). Together with the Eglinton Groundwater Scheme, also to be delivered by 2028 (4.9 GL/a), these two major water sources will produce an estimated combined capacity of ~105GL/a. Due to the location of the site in Alkimos, the seawater desalination plant will require a Trunk Main to deliver the source water to the closest Integrated Water Supply Scheme (IWSS) large storage facility in Wanneroo known as the Wanneroo Reservoir. To enable the integration of the new water source into the IWSS, it is proposed that a 32.5km Trunk Main (TM) is installed from ASDP to Wanneroo Reservoir with an offtake to Carabooda Tank. The first 6km of the 32.5km ASDP TM is commenced delivery in early 2022. This project is to deliver the remainder and majority of the 32.5km connection.

Waihoehoe Road

The Project proposes signalised intersections on Waihoehoe Road at Great South Road and Kath Henry Lane. The Waihoehoe Bridge over the North Island Main Trunk (NIMT) is proposed to be reconstructed offline to provide for the widened carriageway cross section including an active mode corridor and raised to allow sufficient space underneath for future rail upgrades (electrification and future rail tracks). To the west, the Project will tie into existing Norrie and Great South Roads, and to the east, the Project will tie into existing Waihoehoe Road at the Kath Henry Lane and Drury Central Station (DCS) access intersection. The functional intent for the upgrade, in line with the Project objectives, is to provide a strategic link that provides access to the planned Drury East housing development area and connects the DCS and associated park and ride facilities, forming a key public transport and active mode spine.

Boundary Road (Coopers Plains), rail level crossing upgrade

Boundary Road (Coopers Plains) rail level crossing project is being delivered by the TMR, and funded by the Australian Government (AG), Queensland Government (QG), and Brisbane City Council (BCC).

Boundary Road (Coopers Plains) is a BCC controlled road which connects to Beaudesert Road and acts as a key east-west link between Archerfield and the M1 Gateway Motorway. The primary objective of this project is to improve the safety and congestion of the existing road-rail level crossing on Boundary Road at Coopers Plains.

At the level crossing, Boundary Road (Coopers Plains) crosses the Beenleigh and Gold Coast Rail Lines, which consists of three tracks. The number of scheduled trains per 24-hour period is approximately 202 resulting in significant boom gate downtime during morning and afternoon peak periods.

The Boundary Road level crossing has consistently been named as one of Queensland’s top 10 worst level crossings from train drivers’ perspectives in TrackSafe’s 2013 survey and has been identified in multiple reports as a high-risk level crossing with recommendations for removal, including:
• 2012 Deloitte – Boundary Road in top six high risk priority crossings
• 2019 Queensland Rail ALCAM (Australian Level Crossing Assessment Model) – identified Boundary Road in the top 3 most dangerous crossings in Queensland
• 28 boom strikes (2009 – 2016) the third highest rate during this time period
• 101 incidents at the site (2004-2011

The project will remove the existing level crossing at Boundary Road by providing a new overpass over the rail corridor and provide an elevated three-way intersection connecting Boundary Road and Orange Grove Road.

John Gorton Drive and Molonglo River Bridge Project

• 1.7 km of dual carriageway arterial road
• 2 signalised intersections
• 3 span, 227m dual carriageway bridge with ability to accommodate light rail in the future
• Weathering steel box girders with a concrete deck
• Steel encased concrete piers with piled abutments
• Includes shared path access into adjacent development and river corridor, on-road cycle lanes and provision for public transport (bus stops)

South Gippsland Highway Level Crossing Project

Description

The South Gippsland Highway level crossing impedes the flow of 31,000 cars and trucks each weekday, with boom gates down for a third of the two-hour morning peak.
The Victorian Government announced the removal of this crossing in November 2018 as one of 25 additional new crossings to be removed. The final design solution was confirmed as road over rail.
Major works began in mid-2020, with the road bridge completed in just over a year and opened to traffic in late 2021
The project scope also includes 8000 square metres of green space, which will be constructed at the site of the former intersection of South Gippsland Highway and Princes Highway. This area will include additional sections of shared use path, seating and lighting.
The South Gippsland Highway level crossing removal project was completed in Mid 2022.

Rating Highlights

  • Strong collaboration culture amongst the entire team
  • Implementation of 6 waste Office stream which includes soft plastics and coffee cups
  • 43 % carbon reduction in materials through design optimization and working with suppliers to maximize recycled content in concrete and asphalt
  • 53% reduction through various means such as adapting an offline construction method and including engagement with our subcontractors and suppliers to help them implement the use of biodiesel in their works
  • Digitizing data capture – using QR codes to improve existing processes and development of a platform for data capture and reporting
  • Rainwater tanks used to harvest water which was used for construction activities, such as dust suppression

 

Maidstone Tram Maintenance and Stabling Facility

The Maidstone Tram Maintenance and Stabling Facility (TMF) project is located within the municipality of Maribyrnong, approximately 10km north-west of the Melbourne Central Business District and is being delivered by the North Western Program Alliance (NWPA). The site is bounded by private residential homes to the north, west and part of the southern boundary, Williamson Road to the north, Hampstead Road to the east and the Maribyrnong Community Residential Facility to the south.
The completion of the Maidstone TMF project will provide infrastructure to ensure appropriate maintenance, stabling and housing for the new fleet of Next Generation Trams, enabling improvements to the local tram network. The base scope of the project includes:
• Tram maintenance facility
• Tram stabling
• Combined office amenities and car parking for Alston and Yarra Trams
• Site heritage permit activities including building demolition and/or adaptive reuse, provision of fencing and security of balance of site and assist DTP with developing a mothball scope of works for remaining buildings
• Utility services and Operational Control Systems
• 500m track extension and reconfiguration, road widening, traffic control, utilities to enable tram service access to TMF