Find out what's happening in your area
Check out our interactive map to see projects and other initiatives in your local area.
The community and environment will benefit from our targeted capital investment program across our entire water supply and wastewater network.
Check out our interactive map to see projects and other initiatives in your local area.
We are cleaning the water mains in parts of Wallsend, Hamilton and Medowie to deliver a lasting improvement to water quality in those areas.
We are carrying out routine smoke testing of our sewer mains to help identify faulty plumbing or cracks in the system.
We are upgrading the existing wastewater pump station infrastructure at 60 Sandgate Road, Wallsend and installing a new pipe between the pump station and Shortland Wastewater Treatment Works.
Newcastle West 1 Pump Station has received a major upgrade, with final work completed mid-December 2023. The upgrade will help ensure the pump station can continue to deliver safe, reliable and efficient services to our customers for years to come.
We're upgrading Seaham Weir on the Williams River to improve safety, enable effective management of water flow, maintain the weir pool's water levels and improve fish passage.
We’re investing more than $15 million to install renewable energy systems at treatment plants and pump stations across our network.
We recently rehabilitated Balickera Tunnel to ensure ongoing reliable transfer of water from the Williams River to Grahamstown Dam via the Balickera Pump Station.
The Toronto WWTW upgrade will ensure we can continue to reliably service the local community into the future.
The Dungog WWTW upgrade is a significant investment in the Dungog area and will enable future population growth and have positive impacts on the environment.
We’re upgrading Cessnock Wastewater Treatment Works to provide for future growth in the area and improve the quality of the treated effluent discharged from the site.
We’re planning for the replacement of the Chichester Trunk Gravity Main (CTGM) between the Brookfield Tunnel and Burmi Creek, and at the Bandon Grove Williams River Crossing.
We're providing the Wyee township with sewer services by building a sewer transfer main.
We're planning to build a permanent desalination plant at Belmont.
We're continuing to make recycled water available to irrigate parks, gardens, sporting fields and many other public spaces.
We're investing more than $20 million to rehabilitate four stormwater culverts within our stormwater network.
We're beautifying some of our open stormwater channels to enhance the natural environment and create revitalised spaces for the community to enjoy.
We are planning to use recycled water to irrigate Jack McLaughlin Oval in Edgeworth - to make this happen we are constructing a 900 metre pipeline from the sports field to Edgeworth Wastewater Treatment Works.
We're replacing approximately 1.4 kilometres of water trunk mains between Reflection Drive and O’Connell’s Road, Louth Park.
We're upgrading the wastewater system in Warners Bay to help reduce overflows during wet weather events.
We’re upgrading Raymond Terrace Wastewater Treatment Works to provide for future growth in the area and improve the quality of the treated effluent discharged from the site.
We are replacing the ageing water reservoir at Harpers Hill with a higher volume structure, and building an additional pipeline so we can transfer more water to the new reservoir.
We're building a new reservoir with linked water mains and connection points at Cameron Park.
We are planning to build a permanent desalination plant at Belmont to help secure our region's water future.
We are developing a Hunter River Estuary Wastewater Masterplan to guide how wastewater from five wastewater treatment works is managed over the next 30 years.
Understanding what our community values will inform our decisions around supply (where we get water from) and demand (how we use the water we have) options, and guide how we respond to drought.
A drought response desalination plant at Belmont is our insurance policy if the Lower Hunter reaches critical water storage levels in severe drought conditions.