Project overview

The Lightning Ridge project will improve water access and reliability. The community’s water challenges include old infrastructure, degraded pipelines and climate risks.

The project involves:

• upgrading more than 5 km of pipeline
• repairing the main bore to full functionality
• upgrading both bores to meet industry standards.

Benefits of the project will include:

Project overview

This project will construct a new water treatment plant to address water quality issues.

Wujal Wujal, in Far North Queensland, has many issues with water quality. Its water infrastructure is old and in poor condition. The water treatment plant is not operating as it should. The community experiences frequent and long-lasting boil water alerts and water restrictions.  

The project will design and construct a new water treatment plant to replace the existing plant. The new plant will:

Project overview

This project will provide a safe, secure and reliable drinking water source for the Indigenous communities of:

• Bamaga
• Seisia
• New Mapoon
• Umagico
• Injinoo.

Each of these communities receive water from the Bamaga water treatment plant (WTP).

The project will:

Project overview

This project will improve Dajarra’s long term water security. It will also ease water restrictions across the community.

Dajarra has a poor quality and unreliable bore water supply, and its distribution network has reached its end-of-life. It is estimated to leak 7.2 megalitres of water per year. These issues have resulted in water restrictions, including no outdoor or overnight use, to reduce water loss.

The project has 2 parts:

Project overview

This project will deliver long term water security for Cherbourg. The project will address:

• ongoing water quality and reliability issues, like regular boil water alerts
• water leaks and contamination that are caused by a failing water treatment plant and aged distribution network.

The project will upgrade the:

• water treatment plant
• distribution network
• Bert Button treated water reservoirs.

The project includes:

Project overview

The Mornington Island water supply project will support the Kunhanaamendaa, or people of Kunhanhaa. 

The quality of the island’s water supply can worsen during extreme weather and lead to boil water alerts. The water treatment plant upgrades will deliver better drinking water and health outcomes. The plant will treat water turbidity and contamination from bacteria and metals. 

The plant will include:

Project overview

This project will upgrade the water treatment plant and replace a water storage reservoir in Doomadgee. 

The water in Doomadgee can worsen because of weather events like rain or drought. The upgrades to the water treatment plant will treat cloudy and contaminated water. The water storage tank will be replaced as it is aged and in poor condition. 

The project includes: 

Project overview

The Water Security for the Bondini Aboriginal Community project will replace leaking and damaged pipework near the Bondini Community. This will increase water security and reduce the risk of burst pipes.

The project will replace approximately 1km of existing pipework and install new valves and fittings so the pipe will operate with the original network. It is estimated that these works will save 432 kilolitres (kL) to 3,088kL of water per year.

Project overview

The Improving Water Quality in First Nations Communities – Bore Sealing Program – Phase 1 project will complete bore sealing and water source protection for 24 remote First Nations communities in the Kimberley and Pilbara regions of Western Australia. 30 bores have been prioritised based on the poor condition of the bore headworks and bore pad. This is as well as the risk to water security and risk of contamination to the water supply.

Bores are sealed to:

Project overview

The Improving Water Quality in First Nations Communities – Chlorination of Water Supply – Phase 1 project will construct and install chlorinators in 10 remote First Nations communities in Western Australia to increase water quality. The chlorinators will replace existing UV disinfection systems that are not fit for purpose in these remote communities. Chlorinators provide better disinfection than UV systems in some situations, including where regular services do not happen often.

Each system will include: