What We Do

The Smart Water Fund has two key aims:

  • To invest in industry led applied research projects that deliver commercially focused outcomes and quantifiable return on investment.
  • To relentlessly pursue knowledge transfer opportunities that drive knowledge uptake and utilisation.

We have conducted eight funding rounds to date, in which approximately 180 projects have received total funding of $25 million toward a total research value of $50 million.

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The Knowledge Hub

The Knowledge Hub is a key strategic component of the Smart Water Fund's knowledge transfer strategy. Its objective is to create a central information repository for the Victorian Water Industry and their customers.

It currently showcases a wide range of investments in innovation supported by the Smart Water Fund across eight priority research themes; and it provides access to case studies, reports, tools, image galleries and project related links.

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Latest Featured Projects

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Hospital Operations Save H2O for Fire Fighting

During years of extreme water shortage local Country Fire Authority (CFA) units were forced to take water conservation measures which limited training opportunities for brigade members. This project was a cooperative effort between Bacchus Marsh & Melton hospital and local CFA Fire Brigades to reuse wastewater from sterilisation processes in local fire fighting applications.

Improving Water Efficiency in Evaporative Coolers

It is currently unknown how much water installed evaporative air coolers in Victoria waste, however, estimates indicate it could be as high as 3 GL of drinking water per year. The evaporative cooler pilot study undertaken has improved this water efficiency estimate and has developed best practice guidelines to obtain water efficient operation through recommissioning the water management systems on already installed units.

Developing an Alternative Water Atlas for Melbourne

The Alternative Water Atlas (a spatial planning tool) was developed as part of the Water Supply and Demand Strategy for Melbourne.  This project provided insight into the potential opportunity for alternative water sources across Melbourne now and in the future, and the costs and benefits that are attached to these opportunities.  

Using Floating Reed Beds in Treating Stormwater

The Etiwanda Wetlands in Mildura form part of an established storm water catchment and treatment system.  The wetlands provide a natural treatment of water using a sedimentation pond and wetland area.  A portion of this treated water could be used for local irrigation purposes.  This project tested the efficiency of floating reed beds in improving water quality for this purpose.

Sustainable Water Options for Sports Fields

The Sportsfield Irrigation Software is targeted at helping review Melbourne’s future developments and existing irrigation practices for sports fields.

Its objective is to provide an information package for decision makers on the development and management of sports fields, with a software model to quantify irrigation water and nutrient demand and their dependence on the use of alternative water sources.

Reducing water consumption for fire fighting training by recycling water

Fire fighting training that simulates real life situations is critical to the safety of the public and success of firefighting and emergency services. This training requires the use of large quantities of water which is normally discharged directly to the stormwater system.

Following an extensive audit of its operations and associated water use, the Metropolitan Fire and Emergency Services Board (MFB) recognised it had an opportunity to undertake a program to benchmark, track and reduce their water use during training activities.

Creating Groundwater Directory for Greater Melbourne

There is a wealth of hydrogeological (groundwater) information available for the Greater Melbourne region. However, its value for water managers, policy-makers, business and the community is limited by how difficult it is to find, access and understand.

To make accessing the data easy, the Victorian Government and Sinclair Knight Merz created the Melbourne Groundwater Map. The Map combines several key groundwater data sources into a single, user-friendly format.

Developing Aquifer Storage & Recovery opportunities in greater Melbourne

The potential to capture and harness stormwater has been identified as a key opportunity in developing strategies for long-term sustainable water management.

Aquifers have already proven to be a successful option for storing stormwater on a commercial scale in other parts of Australia. These underground formations allow water to percolate through them and act as natural storage facilities.